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[
{
"id": 1,
"InsectBaseID": "IBG_00001",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Abrostola",
"TaxonomyID": "938171",
"Tags": "None",
"OrganismName": "Abrostola tripartita",
"NormalName": "spectacle",
"SpeciesIntro": "Abrostola tripartita is a moth of the family Noctuidae. It is found throughout much of the Palearctic realm including all Europe, Russia, Siberia Amur, Kyrgyzstan, and Kazakhstan.",
"Intro_from": "Wikipedia",
"Image_from": "garethwilson@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905340225.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:98.5%,D:0.2%],F:0.3%,M:1.0%,n:1367",
"GenomeSize": "381.1",
"GenomeGC": "26.1",
"SeqNumber": "33",
"N50": "13645.3",
"PCGnumber": "22412",
"Swissnumber": "10894",
"GOnumber": "10675",
"KEGGnumber": "12475",
"Pfamnumber": "12831",
"miRNAnumber": "213",
"lncRNAnumber": "0"
},
{
"id": 2,
"InsectBaseID": "IBG_00002",
"Order": "Coleoptera",
"Family": "Lampyridae",
"Genus": "Abscondita",
"TaxonomyID": "2069292",
"Tags": "None",
"OrganismName": "Abscondita terminalis",
"NormalName": "Hong Kong Fireflies",
"SpeciesIntro": "Abscondita terminalis is the first Asian firefly known to possess multiple flash trains where males are documented to display with repeating flash trains.",
"Intro_from": "Studies on South-east Asian fireflies: Abscondita, a new genus with details of life history, flashing patterns and behaviour of Abs. chinensis (L.) and Abs. terminalis (Olivier) (Coleoptera: Lampyridae: Luciolinae)",
"Image_from": "sunnetchan@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013368085.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.3%[S:96.2%,D:2.1%],F:0.7%,M:1.0%,n:1367",
"GenomeSize": "505.9",
"GenomeGC": "22.4",
"SeqNumber": "3187",
"N50": "1235.3",
"PCGnumber": "20437",
"Swissnumber": "12736",
"GOnumber": "12514",
"KEGGnumber": "11995",
"Pfamnumber": "15528",
"miRNAnumber": "150",
"lncRNAnumber": "0"
},
{
"id": 3,
"InsectBaseID": "IBG_00003",
"Order": "Orthoptera",
"Family": "Gryllidae",
"Genus": "Acheta",
"TaxonomyID": "6997",
"Tags": "pest;edible insect",
"OrganismName": "Acheta domesticus",
"NormalName": "house cricket",
"SpeciesIntro": "Acheta domesticus is a cricket most likely native to Southwestern Asia, but between 1950 and 2000 it became the standard feeder insect for the pet and research industries and spread worldwide.They can be kept as pets themselves, as this has been the case in China and Japan.",
"Intro_from": "Wikipedia",
"Image_from": "portioid@BY-NC",
"reference": "Gupta YM, Tanasarnpaiboon S, Buddhachat K, et al. Development of microsatellite markers for the house cricket, Acheta domesticus (Orthoptera: Gryllidae). Biodiversitas 21: 4094-4099. ",
"referenceFrom": "https://smujo.id/biodiv/article/view/6435",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014858955.1",
"GenomeLevel": "Contig",
"Busco": "C:43.9%[S:43.2%,D:0.7%],F:34.8%,M:21.3%,n:1367",
"GenomeSize": "929.2",
"GenomeGC": "30.9",
"SeqNumber": "709385",
"N50": "1.6",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "204",
"lncRNAnumber": "0"
},
{
"id": 4,
"InsectBaseID": "IBG_00004",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Acromyrmex",
"TaxonomyID": "2715315",
"Tags": "None",
"OrganismName": "Acromyrmex charruanus",
"NormalName": "none",
"SpeciesIntro": "Acromyrmex charruanus are known to be inquilines in the nests of Acromyrmex heyeri in Uruguay. Despite Acromyrmex charruanus being known from only two collections, significant strides were made in studying the biology of this species when it was discovered (see below).",
"Intro_from": "AntWiki",
"Image_from": "Rabeling, C@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017607545.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.7%,D:0.6%],F:0.4%,M:0.3%,n:1367",
"GenomeSize": "296.5",
"GenomeGC": "25.7",
"SeqNumber": "6883",
"N50": "1865.4",
"PCGnumber": "8981",
"Swissnumber": "8551",
"GOnumber": "8302",
"KEGGnumber": "8268",
"Pfamnumber": "8554",
"miRNAnumber": "150",
"lncRNAnumber": "0"
},
{
"id": 5,
"InsectBaseID": "IBG_00005",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Acromyrmex",
"TaxonomyID": "103372",
"Tags": "None",
"OrganismName": "Acromyrmex echinatior",
"NormalName": "None",
"SpeciesIntro": "Acromyrmex echinatior is a species of New World ants of the subfamily Myrmicinae of the genus Acromyrmex. It is found in the wild naturally from Mexico to Panama.In Costa Rica this species prefers open dry habitats such as urban areas around San Jose and seasonally dry habitats of Guanacaste Province. There is evidence to suggest that this species nests may occasionally be arboreal.",
"Intro_from": "Wikipedia",
"Image_from": "Alex Wild@",
"reference": "Nygaard S, Zhang G, Schiøtt M, et al. The genome of the leaf-cutting ant Acromyrmex echinatior suggests key adaptations to advanced social life and fungus farming. Genome Res. 2011;21(8):1339-1348.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/21719571/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000204515.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:98.3%,D:0.5%],F:0.8%,M:0.4%,n:1367",
"GenomeSize": "299.6",
"GenomeGC": "24.7",
"SeqNumber": "4339",
"N50": "1124.5",
"PCGnumber": "10667",
"Swissnumber": "8350",
"GOnumber": "8191",
"KEGGnumber": "8499",
"Pfamnumber": "9147",
"miRNAnumber": "264",
"lncRNAnumber": "5912"
},
{
"id": 6,
"InsectBaseID": "IBG_00006",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Acromyrmex",
"TaxonomyID": "230685",
"Tags": "None",
"OrganismName": "Acromyrmex heyeri",
"NormalName": "none",
"SpeciesIntro": "Acromyrmex heyeri is a species of leaf-cutter ant, a New World ant of the subfamily Myrmicinae of the genus Acromyrmex.",
"Intro_from": "Wikipedia",
"Image_from": "Gustavo Fernando Durán@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017607565.1",
"GenomeLevel": "Scaffold",
"Busco": "C:87.7%[S:87.1%,D:0.6%],F:1.9%,M:10.4%,n:1367",
"GenomeSize": "295.6",
"GenomeGC": "25.4",
"SeqNumber": "11183",
"N50": "1522.5",
"PCGnumber": "9110",
"Swissnumber": "8659",
"GOnumber": "8394",
"KEGGnumber": "8402",
"Pfamnumber": "8618",
"miRNAnumber": "133",
"lncRNAnumber": "0"
},
{
"id": 7,
"InsectBaseID": "IBG_00007",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Acromyrmex",
"TaxonomyID": "230686",
"Tags": "None",
"OrganismName": "Acromyrmex insinuator",
"NormalName": "none",
"SpeciesIntro": "Acromyrmex insinuator is a social parasite of the closely related Acromyrmex echinatior. This specific parasite is of particular interest as it is an opportunity to study the development of social parasitism in the Attini tribe, and provides further evidence for Emerys rule, which theorizes social parasites among insects tend to be parasites of species or genera to which they are closely related to.",
"Intro_from": "Wikipedia",
"Image_from": "Antwiki@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017607455.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.1%[S:98.7%,D:0.4%],F:0.6%,M:0.3%,n:1367",
"GenomeSize": "294.7",
"GenomeGC": "25.2",
"SeqNumber": "890",
"N50": "1153.7",
"PCGnumber": "8940",
"Swissnumber": "8397",
"GOnumber": "8174",
"KEGGnumber": "8188",
"Pfamnumber": "8498",
"miRNAnumber": "140",
"lncRNAnumber": "2773"
},
{
"id": 8,
"InsectBaseID": "IBG_00008",
"Order": "Lepidoptera",
"Family": "Saturniidae",
"Genus": "Actias",
"TaxonomyID": "63976",
"Tags": "pest;",
"OrganismName": "Actias luna",
"NormalName": "Luna moth",
"SpeciesIntro": "Actias luna is a Nearctic moth in the family Saturniidae, subfamily Saturniinae, a group commonly known as giant silk moths. It has lime-green colored wings and a white body.",
"Intro_from": "Wikipedia",
"Image_from": "Patrick Randall@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010014465.1",
"GenomeLevel": "Scaffold",
"Busco": "C:90.1%[S:81.8%,D:8.3%],F:2.9%,M:7.0%,n:1367",
"GenomeSize": "692.7",
"GenomeGC": "26.3",
"SeqNumber": "184895",
"N50": "217.5",
"PCGnumber": "102513",
"Swissnumber": "56824",
"GOnumber": "55786",
"KEGGnumber": "40467",
"Pfamnumber": "62954",
"miRNAnumber": "148",
"lncRNAnumber": "1769"
},
{
"id": 9,
"InsectBaseID": "IBG_00009",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Acyrthosiphon",
"TaxonomyID": "7029",
"Tags": "model organism;pest;",
"OrganismName": "Acyrthosiphon pisum",
"NormalName": "pea aphid",
"SpeciesIntro": "Acyrthosiphon pisum is a sap-sucking insect in the family Aphididae. It feeds on several species of legumes (plant family Fabaceae) worldwide, including forage crops, such as pea, clover, alfalfa, and broad bean, and ranks among the aphid species of major agronomical importance.The pea aphid is a model organism for biological study whose genome has been sequenced and annotated.",
"Intro_from": "Wikipedia",
"Image_from": "Andrew Jensen@BY-NC-SA",
"reference": "Mathers TC, Wouters RHM, Mugford ST, Swarbreck D, van Oosterhout C, Hogenhout SA. Chromosome-Scale Genome Assemblies of Aphids Reveal Extensively Rearranged Autosomes and Long-Term Conservation of the X Chromosome. Mol Biol Evol. 2021;38(3):856-875.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32966576/",
"DataSource": "BIPAA",
"NCBIassembly": "GCA_005508785.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.2%[S:93.1%,D:3.1%],F:0.8%,M:3.0%,n:1367",
"GenomeSize": "541.1",
"GenomeGC": "17.4",
"SeqNumber": "21920",
"N50": "132544.9",
"PCGnumber": "16816",
"Swissnumber": "11303",
"GOnumber": "11076",
"KEGGnumber": "12484",
"Pfamnumber": "13562",
"miRNAnumber": "191",
"lncRNAnumber": "9705"
},
{
"id": 10,
"InsectBaseID": "IBG_00010",
"Order": "Lepidoptera",
"Family": "Adelidae",
"Genus": "Adela",
"TaxonomyID": "233158",
"Tags": "pest;",
"OrganismName": "Adela reaumurella",
"NormalName": "Green longhorn",
"SpeciesIntro": "Adela reaumurella is a lepidopteran from the moth family Adelidae, the fairy longhorn moths. has a palearctic distribution. It occurs in southern North Europe, Western Europe through Central Europe to Eastern Europe. Across the temperate Palearctic the range extends to Japan. In the South, the species occurs to Sicily and Anatolia. It is missing on the Iberian Peninsula.",
"Intro_from": "Wikipedia",
"Image_from": "Stefan@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009867175.1",
"GenomeLevel": "Scaffold",
"Busco": "C:42.9%[S:42.5%,D:0.4%],F:35.5%,M:21.6%,n:1367",
"GenomeSize": "884.8",
"GenomeGC": "21.8",
"SeqNumber": "610001",
"N50": "642.5",
"PCGnumber": "62534",
"Swissnumber": "24569",
"GOnumber": "24251",
"KEGGnumber": "30150",
"Pfamnumber": "27050",
"miRNAnumber": "176",
"lncRNAnumber": "0"
},
{
"id": 11,
"InsectBaseID": "IBG_00011",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Adoxophyes",
"TaxonomyID": "85585",
"Tags": "pest;",
"OrganismName": "Adoxophyes honmai",
"NormalName": "summer fruit tortrix",
"SpeciesIntro": "Adoxophyes honmai is a species of moth of the family Tortricidae. It is found in Japan, where it has been recorded from Honshu and is possibly also present on Shikoku and Kyushu.The length of the forewings is 7.3 mm for males and 8 mm for females. The forewings are glossy ochreous-yellowish, suffused with pale brown in males and deep tawny ochreous in females. The hindwings are light ochreous-yellowish.",
"Intro_from": "Wikipedia",
"Image_from": "msone@BY-NC",
"reference": "Uchibori-Asano M, Jouraku A, Uchiyama T, et al. Genome-wide Identification of Tebufenozide Resistant Genes in the smaller tea tortrix, Adoxophyes honmai (Lepidoptera: Tortricidae). Sci Rep. 2019;9(1):4203. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30862839/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_005406045.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.1%[S:94.2%,D:0.9%],F:2.3%,M:2.6%,n:1367",
"GenomeSize": "475.5",
"GenomeGC": "21.9",
"SeqNumber": "72695",
"N50": "191.2",
"PCGnumber": "20529",
"Swissnumber": "11509",
"GOnumber": "11295",
"KEGGnumber": "12819",
"Pfamnumber": "13178",
"miRNAnumber": "130",
"lncRNAnumber": "2201"
},
{
"id": 12,
"InsectBaseID": "IBG_00012",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Adranes",
"TaxonomyID": "1535445",
"Tags": "None",
"OrganismName": "Adranes taylori",
"NormalName": "None",
"SpeciesIntro": "Adranes taylori is possess trichomes, or golden hairs attractive to ants, on the abdomen, elytral apices, and on the venter. These trichomes are highly attractive to larval ants, less so to workers. Adranes are fed by the larvae through trophallaxis and obtain other nutrients by feeding on dead larvae and workers.",
"Intro_from": "Behavior of Adranes taylori, a Myrmecophilous Beetle Associated with Lasius sitkaensis in the Pacific Northwest (Coleoptera: Pselaphidae; Hymenoptera: Formicidae)",
"Image_from": "Mike Ferro@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009867245.1",
"GenomeLevel": "Scaffold",
"Busco": "C:74.8%[S:74.5%,D:0.3%],F:15.8%,M:9.4%,n:1367",
"GenomeSize": "898.9",
"GenomeGC": "23.5",
"SeqNumber": "113285",
"N50": "590.7",
"PCGnumber": "42626",
"Swissnumber": "16952",
"GOnumber": "16663",
"KEGGnumber": "20224",
"Pfamnumber": "19367",
"miRNAnumber": "123",
"lncRNAnumber": "0"
},
{
"id": 13,
"InsectBaseID": "IBG_00013",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Aedes",
"TaxonomyID": "7159",
"Tags": "model organism;vector;",
"OrganismName": "Aedes aegypti",
"NormalName": "yellow fever mosquito",
"SpeciesIntro": "Aedes aegypti is a mosquito that can spread dengue fever, chikungunya, Zika fever, Mayaro and yellow fever viruses, and other disease agents. The mosquito can be recognized by white markings on its legs and a marking in the form of a lyre on the upper surface of its thorax. This mosquito originated in Africa, but is now found in tropical, subtropical and temperate regions throughout the world.",
"Intro_from": "Wikipedia",
"Image_from": "Jesse Rorabaugh@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002204515.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.4%[S:93.1%,D:5.3%],F:0.9%,M:0.7%,n:1367",
"GenomeSize": "1294.7",
"GenomeGC": "20.3",
"SeqNumber": "2310",
"N50": "414899.9",
"PCGnumber": "14051",
"Swissnumber": "10523",
"GOnumber": "10355",
"KEGGnumber": "10883",
"Pfamnumber": "12075",
"miRNAnumber": "300",
"lncRNAnumber": "43132"
},
{
"id": 14,
"InsectBaseID": "IBG_00014",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Aedes",
"TaxonomyID": "7160",
"Tags": "vector;",
"OrganismName": "Aedes albopictus",
"NormalName": "tiger mosquito or forest mosquito",
"SpeciesIntro": "Aedes albopictus , from the mosquito (Culicidae) family, is a mosquito native to the tropical and subtropical areas of Southeast Asia. In the past few decades, however, this species has spread to many countries through the transport of goods and international travel. It is characterized by the white bands on its legs and body.This mosquito has become a significant pest in many communities because it closely associates with humans (rather than living in wetlands), and typically flies and feeds in the daytime in addition to at dusk and dawn.",
"Intro_from": "Wikipedia",
"Image_from": "Sean McCann@BY-NC-SA",
"reference": "Poelchau MF, Reynolds JA, Denlinger DL, Elsik CG, Armbruster PA. A de novo transcriptome of the Asian tiger mosquito, Aedes albopictus, to identify candidate transcripts for diapause preparation. BMC Genomics. 2011;12:619.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/22185595/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_006496715.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.7%[S:77.0%,D:18.7%],F:0.7%,M:3.6%,n:1367",
"GenomeSize": "2570.1",
"GenomeGC": "17.8",
"SeqNumber": "2197",
"N50": "56398.8",
"PCGnumber": "25896",
"Swissnumber": "17891",
"GOnumber": "17587",
"KEGGnumber": "19148",
"Pfamnumber": "21433",
"miRNAnumber": "576",
"lncRNAnumber": "0"
},
{
"id": 15,
"InsectBaseID": "IBG_00015",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Aenictocupidus",
"TaxonomyID": "1962788",
"Tags": "None",
"OrganismName": "Aenictocupidus jacobsonorum",
"NormalName": "None",
"SpeciesIntro": "Aenictocupidus jacobsonorum is a species of fruit fly in the family Staphylinidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010014765.1",
"GenomeLevel": "Scaffold",
"Busco": "C:87.0%[S:86.6%,D:0.4%],F:6.4%,M:6.6%,n:1367",
"GenomeSize": "180.4",
"GenomeGC": "35.8",
"SeqNumber": "77446",
"N50": "451.4",
"PCGnumber": "17482",
"Swissnumber": "10929",
"GOnumber": "10762",
"KEGGnumber": "11379",
"Pfamnumber": "11643",
"miRNAnumber": "124",
"lncRNAnumber": "0"
},
{
"id": 16,
"InsectBaseID": "IBG_00016",
"Order": "Coleoptera",
"Family": "Nitidulidae",
"Genus": "Aethina",
"TaxonomyID": "116153",
"Tags": "pest;",
"OrganismName": "Aethina tumida",
"NormalName": "small hive beetle",
"SpeciesIntro": "Aethina tumida is a beekeeping pest. It is endemic to sub-Saharan Africa, but has spread to many other locations, including North America, Australia, and the Philippines.It can be a destructive pest of honey bee colonies, causing damage to comb, stored honey, and pollen. ",
"Intro_from": "Wikipedia",
"Image_from": "blake hendon@BY-NC",
"reference": "Evans JD, McKenna D, Scully E, et al. Genome of the small hive beetle (Aethina tumida, Coleoptera: Nitidulidae), a worldwide parasite of social bee colonies, provides insights into detoxification and herbivory. Gigascience. 2018;7(12):giy138.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30535280/",
"DataSource": "NCBI",
"NCBIassembly": "GCF_001937115.1",
"GenomeLevel": "Contig",
"Busco": "C:96.2%[S:88.9%,D:7.3%],F:2.0%,M:1.8%,n:1367",
"GenomeSize": "237.3",
"GenomeGC": "21.7",
"SeqNumber": "3063",
"N50": "302.6",
"PCGnumber": "13074",
"Swissnumber": "10263",
"GOnumber": "10091",
"KEGGnumber": "10236",
"Pfamnumber": "11167",
"miRNAnumber": "132",
"lncRNAnumber": "1915"
},
{
"id": 17,
"InsectBaseID": "IBG_00017",
"Order": "Coleoptera",
"Family": "Buprestidae",
"Genus": "Agrilus",
"TaxonomyID": "224129",
"Tags": "pest;",
"OrganismName": "Agrilus planipennis",
"NormalName": "emerald ash borer",
"SpeciesIntro": "Agrilus planipennis is a green buprestid or jewel beetle native to north-eastern Asia that feeds on ash species. Females lay eggs in bark crevices on ash trees, and larvae feed underneath the bark of ash trees to emerge as adults in one to two years. In its native range, it is typically found at low densities and does not cause significant damage to trees native to the area. ",
"Intro_from": "Wikipedia",
"Image_from": "Macroscopic Solutions@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000699045.2",
"GenomeLevel": "Scaffold",
"Busco": "C:97.7%[S:91.0%,D:6.7%],F:0.7%,M:1.6%,n:1367",
"GenomeSize": "357.5",
"GenomeGC": "21.1",
"SeqNumber": "3613",
"N50": "1127.3",
"PCGnumber": "12338",
"Swissnumber": "9738",
"GOnumber": "9563",
"KEGGnumber": "9907",
"Pfamnumber": "10516",
"miRNAnumber": "76",
"lncRNAnumber": "3468"
},
{
"id": 18,
"InsectBaseID": "IBG_00018",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Agrotis",
"TaxonomyID": "56364",
"Tags": "pest;",
"OrganismName": "Agrotis ipsilon",
"NormalName": "dark sword-grass, black cutworm, greasy cutworm, floodplain cutworm or ipsilon dart",
"SpeciesIntro": "Agrotis ipsilon is a small noctuid moth found worldwide. The moth gets its scientific name from black markings on its forewings shaped like the letter Y or the Greek letter upsilon. The larvae are known as cutworms because they cut plants and other crops. The larvae are serious agricultural pests and feed on nearly all varieties of vegetables and many important grains.",
"Intro_from": "Wikipedia",
"Image_from": "John Trent@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004193855.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.9%[S:97.1%,D:0.8%],F:0.5%,M:1.6%,n:1367",
"GenomeSize": "493",
"GenomeGC": "24.3",
"SeqNumber": "7960",
"N50": "1070.5",
"PCGnumber": "23547",
"Swissnumber": "12070",
"GOnumber": "11798",
"KEGGnumber": "14018",
"Pfamnumber": "14430",
"miRNAnumber": "150",
"lncRNAnumber": "1134"
},
{
"id": 19,
"InsectBaseID": "IBG_00019",
"Order": "Trichoptera",
"Family": "Phryganeidae",
"Genus": "Agrypnia",
"TaxonomyID": "763278",
"Tags": "None",
"OrganismName": "Agrypnia vestita",
"NormalName": "none",
"SpeciesIntro": "Agrypnia vestita is a species of giant casemaker in the family Phryganeidae. It is found in North America.",
"Intro_from": "Wikipedia",
"Image_from": "Nick Block@BY",
"reference": "Olsen LK, Heckenhauer J, Sproul JS, et al. Draft Genome Assemblies and Annotations of Agrypnia vestita Walker, and Hesperophylax magnus Banks Reveal Substantial Repetitive Element Expansion in Tube Case-Making Caddisflies (Insecta: Trichoptera). Genome Biol Evol. 2021;13(3):evab013.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33501983/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016648135.1",
"GenomeLevel": "Scaffold",
"Busco": "C:91.3%[S:81.5%,D:9.8%],F:2.9%,M:5.8%,n:1367",
"GenomeSize": "1353.1",
"GenomeGC": "33.8",
"SeqNumber": "25153",
"N50": "114.1",
"PCGnumber": "621",
"Swissnumber": "310",
"GOnumber": "306",
"KEGGnumber": "360",
"Pfamnumber": "350",
"miRNAnumber": "140",
"lncRNAnumber": "0"
},
{
"id": 20,
"InsectBaseID": "IBG_00020",
"Order": "Coleoptera",
"Family": "Elateridae",
"Genus": "Alaus",
"TaxonomyID": "374458",
"Tags": "None",
"OrganismName": "Alaus oculatus",
"NormalName": "eastern eyed click beetle or eyed elater",
"SpeciesIntro": "Alaus oculatus is a species of click beetle,also capable of suddenly catapulting itself out of danger by releasing the energy stored by a click mechanism, which consists of a stout spine on the prosternum and a matching groove in the mesosternum.",
"Intro_from": "Wikipedia",
"Image_from": "greglasley@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009852465.1",
"GenomeLevel": "Scaffold",
"Busco": "C:9.3%[S:7.0%,D:2.3%],F:5.2%,M:85.5%,n:1367",
"GenomeSize": "190.6",
"GenomeGC": "34.8",
"SeqNumber": "222737",
"N50": "1345.7",
"PCGnumber": "75113",
"Swissnumber": "47813",
"GOnumber": "46202",
"KEGGnumber": "13931",
"Pfamnumber": "57220",
"miRNAnumber": "74",
"lncRNAnumber": "0"
},
{
"id": 21,
"InsectBaseID": "IBG_00021",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Aldrichina",
"TaxonomyID": "252811",
"Tags": "vector;",
"OrganismName": "Aldrichina grahami",
"NormalName": "None",
"SpeciesIntro": "Aldrichina grahami is a significant medical and forensic insect belonging to the family calliphoridae.",
"Intro_from": "The complete mitochondria genome of Aldrichina grahami (Diptera: Calliphoridae)",
"Image_from": "Dr. Meenakshi Bharti@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "GigaDB",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:99.2%[S:98.7%,D:0.5%],F:0.3%,M:0.5%,n:1367",
"GenomeSize": "600.1",
"GenomeGC": "30.6",
"SeqNumber": "1604",
"N50": "1925.2",
"PCGnumber": "12651",
"Swissnumber": "9148",
"GOnumber": "9010",
"KEGGnumber": "9289",
"Pfamnumber": "10442",
"miRNAnumber": "67",
"lncRNAnumber": "2304"
},
{
"id": 22,
"InsectBaseID": "IBG_00022",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Aleochara",
"TaxonomyID": "135921",
"Tags": "natural enemy;",
"OrganismName": "Aleochara bilineata",
"NormalName": "None",
"SpeciesIntro": "Aleochara bilineata is a significant biological control agent against some fly pests (notably Delia spp. in the family Anthomyiidae) of agricultural crops in the mustard and cabbage family Brassicaceae, such as cabbage, rutabaga, canola, and many others.",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003054995.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.2%[S:92.8%,D:0.4%],F:3.7%,M:3.1%,n:1367",
"GenomeSize": "87",
"GenomeGC": "33.7",
"SeqNumber": "33003",
"N50": "1925.2",
"PCGnumber": "17216",
"Swissnumber": "10407",
"GOnumber": "10203",
"KEGGnumber": "10913",
"Pfamnumber": "11380",
"miRNAnumber": "68",
"lncRNAnumber": "0"
},
{
"id": 23,
"InsectBaseID": "IBG_00023",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Altica",
"TaxonomyID": "404228",
"Tags": "None",
"OrganismName": "Altica viridicyanea",
"NormalName": "none",
"SpeciesIntro": "Altica viridicyanea is a species of the family Chrysomelidae.",
"Intro_from": "Wikipedia",
"Image_from": "Huai-Jun Xue@BY-NC",
"reference": "Xue HJ, Niu YW, Segraves KA, et al. The draft genome of the specialist flea beetle Altica viridicyanea (Coleoptera: Chrysomelidae). BMC Genomics. 2021;22(1):243. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33827435/",
"DataSource": "NGDC",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:87.8%[S:82.8%,D:5.0%],F:1.5%,M:10.7%,n:1367",
"GenomeSize": "864.8",
"GenomeGC": "30.9",
"SeqNumber": "4479",
"N50": "557.3",
"PCGnumber": "17719",
"Swissnumber": "11414",
"GOnumber": "11170",
"KEGGnumber": "12544",
"Pfamnumber": "13784",
"miRNAnumber": "137",
"lncRNAnumber": "0"
},
{
"id": 24,
"InsectBaseID": "IBG_00024",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Alychna",
"TaxonomyID": "2839523",
"Tags": "None",
"OrganismName": "Alychna victa",
"NormalName": "none",
"SpeciesIntro": "Alychna victa is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018250175.1",
"GenomeLevel": "Contig",
"Busco": "C:43.0%[S:42.6%,D:0.4%],F:34.1%,M:22.9%,n:1367",
"GenomeSize": "315.4",
"GenomeGC": "27.6",
"SeqNumber": "231428",
"N50": "2.2",
"PCGnumber": "50487",
"Swissnumber": "28653",
"GOnumber": "28049",
"KEGGnumber": "25748",
"Pfamnumber": "28907",
"miRNAnumber": "94",
"lncRNAnumber": "0"
},
{
"id": 25,
"InsectBaseID": "IBG_00025",
"Order": "Plecoptera",
"Family": "Nemouridae",
"Genus": "Amphinemura",
"TaxonomyID": "143724",
"Tags": "None",
"OrganismName": "Amphinemura sulcicollis",
"NormalName": "None",
"SpeciesIntro": "Amphinemura sulcicollis is a widely distributed species in Europe, which inhabits rivers of various orders and also lakes . This species has also a spring flight period in the study site, mainly coincident with the one of Nemoura hesperiae. ",
"Intro_from": "Nymphal trophic behaviour of two Nemouridae species (Insecta, Plecoptera) in the Curone creek (northern Apennines, Italy)",
"Image_from": "James K. Lindsey@BY-SA",
"reference": "Macdonald, H. C., Ormerod, S. J., and Bruford, M. W. (2017) Enhancing capacity for freshwater conservation at the genetic level: a demonstration using three stream macroinvertebrates. Aquatic Conserv: Mar. Freshw. Ecosyst., 27: 452– 461.",
"referenceFrom": "https://onlinelibrary.wiley.com/doi/full/10.1002/aqc.2691",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001676325.1",
"GenomeLevel": "Contig",
"Busco": "C:47.5%[S:46.9%,D:0.6%],F:31.7%,M:20.8%,n:1367",
"GenomeSize": "275.1",
"GenomeGC": "34.8",
"SeqNumber": "432491",
"N50": "0.9",
"PCGnumber": "67335",
"Swissnumber": "21658",
"GOnumber": "21421",
"KEGGnumber": "25944",
"Pfamnumber": "21369",
"miRNAnumber": "116",
"lncRNAnumber": "0"
},
{
"id": 26,
"InsectBaseID": "IBG_00026",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Amphipyra",
"TaxonomyID": "689058",
"Tags": "pest",
"OrganismName": "Amphipyra tragopoginis",
"NormalName": "mouse moth",
"SpeciesIntro": "Amphipyra tragopoginis is a moth of the family Noctuidae. It is a widespread species with a Holarctic distribution.",
"Intro_from": "Wikipedia",
"Image_from": "Nancy@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220435.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:98.5%,D:0.2%],F:0.2%,M:1.1%,n:1367",
"GenomeSize": "805.7",
"GenomeGC": "20",
"SeqNumber": "33",
"N50": "28301.2",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "227",
"lncRNAnumber": "0"
},
{
"id": 27,
"InsectBaseID": "IBG_00027",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Amyelois",
"TaxonomyID": "680683",
"Tags": "pest;",
"OrganismName": "Amyelois transitella",
"NormalName": "None",
"SpeciesIntro": "Amyelois transitella is endemic to the tropical Western Hemisphere, including the southern United States.Its abundance in California increased greatly during the first half of the 20th century.",
"Intro_from": "Wikipedia",
"Image_from": "Chris Mallory@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001186105.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.6%[S:95.8%,D:1.8%],F:0.8%,M:1.6%,n:1367",
"GenomeSize": "411.6",
"GenomeGC": "19.8",
"SeqNumber": "7301",
"N50": "1606.8",
"PCGnumber": "14094",
"Swissnumber": "10341",
"GOnumber": "10137",
"KEGGnumber": "10898",
"Pfamnumber": "11717",
"miRNAnumber": "153",
"lncRNAnumber": "949"
},
{
"id": 28,
"InsectBaseID": "IBG_00028",
"Order": "Hymenoptera",
"Family": "Eupelmidae",
"Genus": "Anastatus",
"TaxonomyID": "2740161",
"Tags": "natural enemy",
"OrganismName": "Anastatus disparis",
"NormalName": "none",
"SpeciesIntro": "Anastatus disparis is a species of wasps belonging to the family Eupelmidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017163975.1",
"GenomeLevel": "Contig",
"Busco": "C:96.4%[S:94.8%,D:1.6%],F:1.5%,M:2.1%,n:1367",
"GenomeSize": "939.6",
"GenomeGC": "16.6",
"SeqNumber": "410",
"N50": "5041.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "263",
"lncRNAnumber": "0"
},
{
"id": 29,
"InsectBaseID": "IBG_00029",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Andricus",
"TaxonomyID": "75152",
"Tags": "pest;",
"OrganismName": "Andricus curvator",
"NormalName": "None",
"SpeciesIntro": "Andricus curvator is a gall wasp which forms chemically induced leaf galls on oak trees and has both agamic and sexual generations. Agamic and sexual generations usually form two distinct galls on oak trees, but in the case of A. curvator there are six galls; the sexual generation usually on the leaf, occasionally in a twig or catkin, and the agamic generation in a bud. ",
"Intro_from": "Wikipedia",
"Image_from": "Gilles San Martin@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900474205.1",
"GenomeLevel": "Scaffold",
"Busco": "C:25.3%[S:24.7%,D:0.6%],F:37.5%,M:37.2%,n:1367",
"GenomeSize": "1733.5",
"GenomeGC": "15.2",
"SeqNumber": "2458281",
"N50": "1.1",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "145",
"lncRNAnumber": "0"
},
{
"id": 30,
"InsectBaseID": "IBG_00030",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Andricus",
"TaxonomyID": "75169",
"Tags": "pest;",
"OrganismName": "Andricus grossulariae",
"NormalName": "None",
"SpeciesIntro": "Andricus grossulariae is a gall wasp species inducing agamic acorn cup galls on oak tree acorn cups and sexual phase galls on catkins.",
"Intro_from": "Wikipedia",
"Image_from": "José Costa@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011634705.1",
"GenomeLevel": "Scaffold",
"Busco": "C:67.7%[S:67.1%,D:0.6%],F:21.1%,M:11.2%,n:1367",
"GenomeSize": "1430.3",
"GenomeGC": "17.5",
"SeqNumber": "229755",
"N50": "445.8",
"PCGnumber": "84668",
"Swissnumber": "22446",
"GOnumber": "21795",
"KEGGnumber": "26188",
"Pfamnumber": "28549",
"miRNAnumber": "193",
"lncRNAnumber": "0"
},
{
"id": 31,
"InsectBaseID": "IBG_00031",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Andricus",
"TaxonomyID": "75162",
"Tags": "pest;",
"OrganismName": "Andricus inflator",
"NormalName": "None",
"SpeciesIntro": "Andricus inflator is a species of gall-forming wasps, in the genus Andricus, which has a sexual and an asexual generation, producing two different galls. The wasp was named by the German biologist Theodor Hartig, in 1840 and is found in Europe.",
"Intro_from": "Wikipedia",
"Image_from": "Gilles San Martin@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900474215.1",
"GenomeLevel": "Scaffold",
"Busco": "C:29.1%[S:28.7%,D:0.4%],F:36.9%,M:34.0%,n:1367",
"GenomeSize": "1891.6",
"GenomeGC": "16.1",
"SeqNumber": "2014038",
"N50": "1.7",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "156",
"lncRNAnumber": "0"
},
{
"id": 32,
"InsectBaseID": "IBG_00032",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Andricus",
"TaxonomyID": "2302820",
"Tags": "pest;",
"OrganismName": "Andricus quercuslanigera",
"NormalName": "Oak gall wasps",
"SpeciesIntro": "Andricus quercuslanigera have long fascinated naturalists largely due to two unique biological features: 1) the spectacular diversity of complex gall structures that they induce on their host plants (i.e., galls) and 2) the complex life cycles they display—called cyclic parthenogenesis or heterogony—where species alternate between asexually and sexually reproducing generations ",
"Intro_from": "‘Closing the Life Cycle’ of Andricus quercuslanigera (Hymenoptera: Cynipidae)",
"Image_from": "my-terr-bio-thea@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010014905.1",
"GenomeLevel": "Scaffold",
"Busco": "C:74.2%[S:73.7%,D:0.5%],F:17.3%,M:8.5%,n:1367",
"GenomeSize": "1353.4",
"GenomeGC": "17.6",
"SeqNumber": "272630",
"N50": "662.7",
"PCGnumber": "62636",
"Swissnumber": "16473",
"GOnumber": "16217",
"KEGGnumber": "21012",
"Pfamnumber": "19779",
"miRNAnumber": "219",
"lncRNAnumber": "0"
},
{
"id": 33,
"InsectBaseID": "IBG_00033",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Andricus",
"TaxonomyID": "199937",
"Tags": "pest;",
"OrganismName": "Andricus quercusramuli",
"NormalName": "None",
"SpeciesIntro": "Andricus quercusramuli is a cynipid wasp that causes galls to form on the catkins of English Oak and Sessile Oak. Cottonwool galls are the sexual generation of Andricus quercusramuli (the asexual generation is a bud gall on oak).",
"Intro_from": "https://www.naturespot.org.uk/species/cottonwool-gall-wasp",
"Image_from": "hhbruun@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900474265.1",
"GenomeLevel": "Scaffold",
"Busco": "C:15.2%[S:14.5%,D:0.7%],F:34.9%,M:49.9%,n:1367",
"GenomeSize": "1960.5",
"GenomeGC": "19.1",
"SeqNumber": "2578124",
"N50": "1.2",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "188",
"lncRNAnumber": "0"
},
{
"id": 34,
"InsectBaseID": "IBG_00034",
"Order": "Dermaptera",
"Family": "Anisolabididae",
"Genus": "Anisolabis",
"TaxonomyID": "62749",
"Tags": "None",
"OrganismName": "Anisolabis maritima",
"NormalName": "maritime earwig or the seaside earwig",
"SpeciesIntro": "Anisolabis maritima is a species of earwig in the family Anisolabididae.Similar to the seashore earwig, this species can be found near the shore line, and is cosmopolitan. It can be found in almost all biogeographic realms.Scientists believe that these earwigs originally came from Asia. Since then, however, they have been introduced to North America, and have now spread around the world due to international commerce.",
"Intro_from": "Wikipedia",
"Image_from": "Judy Gallagher@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010014785.1",
"GenomeLevel": "Scaffold",
"Busco": "C:83.4%[S:81.4%,D:2.0%],F:10.8%,M:5.8%,n:1367",
"GenomeSize": "649.7",
"GenomeGC": "19.3",
"SeqNumber": "82224",
"N50": "1400.5",
"PCGnumber": "67632",
"Swissnumber": "39909",
"GOnumber": "38761",
"KEGGnumber": "26425",
"Pfamnumber": "42051",
"miRNAnumber": "127",
"lncRNAnumber": "1587"
},
{
"id": 35,
"InsectBaseID": "IBG_00035",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "7167",
"Tags": "vector;",
"OrganismName": "Anopheles albimanus",
"NormalName": "None",
"SpeciesIntro": "Anopheles albimanus is a species of mosquito in the order Diptera. It is found in coastal Central and South America, the Caribbean, and Mexico. It is a generalist species and capable of wide dispersion. A. albimanus is a common malaria vector.",
"Intro_from": "Wikipedia",
"Image_from": "Penn State@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013758885.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.2%[S:98.3%,D:0.9%],F:0.2%,M:0.6%,n:1367",
"GenomeSize": "172.6",
"GenomeGC": "41",
"SeqNumber": "7",
"N50": "89049.5",
"PCGnumber": "11198",
"Swissnumber": "8620",
"GOnumber": "8495",
"KEGGnumber": "8775",
"Pfamnumber": "9748",
"miRNAnumber": "118",
"lncRNAnumber": "3111"
},
{
"id": 36,
"InsectBaseID": "IBG_00036",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "42839",
"Tags": "vector;",
"OrganismName": "Anopheles aquasalis",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002846955.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.2%[S:97.6%,D:0.6%],F:0.9%,M:0.9%,n:1367",
"GenomeSize": "165",
"GenomeGC": "40.3",
"SeqNumber": "16504",
"N50": "54",
"PCGnumber": "12478",
"Swissnumber": "8874",
"GOnumber": "8740",
"KEGGnumber": "9213",
"Pfamnumber": "9724",
"miRNAnumber": "116",
"lncRNAnumber": "997"
},
{
"id": 37,
"InsectBaseID": "IBG_00037",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "7173",
"Tags": "vector;",
"OrganismName": "Anopheles arabiensis",
"NormalName": "None",
"SpeciesIntro": "Anopheles arabiensis belongs to the An. gambiae species complex, and is one of the most important vectors of malaria in sub-Saharan Africa and surrounding islands.",
"Intro_from": "VectorBase",
"Image_from": "James Gathany.Scientific photographer,CDC@CC0",
"reference": "Zamyatin A, Avdeyev P, Liang J, et al. Chromosome-level genome assemblies of the malaria vectors Anopheles coluzzii and Anopheles arabiensis. Gigascience. 2021;10(3):giab017.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33718948/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016920715.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.5%[S:98.5%,D:1.0%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "256.8",
"GenomeGC": "34.6",
"SeqNumber": "102",
"N50": "95710.2",
"PCGnumber": "12201",
"Swissnumber": "9039",
"GOnumber": "8911",
"KEGGnumber": "9412",
"Pfamnumber": "10446",
"miRNAnumber": "82",
"lncRNAnumber": "4419"
},
{
"id": 38,
"InsectBaseID": "IBG_00038",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "41427",
"Tags": "vector;",
"OrganismName": "Anopheles atroparvus",
"NormalName": "None",
"SpeciesIntro": "Anopheles atroparvus is a European species of mosquito, which was first identified in 1927. It is one of the most abundant palearctic Anopheles species belonging to the genus Culicidae, commonly called mosquitoes. Although research interest in A. atroparvus has been low in the past several decades, recent concern for an increase in vector-borne disease has encouraged new research into this species.",
"Intro_from": "Wikipedia",
"Image_from": "Vlk Obecný@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_015501955.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.5%[S:98.5%,D:1.0%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "220.1",
"GenomeGC": "35.1",
"SeqNumber": "669",
"N50": "42121.5",
"PCGnumber": "12951",
"Swissnumber": "8993",
"GOnumber": "8869",
"KEGGnumber": "9347",
"Pfamnumber": "9874",
"miRNAnumber": "103",
"lncRNAnumber": "0"
},
{
"id": 39,
"InsectBaseID": "IBG_00039",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "42896",
"Tags": "vector;",
"OrganismName": "Anopheles bwambae",
"NormalName": "None",
"SpeciesIntro": "Anopheles bwambae is proposed for the taxon previously called species D of the An.gambiae complex. This sibling species is known only from the vicinity of Buranga hot springs in Bwamba County, Toro District, Uganda, where it breeds in brackish water from geothermal springs together with other halophilic mosquitoes.",
"Intro_from": "Anopheles bwambae sp.n., a malaria vector in the Semliki Valley, Uganda, and its relationships with other sibling species of the An.gambiae complex (Diptera: Culicidae)",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_007018985.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.2%[S:79.1%,D:18.1%],F:1.2%,M:1.6%,n:1367",
"GenomeSize": "292.6",
"GenomeGC": "36.3",
"SeqNumber": "30458",
"N50": "24.9",
"PCGnumber": "17588",
"Swissnumber": "11895",
"GOnumber": "11730",
"KEGGnumber": "12659",
"Pfamnumber": "13036",
"miRNAnumber": "181",
"lncRNAnumber": "0"
},
{
"id": 40,
"InsectBaseID": "IBG_00040",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "43041",
"Tags": "vector;",
"OrganismName": "Anopheles christyi",
"NormalName": "None",
"SpeciesIntro": "Anopheles christyi is not a malaria vector but is a species closely related to the Anopheles gambiae complex. Its genome was sequenced in 2012.",
"Intro_from": "http://www.bo-protscience.fr/mobpdb/?page_id=585",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000349165.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.6%[S:96.9%,D:0.7%],F:1.0%,M:1.4%,n:1367",
"GenomeSize": "174.8",
"GenomeGC": "39.3",
"SeqNumber": "30369",
"N50": "9.2",
"PCGnumber": "10840",
"Swissnumber": "7880",
"GOnumber": "7760",
"KEGGnumber": "8225",
"Pfamnumber": "8635",
"miRNAnumber": "75",
"lncRNAnumber": "0"
},
{
"id": 41,
"InsectBaseID": "IBG_00041",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "1518534",
"Tags": "vector;",
"OrganismName": "Anopheles coluzzii",
"NormalName": "None",
"SpeciesIntro": "Anopheles coluzzii have the broadest geographical distribution , and are the most important vectors of human malaria.",
"Intro_from": "Genetics of Major Insect Vectors",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016097175.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.3%[S:95.2%,D:1.1%],F:0.7%,M:3.0%,n:1367",
"GenomeSize": "246.9",
"GenomeGC": "37.7",
"SeqNumber": "14",
"N50": "54960.1",
"PCGnumber": "14200",
"Swissnumber": "9530",
"GOnumber": "9393",
"KEGGnumber": "10109",
"Pfamnumber": "10732",
"miRNAnumber": "105",
"lncRNAnumber": "28481"
},
{
"id": 42,
"InsectBaseID": "IBG_00042",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "123217",
"Tags": "vector;",
"OrganismName": "Anopheles cracens",
"NormalName": "None",
"SpeciesIntro": "Anopheles cracens has been incriminated as a vector for the simian malaria parasite, Plasmodium knowlesi, that is the fifth Plasmodium species infecting humans. Little experimental data exists on this mosquito species due to the lack of its availability in laboratories.",
"Intro_from": "Colonization of Anopheles cracens: a malaria vector of emerging importance",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002091845.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.5%[S:79.7%,D:13.8%],F:2.0%,M:4.5%,n:1367",
"GenomeSize": "330.5",
"GenomeGC": "39.3",
"SeqNumber": "34365",
"N50": "155.8",
"PCGnumber": "22864",
"Swissnumber": "14261",
"GOnumber": "14065",
"KEGGnumber": "15644",
"Pfamnumber": "15424",
"miRNAnumber": "157",
"lncRNAnumber": "0"
},
{
"id": 43,
"InsectBaseID": "IBG_00043",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "139723",
"Tags": "vector;",
"OrganismName": "Anopheles culicifacies",
"NormalName": "sensu lato",
"SpeciesIntro": "Anopheles culicifacies is one of the major vectors of malaria on the Indian Subcontinent. It has been reported to be a species complex consisting of five sibling species which have been provisionally designated as species A, B, C, D, and E. It prefers to rest indoors in cattle sheds, where it feeds on cattle. The control of A. culicifacies has become a formidable task due to development of insecticide resistance against all commonly used insecticides, including new-generation insecticides such as synthetic pyrethroids.",
"Intro_from": "Wikipedia",
"Image_from": "Dr D.A. Turkhud@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000473375.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.7%[S:97.1%,D:1.6%],F:0.5%,M:0.8%,n:1367",
"GenomeSize": "205.5",
"GenomeGC": "36.1",
"SeqNumber": "16162",
"N50": "22.6",
"PCGnumber": "14280",
"Swissnumber": "9465",
"GOnumber": "9329",
"KEGGnumber": "10036",
"Pfamnumber": "10369",
"miRNAnumber": "89",
"lncRNAnumber": "1331"
},
{
"id": 44,
"InsectBaseID": "IBG_00044",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "43151",
"Tags": "vector;",
"OrganismName": "Anopheles darlingi",
"NormalName": "American malaria mosquito",
"SpeciesIntro": "Anopheles darlingi ,is a species of mosquito in the family Culicidae.A. darlingi is one of the major species of mosquito known to be responsible for malaria in the Amazonian regions. It has a wide range of geographic distribution that stretches from Mexico and Argentina but it has also been found to populate in areas affected by deforestation and environment changes due to humans.",
"Intro_from": "Wikipedia",
"Image_from": "US National Library of Medicine@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000211455.3",
"GenomeLevel": "Scaffold",
"Busco": "C:98.7%[S:97.6%,D:1.1%],F:0.3%,M:1.0%,n:1367",
"GenomeSize": "138.7",
"GenomeGC": "45",
"SeqNumber": "2221",
"N50": "116.5",
"PCGnumber": "10440",
"Swissnumber": "8230",
"GOnumber": "8105",
"KEGGnumber": "8359",
"Pfamnumber": "8911",
"miRNAnumber": "89",
"lncRNAnumber": "674"
},
{
"id": 45,
"InsectBaseID": "IBG_00045",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "7168",
"Tags": "vector;",
"OrganismName": "Anopheles dirus",
"NormalName": "None",
"SpeciesIntro": "Anopheles dirus is a vector of malaria in Asian forested zones.",
"Intro_from": "Wikipedia",
"Image_from": "James Gathany.Scientific photographer,CDC@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000349145.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.4%,D:0.9%],F:0.0%,M:0.7%,n:1367",
"GenomeSize": "219",
"GenomeGC": "36.3",
"SeqNumber": "1266",
"N50": "6992.8",
"PCGnumber": "12209",
"Swissnumber": "8660",
"GOnumber": "8538",
"KEGGnumber": "8872",
"Pfamnumber": "9656",
"miRNAnumber": "91",
"lncRNAnumber": "1489"
},
{
"id": 46,
"InsectBaseID": "IBG_00046",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "199890",
"Tags": "vector;",
"OrganismName": "Anopheles epiroticus",
"NormalName": "None",
"SpeciesIntro": "Anopheles epiroticus is a malaria vector located in Cambodia, peninsular Malaysia, Sarawak, Thailand and Vietnam.",
"Intro_from": "VectorBase",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000349105.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.6%,D:0.7%],F:0.2%,M:0.5%,n:1367",
"GenomeSize": "226.3",
"GenomeGC": "35.7",
"SeqNumber": "2673",
"N50": "371.1",
"PCGnumber": "11737",
"Swissnumber": "8782",
"GOnumber": "8645",
"KEGGnumber": "9213",
"Pfamnumber": "9745",
"miRNAnumber": "103",
"lncRNAnumber": "600"
},
{
"id": 47,
"InsectBaseID": "IBG_00047",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "69004",
"Tags": "vector;",
"OrganismName": "Anopheles farauti",
"NormalName": "None",
"SpeciesIntro": "Anopheles farauti is the main malaria vector in the Solomon Islands where, despite reductions in transmission, there were 86,000 estimated cases in 2016 . This species oviposits in a wide range of habitats ranging from small ground pools and ditches to large freshwater and brackish swamps",
"Intro_from": "Smallest Anopheles farauti occur during the peak transmission season in the Solomon Islands",
"Image_from": "James Gathany,CDC@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000473445.2",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.4%,D:0.9%],F:0.2%,M:0.5%,n:1367",
"GenomeSize": "183.1",
"GenomeGC": "37.3",
"SeqNumber": "310",
"N50": "12895.2",
"PCGnumber": "12875",
"Swissnumber": "8894",
"GOnumber": "8777",
"KEGGnumber": "9215",
"Pfamnumber": "9878",
"miRNAnumber": "109",
"lncRNAnumber": "639"
},
{
"id": 48,
"InsectBaseID": "IBG_00048",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "2494418",
"Tags": "vector;",
"OrganismName": "Anopheles fontenillei",
"NormalName": "None",
"SpeciesIntro": "Anopheles fontenillei is a new species in the Anopheles gambiae complex that we recently discovered in the forested areas of Gabon, Central Africa, and its a new species in the major malaria vector.",
"Intro_from": "A new species in the major malaria vector complex sheds light on reticulated species evolution",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008817895.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.8%[S:97.1%,D:0.7%],F:1.2%,M:1.0%,n:1367",
"GenomeSize": "235.5",
"GenomeGC": "36.5",
"SeqNumber": "69201",
"N50": "20.6",
"PCGnumber": "14615",
"Swissnumber": "9614",
"GOnumber": "9481",
"KEGGnumber": "10289",
"Pfamnumber": "10657",
"miRNAnumber": "125",
"lncRNAnumber": "0"
},
{
"id": 49,
"InsectBaseID": "IBG_00049",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "62324",
"Tags": "vector;",
"OrganismName": "Anopheles funestus",
"NormalName": "None",
"SpeciesIntro": "Anopheles funestus is a species of mosquito in the Culicidae family. This species was first described in 1900 by Giles.The female is attracted to houses where it seeks out humans in order to feed on their blood, mostly during the night. This mosquito is a major vector of malaria in sub-Saharan Africa.",
"Intro_from": "Wikipedia",
"Image_from": "James Gathany.Scientific photographer,CDC@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "GigaDB",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:97.8%[S:95.2%,D:2.6%],F:0.4%,M:1.8%,n:1367",
"GenomeSize": "213.6",
"GenomeGC": "41.2",
"SeqNumber": "3",
"N50": "95006.8",
"PCGnumber": "14790",
"Swissnumber": "9345",
"GOnumber": "9203",
"KEGGnumber": "9937",
"Pfamnumber": "10839",
"miRNAnumber": "105",
"lncRNAnumber": "5636"
},
{
"id": 50,
"InsectBaseID": "IBG_00050",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "7165",
"Tags": "model organism;vector;",
"OrganismName": "Anopheles gambiae",
"NormalName": "None",
"SpeciesIntro": "Anopheles gambiae is one of the most efficient malaria vectors known. The An. gambiae mosquito additionally transmits Wuchereria bancrofti which causes Lymphatic philariasis, more commonly known as elephantiasis.",
"Intro_from": "Wikipedia",
"Image_from": "James Gathany.Scientific photographer,CDC@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCF_000005575.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.1%[S:97.3%,D:1.8%],F:0.3%,M:0.6%,n:1367",
"GenomeSize": "265",
"GenomeGC": "34.7",
"SeqNumber": "8090",
"N50": "49364.3",
"PCGnumber": "12485",
"Swissnumber": "9344",
"GOnumber": "9213",
"KEGGnumber": "9583",
"Pfamnumber": "10465",
"miRNAnumber": "202",
"lncRNAnumber": "5621"
},
{
"id": 51,
"InsectBaseID": "IBG_00051",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "30065",
"Tags": "vector;",
"OrganismName": "Anopheles koliensis",
"NormalName": "None",
"SpeciesIntro": "Anopheles koliensis is found in lowland, inland environments, usually in close proximity to man. Only one specimen has ever been reported at elevations over 1,000 m. The typical form of An. koliensis is most often between 5–15 km from the sea, but can occasionally be detected closer to the coast.",
"Intro_from": "https://www.wrbu.si.edu/vectorspecies/mosquitoes/koliensis",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000956275.1",
"GenomeLevel": "Contig",
"Busco": "C:88.5%[S:87.6%,D:0.9%],F:5.6%,M:5.9%,n:1367",
"GenomeSize": "153",
"GenomeGC": "38.7",
"SeqNumber": "41925",
"N50": "4.7",
"PCGnumber": "17715",
"Swissnumber": "10692",
"GOnumber": "10555",
"KEGGnumber": "11969",
"Pfamnumber": "11357",
"miRNAnumber": "81",
"lncRNAnumber": "0"
},
{
"id": 52,
"InsectBaseID": "IBG_00052",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "412009",
"Tags": "None",
"OrganismName": "Anopheles longipalpis",
"NormalName": "none",
"SpeciesIntro": "Anopheles longipalpis is a species in the family Culicidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016170015.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.8%[S:73.4%,D:24.4%],F:1.1%,M:1.1%,n:1367",
"GenomeSize": "347.1",
"GenomeGC": "33.3",
"SeqNumber": "27768",
"N50": "36616",
"PCGnumber": "31364",
"Swissnumber": "19517",
"GOnumber": "19184",
"KEGGnumber": "17937",
"Pfamnumber": "22177",
"miRNAnumber": "140",
"lncRNAnumber": "0"
},
{
"id": 53,
"InsectBaseID": "IBG_00053",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "74869",
"Tags": "vector;",
"OrganismName": "Anopheles maculatus",
"NormalName": "None",
"SpeciesIntro": "Anopheles maculatus complex includes important malaria vectors distributed from the Indian subcontinent through Southeast Asia to Taiwan. Anopheles maculatus B is a vector member of this complex.",
"Intro_from": "VectorBase",
"Image_from": "Edward McCellan,CDC@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000473185.1",
"GenomeLevel": "Scaffold",
"Busco": "C:70.3%[S:69.8%,D:0.5%],F:11.2%,M:18.5%,n:1367",
"GenomeSize": "141.9",
"GenomeGC": "35.9",
"SeqNumber": "47797",
"N50": "3.8",
"PCGnumber": "16707",
"Swissnumber": "10408",
"GOnumber": "10269",
"KEGGnumber": "11571",
"Pfamnumber": "10933",
"miRNAnumber": "69",
"lncRNAnumber": "0"
},
{
"id": 54,
"InsectBaseID": "IBG_00054",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "34690",
"Tags": "vector;",
"OrganismName": "Anopheles melas",
"NormalName": "None",
"SpeciesIntro": "Anopheles melas is a brackish water-breeding member of the An. gambiae complex that is distributed along the coast of West Africa and is a major malaria vector within its range. ",
"Intro_from": "GENETIC ISOLATION WITHIN THE MALARIA MOSQUITO ANOPHELES MELAS",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000473525.2",
"GenomeLevel": "Scaffold",
"Busco": "C:93.9%[S:89.2%,D:4.7%],F:1.7%,M:4.4%,n:1367",
"GenomeSize": "224.2",
"GenomeGC": "34.3",
"SeqNumber": "20229",
"N50": "18.1",
"PCGnumber": "15622",
"Swissnumber": "10481",
"GOnumber": "10325",
"KEGGnumber": "11247",
"Pfamnumber": "11451",
"miRNAnumber": "110",
"lncRNAnumber": "0"
},
{
"id": 55,
"InsectBaseID": "IBG_00055",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "30066",
"Tags": "vector;",
"OrganismName": "Anopheles merus",
"NormalName": "None",
"SpeciesIntro": "Anopheles merus, a sibling species of the Anopheles gambiae complex occurs along the East African coast but its biology and role in malaria transmission in this region is poorly understood. ",
"Intro_from": "The bionomics of Anopheles merus (Diptera: Culicidae) along the Kenyan coast",
"Image_from": "James Gathany,CDC@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017562075.2",
"GenomeLevel": "Chromosome",
"Busco": "C:96.8%[S:90.6%,D:6.2%],F:0.4%,M:2.8%,n:1367",
"GenomeSize": "294.4",
"GenomeGC": "34",
"SeqNumber": "1327",
"N50": "50316.8",
"PCGnumber": "14811",
"Swissnumber": "10152",
"GOnumber": "10006",
"KEGGnumber": "10637",
"Pfamnumber": "11249",
"miRNAnumber": "146",
"lncRNAnumber": "0"
},
{
"id": 56,
"InsectBaseID": "IBG_00056",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "112268",
"Tags": "vector;",
"OrganismName": "Anopheles minimus",
"NormalName": "None",
"SpeciesIntro": "Anopheles minimus is considered to be the primary vectors of malaria in South and Southeast Asia,occur in Thailand",
"Intro_from": "An effective method for the identification and separation of Anopheles minimus, the primary malaria vector in Thailand, and its sister species Anopheles harrisoni, with a comparison of their mating behaviors",
"Image_from": "James Gathany.Scientific photographer,CDC@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000349025.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.5%[S:98.9%,D:0.6%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "204.3",
"GenomeGC": "34",
"SeqNumber": "678",
"N50": "10442.1",
"PCGnumber": "12874",
"Swissnumber": "8774",
"GOnumber": "8648",
"KEGGnumber": "9063",
"Pfamnumber": "9882",
"miRNAnumber": "77",
"lncRNAnumber": "1790"
},
{
"id": 57,
"InsectBaseID": "IBG_00057",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "185578",
"Tags": "vector;",
"OrganismName": "Anopheles nili",
"NormalName": "None",
"SpeciesIntro": "Anopheles nili is a species of mosquito in the Culicidae family. It comprises the following elements: An. carnevalei, An. nili, An. ovengensis and An. somalicus. The scientific name of this species was first published in 1904 by Theobald. It is the main mosquito species found in the south Cameroon forest zone which bites humans. It is known as a problematic carrier of malaria, although newly discovered, closely related species in the same genus have also been found to interact with A. nili as a disease vector. In that, they both have similar feeding habits on local targets in the Cameroon region.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000439205.1",
"GenomeLevel": "Scaffold",
"Busco": "C:69.7%[S:69.1%,D:0.6%],F:12.1%,M:18.2%,n:1367",
"GenomeSize": "99.5",
"GenomeGC": "40.7",
"SeqNumber": "51048",
"N50": "2.6",
"PCGnumber": "21088",
"Swissnumber": "10164",
"GOnumber": "10039",
"KEGGnumber": "11629",
"Pfamnumber": "10525",
"miRNAnumber": "50",
"lncRNAnumber": "0"
},
{
"id": 58,
"InsectBaseID": "IBG_00058",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "30068",
"Tags": "vector;",
"OrganismName": "Anopheles punctulatus",
"NormalName": "None",
"SpeciesIntro": "Anopheles punctulatus is the major malaria vectors of the Southwest Pacific",
"Intro_from": "Anopheles punctulatus group: evolution, distribution, and control",
"Image_from": "None",
"reference": "Logue K, Small ST, Chan ER, et al. Whole-genome sequencing reveals absence of recent gene flow and separate demographic histories for Anopheles punctulatus mosquitoes in Papua New Guinea. Mol Ecol. 2015;24(6):1263-1274.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25677924/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000956255.1",
"GenomeLevel": "Contig",
"Busco": "C:88.1%[S:86.3%,D:1.8%],F:2.1%,M:9.8%,n:1367",
"GenomeSize": "148",
"GenomeGC": "39",
"SeqNumber": "20774",
"N50": "10.4",
"PCGnumber": "14848",
"Swissnumber": "9390",
"GOnumber": "9273",
"KEGGnumber": "10177",
"Pfamnumber": "10134",
"miRNAnumber": "95",
"lncRNAnumber": "0"
},
{
"id": 59,
"InsectBaseID": "IBG_00059",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "34691",
"Tags": "vector;",
"OrganismName": "Anopheles quadriannulatus",
"NormalName": "None",
"SpeciesIntro": "Anopheles quadriannulatus A belongs to the Anopheles gambiae species complex, which consists of at least seven species, it is found in southern Africa and is not considered to be a malaria vector.",
"Intro_from": "VectorBase",
"Image_from": "James Gathany.Scientific photographer,CDC@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000349065.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.3%[S:96.6%,D:0.7%],F:0.6%,M:2.1%,n:1367",
"GenomeSize": "283.8",
"GenomeGC": "27.7",
"SeqNumber": "2823",
"N50": "1641.3",
"PCGnumber": "12117",
"Swissnumber": "8690",
"GOnumber": "8564",
"KEGGnumber": "9000",
"Pfamnumber": "9793",
"miRNAnumber": "119",
"lncRNAnumber": "2642"
},
{
"id": 60,
"InsectBaseID": "IBG_00060",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "74873",
"Tags": "vector;",
"OrganismName": "Anopheles sinensis",
"NormalName": "None",
"SpeciesIntro": "Anopheles sinensis is a species of mosquito that transmits malaria as well as lymphatic filariasis. It is regarded as the most important vector of these human parasitic diseases in Southeast Asia. It is the primary vector of vivax malaria (Plasmodium vivax) in many regions. In China it also transmits the filalarial parasite (Wuchereria bancrofti), and arthropod roundworm (Romanomermis jingdeensis). In Japan it is also a vector of a roundworm Setaria digitata in sheep and goats.",
"Intro_from": "Wikipedia",
"Image_from": "James Gathany,CDC@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000441895.2",
"GenomeLevel": "Scaffold",
"Busco": "C:97.1%[S:95.9%,D:1.2%],F:0.7%,M:2.2%,n:1367",
"GenomeSize": "220.8",
"GenomeGC": "37.1",
"SeqNumber": "9592",
"N50": "814.2",
"PCGnumber": "15462",
"Swissnumber": "9670",
"GOnumber": "9537",
"KEGGnumber": "10206",
"Pfamnumber": "10779",
"miRNAnumber": "109",
"lncRNAnumber": "1944"
},
{
"id": 61,
"InsectBaseID": "IBG_00061",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "30069",
"Tags": "vector;",
"OrganismName": "Anopheles stephensi",
"NormalName": "None",
"SpeciesIntro": "Anopheles stephensi is a primary mosquito vector of malaria in urban India and is included in the same subgenus as Anopheles gambiae, the primary malaria vector in Africa.",
"Intro_from": "Wikipedia",
"Image_from": "James Gathany.Scientific photographer,CDC@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013141755.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.5%[S:95.6%,D:3.9%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "246.5",
"GenomeGC": "34.8",
"SeqNumber": "495",
"N50": "89856.9",
"PCGnumber": "15269",
"Swissnumber": "10309",
"GOnumber": "10098",
"KEGGnumber": "11124",
"Pfamnumber": "11816",
"miRNAnumber": "159",
"lncRNAnumber": "5130"
},
{
"id": 62,
"InsectBaseID": "IBG_00062",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "62325",
"Tags": "None",
"OrganismName": "Anopheles vaneedeni",
"NormalName": "none",
"SpeciesIntro": "Anopheles vaneedeni is a species in the family Culicidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Small ST, Labbé F, Lobo NF, et al. Radiation with reticulation marks the origin of a major malaria vector. Proc Natl Acad Sci U S A. 2020;117(50):31583-31590.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33262284/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016170025.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.1%[S:88.4%,D:10.7%],F:0.5%,M:0.4%,n:1367",
"GenomeSize": "308.7",
"GenomeGC": "32.1",
"SeqNumber": "22626",
"N50": "43164.3",
"PCGnumber": "25868",
"Swissnumber": "16173",
"GOnumber": "15905",
"KEGGnumber": "14986",
"Pfamnumber": "18393",
"miRNAnumber": "115",
"lncRNAnumber": "0"
},
{
"id": 63,
"InsectBaseID": "IBG_00063",
"Order": "Coleoptera",
"Family": "Cerambycidae",
"Genus": "Anoplophora",
"TaxonomyID": "217634",
"Tags": "pest;",
"OrganismName": "Anoplophora glabripennis",
"NormalName": "Asian long-horned beetle,starry sky, sky beetle, or ALB",
"SpeciesIntro": "Anoplophora glabripennis is native to eastern China, and Korea. This species has now been accidentally introduced into the United States, where it was first discovered in 1996, as well as Canada, and several countries in Europe, including Austria, France, Germany, Italy and UK. This beetle is believed to have been spread from Asia in solid wood packaging material.",
"Intro_from": "Wikipedia",
"Image_from": "葉子@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000390285.2",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:96.9%,D:1.9%],F:0.6%,M:0.6%,n:1367",
"GenomeSize": "715.8",
"GenomeGC": "19",
"SeqNumber": "9867",
"N50": "686.7",
"PCGnumber": "14510",
"Swissnumber": "10499",
"GOnumber": "10303",
"KEGGnumber": "11036",
"Pfamnumber": "12337",
"miRNAnumber": "120",
"lncRNAnumber": "3412"
},
{
"id": 64,
"InsectBaseID": "IBG_00064",
"Order": "Lepidoptera",
"Family": "Saturniidae",
"Genus": "Antheraea",
"TaxonomyID": "34739",
"Tags": "None",
"OrganismName": "Antheraea mylitta",
"NormalName": "South India small tussore,tasar silkworm and vanya silkworm",
"SpeciesIntro": "Antheraea paphia is a species of moth of the family Saturniidae found in India and Sri Lanka. The bulk of the literature on this species uses a junior synonym, Antheraea mylitta, rather than the correct name, A. paphia. It is one of a number of tasar silkworms, species that produce Tussar silk, a kind of wild silk that is made from the products of saturniid silkworms instead of the domesticated silkworm (Bombyx mori).This species is variable, with at least 44 identified ecoraces, populations adapted to varied ecological conditions and food plants. Ten ecoraces are used for silk production and have been studied to obtain data about their life cycles and silk characteristics. Some ecoraces are so well differentiated that they do not interbreed in nature, though they are not genetically distinct and can be bred in captivity.",
"Intro_from": "Wikipedia",
"Image_from": "Dean Morley@BY-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014332785.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.7%[S:91.6%,D:6.1%],F:0.7%,M:1.6%,n:1367",
"GenomeSize": "698.4",
"GenomeGC": "18",
"SeqNumber": "16774",
"N50": "5313",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "151",
"lncRNAnumber": "0"
},
{
"id": 65,
"InsectBaseID": "IBG_00065",
"Order": "Lepidoptera",
"Family": "Saturniidae",
"Genus": "Antheraea",
"TaxonomyID": "7119",
"Tags": "resource insect;medicinal insect;",
"OrganismName": "Antheraea pernyi",
"NormalName": "the Chinese (oak) tussar moth, Chinese tasar moth or temperate tussar moth,",
"SpeciesIntro": "Antheraea pernyi is a large moth in the family Saturniidae.They are originally from southern China. Used for tussar silk production, they have been distributed more widely across subtropical and tropical Asia. Unlike the domestic silk moth which is entirely dependent on human care, tussah silk moths can survive in the wild if they escape from captivity; small local populations of such feral stock may thus occasionally occur. The colour and quality of the silk depends on the climate and soil.",
"Intro_from": "Wikipedia",
"Image_from": "Pablo Alberto Salguero Quiles@by-sa",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NGDC",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:88.4%[S:86.5%,D:1.9%],F:1.9%,M:9.7%,n:1367",
"GenomeSize": "734.6",
"GenomeGC": "36.6",
"SeqNumber": "423",
"N50": "13903.8",
"PCGnumber": "20814",
"Swissnumber": "11038",
"GOnumber": "10831",
"KEGGnumber": "12238",
"Pfamnumber": "12389",
"miRNAnumber": "150",
"lncRNAnumber": "3677"
},
{
"id": 66,
"InsectBaseID": "IBG_00066",
"Order": "Lepidoptera",
"Family": "Saturniidae",
"Genus": "Antheraea",
"TaxonomyID": "7121",
"Tags": "resource insect;",
"OrganismName": "Antheraea yamamai",
"NormalName": "Japanese silk moth or Japanese oak silkmoth",
"SpeciesIntro": "Antheraea yamamai is a moth of the family Saturniidae. It is endemic to east Asia, but has been imported to Europe for tussar silk production and is now found in southeastern Europe, mainly in Austria, northeastern Italy, and the Balkans. It seems to be spreading north and a population has been reported near Deggendorf and Passau in Germany.This moth has been cultivated in Japan for more than 1000 years. It produces a naturally white silk that is very strong and elastic, but does not dye well. It is now very rare and expensive.",
"Intro_from": "Wikipedia",
"Image_from": "Dean Morley@BY-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "GigaDB",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:95.7%[S:94.4%,D:1.3%],F:1.4%,M:2.9%,n:1367",
"GenomeSize": "672.4",
"GenomeGC": "32.5",
"SeqNumber": "7723",
"N50": "746.9",
"PCGnumber": "14638",
"Swissnumber": "10217",
"GOnumber": "10034",
"KEGGnumber": "10994",
"Pfamnumber": "11291",
"miRNAnumber": "163",
"lncRNAnumber": "11123"
},
{
"id": 67,
"InsectBaseID": "IBG_00067",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Anthocharis",
"TaxonomyID": "227532",
"Tags": "None",
"OrganismName": "Anthocharis cardamines",
"NormalName": "orange tip",
"SpeciesIntro": "Anthocharis cardamines is a butterfly in the family Pieridae, which contains 1100 species of butterfly. A. cardamines is mainly found throughout Europe and temperate Asia (Palearctic) The males feature wings with a signature orange pigmentation, which is the origin of A. cardamines common name.Males and females of this species occupy different habitats: males mostly frequent the edges of forests whereas females frequent meadows. A. cardamines feeds on most plants found within its habitat but the females selectively oviposit on young inflorescence of crucifers.Mating is usually controlled by females as virgin females found in flight are always pursued by males immediately. Females can signal different meanings to the approaching males by using their abdomen. There is evidence that mated females have an anti-aphrodisiac and that their usage of the abdomen has a closely related function in presenting these pheromones to males.",
"Intro_from": "Wikipedia",
"Image_from": "Felipe Hidalgo@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905404175.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.1%[S:97.0%,D:1.1%],F:0.7%,M:1.2%,n:1367",
"GenomeSize": "359.6",
"GenomeGC": "21.1",
"SeqNumber": "55",
"N50": "12507.6",
"PCGnumber": "23177",
"Swissnumber": "9623",
"GOnumber": "9459",
"KEGGnumber": "11236",
"Pfamnumber": "13017",
"miRNAnumber": "142",
"lncRNAnumber": "1775"
},
{
"id": 68,
"InsectBaseID": "IBG_00068",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Aphaenogaster",
"TaxonomyID": "602585",
"Tags": "None",
"OrganismName": "Aphaenogaster ashmeadi",
"NormalName": "None",
"SpeciesIntro": "Aphaenogaster ashmeadi nests in sandy soil, with the nest entrance normally camouflaged or located under objects such as stones or pieces of wood.",
"Intro_from": "Antwiki",
"Image_from": "Blake Bringhurst@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003063805.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.9%[S:98.2%,D:0.7%],F:0.4%,M:0.7%,n:1367",
"GenomeSize": "314.2",
"GenomeGC": "24.8",
"SeqNumber": "5089",
"N50": "341",
"PCGnumber": "24772",
"Swissnumber": "10216",
"GOnumber": "10035",
"KEGGnumber": "12061",
"Pfamnumber": "11916",
"miRNAnumber": "164",
"lncRNAnumber": "0"
},
{
"id": 69,
"InsectBaseID": "IBG_00069",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Aphaenogaster",
"TaxonomyID": "602633",
"Tags": "None",
"OrganismName": "Aphaenogaster floridana",
"NormalName": "None",
"SpeciesIntro": "Aphaenogaster floridana nests in sandy soil, with the nest being at least 80 cm deep. Nest entrances are often hidden with plant debris. Nests may be small, with fewer than 50 workers and apparently have a single queen.",
"Intro_from": "Antwiki",
"Image_from": "April Nobile@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003063835.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.9%[S:98.5%,D:0.4%],F:0.3%,M:0.8%,n:1367",
"GenomeSize": "387.6",
"GenomeGC": "21.2",
"SeqNumber": "6427",
"N50": "444.6",
"PCGnumber": "25024",
"Swissnumber": "10256",
"GOnumber": "10060",
"KEGGnumber": "12118",
"Pfamnumber": "11982",
"miRNAnumber": "146",
"lncRNAnumber": "0"
},
{
"id": 70,
"InsectBaseID": "IBG_00070",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Aphaenogaster",
"TaxonomyID": "602636",
"Tags": "None",
"OrganismName": "Aphaenogaster fulva",
"NormalName": "None",
"SpeciesIntro": "Aphaenogaster fulva is found in mesic forests and meadows. Nests are found in logs and stumps or under stones. It is a temporary host of other members of the genus.",
"Intro_from": "Antwiki",
"Image_from": "Jason Michael Crockwell@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003063765.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.4%[S:96.9%,D:0.5%],F:1.2%,M:1.4%,n:1367",
"GenomeSize": "350.5",
"GenomeGC": "21.7",
"SeqNumber": "7032",
"N50": "258.5",
"PCGnumber": "23816",
"Swissnumber": "10148",
"GOnumber": "9959",
"KEGGnumber": "11774",
"Pfamnumber": "11536",
"miRNAnumber": "150",
"lncRNAnumber": "0"
},
{
"id": 71,
"InsectBaseID": "IBG_00071",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Aphaenogaster",
"TaxonomyID": "602682",
"Tags": "None",
"OrganismName": "Aphaenogaster miamiana",
"NormalName": "None",
"SpeciesIntro": "Aphaenogaster miamiana is within the Aphaenogaster rudis clade but can be distinguished by the more rugose sculpturing on the head and mesosoma, and by a missing intron in the gene CAD.",
"Intro_from": "Antwiki",
"Image_from": "April Nobile@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003063725.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:98.3%,D:0.3%],F:0.6%,M:0.8%,n:1367",
"GenomeSize": "346.9",
"GenomeGC": "23.1",
"SeqNumber": "6922",
"N50": "355.9",
"PCGnumber": "24909",
"Swissnumber": "10331",
"GOnumber": "10140",
"KEGGnumber": "12202",
"Pfamnumber": "12078",
"miRNAnumber": "160",
"lncRNAnumber": "0"
},
{
"id": 72,
"InsectBaseID": "IBG_00072",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Aphaenogaster",
"TaxonomyID": "602698",
"Tags": "None",
"OrganismName": "Aphaenogaster picea",
"NormalName": "None",
"SpeciesIntro": "Aphaenogaster picea is a common ant in the eastern United States, it can be found across a wide range of forest habitats. Aphaenogaster picea is closely related to Aphaenogaster rudis, with which is shares many morphological and biological characteristics. It will preferentially nest in downed wood and old stumps but is rather opportunistic and flexible in that it will nest under bark, under objects on the ground, in soil, or in any cavity that provides a suitable range of temperature and protection. Their omnivorous foragers are important dispersers of myrmecochorous seeds.",
"Intro_from": "Antwiki",
"Image_from": "Katja Schulz@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003063865.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.4%[S:97.8%,D:0.6%],F:0.9%,M:0.7%,n:1367",
"GenomeSize": "390.9",
"GenomeGC": "20.4",
"SeqNumber": "6810",
"N50": "327",
"PCGnumber": "24845",
"Swissnumber": "10267",
"GOnumber": "10076",
"KEGGnumber": "12170",
"Pfamnumber": "11986",
"miRNAnumber": "156",
"lncRNAnumber": "0"
},
{
"id": 73,
"InsectBaseID": "IBG_00073",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Aphaenogaster",
"TaxonomyID": "500656",
"Tags": "None",
"OrganismName": "Aphaenogaster rudis",
"NormalName": "None",
"SpeciesIntro": "Aphaenogaster rudis is a common, widespread species found from Massachusetts south to Alabama and west to Ohio, Indiana, and Missouri . It occurs in deciduous woodlands and nests in soil, under stones or logs, in decaying wood, leaf litter, hollow stems of plants, or under bark at bases of trees . It should be noted that as currently understood, A. rudis is thought to be a complex of species and further studies on its taxonomy are needed.",
"Intro_from": "Antwiki",
"Image_from": "Jason Michael Crockwell@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003063815.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:98.1%,D:0.5%],F:0.7%,M:0.7%,n:1367",
"GenomeSize": "400.4",
"GenomeGC": "20",
"SeqNumber": "7404",
"N50": "303.9",
"PCGnumber": "24215",
"Swissnumber": "10364",
"GOnumber": "10180",
"KEGGnumber": "12261",
"Pfamnumber": "12061",
"miRNAnumber": "167",
"lncRNAnumber": "0"
},
{
"id": 74,
"InsectBaseID": "IBG_00074",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Aphidius",
"TaxonomyID": "37627",
"Tags": "natural enemy;",
"OrganismName": "Aphidius ervi",
"NormalName": "None",
"SpeciesIntro": "Aphidius ervi attack many species of larger aphids such as the green peach aphid and brassica aphids. As brassica aphids are quite common in gardens, you are likely to see this natural enemy in your garden.",
"Intro_from": "https://www.buglogical.com/aphidius-ervi/aphidius-ervi/",
"Image_from": "Stephen Thorpe@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_015776835.1",
"GenomeLevel": "Scaffold",
"Busco": "C:91.4%[S:88.8%,D:2.6%],F:0.5%,M:8.1%,n:1367",
"GenomeSize": "144.5",
"GenomeGC": "15.2",
"SeqNumber": "3865",
"N50": "705.9",
"PCGnumber": "16849",
"Swissnumber": "10218",
"GOnumber": "10060",
"KEGGnumber": "11134",
"Pfamnumber": "12009",
"miRNAnumber": "61",
"lncRNAnumber": "2190"
},
{
"id": 75,
"InsectBaseID": "IBG_00075",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Aphidius",
"TaxonomyID": "684658",
"Tags": "natural enemy",
"OrganismName": "Aphidius gifuensis",
"NormalName": "none",
"SpeciesIntro": "Aphidius gifuensis is a species of wasps belonging to the family Braconidae.",
"Intro_from": "Wikipedia",
"Image_from": "Centre for Biodiversity Genomics @BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014905175.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.5%[S:95.8%,D:2.7%],F:0.3%,M:1.2%,n:1367",
"GenomeSize": "156.9",
"GenomeGC": "17",
"SeqNumber": "24",
"N50": "27481.6",
"PCGnumber": "11464",
"Swissnumber": "8396",
"GOnumber": "8280",
"KEGGnumber": "8621",
"Pfamnumber": "9306",
"miRNAnumber": "84",
"lncRNAnumber": "1039"
},
{
"id": 76,
"InsectBaseID": "IBG_00076",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Aphis",
"TaxonomyID": "307492",
"Tags": "pest;",
"OrganismName": "Aphis craccivora",
"NormalName": "cowpea aphid, groundnut aphid or black legume aphid",
"SpeciesIntro": "Aphis craccivora is a true bug in the family Aphididae.Originally of probable Palearctic origin, it is now an invasive species of cosmopolitan distribution.",
"Intro_from": "Wikipedia",
"Image_from": "Jesse Rorabaugh@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009835225.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.6%[S:92.0%,D:2.6%],F:2.0%,M:3.4%,n:1367",
"GenomeSize": "322.9",
"GenomeGC": "17.1",
"SeqNumber": "17780",
"N50": "51.3",
"PCGnumber": "30057",
"Swissnumber": "12367",
"GOnumber": "12034",
"KEGGnumber": "15887",
"Pfamnumber": "16288",
"miRNAnumber": "86",
"lncRNAnumber": "0"
},
{
"id": 77,
"InsectBaseID": "IBG_00077",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Aphis",
"TaxonomyID": "307491",
"Tags": "pest;",
"OrganismName": "Aphis glycines",
"NormalName": "soybean aphid",
"SpeciesIntro": "Aphis glycines is an insect pest of soybean that is exotic to North America.The soybean aphid is native to Asia. It has been described as a common pest of soybeans in China.",
"Intro_from": "Wikipedia",
"Image_from": "Jorge Schlemmer@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "GCA_009928515.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.2%[S:91.1%,D:2.1%],F:0.7%,M:6.1%,n:1367",
"GenomeSize": "303.2",
"GenomeGC": "27.4",
"SeqNumber": "941",
"N50": "2057.5",
"PCGnumber": "19411",
"Swissnumber": "9984",
"GOnumber": "9778",
"KEGGnumber": "10993",
"Pfamnumber": "11869",
"miRNAnumber": "75",
"lncRNAnumber": "2746"
},
{
"id": 78,
"InsectBaseID": "IBG_00078",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Aphis",
"TaxonomyID": "80765",
"Tags": "pest;",
"OrganismName": "Aphis gossypii",
"NormalName": "None",
"SpeciesIntro": "Aphis gossypii is a tiny insect, an aphid (greenfly) in the superfamily Aphidoidea in the order Hemiptera. It is a true bug and sucks sap from plants. It is a widely distributed pest of a variety of agricultural crops in the families Cucurbitaceae, Rutaceae and Malvaceae.[2] Common names include cotton aphid, melon aphid and melon and cotton aphid.",
"Intro_from": "Wikipedia",
"Image_from": "Jesse Rorabaugh@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004010815.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.2%[S:89.0%,D:4.2%],F:2.0%,M:4.8%,n:1367",
"GenomeSize": "298",
"GenomeGC": "16.3",
"SeqNumber": "4718",
"N50": "443.4",
"PCGnumber": "12501",
"Swissnumber": "8963",
"GOnumber": "8805",
"KEGGnumber": "9491",
"Pfamnumber": "10132",
"miRNAnumber": "82",
"lncRNAnumber": "3026"
},
{
"id": 79,
"InsectBaseID": "IBG_00079",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Apis",
"TaxonomyID": "7461",
"Tags": "resource insect;edible insect;medicinal insect;pollinator;",
"OrganismName": "Apis cerana",
"NormalName": "the eastern honey bee, Asiatic honey bee or Asian honey bee",
"SpeciesIntro": "Apis cerana is a species of honey bee native to southern, southeastern, and eastern Asia. This species is the sister species of Apis koschevnikovi and both are in the same subgenus as the western (European) honey bee, Apis mellifera. A. cerana is known to live sympatrically along with Apis koschevnikovi within the same geographic location.Apis cerana colonies are known for building nests consisting of multiple combs in cavities containing a small entrance, presumably for defense against invasion by individuals of another nest.The diet of this honey bee species consists mostly of pollen and nectar, or honey. Moreover, Apis cerana is known for its highly social behavior, reflective of its classification as a type of honey bee.",
"Intro_from": "Wikipedia",
"Image_from": "Circle Fong@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011100585.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.6%[S:99.4%,D:0.2%],F:0.1%,M:0.3%,n:1367",
"GenomeSize": "218.4",
"GenomeGC": "24",
"SeqNumber": "126",
"N50": "13336.2",
"PCGnumber": "27988",
"Swissnumber": "8078",
"GOnumber": "7932",
"KEGGnumber": "8193",
"Pfamnumber": "8744",
"miRNAnumber": "243",
"lncRNAnumber": "4114"
},
{
"id": 80,
"InsectBaseID": "IBG_00080",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Apis",
"TaxonomyID": "7462",
"Tags": "resource insect;edible insect;medicinal insect;pollinator;",
"OrganismName": "Apis dorsata",
"NormalName": "giant honey bee",
"SpeciesIntro": "Apis dorsata is a honey bee of South and Southeast Asia, found mainly in forested areas such as the Terai of Nepal. They are typically around 17–20 mm (0.7–0.8 in) long. Nests are mainly built in exposed places far off the ground, like on tree limbs, under cliff overhangs, and sometimes on buildings. These social bees are known for their aggressive defense strategies and vicious behavior when disturbed. Though not domesticating it, indigenous peoples have traditionally used this species as a source of honey and beeswax, a practice known as honey hunting.",
"Intro_from": "Wikipedia",
"Image_from": "budak@BY-NC",
"reference": "Hasselmann M, Vekemans X, Pflugfelder J, et al. Evidence for convergent nucleotide evolution and high allelic turnover rates at the complementary sex determiner gene of Western and Asian honeybees. Mol Biol Evol. 2008;25(4):696-708.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/18192695/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000469605.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.4%[S:98.3%,D:0.1%],F:0.7%,M:0.9%,n:1367",
"GenomeSize": "233.2",
"GenomeGC": "21.9",
"SeqNumber": "4040",
"N50": "741.2",
"PCGnumber": "9364",
"Swissnumber": "7568",
"GOnumber": "7442",
"KEGGnumber": "7533",
"Pfamnumber": "8094",
"miRNAnumber": "169",
"lncRNAnumber": "832"
},
{
"id": 81,
"InsectBaseID": "IBG_00081",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Apis",
"TaxonomyID": "7463",
"Tags": "resource insect;medicinal insect;pollinator;",
"OrganismName": "Apis florea",
"NormalName": "dwarf honey bee or red dwarf honey bee",
"SpeciesIntro": "Apis florea is one of two species of small, wild honey bees of southern and southeastern Asia. It has a much wider distribution than its sister species, Apis andreniformis. First identified in the late 18th century, Apis florea is unique for its morphology, foraging behavior and defensive mechanisms like making a piping noise. Apis florea have open nests and small colonies, which makes them more susceptible to predation than cavity nesters with large numbers of defensive workers. These honey bees are important pollinators and therefore commodified in countries like Cambodia.",
"Intro_from": "Wikipedia",
"Image_from": "John Ascher@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000184785.3",
"GenomeLevel": "Scaffold",
"Busco": "C:79.2%[S:79.2%,D:0.0%],F:1.4%,M:19.4%,n:1367",
"GenomeSize": "231.9",
"GenomeGC": "22.9",
"SeqNumber": "6984",
"N50": "2899",
"PCGnumber": "10052",
"Swissnumber": "7984",
"GOnumber": "7846",
"KEGGnumber": "8029",
"Pfamnumber": "8576",
"miRNAnumber": "139",
"lncRNAnumber": "1208"
},
{
"id": 82,
"InsectBaseID": "IBG_00082",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Apis",
"TaxonomyID": "183418",
"Tags": "resource insect;medicinal insect;pollinator;",
"OrganismName": "Apis laboriosa",
"NormalName": "Himalayan giant honey bee",
"SpeciesIntro": "Apis laboriosa is the world’s largest honey bee; single adults can measure up to 3.0 cm (1.2 in) in length. Before 1980, Apis laboriosa was considered to be a subspecies of the widespread Apis dorsata, the giant honey bee, but in 1980 and for almost 20 years thereafter it was elevated to the rank of a separate species. It was classified once again as a subspecies of Apis dorsata by Engel in 1999,but was confirmed as a full species in 2020 on the basis of co-occurrence with Apis dorsata at many sites with no sign of interbreeding. It is highly adapted to its highland habitat in behavior.",
"Intro_from": "Wikipedia",
"Image_from": "CheongWeei Gan@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014066325.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.5%[S:99.5%,D:0.0%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "228.9",
"GenomeGC": "23.1",
"SeqNumber": "4376",
"N50": "3381.5",
"PCGnumber": "37103",
"Swissnumber": "8399",
"GOnumber": "8247",
"KEGGnumber": "8739",
"Pfamnumber": "9167",
"miRNAnumber": "156",
"lncRNAnumber": "517"
},
{
"id": 83,
"InsectBaseID": "IBG_00083",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Apis",
"TaxonomyID": "7460",
"Tags": "model organism;resource insect;medicinal insect;pollinator;",
"OrganismName": "Apis mellifera",
"NormalName": "western honey bee or European honey bee",
"SpeciesIntro": "Apis mellifera is the most common of the 7–12 species of honey bees worldwide. The genus name Apis is Latin for bee, and mellifera is the Latin for honey-bearing, referring to the species production of honey.It was one of the first domesticated insects, and it is the primary species maintained by beekeepers to this day for both its honey production and pollination activities.",
"Intro_from": "Wikipedia",
"Image_from": "Roberto R. Calderón@BY-NC",
"reference": "Wallberg A, Bunikis I, Pettersson OV, et al. A hybrid de novo genome assembly of the honeybee, Apis mellifera, with chromosome-length scaffolds. BMC Genomics. 2019;20(1):275.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30961563/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003254395.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.5%[S:99.4%,D:0.1%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "228.1",
"GenomeGC": "22.9",
"SeqNumber": "177",
"N50": "13789.7",
"PCGnumber": "9432",
"Swissnumber": "7641",
"GOnumber": "7513",
"KEGGnumber": "7565",
"Pfamnumber": "8172",
"miRNAnumber": "266",
"lncRNAnumber": "7680"
},
{
"id": 84,
"InsectBaseID": "IBG_00084",
"Order": "Hymenoptera",
"Family": "Pteromalidae",
"Genus": "Apocrypta",
"TaxonomyID": "490712",
"Tags": "None",
"OrganismName": "Apocrypta bakeri",
"NormalName": "none",
"SpeciesIntro": "Apocrypta bakeri is a species of fig wasps in the family Pteromalidae. It has Ficus hispida as its host, where it parasitizes the other fig wasp Ceratosolen solmsi.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Xiao J, Wei X, Zhou Y, et al. Genomes of 12 fig wasps provide insights into the adaptation of pollinators to fig syconia. J Genet Genomics. 2021;48(3):225-236.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34011484/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018906985.1",
"GenomeLevel": "Contig",
"Busco": "C:99.0%[S:98.2%,D:0.8%],F:0.3%,M:0.7%,n:1367",
"GenomeSize": "198.6",
"GenomeGC": "29.7",
"SeqNumber": "279",
"N50": "14251.2",
"PCGnumber": "15392",
"Swissnumber": "9314",
"GOnumber": "9167",
"KEGGnumber": "9785",
"Pfamnumber": "10334",
"miRNAnumber": "93",
"lncRNAnumber": "0"
},
{
"id": 85,
"InsectBaseID": "IBG_00085",
"Order": "Hemiptera",
"Family": "Miridae",
"Genus": "Apolygus",
"TaxonomyID": "248454",
"Tags": "pest;",
"OrganismName": "Apolygus lucorum",
"NormalName": "None",
"SpeciesIntro": "Apolygus lucorum is a species of true bug in the Miridae family. It can be found everywhere in Europe except for Albania, Bulgaria, Iceland, Malta, and Portugal. and much of the Mediterranean basin, then east across the Palearctic to China and Japan. ",
"Intro_from": "Wikipedia",
"Image_from": "Christian Grenier@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009739505.2",
"GenomeLevel": "Chromosome",
"Busco": "C:94.2%[S:91.9%,D:2.3%],F:2.5%,M:3.3%,n:1367",
"GenomeSize": "1023.6",
"GenomeGC": "22.6",
"SeqNumber": "191",
"N50": "68132.8",
"PCGnumber": "19548",
"Swissnumber": "10434",
"GOnumber": "10259",
"KEGGnumber": "10943",
"Pfamnumber": "12827",
"miRNAnumber": "133",
"lncRNAnumber": "12534"
},
{
"id": 86,
"InsectBaseID": "IBG_00086",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Apotomis",
"TaxonomyID": "1100916",
"Tags": "pest",
"OrganismName": "Apotomis turbidana",
"NormalName": "none",
"SpeciesIntro": "Apotomis turbidana is a moth belonging to the family Tortricidae. The species was first described by Jacob Hübner in 1825.It is native to the Palearctic.The wingspan is 19–23 mm. The ground colour of the forewings is grey and black in the basal part, with irregular white spots. Near the apex there is a wide white cross-band so that the wing tip seems almost pure white. The hindwings are grey-brown.",
"Intro_from": "Wikipedia",
"Image_from": "pg18@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147355.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.0%[S:95.5%,D:0.5%],F:0.6%,M:3.4%,n:1367",
"GenomeSize": "720.5",
"GenomeGC": "23.9",
"SeqNumber": "44",
"N50": "27109.6",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "185",
"lncRNAnumber": "0"
},
{
"id": 87,
"InsectBaseID": "IBG_00087",
"Order": "Thysanoptera",
"Family": "Thripidae",
"Genus": "Aptinothrips",
"TaxonomyID": "1291243",
"Tags": "pest;",
"OrganismName": "Aptinothrips rufus",
"NormalName": "None",
"SpeciesIntro": "Aptinothrips rufus is a grass feeding pest. Both sexes are without wings; body color yellow, antennal segment VI shaded with brown.",
"Intro_from": "http://thripsnet.zoologie.uni-halle.de/key-server-neu/data/0a0b0a0e-0d03-4106-8306-08060a080902/media/Html/Aptinothrips%20rufus.html",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902196195.1",
"GenomeLevel": "Contig",
"Busco": "C:95.0%[S:94.6%,D:0.4%],F:3.1%,M:1.9%,n:1367",
"GenomeSize": "344",
"GenomeGC": "34",
"SeqNumber": "301714",
"N50": "4.2",
"PCGnumber": "34812",
"Swissnumber": "9734",
"GOnumber": "9580",
"KEGGnumber": "9095",
"Pfamnumber": "12589",
"miRNAnumber": "267",
"lncRNAnumber": "0"
},
{
"id": 88,
"InsectBaseID": "IBG_00088",
"Order": "Coleoptera",
"Family": "Lampyridae",
"Genus": "Aquatica",
"TaxonomyID": "7052",
"Tags": "None",
"OrganismName": "Aquatica lateralis",
"NormalName": "heike-botaru",
"SpeciesIntro": "Aquatica lateralis is a species of firefly found in Russia, Japan and Korea. It was formerly placed in the genus Luciola. The larvae are aquatic and live in rice paddies.",
"Intro_from": "Wikipedia",
"Image_from": "Kim, Hyun-tae@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "FireflyBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:98.4%[S:97.4%,D:1.0%],F:0.4%,M:1.2%,n:1367",
"GenomeSize": "923.6",
"GenomeGC": "24.6",
"SeqNumber": "5365",
"N50": "705.8",
"PCGnumber": "4848",
"Swissnumber": "3537",
"GOnumber": "3478",
"KEGGnumber": "3634",
"Pfamnumber": "3935",
"miRNAnumber": "98",
"lncRNAnumber": "0"
},
{
"id": 89,
"InsectBaseID": "IBG_00089",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Arctia",
"TaxonomyID": "874455",
"Tags": "None",
"OrganismName": "Arctia plantaginis",
"NormalName": "None",
"SpeciesIntro": "Arctia plantaginis is common and widely distributed at higher elevations throughout the Rocky Mountains and North Cascades. It is most common in wet subalpine meadows.This species is found throughout British Columbia, the Washington Cascade Range, and in the mountains of Idaho and western Montana. It does not occur in Oregon.",
"Intro_from": "http://pnwmoths.biol.wwu.edu/browse/family-erebidae/subfamily-arctiinae/tribe-arctiini/arctia/arctia-plantaginis/",
"Image_from": "lumbricus@BY-NC",
"reference": "Yen EC, McCarthy SA, Galarza JA, et al. A haplotype-resolved, de novo genome assembly for the wood tiger moth (Arctia plantaginis) through trio binning. Gigascience. 2020;9(8):giaa088.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32808665/",
"DataSource": "GigaDB",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:93.9%[S:92.8%,D:1.1%],F:1.3%,M:4.8%,n:1367",
"GenomeSize": "594.4",
"GenomeGC": "35.7",
"SeqNumber": "1069",
"N50": "6842.3",
"PCGnumber": "18373",
"Swissnumber": "11034",
"GOnumber": "10783",
"KEGGnumber": "11970",
"Pfamnumber": "12649",
"miRNAnumber": "175",
"lncRNAnumber": "0"
},
{
"id": 90,
"InsectBaseID": "IBG_00090",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Ardaris",
"TaxonomyID": "2585987",
"Tags": "None",
"OrganismName": "Ardaris sela",
"NormalName": "none",
"SpeciesIntro": "Ardaris sela is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "Ken Kertell@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018244875.1",
"GenomeLevel": "Contig",
"Busco": "C:38.4%[S:38.3%,D:0.1%],F:37.5%,M:24.1%,n:1367",
"GenomeSize": "355.5",
"GenomeGC": "28",
"SeqNumber": "253263",
"N50": "2.1",
"PCGnumber": "42321",
"Swissnumber": "18106",
"GOnumber": "17902",
"KEGGnumber": "23737",
"Pfamnumber": "18455",
"miRNAnumber": "150",
"lncRNAnumber": "0"
},
{
"id": 91,
"InsectBaseID": "IBG_00091",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Aricia",
"TaxonomyID": "91739",
"Tags": "None",
"OrganismName": "Aricia agestis",
"NormalName": "brown argus",
"SpeciesIntro": "Aricia agestis is a butterfly in the family Lycaenidae. It is found throughout the Palearctic realm, north to northern Jutland (Denmark) and east to Siberia and the Tian Shan.",
"Intro_from": "Wikipedia",
"Image_from": "Zdeňka Nováková@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147365.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.5%[S:98.1%,D:0.4%],F:0.4%,M:1.1%,n:1367",
"GenomeSize": "435.3",
"GenomeGC": "20.8",
"SeqNumber": "26",
"N50": "19030.8",
"PCGnumber": "24336",
"Swissnumber": "10883",
"GOnumber": "10673",
"KEGGnumber": "12955",
"Pfamnumber": "13495",
"miRNAnumber": "233",
"lncRNAnumber": "0"
},
{
"id": 92,
"InsectBaseID": "IBG_00092",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Asbolus",
"TaxonomyID": "1661398",
"Tags": "None",
"OrganismName": "Asbolus verrucosus",
"NormalName": "desert ironclad beetle or blue death feigning beetle",
"SpeciesIntro": "Asbolus verrucosus is a species of darkling beetle native to the deserts of the Southwestern United States, mainly the Sonoran desert. It is highly adaptable to hot environments and feeds on fruit, dead insects, and sometimes even plant matter.[3] This beetle has been known to feign death when threatened. They are increasingly becoming popular in the pet trade, due to their ease of care, hardiness, and longevity.",
"Intro_from": "Wikipedia",
"Image_from": "Josh More@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004193795.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.3%[S:92.3%,D:1.0%],F:3.6%,M:3.1%,n:1367",
"GenomeSize": "252.7",
"GenomeGC": "24.3",
"SeqNumber": "135581",
"N50": "5.8",
"PCGnumber": "14770",
"Swissnumber": "10152",
"GOnumber": "9999",
"KEGGnumber": "10907",
"Pfamnumber": "11480",
"miRNAnumber": "114",
"lncRNAnumber": "0"
},
{
"id": 93,
"InsectBaseID": "IBG_00093",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Asobara",
"TaxonomyID": "554476",
"Tags": "natural enemy",
"OrganismName": "Asobara japonica",
"NormalName": "none",
"SpeciesIntro": "Asobara japonica is a species of wasps belonging to the family Braconidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Ma WJ, Pannebakker BA, Li X, et al. A single QTL with large effect is associated with female functional virginity in an asexual parasitoid wasp. Mol Ecol. 2021;30(9):1979-1992.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33638236/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017141405.1",
"GenomeLevel": "Contig",
"Busco": "C:97.0%[S:96.6%,D:0.4%],F:0.9%,M:2.1%,n:1367",
"GenomeSize": "270.9",
"GenomeGC": "26.1",
"SeqNumber": "774",
"N50": "1651.9",
"PCGnumber": "30242",
"Swissnumber": "10455",
"GOnumber": "10314",
"KEGGnumber": "12718",
"Pfamnumber": "13434",
"miRNAnumber": "132",
"lncRNAnumber": "0"
},
{
"id": 94,
"InsectBaseID": "IBG_00094",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Aspitha",
"TaxonomyID": "2585993",
"Tags": "None",
"OrganismName": "Aspitha aspitha",
"NormalName": "none",
"SpeciesIntro": "Aspitha aspitha is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "Ken Kertell@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246895.1",
"GenomeLevel": "Contig",
"Busco": "C:68.1%[S:67.9%,D:0.2%],F:20.5%,M:11.4%,n:1367",
"GenomeSize": "281.7",
"GenomeGC": "26.8",
"SeqNumber": "98015",
"N50": "6.8",
"PCGnumber": "39418",
"Swissnumber": "16151",
"GOnumber": "15942",
"KEGGnumber": "20278",
"Pfamnumber": "16789",
"miRNAnumber": "157",
"lncRNAnumber": "0"
},
{
"id": 95,
"InsectBaseID": "IBG_00095",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Atethmia",
"TaxonomyID": "988071",
"Tags": "None",
"OrganismName": "Atethmia centrago",
"NormalName": "centre-barred sallow",
"SpeciesIntro": "Atethmia centrago is a moth of the family Noctuidae. The species was first described by Adrian Hardy Haworth in 1809. It is found in Europe except Scandinavia and Italy; also in Asia Minor, Armenia, Syria and Palestine.",
"Intro_from": "Wikipedia",
"Image_from": "Bruno Durand@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905333075.2",
"GenomeLevel": "Chromosome",
"Busco": "C:98.5%[S:98.0%,D:0.5%],F:0.4%,M:1.1%,n:1367",
"GenomeSize": "926.7",
"GenomeGC": "20.8",
"SeqNumber": "45",
"N50": "31774",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "306",
"lncRNAnumber": "0"
},
{
"id": 96,
"InsectBaseID": "IBG_00096",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Athalia",
"TaxonomyID": "37344",
"Tags": "None",
"OrganismName": "Athalia rosae",
"NormalName": "turnip sawfly",
"SpeciesIntro": "Athalia rosae is a typical sawfly with dark green or blackish 18–25 mm long larvae that feed on plants of the brassica family, and can sometimes be a pest. It winters below the ground, emerging in early summer as a 7–8 mm adult with a mainly orange body and a black head. The adult feeds on nectar.",
"Intro_from": "Wikipedia",
"Image_from": "Jakob Fahr@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000344095.2",
"GenomeLevel": "Scaffold",
"Busco": "C:99.6%[S:99.4%,D:0.2%],F:0.1%,M:0.3%,n:1367",
"GenomeSize": "157.8",
"GenomeGC": "33.7",
"SeqNumber": "712",
"N50": "954.9",
"PCGnumber": "10501",
"Swissnumber": "8529",
"GOnumber": "8372",
"KEGGnumber": "8452",
"Pfamnumber": "9205",
"miRNAnumber": "96",
"lncRNAnumber": "1039"
},
{
"id": 97,
"InsectBaseID": "IBG_00097",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Atta",
"TaxonomyID": "12957",
"Tags": "pest;",
"OrganismName": "Atta cephalotes",
"NormalName": "None",
"SpeciesIntro": "Atta cephalotes is a species of leafcutter ant in the tribe Attini (the fungus-growing ants). A single colony of ants can contain up to 5 million members, and each colony has one queen that can live more than 15 years. The colony comprises different castes, known as task partitioning, and each caste has a different job to do.",
"Intro_from": "Wikipedia",
"Image_from": "Denilson Eliu Ordoñez Moreno@BY-NC",
"reference": "Suen G, Teiling C, Li L, et al. The genome sequence of the leaf-cutter ant Atta cephalotes reveals insights into its obligate symbiotic lifestyle. PLoS Genet. 2011;7(2):e1002007.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/21347285/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000143395.2",
"GenomeLevel": "Scaffold",
"Busco": "C:97.4%[S:97.3%,D:0.1%],F:1.0%,M:1.6%,n:1367",
"GenomeSize": "321.6",
"GenomeGC": "21.1",
"SeqNumber": "2835",
"N50": "5218.9",
"PCGnumber": "10098",
"Swissnumber": "8175",
"GOnumber": "8035",
"KEGGnumber": "8255",
"Pfamnumber": "8889",
"miRNAnumber": "139",
"lncRNAnumber": "133"
},
{
"id": 98,
"InsectBaseID": "IBG_00098",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Atta",
"TaxonomyID": "520822",
"Tags": "pest;",
"OrganismName": "Atta colombica",
"NormalName": "None",
"SpeciesIntro": "Atta colombica is one of 47 species of leafcutter ants. This species is part of the Attini tribe (the fungus-growing ants).Workers of this species are maroon in colour, and are entirely matte, with no shiny spots.",
"Intro_from": "Wikipedia",
"Image_from": "Brian Gratwicke@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001594045.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.9%,D:0.4%],F:0.5%,M:0.2%,n:1367",
"GenomeSize": "294.9",
"GenomeGC": "23.6",
"SeqNumber": "1550",
"N50": "2062.6",
"PCGnumber": "9935",
"Swissnumber": "8014",
"GOnumber": "7883",
"KEGGnumber": "8073",
"Pfamnumber": "8795",
"miRNAnumber": "138",
"lncRNAnumber": "1144"
},
{
"id": 99,
"InsectBaseID": "IBG_00099",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Atta",
"TaxonomyID": "493209",
"Tags": "pest;",
"OrganismName": "Atta texana",
"NormalName": "None",
"SpeciesIntro": "Atta texana is a fungus-farming ant species of the genus Atta, found in Texas, Louisiana, and northeastern states of Mexico. Common names include town ant, parasol ant, fungus ant, Texas leafcutter ant, cut ant, and night ant. It harvests leaves from over 200 plant species, and is considered a major pest of agricultural and ornamental plants, as it can defoliate a citrus tree in less than 24 hours. Every colony has several queens and up to 2 million workers. Nests are built in well-drained, sandy or loamy soil, and may reach a depth of 6 m (20 ft), have 1000 entrance holes, and occupy 420 m2 (4,500 sq ft).",
"Intro_from": "Wikipedia",
"Image_from": "Diana-Terry Hibbitts@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004480015.1",
"GenomeLevel": "Scaffold",
"Busco": "C:89.3%[S:88.9%,D:0.4%],F:7.4%,M:3.3%,n:1367",
"GenomeSize": "290.4",
"GenomeGC": "24.5",
"SeqNumber": "48129",
"N50": "10.9",
"PCGnumber": "25766",
"Swissnumber": "10022",
"GOnumber": "9873",
"KEGGnumber": "11451",
"Pfamnumber": "10494",
"miRNAnumber": "137",
"lncRNAnumber": "0"
},
{
"id": 100,
"InsectBaseID": "IBG_00100",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Aulacorthum",
"TaxonomyID": "202456",
"Tags": "pest;",
"OrganismName": "Aulacorthum solani",
"NormalName": "foxglove aphid,glasshouse-potato aphid",
"SpeciesIntro": "Aulacorthum solani is an aphid in the superfamily Aphidoidea in the order Hemiptera. It is a true bug and sucks sap from plants.It has one of the broadest host ranges of any aphid in the world, where they both hosts on dicots and monocots.",
"Intro_from": "Wikipedia",
"Image_from": "Mihajlo@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008528875.1",
"GenomeLevel": "Scaffold",
"Busco": "C:83.6%[S:82.4%,D:1.2%],F:8.7%,M:7.7%,n:1367",
"GenomeSize": "320",
"GenomeGC": "20.2",
"SeqNumber": "89214",
"N50": "7",
"PCGnumber": "36696",
"Swissnumber": "18735",
"GOnumber": "18286",
"KEGGnumber": "17738",
"Pfamnumber": "21222",
"miRNAnumber": "98",
"lncRNAnumber": "0"
},
{
"id": 101,
"InsectBaseID": "IBG_00101",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Autographa",
"TaxonomyID": "254363",
"Tags": "pest",
"OrganismName": "Autographa gamma",
"NormalName": "silver Y",
"SpeciesIntro": "Autographa gamma is a migratory moth of the family Noctuidae which is named for the silvery Y-shaped mark on each of its forewings.",
"Intro_from": "Wikipedia",
"Image_from": "Stephen James McWilliam@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905146925.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.6%[S:95.4%,D:0.2%],F:0.7%,M:3.7%,n:1367",
"GenomeSize": "373.1",
"GenomeGC": "26",
"SeqNumber": "103",
"N50": "12167.2",
"PCGnumber": "26403",
"Swissnumber": "11244",
"GOnumber": "11048",
"KEGGnumber": "13447",
"Pfamnumber": "13830",
"miRNAnumber": "246",
"lncRNAnumber": "0"
},
{
"id": 102,
"InsectBaseID": "IBG_00102",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Autographa",
"TaxonomyID": "987893",
"Tags": "None",
"OrganismName": "Autographa pulchrina",
"NormalName": "beautiful golden Y",
"SpeciesIntro": "Autographa pulchrina is a moth of the family Noctuoidea. It is found in Europe East to the Urals and the Caucasus.Also in the Khentii Mountains (Mongolia) and East Siberia.",
"Intro_from": "Wikipedia",
"Image_from": "Andrei@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905475315.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:98.3%,D:0.4%],F:0.2%,M:1.1%,n:1367",
"GenomeSize": "426.2",
"GenomeGC": "24",
"SeqNumber": "136",
"N50": "13453.1",
"PCGnumber": "31047",
"Swissnumber": "11808",
"GOnumber": "11552",
"KEGGnumber": "15235",
"Pfamnumber": "15148",
"miRNAnumber": "215",
"lncRNAnumber": "0"
},
{
"id": 103,
"InsectBaseID": "IBG_00103",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Bactrocera",
"TaxonomyID": "27457",
"Tags": "pest;",
"OrganismName": "Bactrocera dorsalis",
"NormalName": "Dacus dorsalis or oriental fruit fly",
"SpeciesIntro": "Bactrocera dorsalis is a species of tephritid fruit fly that is endemic to Southeast Asia. It is one of the major pest species in the genus Bactrocera with a broad host range of cultivated and wild fruits. Male B. dorsalis respond strongly to methyl eugenol, which is used to monitor and estimate populations, as well as to annihilate males as a form of pest control.They are also important pollinators and visitors of wild orchids, Bulbophyllum cheiri and Bulbophyllum vinaceum in Southeast Asia, which lure the flies using methyl eugenol.",
"Intro_from": "Wikipedia",
"Image_from": "U.S. Department of Agriculture@BY",
"reference": "Miyazaki H, Otake J, Mitsuno H, et al. Functional characterization of olfactory receptors in the Oriental fruit fly Bactrocera dorsalis that respond to plant volatiles. Insect Biochem Mol Biol. 2018;101:32-46.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30026095/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000789215.2",
"GenomeLevel": "Scaffold",
"Busco": "C:95.9%[S:95.6%,D:0.3%],F:1.2%,M:2.9%,n:1367",
"GenomeSize": "420.2",
"GenomeGC": "19.6",
"SeqNumber": "7166",
"N50": "1221.1",
"PCGnumber": "12411",
"Swissnumber": "8910",
"GOnumber": "8761",
"KEGGnumber": "8973",
"Pfamnumber": "9988",
"miRNAnumber": "231",
"lncRNAnumber": "3575"
},
{
"id": 104,
"InsectBaseID": "IBG_00104",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Bactrocera",
"TaxonomyID": "174628",
"Tags": "pest;",
"OrganismName": "Bactrocera latifrons",
"NormalName": "Malaysian fruit fly",
"SpeciesIntro": "Bactrocera latifrons was first described from Taiwan by Hendel in 1912 as Dacus parvulus.Malaysian entomologists have objected to their country being blamed for the presence of this widespread Asian fly in Hawaii, particularly as Malaysia is unlikely to be the origin of the introduction.",
"Intro_from": "https://www.cabi.org/isc/datasheet/8719",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001853355.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.0%[S:98.3%,D:0.7%],F:0.2%,M:0.8%,n:1367",
"GenomeSize": "468.3",
"GenomeGC": "23.9",
"SeqNumber": "3306",
"N50": "986.6",
"PCGnumber": "12490",
"Swissnumber": "9134",
"GOnumber": "8982",
"KEGGnumber": "9234",
"Pfamnumber": "10336",
"miRNAnumber": "108",
"lncRNAnumber": "0"
},
{
"id": 105,
"InsectBaseID": "IBG_00105",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Bactrocera",
"TaxonomyID": "104688",
"Tags": "pest;",
"OrganismName": "Bactrocera oleae",
"NormalName": "olive fruit fly",
"SpeciesIntro": "Bactrocera oleae is a species of fruit fly, which belongs to the subfamily Dacinae. It is a phytophagous species, whose larvae feed on the fruit of olive trees, hence the common name. It is considered a serious pest in the cultivation of olives.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "Tsoumani KT, Augustinos AA, Kakani EG, Drosopoulou E, Mavragani-Tsipidou P, Mathiopoulos KD. Isolation, annotation and applications of expressed sequence tags from the olive fly, Bactrocera oleae. Mol Genet Genomics. 2011;285(1):33-45.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/20978910/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001188975.4",
"GenomeLevel": "Scaffold",
"Busco": "C:98.3%[S:97.8%,D:0.5%],F:0.7%,M:1.0%,n:1367",
"GenomeSize": "415",
"GenomeGC": "19.9",
"SeqNumber": "7166",
"N50": "1206",
"PCGnumber": "20703",
"Swissnumber": "9561",
"GOnumber": "9413",
"KEGGnumber": "9784",
"Pfamnumber": "10708",
"miRNAnumber": "124",
"lncRNAnumber": "4554"
},
{
"id": 106,
"InsectBaseID": "IBG_00106",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Bactrocera",
"TaxonomyID": "59916",
"Tags": "pest;",
"OrganismName": "Bactrocera tryoni",
"NormalName": "Queensland fruit fly",
"SpeciesIntro": "Bactrocera tryoni is a species of fly in the family Tephritidae in the insect order Diptera. B. tyroni is native to subtropical coastal Queensland and northern New South Wales. They are active during the day, but mate at night. B. tyroni lay their eggs in fruit. ",
"Intro_from": "Wikipedia",
"Image_from": "James Niland@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016617805.2",
"GenomeLevel": "Chromosome",
"Busco": "C:98.5%[S:97.8%,D:0.7%],F:0.5%,M:1.0%,n:1367",
"GenomeSize": "570.7",
"GenomeGC": "22.8",
"SeqNumber": "5892",
"N50": "81886.3",
"PCGnumber": "13817",
"Swissnumber": "9675",
"GOnumber": "9481",
"KEGGnumber": "10067",
"Pfamnumber": "11414",
"miRNAnumber": "99",
"lncRNAnumber": "3343"
},
{
"id": 107,
"InsectBaseID": "IBG_00107",
"Order": "Ephemeroptera",
"Family": "Baetidae",
"Genus": "Baetis",
"TaxonomyID": "189839",
"Tags": "None",
"OrganismName": "Baetis rhodani",
"NormalName": "Large Dark Olive",
"SpeciesIntro": "Baetis rhodani is an insect of flowing water, and it can live in steep stony streams as well as in weed-rich chalkstreams; the adults can be seen during the cold months of late autumn, winter and early spring.",
"Intro_from": "https://www.first-nature.com/insects/e-baetis-rhodani.php",
"Image_from": "Emanuele@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001676355.1",
"GenomeLevel": "Contig",
"Busco": "C:19.6%[S:19.2%,D:0.4%],F:33.7%,M:46.7%,n:1367",
"GenomeSize": "176.1",
"GenomeGC": "33.7",
"SeqNumber": "381865",
"N50": "0.5",
"PCGnumber": "46405",
"Swissnumber": "18883",
"GOnumber": "18738",
"KEGGnumber": "22096",
"Pfamnumber": "18849",
"miRNAnumber": "58",
"lncRNAnumber": "0"
},
{
"id": 108,
"InsectBaseID": "IBG_00108",
"Order": "Diptera",
"Family": "Chironomidae",
"Genus": "Belgica",
"TaxonomyID": "315563",
"Tags": "None",
"OrganismName": "Belgica antarctica",
"NormalName": "Antarctic midge",
"SpeciesIntro": "Belgica antarctica is a species of flightless midge, endemic to the continent of Antarctica. At 2–6 mm (0.079–0.24 in) long, it is the largest purely terrestrial animal native to the continent, as well as its only insect. It also has the smallest known insect genome as of 2014, with only 99 million base pairs of nucleotides (and about 13,500 genes). It is the only insect that can survive year-round in Antarctica.",
"Intro_from": "Wikipedia",
"Image_from": "sebastianlescano@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000775305.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.1%[S:93.4%,D:0.7%],F:1.1%,M:4.8%,n:1367",
"GenomeSize": "89.6",
"GenomeGC": "33.1",
"SeqNumber": "4997",
"N50": "98.3",
"PCGnumber": "10853",
"Swissnumber": "8606",
"GOnumber": "8494",
"KEGGnumber": "8688",
"Pfamnumber": "9349",
"miRNAnumber": "25",
"lncRNAnumber": "1230"
},
{
"id": 109,
"InsectBaseID": "IBG_00109",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Belonocnema",
"TaxonomyID": "1159321",
"Tags": "pest;",
"OrganismName": "Belonocnema treatae",
"NormalName": "None",
"SpeciesIntro": "Belonocnema treatae spur on the anterior side of fore tibia shorter than basitarsus, approximately the same length as tibial spurs. Middle tibia without a spur.We can see it in Mississippi (east of Gautier), Alabama, Georgia, Florida, South Carolina or North Carolina.",
"Intro_from": "https://bugguide.net/node/view/243087",
"Image_from": "Miles Zhang@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010883055.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.1%[S:94.7%,D:0.4%],F:3.0%,M:1.9%,n:1367",
"GenomeSize": "1557.9",
"GenomeGC": "16.2",
"SeqNumber": "5520",
"N50": "152860.4",
"PCGnumber": "13889",
"Swissnumber": "9340",
"GOnumber": "9140",
"KEGGnumber": "10219",
"Pfamnumber": "10894",
"miRNAnumber": "175",
"lncRNAnumber": "3756"
},
{
"id": 110,
"InsectBaseID": "IBG_00110",
"Order": "Hemiptera",
"Family": "Aleyrodidae",
"Genus": "Bemisia",
"TaxonomyID": "7038",
"Tags": "None",
"OrganismName": "Bemisia tabaci",
"NormalName": "silverleaf whitefly or sweet potato whitefly",
"SpeciesIntro": "Bemisia tabaci is one of several species of whitefly that are currently important agricultural pests.The silverleaf whitefly thrives worldwide in tropical, subtropical, and less predominately in temperate habitats. Cold temperatures kill both the adults and the nymphs of the species. The silverleaf whitefly can be confused with other insects such as the common fruitfly, but with close inspection, the whitefly is slightly smaller and has a distinct wing color that helps to differentiate it from other insects.",
"Intro_from": "Wikipedia",
"Image_from": "Oscar Angel Sánchez Flores@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_903994105.1",
"GenomeLevel": "Scaffold",
"Busco": "C:87.6%[S:84.9%,D:2.7%],F:2.6%,M:9.8%,n:1367",
"GenomeSize": "616.1",
"GenomeGC": "27.1",
"SeqNumber": "227",
"N50": "10839.1",
"PCGnumber": "13540",
"Swissnumber": "9689",
"GOnumber": "9689",
"KEGGnumber": "9950",
"Pfamnumber": "10862",
"miRNAnumber": "181",
"lncRNAnumber": "0"
},
{
"id": 111,
"InsectBaseID": "IBG_00111",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Bicyclus",
"TaxonomyID": "110368",
"Tags": "None",
"OrganismName": "Bicyclus anynana",
"NormalName": "squinting bush brown",
"SpeciesIntro": "Bicyclus anynana is a small brown butterfly in the family Nymphalidae, the most globally diverse family of butterflies. It is primarily found in eastern Africa from southern Sudan to Swaziland. It is found mostly in woodland areas and flies close to the ground. Male wingspans are 35–40 mm and female wingspans are 45–49 mm.",
"Intro_from": "Wikipedia",
"Image_from": "Judy Gallagher@BY",
"reference": "Özsu N, Monteiro A. Wound healing, calcium signaling, and other novel pathways are associated with the formation of butterfly eyespots. BMC Genomics. 2017;18(1):788.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29037153/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900239965.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.6%[S:96.9%,D:0.7%],F:1.1%,M:1.3%,n:1367",
"GenomeSize": "481.3",
"GenomeGC": "21.1",
"SeqNumber": "10800",
"N50": "646.3",
"PCGnumber": "13228",
"Swissnumber": "9853",
"GOnumber": "9651",
"KEGGnumber": "10239",
"Pfamnumber": "11103",
"miRNAnumber": "150",
"lncRNAnumber": "7923"
},
{
"id": 112,
"InsectBaseID": "IBG_00112",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Biston",
"TaxonomyID": "82595",
"Tags": "None",
"OrganismName": "Biston betularia",
"NormalName": "peppered moth",
"SpeciesIntro": "Biston betularia is a temperate species of night-flying moth.It is mostly found in the northern hemisphere in places like Asia, Europe and North America. Peppered moth evolution is an example of population genetics and natural selection.The caterpillars of the peppered moth not only mimic the form but also the colour of a twig. Recent research indicates that the caterpillars can sense the twigs colour with their skin and match their body colour to the background to protect themselves from predators.",
"Intro_from": "Wikipedia",
"Image_from": "pg18@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905404145.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.8%[S:98.3%,D:0.5%],F:0.1%,M:1.1%,n:1367",
"GenomeSize": "404.5",
"GenomeGC": "21.3",
"SeqNumber": "33",
"N50": "14734",
"PCGnumber": "27660",
"Swissnumber": "11556",
"GOnumber": "11363",
"KEGGnumber": "13442",
"Pfamnumber": "13780",
"miRNAnumber": "171",
"lncRNAnumber": "0"
},
{
"id": 113,
"InsectBaseID": "IBG_00113",
"Order": "Lepidoptera",
"Family": "Blastobasidae",
"Genus": "Blastobasis",
"TaxonomyID": "1869501",
"Tags": "pest",
"OrganismName": "Blastobasis adustella",
"NormalName": "none",
"SpeciesIntro": "Blastobasis adustella is a species of moth of the family Blastobasidae. It is endemic to Australian region, but was introduced in western Europe and is now reported from The Netherlands, Great Britain, Ireland, Madeira and the Azores",
"Intro_from": "Wikipedia",
"Image_from": "steve_orridge@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907269095.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.9%[S:97.6%,D:1.3%],F:0.2%,M:0.9%,n:1367",
"GenomeSize": "557.4",
"GenomeGC": "26.1",
"SeqNumber": "40",
"N50": "19379.2",
"PCGnumber": "33515",
"Swissnumber": "13071",
"GOnumber": "12830",
"KEGGnumber": "16341",
"Pfamnumber": "16985",
"miRNAnumber": "219",
"lncRNAnumber": "0"
},
{
"id": 114,
"InsectBaseID": "IBG_00114",
"Order": "Lepidoptera",
"Family": "Blastobasidae",
"Genus": "Blastobasis",
"TaxonomyID": "2561016",
"Tags": "pest",
"OrganismName": "Blastobasis lacticolella",
"NormalName": "none",
"SpeciesIntro": "Blastobasis lacticolella is a species of moth of the family Blastobasidae. It was introduced in western Europe and is now reported from the Netherlands, Great Britain , Ireland and Madeira.",
"Intro_from": "Wikipedia",
"Image_from": "Rowan McCulloch@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147135.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:97.8%,D:0.9%],F:0.2%,M:1.1%,n:1367",
"GenomeSize": "577.1",
"GenomeGC": "25.5",
"SeqNumber": "45",
"N50": "20548",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "237",
"lncRNAnumber": "0"
},
{
"id": 115,
"InsectBaseID": "IBG_00115",
"Order": "Blattodea",
"Family": "Ectobiidae",
"Genus": "Blattella",
"TaxonomyID": "6973",
"Tags": "vector;",
"OrganismName": "Blattella germanica",
"NormalName": "Cockroach",
"SpeciesIntro": "Blattella germanica is a small species of cockroach, typically about 1.1 to 1.6 cm (0.43 to 0.63 in) long. In color it varies from tan to almost black, and it has two dark, roughly parallel, streaks on the pronotum running anteroposteriorly from behind the head to the base of the wings. Although B. germanica has wings, it can barely fly, although it may glide when disturbed. Of the few species of cockroach that are domestic pests, it probably is the most widely troublesome example. It is very closely related to the Asian cockroach, and to the casual observer, the two appear nearly identical and may be mistaken for each other. However, the Asian cockroach is attracted to light and can fly like a moth, while the German cockroach cannot.",
"Intro_from": "Wikipedia",
"Image_from": "D. Sikes@BY-SA",
"reference": "Harrison MC, Jongepier E, Robertson HM, et al. Hemimetabolous genomes reveal molecular basis of termite eusociality. Nat Ecol Evol. 2018;2(3):557-566. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29403074/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003018175.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.1%[S:93.9%,D:2.2%],F:1.7%,M:2.2%,n:1367",
"GenomeSize": "2062.8",
"GenomeGC": "15",
"SeqNumber": "24818",
"N50": "1069.3",
"PCGnumber": "28106",
"Swissnumber": "11977",
"GOnumber": "11617",
"KEGGnumber": "13779",
"Pfamnumber": "14683",
"miRNAnumber": "92",
"lncRNAnumber": "11372"
},
{
"id": 116,
"InsectBaseID": "IBG_00116",
"Order": "Diptera",
"Family": "Mycetophilidae",
"Genus": "Bolitophila",
"TaxonomyID": "52719",
"Tags": "None",
"OrganismName": "Bolitophila cinerea",
"NormalName": "None",
"SpeciesIntro": "Bolitophila cinerea is a Palearctic (Ireland to South Siberian Mountains) species of fungus gnat in the family Bolitophilidae.The eucephalic larvae of Bolitophila are mycetophagous and live in decaying wood or other organic debris overgrown by fungal plant substrates. The pupa lacks a puparium. Bolitophila cinerea feeds on a variety of Hypholoma and Pholiota species also on species of Agaricus, Amanita, Armillaria, Boletus, Collybia, Flammulina, Hebeloma, Lacrymaria and Marasmius.Adults have been obtained in emergence traps in a range of situations including rotting wood and soil litter",
"Intro_from": "Wikipedia",
"Image_from": "James K. Lindsey@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010015015.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.4%[S:96.2%,D:1.2%],F:1.5%,M:1.1%,n:1367",
"GenomeSize": "369.8",
"GenomeGC": "22.5",
"SeqNumber": "75556",
"N50": "1122.8",
"PCGnumber": "22910",
"Swissnumber": "12623",
"GOnumber": "12410",
"KEGGnumber": "12860",
"Pfamnumber": "13981",
"miRNAnumber": "128",
"lncRNAnumber": "0"
},
{
"id": 117,
"InsectBaseID": "IBG_00117",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Boloria",
"TaxonomyID": "191398",
"Tags": "None",
"OrganismName": "Boloria selene",
"NormalName": "small pearl-bordered fritillary or silver-bordered fritillary",
"SpeciesIntro": "Boloria selene is a species of butterfly of the family Nymphalidae. It is found across Europe, Asia and North America, and feeds exclusively on violets in its larval stages. This species prefers wet grassland habitats, where its larval food source, violets, are found. It overwinters in its larval stage, and eggs hatch in the late summer to early autumn. Members of this species are prey for multiple types of birds and other insects.",
"Intro_from": "Wikipedia",
"Image_from": "Paul Cools@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905231865.2",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:98.0%,D:0.3%],F:0.7%,M:1.0%,n:1367",
"GenomeSize": "399.9",
"GenomeGC": "20.7",
"SeqNumber": "32",
"N50": "13620.8",
"PCGnumber": "28197",
"Swissnumber": "11841",
"GOnumber": "11538",
"KEGGnumber": "14857",
"Pfamnumber": "16018",
"miRNAnumber": "198",
"lncRNAnumber": "0"
},
{
"id": 118,
"InsectBaseID": "IBG_00118",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "103933",
"Tags": "pollinator;",
"OrganismName": "Bombus bifarius",
"NormalName": "two-form bumblebee",
"SpeciesIntro": "Bombus bifarius is a species of eusocial bumblebee of the subgenus Pyrobombus. B. bifarius inhabits mountainous regions of western North America, primarily the states of Colorado and Utah. Its common name refers to a historical artifact, in that it was believed that this species had a color polymorphism, with a red-tailed nominate form and a black-tailed nearcticus form, present in the species.This polymorphism has recently been shown to belong instead to a cryptic sister species, Bombus vancouverensis, that occupies almost the entirety of the range of what was formerly classified as bifarius; true bifarius only has a red form, so it is not two-formed at all.",
"Intro_from": "Wikipedia",
"Image_from": "pnesterenko@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011952205.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.5%[S:99.1%,D:0.4%],F:0.2%,M:0.3%,n:1367",
"GenomeSize": "270.1",
"GenomeGC": "30.9",
"SeqNumber": "1249",
"N50": "2230.3",
"PCGnumber": "10516",
"Swissnumber": "8060",
"GOnumber": "7917",
"KEGGnumber": "8355",
"Pfamnumber": "8986",
"miRNAnumber": "163",
"lncRNAnumber": "2354"
},
{
"id": 119,
"InsectBaseID": "IBG_00119",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "395515",
"Tags": "pollinator",
"OrganismName": "Bombus breviceps",
"NormalName": "none",
"SpeciesIntro": "Bombus breviceps is a species of bumblebee.This species is a main pollinator of black cardamom (Amomum subulatum) crops in India.",
"Intro_from": "Wikipedia",
"Image_from": "Home Mountain@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946576/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014825925.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.5%[S:99.3%,D:0.2%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "248.1",
"GenomeGC": "31.2",
"SeqNumber": "1317",
"N50": "14710.8",
"PCGnumber": "15699",
"Swissnumber": "8609",
"GOnumber": "8447",
"KEGGnumber": "9104",
"Pfamnumber": "9451",
"miRNAnumber": "135",
"lncRNAnumber": "691"
},
{
"id": 120,
"InsectBaseID": "IBG_00120",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "207624",
"Tags": "pollinator",
"OrganismName": "Bombus campestris",
"NormalName": "none",
"SpeciesIntro": "Bombus campestris is a very common cuckoo bumblebee found in most of Europe.",
"Intro_from": "Wikipedia",
"Image_from": "Babette Köhler@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946577/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905333015.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:98.5%,D:0.2%],F:0.2%,M:1.1%,n:1367",
"GenomeSize": "270.8",
"GenomeGC": "28.9",
"SeqNumber": "36",
"N50": "12249.7",
"PCGnumber": "16678",
"Swissnumber": "8862",
"GOnumber": "8697",
"KEGGnumber": "9361",
"Pfamnumber": "9625",
"miRNAnumber": "155",
"lncRNAnumber": "0"
},
{
"id": 121,
"InsectBaseID": "IBG_00121",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "217217",
"Tags": "pollinator",
"OrganismName": "Bombus confusus",
"NormalName": "none",
"SpeciesIntro": "Bombus confusus is a species of bumblebee found in Austria, Belgium, the Czech Republic, France, Germany, Hungary, Lithuania, Poland, Romania, Slovakia, Slovenia, Spain, and Switzerland.",
"Intro_from": "Wikipedia",
"Image_from": "Ryzhkov Oleg@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946576/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737475.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:99.0%,D:0.2%],F:0.5%,M:0.3%,n:1367",
"GenomeSize": "239.1",
"GenomeGC": "32.8",
"SeqNumber": "4639",
"N50": "3260.2",
"PCGnumber": "15523",
"Swissnumber": "8585",
"GOnumber": "8427",
"KEGGnumber": "9028",
"Pfamnumber": "9474",
"miRNAnumber": "130",
"lncRNAnumber": "971"
},
{
"id": 122,
"InsectBaseID": "IBG_00122",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "130686",
"Tags": "pollinator",
"OrganismName": "Bombus consobrinus",
"NormalName": "none",
"SpeciesIntro": "Bombus consobrinus is a species of bumblebee found in Hungary, northern Scandinavia, Kazakhstan, Russia (Saghalien, Siberia), China (Soyorei, Hebei, Liaoning), North and South Korea, and Japan.",
"Intro_from": "Wikipedia",
"Image_from": "Lola Smirnova@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946577/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737455.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.0%[S:94.7%,D:0.3%],F:0.4%,M:4.6%,n:1367",
"GenomeSize": "249.1",
"GenomeGC": "30.8",
"SeqNumber": "7194",
"N50": "4771",
"PCGnumber": "16385",
"Swissnumber": "8567",
"GOnumber": "8415",
"KEGGnumber": "9067",
"Pfamnumber": "9431",
"miRNAnumber": "128",
"lncRNAnumber": "906"
},
{
"id": 123,
"InsectBaseID": "IBG_00123",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "2562068",
"Tags": "pollinator",
"OrganismName": "Bombus cullumanus",
"NormalName": "Cullum's bumblebee or Cullum's humble-bee",
"SpeciesIntro": "Bombus cullumanus is a species of bumblebee found in Europe and Asia.",
"Intro_from": "Wikipedia",
"Image_from": "Илья Сухов@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946578/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737535.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.1%[S:98.8%,D:0.3%],F:0.4%,M:0.5%,n:1367",
"GenomeSize": "247",
"GenomeGC": "31.5",
"SeqNumber": "5480",
"N50": "4580.6",
"PCGnumber": "18456",
"Swissnumber": "10889",
"GOnumber": "10625",
"KEGGnumber": "10076",
"Pfamnumber": "11775",
"miRNAnumber": "160",
"lncRNAnumber": "0"
},
{
"id": 124,
"InsectBaseID": "IBG_00124",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "395520",
"Tags": "pollinator",
"OrganismName": "Bombus difficillimus",
"NormalName": "none",
"SpeciesIntro": "Bombus difficillimus is a species of cuckoo bumblebee.",
"Intro_from": "Wikipedia",
"Image_from": "Unspecified, China Agricultural University@BY-NC-SA",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946579/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737525.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:98.8%,D:0.0%],F:0.6%,M:0.6%,n:1367",
"GenomeSize": "243.6",
"GenomeGC": "31.3",
"SeqNumber": "4473",
"N50": "2080.4",
"PCGnumber": "20053",
"Swissnumber": "9083",
"GOnumber": "8896",
"KEGGnumber": "9688",
"Pfamnumber": "10001",
"miRNAnumber": "134",
"lncRNAnumber": "0"
},
{
"id": 125,
"InsectBaseID": "IBG_00125",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "207636",
"Tags": "pollinator",
"OrganismName": "Bombus haemorrhoidalis",
"NormalName": "none",
"SpeciesIntro": "Bombus haemorrhoidalis is a species in the family Apidae.",
"Intro_from": "Wikipedia",
"Image_from": "Azan Karam@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946580/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014825975.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.7%[S:99.4%,D:0.3%],F:0.2%,M:0.1%,n:1367",
"GenomeSize": "240.5",
"GenomeGC": "31.3",
"SeqNumber": "1614",
"N50": "15088.2",
"PCGnumber": "18967",
"Swissnumber": "8679",
"GOnumber": "8520",
"KEGGnumber": "9179",
"Pfamnumber": "9550",
"miRNAnumber": "147",
"lncRNAnumber": "691"
},
{
"id": 126,
"InsectBaseID": "IBG_00126",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "85660",
"Tags": "pollinator",
"OrganismName": "Bombus hortorum",
"NormalName": "garden bumblebee or small garden bumblebee",
"SpeciesIntro": "Bombus hortorum is a species of bumblebee found in most of Europe north to 70°N, as well as parts of Asia and New Zealand. It is distinguished from most other bumblebees by its long tongue used for feeding on pollen in deep-flowered plants. Accordingly, this bumblebee mainly visits flowers with deep corollae, such as deadnettles, ground ivy, vetches, clovers, comfrey, foxglove, and thistles.They have a good visual memory, which aids them in navigating the territory close to their habitat and seeking out food sources.",
"Intro_from": "Wikipedia",
"Image_from": "Morten DD Hansen@CC0",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946581/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905332935.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.0%[S:95.6%,D:0.4%],F:0.7%,M:3.3%,n:1367",
"GenomeSize": "296.3",
"GenomeGC": "27.4",
"SeqNumber": "43",
"N50": "17016.2",
"PCGnumber": "21652",
"Swissnumber": "9594",
"GOnumber": "9393",
"KEGGnumber": "10699",
"Pfamnumber": "11318",
"miRNAnumber": "137",
"lncRNAnumber": "0"
},
{
"id": 127,
"InsectBaseID": "IBG_00127",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "130704",
"Tags": "pollinator",
"OrganismName": "Bombus ignitus",
"NormalName": "none",
"SpeciesIntro": "Bombus ignitus is a species of bumblebee in the family Apidae. It is mainly distributed in Eastern Asia, commonly found in China, Japan, and Korea. It is used in China and Japan commercially as a pollinator. B. ignitus is a eusocial insect with a queen that is monandrous - mating with only one male in the late summer before hibernating until the following spring. It builds its nest out of a mass of pollen and lays its eggs after completion. Due to numerous conflicts between queens and fertile workers, some surviving queens are badly injured, described by some as living corpses.",
"Intro_from": "Wikipedia",
"Image_from": "Paul B.@BY-NC-ND",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946582/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014825875.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.4%[S:94.3%,D:0.1%],F:0.7%,M:4.9%,n:1367",
"GenomeSize": "242.6",
"GenomeGC": "31.3",
"SeqNumber": "748",
"N50": "15187",
"PCGnumber": "21879",
"Swissnumber": "8923",
"GOnumber": "8751",
"KEGGnumber": "9489",
"Pfamnumber": "9890",
"miRNAnumber": "126",
"lncRNAnumber": "1785"
},
{
"id": 128,
"InsectBaseID": "IBG_00128",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "132113",
"Tags": "pollinator;",
"OrganismName": "Bombus impatiens",
"NormalName": "common eastern bumble bee",
"SpeciesIntro": "Bombus impatiens is the most commonly encountered bumblebee across much of eastern North America. They can be found in the Eastern temperate forest region of the eastern United States, southern Canada, and the eastern Great Plains. Because of their great adaptability, they can live in country, suburbs, and even urban cities. This adaptability makes them a great pollinator species, leading to an increase in their commercial use by greenhouse industry. This increase consequently led to their farther spread outside their previous distribution range. They are considered one of the most important species of pollinator bees in North America",
"Intro_from": "Wikipedia",
"Image_from": "scibadger@BY-NC",
"reference": "Sadd BM, Barribeau SM, Bloch G, et al. The genomes of two key bumblebee species with primitive eusocial organization. Genome Biol. 2015;16(1):76.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25908251/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000188095.4",
"GenomeLevel": "Scaffold",
"Busco": "C:99.1%[S:99.0%,D:0.1%],F:0.4%,M:0.5%,n:1367",
"GenomeSize": "249.9",
"GenomeGC": "30.7",
"SeqNumber": "5460",
"N50": "1417",
"PCGnumber": "9912",
"Swissnumber": "7813",
"GOnumber": "7664",
"KEGGnumber": "7916",
"Pfamnumber": "8520",
"miRNAnumber": "274",
"lncRNAnumber": "2500"
},
{
"id": 129,
"InsectBaseID": "IBG_00129",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "2024865",
"Tags": "pollinator",
"OrganismName": "Bombus opulentus",
"NormalName": "none",
"SpeciesIntro": "Bombus opulentus is a species in the family Apidae.",
"Intro_from": "Wikipedia",
"Image_from": "Home Mountain@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946583/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737405.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:98.5%,D:0.3%],F:0.6%,M:0.6%,n:1367",
"GenomeSize": "242.4",
"GenomeGC": "31.2",
"SeqNumber": "4394",
"N50": "2423",
"PCGnumber": "19370",
"Swissnumber": "8758",
"GOnumber": "8602",
"KEGGnumber": "9326",
"Pfamnumber": "9693",
"miRNAnumber": "130",
"lncRNAnumber": "546"
},
{
"id": 130,
"InsectBaseID": "IBG_00130",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "65598",
"Tags": "pollinator",
"OrganismName": "Bombus pascuorum",
"NormalName": "common carder bee",
"SpeciesIntro": "Bombus pascuorum is a species of bumblebee present in most of Europe in a wide variety of habitats such as meadows, pastures, waste ground, ditches and embankments, roads, and field margins, as well as gardens and parks in urban areas and forests and forest edges. It is similar in appearance to Bombus muscorum, and is replacing the species in Northern Britain.",
"Intro_from": "Wikipedia",
"Image_from": "NABU Nordvorpommern@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946584/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905332965.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.4%[S:99.0%,D:0.4%],F:0.4%,M:0.2%,n:1367",
"GenomeSize": "307.6",
"GenomeGC": "26",
"SeqNumber": "82",
"N50": "17556.7",
"PCGnumber": "22594",
"Swissnumber": "9266",
"GOnumber": "9087",
"KEGGnumber": "9920",
"Pfamnumber": "10724",
"miRNAnumber": "169",
"lncRNAnumber": "2799"
},
{
"id": 131,
"InsectBaseID": "IBG_00131",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "309970",
"Tags": "pollinator",
"OrganismName": "Bombus picipes",
"NormalName": "none",
"SpeciesIntro": "Bombus picipes is a species in the family Apidae.",
"Intro_from": "Wikipedia",
"Image_from": "Home Mountain@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946583/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737485.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.3%[S:98.2%,D:0.1%],F:1.0%,M:0.7%,n:1367",
"GenomeSize": "254",
"GenomeGC": "31",
"SeqNumber": "7282",
"N50": "5875.4",
"PCGnumber": "20694",
"Swissnumber": "8785",
"GOnumber": "8615",
"KEGGnumber": "9459",
"Pfamnumber": "9943",
"miRNAnumber": "132",
"lncRNAnumber": "585"
},
{
"id": 132,
"InsectBaseID": "IBG_00132",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "130708",
"Tags": "pollinator",
"OrganismName": "Bombus polaris",
"NormalName": "none",
"SpeciesIntro": "Bombus polaris is a common Arctic bumblebee species. B. polaris is one of two bumblebees that live above the Arctic Circle. The other is its social parasite Bombus hyperboreus. B. polaris is a social bee that can survive at near freezing temperatures. It has developed multiple adaptations to live in such cold temperatures. B. polaris has a thicker coat of hair than most bees, utilizes thermoregulation, and makes insulated nests.",
"Intro_from": "Wikipedia",
"Image_from": "ColinDJones@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946583/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737335.1",
"GenomeLevel": "Scaffold",
"Busco": "C:87.3%[S:87.3%,D:0.0%],F:0.7%,M:12.0%,n:1367",
"GenomeSize": "245.8",
"GenomeGC": "31.4",
"SeqNumber": "5848",
"N50": "2253.6",
"PCGnumber": "21693",
"Swissnumber": "9027",
"GOnumber": "8848",
"KEGGnumber": "9718",
"Pfamnumber": "10124",
"miRNAnumber": "148",
"lncRNAnumber": "0"
},
{
"id": 133,
"InsectBaseID": "IBG_00133",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "396416",
"Tags": "pollinator",
"OrganismName": "Bombus pyrosoma",
"NormalName": "none",
"SpeciesIntro": "Bombus pyrosoma is a species in the family Apidae.",
"Intro_from": "Wikipedia",
"Image_from": "Home Mountain@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946584/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014825855.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.0%[S:97.7%,D:0.3%],F:0.1%,M:1.9%,n:1367",
"GenomeSize": "254.8",
"GenomeGC": "30.3",
"SeqNumber": "4727",
"N50": "15222.7",
"PCGnumber": "19644",
"Swissnumber": "8764",
"GOnumber": "8581",
"KEGGnumber": "9433",
"Pfamnumber": "9873",
"miRNAnumber": "126",
"lncRNAnumber": "1180"
},
{
"id": 134,
"InsectBaseID": "IBG_00134",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "421273",
"Tags": "pollinator",
"OrganismName": "Bombus sibiricus",
"NormalName": "none",
"SpeciesIntro": "Bombus sibiricus is a species in the family Apidae.",
"Intro_from": "Wikipedia",
"Image_from": "vandandorj@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946585/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737505.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.4%[S:99.2%,D:0.2%],F:0.2%,M:0.4%,n:1367",
"GenomeSize": "262.4",
"GenomeGC": "29.4",
"SeqNumber": "14183",
"N50": "3138.2",
"PCGnumber": "23296",
"Swissnumber": "8787",
"GOnumber": "8595",
"KEGGnumber": "9438",
"Pfamnumber": "10080",
"miRNAnumber": "135",
"lncRNAnumber": "617"
},
{
"id": 135,
"InsectBaseID": "IBG_00135",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "395565",
"Tags": "pollinator",
"OrganismName": "Bombus skorikovi",
"NormalName": "none",
"SpeciesIntro": "Bombus skorikovi is a species of cuckoo bumblebee.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946586/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737355.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.7%[S:99.0%,D:0.7%],F:0.1%,M:0.2%,n:1367",
"GenomeSize": "242",
"GenomeGC": "30.9",
"SeqNumber": "3042",
"N50": "4338.6",
"PCGnumber": "19684",
"Swissnumber": "8958",
"GOnumber": "8786",
"KEGGnumber": "9618",
"Pfamnumber": "9923",
"miRNAnumber": "148",
"lncRNAnumber": "0"
},
{
"id": 136,
"InsectBaseID": "IBG_00136",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "184059",
"Tags": "pollinator",
"OrganismName": "Bombus soroeensis",
"NormalName": "broken-belted bumblebee or Ilfracombe bumblebee",
"SpeciesIntro": "Bombus soroeensis is a species of bumblebee present in most of Europe and parts of Asia.",
"Intro_from": "Wikipedia",
"Image_from": "Jaakko Ilvonen@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946587/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737365.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.7%[S:96.6%,D:0.1%],F:1.3%,M:2.0%,n:1367",
"GenomeSize": "243.6",
"GenomeGC": "31.2",
"SeqNumber": "5476",
"N50": "2119.7",
"PCGnumber": "19125",
"Swissnumber": "8637",
"GOnumber": "8480",
"KEGGnumber": "9223",
"Pfamnumber": "9610",
"miRNAnumber": "144",
"lncRNAnumber": "644"
},
{
"id": 137,
"InsectBaseID": "IBG_00137",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "1869276",
"Tags": "pollinator",
"OrganismName": "Bombus superbus",
"NormalName": "none",
"SpeciesIntro": "Bombus superbus is a species in the family Apidae.",
"Intro_from": "Wikipedia",
"Image_from": "Paul Williams@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946588/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737385.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.0%[S:96.6%,D:0.4%],F:0.7%,M:2.3%,n:1367",
"GenomeSize": "230.1",
"GenomeGC": "33.7",
"SeqNumber": "1458",
"N50": "6899.1",
"PCGnumber": "14659",
"Swissnumber": "8527",
"GOnumber": "8379",
"KEGGnumber": "8950",
"Pfamnumber": "9416",
"miRNAnumber": "143",
"lncRNAnumber": "705"
},
{
"id": 138,
"InsectBaseID": "IBG_00138",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "30195",
"Tags": "pollinator;",
"OrganismName": "Bombus terrestris",
"NormalName": "buff-tailed bumblebee or large earth bumblebee",
"SpeciesIntro": "Bombus terrestris is one of the most numerous bumblebee species in Europe. It is one of the main species used in greenhouse pollination, and so can be found in many countries and areas where it is not native, such as Tasmania.Moreover, it is a eusocial insect with an overlap of generations, a division of labor, and cooperative brood care. The queen is monandrous which means she mates with only one male. B. terrestris workers learn flower colors and forage efficiently.",
"Intro_from": "Wikipedia",
"Image_from": "Mick Talbot@BY",
"reference": "Sadd BM, Barribeau SM, Bloch G, et al. The genomes of two key bumblebee species with primitive eusocial organization. Genome Biol. 2015;16(1):76.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25908251/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000214255.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:98.2%,D:0.1%],F:1.0%,M:0.7%,n:1367",
"GenomeSize": "251.8",
"GenomeGC": "29.8",
"SeqNumber": "5609",
"N50": "13029.8",
"PCGnumber": "9720",
"Swissnumber": "7763",
"GOnumber": "7622",
"KEGGnumber": "7788",
"Pfamnumber": "8388",
"miRNAnumber": "212",
"lncRNAnumber": "6008"
},
{
"id": 139,
"InsectBaseID": "IBG_00139",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "686820",
"Tags": "pollinator",
"OrganismName": "Bombus turneri",
"NormalName": "none",
"SpeciesIntro": "Bombus turneri is a species of cuckoo bumblebee.",
"Intro_from": "Wikipedia",
"Image_from": "Dorothy Clyde@BY-NC",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946589/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014825825.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.5%[S:99.2%,D:0.3%],F:0.3%,M:0.2%,n:1367",
"GenomeSize": "243.1",
"GenomeGC": "30.9",
"SeqNumber": "3015",
"N50": "9696.4",
"PCGnumber": "18866",
"Swissnumber": "8735",
"GOnumber": "8560",
"KEGGnumber": "9320",
"Pfamnumber": "9734",
"miRNAnumber": "145",
"lncRNAnumber": "938"
},
{
"id": 140,
"InsectBaseID": "IBG_00140",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "2705177",
"Tags": "pollinator;",
"OrganismName": "Bombus vancouverensis",
"NormalName": "None",
"SpeciesIntro": "Bombus vancouverensis is a common species of eusocial bumblebee of the subgenus Pyrobombus. B. vancouverensis inhabits mountainous regions of western North America, where it has long been considered as a synonym of Bombus bifarius, and essentially all of the literature on bifarius refers instead to vancouverensis. B. vancouverensis has been identified as one of the two species of bumblebee observed to use pheromones in kin recognition. The other is the frigid bumblebee, Bombus frigidus.",
"Intro_from": "Wikipedia",
"Image_from": "Bob McDougall@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011952275.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.7%[S:99.2%,D:0.5%],F:0.2%,M:0.1%,n:1367",
"GenomeSize": "285.7",
"GenomeGC": "30.4",
"SeqNumber": "1162",
"N50": "3103.2",
"PCGnumber": "10683",
"Swissnumber": "8146",
"GOnumber": "7994",
"KEGGnumber": "8522",
"Pfamnumber": "9104",
"miRNAnumber": "170",
"lncRNAnumber": "2196"
},
{
"id": 141,
"InsectBaseID": "IBG_00141",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "207650",
"Tags": "pollinator;",
"OrganismName": "Bombus vosnesenskii",
"NormalName": "yellow-faced bumblebee",
"SpeciesIntro": "Bombus vosnesenskii is a species of bumblebee native to the west coast of North America, where it is distributed from British Columbia to Baja California. It is the most abundant species of bee in this range, and can be found in both urban and agricultural areas. Additionally, B. vosnesenskii is utilized as an important pollinator in commercial agriculture, especially for greenhouse tomatoes. Though the species is not currently experiencing population decline, urbanization has affected its nesting densities, and early emergence of the B. vosnesenskii has been implicated in the increasing lack of bee diversity on the West coast.",
"Intro_from": "Wikipedia",
"Image_from": "Sean McCann@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011952255.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.6%[S:99.5%,D:0.1%],F:0.3%,M:0.1%,n:1367",
"GenomeSize": "279",
"GenomeGC": "30.7",
"SeqNumber": "1429",
"N50": "2868.7",
"PCGnumber": "10578",
"Swissnumber": "8138",
"GOnumber": "7979",
"KEGGnumber": "8420",
"Pfamnumber": "9023",
"miRNAnumber": "154",
"lncRNAnumber": "2607"
},
{
"id": 142,
"InsectBaseID": "IBG_00142",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "395577",
"Tags": "pollinator",
"OrganismName": "Bombus waltoni",
"NormalName": "none",
"SpeciesIntro": "Bombus waltoni is a species in the family Apidae.",
"Intro_from": "Wikipedia",
"Image_from": "Unspecified, China Agricultural University@BY-NC-SA",
"reference": "Sun C, Huang J, Wang Y, et al. Genus-Wide Characterization of Bumblebee Genomes Provides Insights into Their Evolution and Variation in Ecological and Behavioral Traits [published correction appears in Mol Biol Evol. 2021 Jun 25;38(7):3031]. Mol Biol Evol. 2021;38(2):486-501.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32946590/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014737395.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:99.0%,D:0.2%],F:0.3%,M:0.5%,n:1367",
"GenomeSize": "231.2",
"GenomeGC": "33.5",
"SeqNumber": "2240",
"N50": "4657.9",
"PCGnumber": "16205",
"Swissnumber": "8477",
"GOnumber": "8329",
"KEGGnumber": "8931",
"Pfamnumber": "9350",
"miRNAnumber": "141",
"lncRNAnumber": "788"
},
{
"id": 143,
"InsectBaseID": "IBG_00143",
"Order": "Lepidoptera",
"Family": "Bombycidae",
"Genus": "Bombyx",
"TaxonomyID": "998830",
"Tags": "None",
"OrganismName": "Bombyx huttoni",
"NormalName": "chocolate-tipped silk moth",
"SpeciesIntro": "http://www.flickr.com/photos/ivijayanand/8988441042/",
"Intro_from": "Bombyx huttoni is a moth belonging to the silk moth family, Bombycidae. It is closely related to the domestic silk moth (Bombyx mori).It was described by John O. Westwood in 1847. Westwood named the species after a Captain Thomas Hutton, FRGS of Mussoorie who forwarded the specimen to him. Bombyx huttoni is one of the moths of the superfamily Bombycoidea which have had their complete mitochondrial genome reconstructed from whole-genome Illumina sequencing data.",
"Image_from": "Vijay Anand Ismavel@BY-NC-SA",
"reference": "Sackton TB, Corbett-Detig RB, Nagaraju J, Vaishna L, Arunkumar KP, Hartl DL. Positive selection drives faster-Z evolution in silkmoths. Evolution. 2014;68(8):2331-2342.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/24826901/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002197625.1",
"GenomeLevel": "Scaffold",
"Busco": "C:38.5%[S:38.3%,D:0.2%],F:32.9%,M:28.6%,n:1367",
"GenomeSize": "455.6",
"GenomeGC": "23.8",
"SeqNumber": "672913",
"N50": "0.9",
"PCGnumber": "40741",
"Swissnumber": "16039",
"GOnumber": "15859",
"KEGGnumber": "22884",
"Pfamnumber": "16210",
"miRNAnumber": "142",
"lncRNAnumber": "0"
},
{
"id": 144,
"InsectBaseID": "IBG_00144",
"Order": "Lepidoptera",
"Family": "Bombycidae",
"Genus": "Bombyx",
"TaxonomyID": "7092",
"Tags": "None",
"OrganismName": "Bombyx mandarina",
"NormalName": "wild silk moth",
"SpeciesIntro": "Bombyx mandarina is an insect from the moth family Bombycidae. It is the closest relative of Bombyx mori, the domesticated silk moth. The silkworm is the larva or caterpillar of a silk moth. Unlike the domesticated relative which is unable to fly or indeed persist outside human care, the wild silk moth is a fairly ordinary lepidopteran. Its main difference from the domesticated taxon is the more slender body with well-developed wings in males, and the dull greyish-brown colour.",
"Intro_from": "Wikipedia",
"Image_from": "Shipher (士緯) Wu (吳)@BY-NC-SA",
"reference": "Xiang H, Liu X, Li M, et al. The evolutionary road from wild moth to domestic silkworm. Nat Ecol Evol. 2018;2(8):1268-1279.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29967484/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003987935.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.5%[S:93.8%,D:0.7%],F:0.2%,M:5.3%,n:1367",
"GenomeSize": "403.6",
"GenomeGC": "21.2",
"SeqNumber": "3105",
"N50": "2824.2",
"PCGnumber": "12556",
"Swissnumber": "9328",
"GOnumber": "9155",
"KEGGnumber": "9545",
"Pfamnumber": "10399",
"miRNAnumber": "529",
"lncRNAnumber": "4173"
},
{
"id": 145,
"InsectBaseID": "IBG_00145",
"Order": "Lepidoptera",
"Family": "Bombycidae",
"Genus": "Bombyx",
"TaxonomyID": "7091",
"Tags": "model organism;resource insect;edible insect;",
"OrganismName": "Bombyx mori",
"NormalName": "domestic silk moth",
"SpeciesIntro": "Bombyx mori is an insect from the moth family Bombycidae. It is the closest relative of Bombyx mandarina, the wild silk moth. The silkworm is the larva or caterpillar of a silk moth. It is an economically important insect, being a primary producer of silk. A silkworms preferred food are white mulberry leaves, though they may eat other mulberry species and even the osage orange. Domestic silk moths are entirely dependent on humans for reproduction, as a result of millennia of selective breeding. Wild silk moths (other species of Bombyx) are not as commercially viable in the production of silk.",
"Intro_from": "Wikipedia",
"Image_from": "Lupoli Roland@BY-NC",
"reference": "Lu F, Wei Z, Luo Y, et al. SilkDB 3.0: visualizing and exploring multiple levels of data for silkworm. Nucleic Acids Res. 2020;48(D1):D749-D755. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31642484/",
"DataSource": "SilkDB",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:97.9%,D:0.7%],F:0.1%,M:1.3%,n:1367",
"GenomeSize": "463.8",
"GenomeGC": "37.5",
"SeqNumber": "28",
"N50": "17956.5",
"PCGnumber": "15265",
"Swissnumber": "9155",
"GOnumber": "8992",
"KEGGnumber": "10005",
"Pfamnumber": "10237",
"miRNAnumber": "380",
"lncRNAnumber": "18000"
},
{
"id": 146,
"InsectBaseID": "IBG_00146",
"Order": "Plecoptera",
"Family": "Taeniopterygidae",
"Genus": "Brachyptera",
"TaxonomyID": "2065413",
"Tags": "None",
"OrganismName": "Brachyptera putata",
"NormalName": "northern February red",
"SpeciesIntro": "Brachyptera putata is a species of stonefly in the family Taeniopterygidae.",
"Intro_from": "Wikipedia",
"Image_from": "Louis Boumans, Natural History Museum, Oslo@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907164805.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.3%[S:95.6%,D:0.7%],F:0.9%,M:2.8%,n:1367",
"GenomeSize": "436.5",
"GenomeGC": "25.2",
"SeqNumber": "14",
"N50": "33200.1",
"PCGnumber": "35091",
"Swissnumber": "12509",
"GOnumber": "12188",
"KEGGnumber": "14165",
"Pfamnumber": "15755",
"miRNAnumber": "164",
"lncRNAnumber": "0"
},
{
"id": 147,
"InsectBaseID": "IBG_00147",
"Order": "Diptera",
"Family": "Sciaridae",
"Genus": "Bradysia",
"TaxonomyID": "38358",
"Tags": "pest",
"OrganismName": "Bradysia coprophila",
"NormalName": "none",
"SpeciesIntro": "Bradysia coprophila is a species in the family Sciaridae.",
"Intro_from": "Wikipedia",
"Image_from": "Whitney Cranshaw, Colorado State University, Bugwood.org@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014529535.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.2%[S:96.1%,D:3.1%],F:0.4%,M:0.4%,n:1367",
"GenomeSize": "309.7",
"GenomeGC": "24.4",
"SeqNumber": "742",
"N50": "6790.3",
"PCGnumber": "16133",
"Swissnumber": "11585",
"GOnumber": "11395",
"KEGGnumber": "11831",
"Pfamnumber": "13605",
"miRNAnumber": "85",
"lncRNAnumber": "2144"
},
{
"id": 148,
"InsectBaseID": "IBG_00148",
"Order": "Diptera",
"Family": "Sciaridae",
"Genus": "Bradysia",
"TaxonomyID": "1564500",
"Tags": "pest",
"OrganismName": "Bradysia odoriphaga",
"NormalName": "none",
"SpeciesIntro": "Bradysia odoriphaga is a species in the family Sciaridae.",
"Intro_from": "Wikipedia",
"Image_from": "Fengyong Jia, Beijing Plant Protection Station, Bugwood.org@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016920775.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.7%[S:94.7%,D:2.0%],F:0.5%,M:2.8%,n:1367",
"GenomeSize": "362.7",
"GenomeGC": "23.8",
"SeqNumber": "1698",
"N50": "2683.5",
"PCGnumber": "15996",
"Swissnumber": "12080",
"GOnumber": "11905",
"KEGGnumber": "12217",
"Pfamnumber": "13540",
"miRNAnumber": "91",
"lncRNAnumber": "5460"
},
{
"id": 149,
"InsectBaseID": "IBG_00149",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Busseola",
"TaxonomyID": "236788",
"Tags": "pest;",
"OrganismName": "Busseola fusca",
"NormalName": "maize stalk borer",
"SpeciesIntro": "Busseola fusca is a species of moth that is also known as the .It is known from Ethiopia.The caterpillars are light or dark violet to pinkish white and about 1 to 2 ½ cm. The caterpillars feed in the leaf hearts (leaf funnels) at the vegetative crop stage. The damage is visible as yellowish and dying leaf hearts. Later, larvae bore into the stems. The boring tunnels are seen when you slice the stems. Later, stalk borers also tunnel into grains.",
"Intro_from": "Wikipedia",
"Image_from": "i_c_riddell@BY-NC",
"reference": "Hardwick KM, Ojwang' AME, Stomeo F, et al. Draft Genome of Busseola fusca, the Maize Stalk Borer, a Major Crop Pest in Sub-Saharan Africa. Genome Biol Evol. 2019;11(8):2203-2207.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31364706/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_007844875.1",
"GenomeLevel": "Scaffold",
"Busco": "C:69.0%[S:68.5%,D:0.5%],F:18.4%,M:12.6%,n:1367",
"GenomeSize": "499",
"GenomeGC": "21.6",
"SeqNumber": "201398",
"N50": "3.4",
"PCGnumber": "26688",
"Swissnumber": "12749",
"GOnumber": "12533",
"KEGGnumber": "15605",
"Pfamnumber": "13859",
"miRNAnumber": "168",
"lncRNAnumber": "1851"
},
{
"id": 150,
"InsectBaseID": "IBG_00150",
"Order": "Lepidoptera",
"Family": "Riodinidae",
"Genus": "Calephelis",
"TaxonomyID": "2010996",
"Tags": "None",
"OrganismName": "Calephelis nemesis",
"NormalName": "fatal metalmark or dusky metalmark",
"SpeciesIntro": "Calephelis nemesis is a butterfly in the family Riodinidae. It is found in the southern part of the United States and Mexico.The wingspan is 20–25 mm. The upperside of the wings is brown with somewhat darker median bands. The fringes are checkered. Adults feed on flower nectar.The larvae feed on Encelia californica, Baccharis glutinosa, Clematis drummondii and Clematis henryi.",
"Intro_from": "Wikipedia",
"Image_from": "greglasley@BY-NC",
"reference": "Cong Q, Shen J, Li W, Borek D, Otwinowski Z, Grishin NV. The first complete genomes of Metalmarks and the classification of butterfly families. Genomics. 2017;109(5-6):485-493.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/28757157/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002245505.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.7%[S:93.0%,D:0.7%],F:3.5%,M:2.8%,n:1367",
"GenomeSize": "818.6",
"GenomeGC": "18.4",
"SeqNumber": "40359",
"N50": "208.9",
"PCGnumber": "27891",
"Swissnumber": "13873",
"GOnumber": "13499",
"KEGGnumber": "16915",
"Pfamnumber": "16851",
"miRNAnumber": "146",
"lncRNAnumber": "0"
},
{
"id": 151,
"InsectBaseID": "IBG_00151",
"Order": "Lepidoptera",
"Family": "Riodinidae",
"Genus": "Calephelis",
"TaxonomyID": "2010997",
"Tags": "None",
"OrganismName": "Calephelis virginiensis",
"NormalName": "little metalmark",
"SpeciesIntro": "Calephelis virginiensis is a species of metalmark in the butterfly family Riodinidae. It is found in North America.",
"Intro_from": "Wikipedia",
"Image_from": "cyric@BY-NC-SA",
"reference": "Cong Q, Shen J, Li W, Borek D, Otwinowski Z, Grishin NV. The first complete genomes of Metalmarks and the classification of butterfly families. Genomics. 2017;109(5-6):485-493.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/28757157/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002245475.1",
"GenomeLevel": "Scaffold",
"Busco": "C:92.6%[S:92.0%,D:0.6%],F:4.0%,M:3.4%,n:1367",
"GenomeSize": "865.7",
"GenomeGC": "18.2",
"SeqNumber": "67159",
"N50": "177.3",
"PCGnumber": "27950",
"Swissnumber": "13308",
"GOnumber": "13005",
"KEGGnumber": "16350",
"Pfamnumber": "15961",
"miRNAnumber": "164",
"lncRNAnumber": "0"
},
{
"id": 152,
"InsectBaseID": "IBG_00152",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Callimorpha",
"TaxonomyID": "938182",
"Tags": "pest;",
"OrganismName": "Callimorpha dominula",
"NormalName": "scarlet tiger moth",
"SpeciesIntro": "Callimorpha dominula is a colorful moth belonging to the tiger moth subfamily, Arctiinae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.",
"Intro_from": "Wikipedia",
"Image_from": "Walter Schön@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "LepBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:44.2%[S:43.8%,D:0.4%],F:33.7%,M:22.1%,n:1367",
"GenomeSize": "573.8",
"GenomeGC": "33.8",
"SeqNumber": "776633",
"N50": "2.4",
"PCGnumber": "37927",
"Swissnumber": "17503",
"GOnumber": "17271",
"KEGGnumber": "23418",
"Pfamnumber": "18171",
"miRNAnumber": "108",
"lncRNAnumber": "0"
},
{
"id": 153,
"InsectBaseID": "IBG_00153",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Calliphora",
"TaxonomyID": "7373",
"Tags": "None",
"OrganismName": "Calliphora vicina",
"NormalName": "None",
"SpeciesIntro": "Calliphora vicina is a member of the family Calliphoridae, which includes blow flies and bottle flies. These flies are important in the field of forensic entomology, being used to estimate the time of a persons death when a corpse is found and then examined. C. vicina is currently one of the most entomologically important fly species for this purpose because it arrives at and colonizes a body following death in consistent timeframes.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001017275.1",
"GenomeLevel": "Scaffold",
"Busco": "C:77.1%[S:76.7%,D:0.4%],F:11.2%,M:11.7%,n:1367",
"GenomeSize": "464.9",
"GenomeGC": "14.8",
"SeqNumber": "197510",
"N50": "2.5",
"PCGnumber": "23248",
"Swissnumber": "10325",
"GOnumber": "10171",
"KEGGnumber": "12089",
"Pfamnumber": "11382",
"miRNAnumber": "69",
"lncRNAnumber": "320"
},
{
"id": 154,
"InsectBaseID": "IBG_00154",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Callosobruchus",
"TaxonomyID": "64391",
"Tags": "model organism;pest;",
"OrganismName": "Callosobruchus maculatus",
"NormalName": "cowpea weevil or cowpea seed beetle",
"SpeciesIntro": "Callosobruchus maculatus is a member of the leaf beetle family, Chrysomelidae, and not a true weevil. This common pest of stored legumes has a cosmopolitan distribution, occurring on every continent except Antarctica.The beetle most likely originated in West Africa and moved around the globe with the trade of legumes and other crops.As only a small number of individuals were likely present in legumes carried by people to distant places, the populations that have invaded various parts of the globe have likely gone through multiple bottlenecks. Despite these bottlenecks and the subsequent rounds of inbreeding, these populations persist. This ability to withstand a high degree of inbreeding has likely contributed to this species’ prevalence as a pest.",
"Intro_from": "Wikipedia",
"Image_from": "Scott Gilmore@BY-NC",
"reference": "Sayadi A, Martinez Barrio A, Immonen E, et al. The genomic footprint of sexual conflict. Nat Ecol Evol. 2019;3(12):1725-1730.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31740847/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900659725.1",
"GenomeLevel": "Contig",
"Busco": "C:87.2%[S:83.2%,D:4.0%],F:4.1%,M:8.7%,n:1367",
"GenomeSize": "1020.4",
"GenomeGC": "19.1",
"SeqNumber": "15778",
"N50": "214.9",
"PCGnumber": "19319",
"Swissnumber": "9141",
"GOnumber": "8897",
"KEGGnumber": "10065",
"Pfamnumber": "10798",
"miRNAnumber": "133",
"lncRNAnumber": "3524"
},
{
"id": 155,
"InsectBaseID": "IBG_00155",
"Order": "Odonata",
"Family": "Calopterygidae",
"Genus": "Calopteryx",
"TaxonomyID": "52612",
"Tags": "None",
"OrganismName": "Calopteryx splendens",
"NormalName": "banded demoiselle",
"SpeciesIntro": "Calopteryx splendens is a species of damselfly belonging to the family Calopterygidae. It is often found along slow-flowing streams and rivers. It is a Eurasian species occurring from the Atlantic coast eastwards to Lake Baikal and northwestern China.",
"Intro_from": "Wikipedia",
"Image_from": "odonata_10a@BY-NC",
"reference": "Ioannidis P, Simao FA, Waterhouse RM, et al. Genomic Features of the Damselfly Calopteryx splendens Representing a Sister Clade to Most Insect Orders. Genome Biol Evol. 2017;9(2):415-430.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/28137743/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002093875.1",
"GenomeLevel": "Scaffold",
"Busco": "C:89.9%[S:89.5%,D:0.4%],F:4.2%,M:5.9%,n:1367",
"GenomeSize": "1648.7",
"GenomeGC": "24.8",
"SeqNumber": "8896",
"N50": "427.5",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "207",
"lncRNAnumber": "0"
},
{
"id": 156,
"InsectBaseID": "IBG_00156",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Calycopis",
"TaxonomyID": "691633",
"Tags": "None",
"OrganismName": "Calycopis cecrops",
"NormalName": "red-banded hairstreak",
"SpeciesIntro": "Calycopis cecrops is a butterfly native to the southeastern United States. It feeds on fallen leaves of sumac species and other trees. Its size ranges from 0.9–1.25 inches (23–32 mm). It lives near coastal areas.",
"Intro_from": "Wikipedia",
"Image_from": "Patrick Coin@BY-NC-SA",
"reference": "Cong Q, Shen J, Borek D, Robbins RK, Otwinowski Z, Grishin NV. Complete genomes of Hairstreak butterflies, their speciation, and nucleo-mitochondrial incongruence. Sci Rep. 2016;6:24863.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27120974/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001625245.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.5%[S:92.8%,D:1.7%],F:2.8%,M:2.7%,n:1367",
"GenomeSize": "728.8",
"GenomeGC": "22.1",
"SeqNumber": "60049",
"N50": "233.5",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "157",
"lncRNAnumber": "0"
},
{
"id": 157,
"InsectBaseID": "IBG_00157",
"Order": "Lepidoptera",
"Family": "Riodinidae",
"Genus": "Calydna",
"TaxonomyID": "717351",
"Tags": "None",
"OrganismName": "Calydna sturnula",
"NormalName": "none",
"SpeciesIntro": "Calydna sturnula is a species in the family Riodinidae.",
"Intro_from": "Wikipedia",
"Image_from": "Andrea Reiche@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018237325.1",
"GenomeLevel": "Contig",
"Busco": "C:5.9%[S:5.9%,D:0.0%],F:3.1%,M:91.0%,n:1367",
"GenomeSize": "27.1",
"GenomeGC": "27.4",
"SeqNumber": "4259",
"N50": "6.1",
"PCGnumber": "397",
"Swissnumber": "225",
"GOnumber": "209",
"KEGGnumber": "283",
"Pfamnumber": "231",
"miRNAnumber": "7",
"lncRNAnumber": "0"
},
{
"id": 158,
"InsectBaseID": "IBG_00158",
"Order": "Lepidoptera",
"Family": "Gracillariidae",
"Genus": "Cameraria",
"TaxonomyID": "199129",
"Tags": "pest;",
"OrganismName": "Cameraria ohridella",
"NormalName": "horse-chestnut leaf miner",
"SpeciesIntro": "Cameraria ohridella is a leaf-mining moth of the family Gracillariidae. The horse-chestnut leaf miner was first observed in North Macedonia in 1984, and was described as a new species in 1986.Its larvae are leaf miners on the common horse-chestnut (Aesculus hippocastanum). ",
"Intro_from": "Wikipedia",
"Image_from": "Nikolai Vladimirov@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "LepBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:38.2%[S:38.1%,D:0.1%],F:31.5%,M:30.3%,n:1367",
"GenomeSize": "351.4",
"GenomeGC": "36.1",
"SeqNumber": "508869",
"N50": "1.6",
"PCGnumber": "24759",
"Swissnumber": "10898",
"GOnumber": "10685",
"KEGGnumber": "11874",
"Pfamnumber": "11199",
"miRNAnumber": "96",
"lncRNAnumber": "683"
},
{
"id": 159,
"InsectBaseID": "IBG_00159",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Campoletis",
"TaxonomyID": "7416",
"Tags": "natural enemy;",
"OrganismName": "Campoletis sonorensis",
"NormalName": "None",
"SpeciesIntro": "Campoletis sonorensis is a native parasitoid that has shown significant control efficiency on S. frugiperda in the field.",
"Intro_from": "Differential biocontrol efficacy of the parasitoid wasp Campoletis sonorensis on the Fall Armyworm Spodoptera frugiperda feeding on landrace and hybrid maize",
"Image_from": "Bob Barber@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013761285.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:94.7%,D:4.1%],F:0.4%,M:0.8%,n:1367",
"GenomeSize": "256",
"GenomeGC": "28.4",
"SeqNumber": "11011",
"N50": "725.4",
"PCGnumber": "20571",
"Swissnumber": "11278",
"GOnumber": "11048",
"KEGGnumber": "12149",
"Pfamnumber": "13082",
"miRNAnumber": "117",
"lncRNAnumber": "0"
},
{
"id": 160,
"InsectBaseID": "IBG_00160",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Camponotus",
"TaxonomyID": "104421",
"Tags": "edible insect;",
"OrganismName": "Camponotus floridanus",
"NormalName": "Florida carpenter ant",
"SpeciesIntro": "Camponotus floridanus is a species of ant in the genus Camponotus. First described as Formica floridana by Buckley in 1866, the species was moved to Camponotus by Mayr in 1886.The ant is widespread in Florida and occurs as far north as North Carolina and as far west as Mississippi.",
"Intro_from": "Wikipedia",
"Image_from": "Bob Peterson@BY-SA",
"reference": "Shields EJ, Sheng L, Weiner AK, Garcia BA, Bonasio R. High-Quality Genome Assemblies Reveal Long Non-coding RNAs Expressed in Ant Brains. Cell Rep. 2018;23(10):3078-3090.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29874592/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003227725.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:98.8%,D:0.4%],F:0.5%,M:0.3%,n:1367",
"GenomeSize": "287.6",
"GenomeGC": "24.7",
"SeqNumber": "657",
"N50": "1605.5",
"PCGnumber": "11960",
"Swissnumber": "9136",
"GOnumber": "8984",
"KEGGnumber": "9731",
"Pfamnumber": "10400",
"miRNAnumber": "127",
"lncRNAnumber": "3603"
},
{
"id": 161,
"InsectBaseID": "IBG_00161",
"Order": "Lepidoptera",
"Family": "Carposinidae",
"Genus": "Carposina",
"TaxonomyID": "252295",
"Tags": "pest",
"OrganismName": "Carposina sasakii",
"NormalName": "peach fruit moth",
"SpeciesIntro": "Carposina sasakii is a species of moth of the Carposinidae family. It is endemic to large parts of Asia, including Japan, Korea, China and Russia (Amur Oblast, Khabarovsk Krai, Primorsky Krai).",
"Intro_from": "Wikipedia",
"Image_from": "Paul B.@BY-NC",
"reference": "Cao LJ, Song W, Yue L, et al. Chromosome-level genome of the peach fruit moth Carposina sasakii (Lepidoptera: Carposinidae) provides a resource for evolutionary studies on moths. Mol Ecol Resour. 2021;21(3):834-848.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33098233/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014607495.2",
"GenomeLevel": "Chromosome",
"Busco": "C:97.4%[S:96.6%,D:0.8%],F:0.7%,M:1.9%,n:1367",
"GenomeSize": "399",
"GenomeGC": "22.9",
"SeqNumber": "31",
"N50": "14388.8",
"PCGnumber": "28068",
"Swissnumber": "11588",
"GOnumber": "11349",
"KEGGnumber": "14222",
"Pfamnumber": "15566",
"miRNAnumber": "148",
"lncRNAnumber": "5241"
},
{
"id": 162,
"InsectBaseID": "IBG_00162",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Cataglyphis",
"TaxonomyID": "1086592",
"Tags": "None",
"OrganismName": "Cataglyphis hispanica",
"NormalName": "None",
"SpeciesIntro": "Cataglyphis hispanica to be one of the most common ants in the Iberian vineyards they sampled (pitfall trapping).",
"Intro_from": "Antwiki",
"Image_from": "Prem Rose@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004195275.1",
"GenomeLevel": "Scaffold",
"Busco": "C:90.6%[S:90.1%,D:0.5%],F:5.7%,M:3.7%,n:1367",
"GenomeSize": "201.4",
"GenomeGC": "27.1",
"SeqNumber": "34983",
"N50": "13.2",
"PCGnumber": "30440",
"Swissnumber": "10967",
"GOnumber": "10749",
"KEGGnumber": "12557",
"Pfamnumber": "11631",
"miRNAnumber": "112",
"lncRNAnumber": "0"
},
{
"id": 163,
"InsectBaseID": "IBG_00163",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Cataglyphis",
"TaxonomyID": "72791",
"Tags": "None",
"OrganismName": "Cataglyphis niger",
"NormalName": "None",
"SpeciesIntro": "Cataglyphis niger is common at Rawdhat Khorim, Saudi Arabia, with peak abundance in June and decreasing during cooler months. ",
"Intro_from": "Antwiki",
"Image_from": "Dan Killam@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004329405.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.9%[S:94.9%,D:1.0%],F:2.3%,M:1.8%,n:1367",
"GenomeSize": "299.6",
"GenomeGC": "28.5",
"SeqNumber": "163186",
"N50": "18.2",
"PCGnumber": "68728",
"Swissnumber": "18092",
"GOnumber": "17699",
"KEGGnumber": "13131",
"Pfamnumber": "19957",
"miRNAnumber": "143",
"lncRNAnumber": "2353"
},
{
"id": 164,
"InsectBaseID": "IBG_00164",
"Order": "Diptera",
"Family": "Cecidomyiidae",
"Genus": "Catotricha",
"TaxonomyID": "1588158",
"Tags": "None",
"OrganismName": "Catotricha subobsoleta",
"NormalName": "None",
"SpeciesIntro": "Catotricha subobsoleta is a species in the family Cecidomyiidae",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011634745.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.3%[S:95.5%,D:1.8%],F:1.5%,M:1.2%,n:1367",
"GenomeSize": "314",
"GenomeGC": "17.7",
"SeqNumber": "76667",
"N50": "896.3",
"PCGnumber": "28182",
"Swissnumber": "14134",
"GOnumber": "13905",
"KEGGnumber": "15008",
"Pfamnumber": "16590",
"miRNAnumber": "83",
"lncRNAnumber": "0"
},
{
"id": 165,
"InsectBaseID": "IBG_00165",
"Order": "Hymenoptera",
"Family": "Pteromalidae",
"Genus": "Cecidostiba",
"TaxonomyID": "797374",
"Tags": "None",
"OrganismName": "Cecidostiba fungosa",
"NormalName": "None",
"SpeciesIntro": "Cecidostiba fungosa is a species in the family Pteromalidae",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900474305.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.0%[S:92.9%,D:1.1%],F:0.6%,M:5.4%,n:1367",
"GenomeSize": "187.9",
"GenomeGC": "32.3",
"SeqNumber": "14999",
"N50": "88.5",
"PCGnumber": "19136",
"Swissnumber": "10569",
"GOnumber": "10384",
"KEGGnumber": "11808",
"Pfamnumber": "12375",
"miRNAnumber": "93",
"lncRNAnumber": "0"
},
{
"id": 166,
"InsectBaseID": "IBG_00166",
"Order": "Hymenoptera",
"Family": "Pteromalidae",
"Genus": "Cecidostiba",
"TaxonomyID": "909773",
"Tags": "None",
"OrganismName": "Cecidostiba semifascia",
"NormalName": "None",
"SpeciesIntro": "Cecidostiba semifascia is een vliesvleugelig insect uit de familie Pteromalidae. De wetenschappelijke naam is voor het eerst geldig gepubliceerd in 1835 door Walker.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900474235.1",
"GenomeLevel": "Scaffold",
"Busco": "C:92.7%[S:91.7%,D:1.0%],F:4.0%,M:3.3%,n:1367",
"GenomeSize": "290.7",
"GenomeGC": "31.5",
"SeqNumber": "141411",
"N50": "6.2",
"PCGnumber": "26169",
"Swissnumber": "12662",
"GOnumber": "12438",
"KEGGnumber": "14677",
"Pfamnumber": "14770",
"miRNAnumber": "118",
"lncRNAnumber": "0"
},
{
"id": 167,
"InsectBaseID": "IBG_00167",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Cecropterus",
"TaxonomyID": "2558925",
"Tags": "None",
"OrganismName": "Cecropterus lyciades",
"NormalName": "None",
"SpeciesIntro": "Cecropterus lyciades occurs in the eastern United States from central New England south to northern Florida; west to Iowa, eastern Kansas, and central Texas,and it is represented by a large number of occurrences and is regularly reported across its range",
"Intro_from": "https://explorer.natureserve.org/Taxon/ELEMENT_GLOBAL.2.108621/Cecropterus_lyciades",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002930495.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.9%[S:96.5%,D:0.4%],F:1.3%,M:1.8%,n:1367",
"GenomeSize": "566.8",
"GenomeGC": "21",
"SeqNumber": "47369",
"N50": "558.1",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "134",
"lncRNAnumber": "0"
},
{
"id": 168,
"InsectBaseID": "IBG_00168",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Celastrina",
"TaxonomyID": "203782",
"Tags": "None",
"OrganismName": "Celastrina argiolus",
"NormalName": "holly blue",
"SpeciesIntro": "Celastrina argiolus is a butterfly that belongs to the lycaenids or blues family and is native to the Palearctic and North America.The holly blue has pale silver-blue wings spotted with pale ivory dots. Seitz describes it Male above shining violet blue, only the apical portion of the costal margin being minutely edged with white. The female has both wings broadly bordered with dark, the margin of the hindwing bearing vestiges of ocelli. Underside silver-white, in the disc a row of black dots, some of which are elongate, and before the margin blackish shadowy dots. Egg very flat, whitish. Larva green or brown, marked with yellowish white, bearing catenulate stripes on the back, on segment 7 a gland to attract ants; head brown. On Ivy, Ilex, Evonymus, Rhamnus, Robinia, Genista, Spartium, Astragalus, Rubus, Erica, Pyrus and many other plants; in Europe visited usually by ants of the genus Lasius; in June and the autumn. Pupa mostly fastened to the underside of a leaf, ochreous with brown spots and markings. The butterflies in the spring and again in July, occasionally a third time at the end of August and in September, everywhere common, particularly at the flowers of ivy and brambles. In Europe, the first generation feeds mainly on the holly species Ilex aquifolium but the second generation uses a range of food plants.",
"Intro_from": "Wikipedia",
"Image_from": "Valentin Hamon@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905187575.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.1%[S:97.9%,D:0.2%],F:0.4%,M:1.5%,n:1367",
"GenomeSize": "499.1",
"GenomeGC": "19.9",
"SeqNumber": "28",
"N50": "20425.9",
"PCGnumber": "28515",
"Swissnumber": "9320",
"GOnumber": "9148",
"KEGGnumber": "11679",
"Pfamnumber": "12232",
"miRNAnumber": "216",
"lncRNAnumber": "2824"
},
{
"id": 169,
"InsectBaseID": "IBG_00169",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "211228",
"Tags": "pest;",
"OrganismName": "Cephus cinctus",
"NormalName": "wheat stem sawfly",
"SpeciesIntro": "Cephus cinctus is a slow flying, yellow and black coloured, destructive pest found mainly in western North America.",
"Intro_from": "Wikipedia",
"Image_from": "Steven Mlodinow@BY-NC",
"reference": "Gress JC, Robertson HM, Weaver DK, Dlakić M, Wanner KW. Odorant receptors of a primitive hymenopteran pest, the wheat stem sawfly. Insect Mol Biol. 2013;22(6):659-667.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/23964849/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000341935.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:98.9%,D:0.3%],F:0.3%,M:0.5%,n:1367",
"GenomeSize": "164.3",
"GenomeGC": "33.2",
"SeqNumber": "1976",
"N50": "629.9",
"PCGnumber": "10831",
"Swissnumber": "8334",
"GOnumber": "8194",
"KEGGnumber": "8335",
"Pfamnumber": "9056",
"miRNAnumber": "113",
"lncRNAnumber": "3114"
},
{
"id": 170,
"InsectBaseID": "IBG_00170",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Ceratina",
"TaxonomyID": "78185",
"Tags": "pollinator;",
"OrganismName": "Ceratina australensis",
"NormalName": "None",
"SpeciesIntro": "Ceratina australensis is unique for having both social and asocial populations, which exhibits all of the pre-adaptations for successful group living. This species is socially polymorphic with both solitary and social nests collected in sympatry. Social colonies in that species consist of two foundresses, one contributing both foraging and reproductive effort and the second which remains at the nest as a passive guard. Cooperative nesting provides no overt reproductive benefits over solitary nesting in this population, although brood survival tends to be greater in social colonies. ",
"Intro_from": "Wikipedia",
"Image_from": "Reiner Richter@BY-NC-SA",
"reference": "Rehan SM, Glastad KM, Steffen MA, Fay CR, Hunt BG, Toth AL. Conserved Genes Underlie Phenotypic Plasticity in an Incipiently Social Bee. Genome Biol Evol. 2018;10(10):2749-2758.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30247544/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004307685.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.6%[S:90.2%,D:5.4%],F:1.6%,M:2.8%,n:1367",
"GenomeSize": "222",
"GenomeGC": "28.9",
"SeqNumber": "20498",
"N50": "147.6",
"PCGnumber": "13524",
"Swissnumber": "9320",
"GOnumber": "9167",
"KEGGnumber": "9711",
"Pfamnumber": "9951",
"miRNAnumber": "145",
"lncRNAnumber": "2407"
},
{
"id": 171,
"InsectBaseID": "IBG_00171",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Ceratina",
"TaxonomyID": "156304",
"Tags": "pollinator;",
"OrganismName": "Ceratina calcarata",
"NormalName": "spurred ceratina",
"SpeciesIntro": "Ceratina calcarata is a species of carpenter bee in the family Apidae. It is found in eastern North America.",
"Intro_from": "Wikipedia",
"Image_from": "Jason Michael Crockwell@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001652005.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.8%[S:96.0%,D:1.8%],F:0.4%,M:1.8%,n:1367",
"GenomeSize": "202.4",
"GenomeGC": "32.7",
"SeqNumber": "50568",
"N50": "640.3",
"PCGnumber": "10050",
"Swissnumber": "7995",
"GOnumber": "7857",
"KEGGnumber": "8065",
"Pfamnumber": "8645",
"miRNAnumber": "140",
"lncRNAnumber": "1036"
},
{
"id": 172,
"InsectBaseID": "IBG_00172",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Ceratitis",
"TaxonomyID": "7213",
"Tags": "pest;",
"OrganismName": "Ceratitis capitata",
"NormalName": "Mediterranean fruit fly or medfly",
"SpeciesIntro": "Ceratitis capitata is a yellow and brown fruit pest that originates from sub-Saharan Africa. C. capitata has no near relatives in the Western Hemisphere and is considered to be one of the most destructive fruit pests in the world. There have been occasional medfly infestations in the states of California, Florida, and Texas that required extensive eradication efforts to prevent the fly from establishing itself in the US.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000347755.4",
"GenomeLevel": "Scaffold",
"Busco": "C:99.4%[S:99.3%,D:0.1%],F:0.2%,M:0.4%,n:1367",
"GenomeSize": "442",
"GenomeGC": "24.2",
"SeqNumber": "2355",
"N50": "1686.5",
"PCGnumber": "12222",
"Swissnumber": "9064",
"GOnumber": "8912",
"KEGGnumber": "9126",
"Pfamnumber": "10252",
"miRNAnumber": "127",
"lncRNAnumber": "5568"
},
{
"id": 173,
"InsectBaseID": "IBG_00173",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Ceratosolen",
"TaxonomyID": "130011",
"Tags": "None",
"OrganismName": "Ceratosolen fusciceps",
"NormalName": "none",
"SpeciesIntro": "Ceratosolen fusciceps is a species of wasps belonging to the family Agaonidae.",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@BY-NC-SA",
"reference": "Xiao J, Wei X, Zhou Y, et al. Genomes of 12 fig wasps provide insights into the adaptation of pollinators to fig syconia. J Genet Genomics. 2021;48(3):225-236.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34011484/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018883505.1",
"GenomeLevel": "Contig",
"Busco": "C:98.4%[S:98.3%,D:0.1%],F:0.4%,M:1.2%,n:1367",
"GenomeSize": "237.6",
"GenomeGC": "27.7",
"SeqNumber": "138",
"N50": "7106.2",
"PCGnumber": "19579",
"Swissnumber": "7361",
"GOnumber": "7219",
"KEGGnumber": "7226",
"Pfamnumber": "8166",
"miRNAnumber": "179",
"lncRNAnumber": "0"
},
{
"id": 174,
"InsectBaseID": "IBG_00174",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Ceratosolen",
"TaxonomyID": "142686",
"Tags": "None",
"OrganismName": "Ceratosolen solmsi",
"NormalName": "None",
"SpeciesIntro": "Ceratosolen solmsi is a species of fig wasps in the family Agaonidae. It has Ficus hispida as its host, where it is parasitized by the other fig wasp Apocrypta bakeri. Wasp larvae develop and hatch into mature wasps entirely within the body of the fig. Female wasps that develop in the center rather than the periphery of the fig have more mating opportunities, produce more offspring, and produce more female relative to male offspring.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Xiao JH, Yue Z, Jia LY, et al. Obligate mutualism within a host drives the extreme specialization of a fig wasp genome. Genome Biol. 2013;14(12):R141.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/24359812/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000503995.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.6%[S:97.3%,D:0.3%],F:1.0%,M:1.4%,n:1367",
"GenomeSize": "280.5",
"GenomeGC": "20.7",
"SeqNumber": "2457",
"N50": "9678.4",
"PCGnumber": "9231",
"Swissnumber": "7687",
"GOnumber": "7567",
"KEGGnumber": "7639",
"Pfamnumber": "8174",
"miRNAnumber": "102",
"lncRNAnumber": "4764"
},
{
"id": 175,
"InsectBaseID": "IBG_00175",
"Order": "Diptera",
"Family": "Chaoboridae",
"Genus": "Chaoborus",
"TaxonomyID": "204567",
"Tags": "None",
"OrganismName": "Chaoborus trivitattus",
"NormalName": "None",
"SpeciesIntro": "Chaoborus trivittatus is a species of phantom midges (flies in the family Chaoboridae).",
"Intro_from": "Wikipedia",
"Image_from": "Chris Mallory@BY-NC",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001014815.1",
"GenomeLevel": "Scaffold",
"Busco": "C:64.7%[S:64.1%,D:0.6%],F:12.0%,M:23.3%,n:1367",
"GenomeSize": "272.6",
"GenomeGC": "12.8",
"SeqNumber": "80757",
"N50": "4.1",
"PCGnumber": "18598",
"Swissnumber": "9914",
"GOnumber": "9774",
"KEGGnumber": "11020",
"Pfamnumber": "10722",
"miRNAnumber": "74",
"lncRNAnumber": "1165"
},
{
"id": 176,
"InsectBaseID": "IBG_00176",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Chelonus",
"TaxonomyID": "460826",
"Tags": "natural enemy;",
"OrganismName": "Chelonus insularis",
"NormalName": "None",
"SpeciesIntro": " Chelonus insular s larvae feed chiefly on larvae of moths in superfamilies Tortricoidea and Pyraloidea. This wasp is an important egg parasitoid of the fall armyworm, Spodoptera frugiperda, one of the main insect pests of maize .",
"Intro_from": "https://i5k.nal.usda.gov/chelonus-insularis",
"Image_from": "J. Refugio Lomeli Flores@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013357705.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:98.8%,D:0.4%],F:0.3%,M:0.5%,n:1367",
"GenomeSize": "137.4",
"GenomeGC": "23",
"SeqNumber": "455",
"N50": "1177.3",
"PCGnumber": "10190",
"Swissnumber": "7972",
"GOnumber": "7842",
"KEGGnumber": "8122",
"Pfamnumber": "8825",
"miRNAnumber": "93",
"lncRNAnumber": "1507"
},
{
"id": 177,
"InsectBaseID": "IBG_00177",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Chilo",
"TaxonomyID": "168631",
"Tags": "pest;",
"OrganismName": "Chilo suppressalis",
"NormalName": "Asiatic rice borer or striped rice stemborer",
"SpeciesIntro": "Chilo suppressalis is a moth of the family Crambidae. It is a widespread species, known from India, Sri Lanka, China, eastern Asia, Japan, Malaysia to the Pacific.It is a serious pest of rice. They are largely responsible for the great reduction in the rice growing in East Asia, India and Indonesia. It was probably introduced in Spain and Hawaii by humans, where it is widely spread towards Northern Territory of Australia.",
"Intro_from": "Wikipedia",
"Image_from": "Ye Xinhai@BY",
"reference": "Ma W, Zhao X, Yin C, et al. A chromosome-level genome assembly reveals the genetic basis of cold tolerance in a notorious rice insect pest, Chilo suppressalis. Mol Ecol Resour. 2020;20(1):268-282.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31482680/",
"DataSource": "InsectBase",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:95.4%[S:93.6%,D:1.8%],F:2.1%,M:2.5%,n:1367",
"GenomeSize": "827.9",
"GenomeGC": "34.9",
"SeqNumber": "6400",
"N50": "27085.4",
"PCGnumber": "14795",
"Swissnumber": "9600",
"GOnumber": "9434",
"KEGGnumber": "10414",
"Pfamnumber": "10884",
"miRNAnumber": "72",
"lncRNAnumber": "11113"
},
{
"id": 178,
"InsectBaseID": "IBG_00178",
"Order": "Diptera",
"Family": "Chironomidae",
"Genus": "Chironomus",
"TaxonomyID": "315576",
"Tags": "None",
"OrganismName": "Chironomus riparius",
"NormalName": "Chironomus thummi and harlequin fly",
"SpeciesIntro": "Chironomus riparius is a species of non-biting midge. Their larvae are known by the common name of blood worm due to their red colouration. It is common in both North America and Europe. The species was described in 1804 by Johann Wilhelm Meigen. C. riparius has been used extensively as a model for genome structure analysis in insects and is also used in toxicology tests and functional developmental genetic studies. Both their adult and larval forms have been implicated as disease vectors but are also an important part of freshwater food chains.",
"Intro_from": "Wikipedia",
"Image_from": "fotis-samaritakis@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001014505.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.6%[S:93.2%,D:1.4%],F:2.0%,M:3.4%,n:1367",
"GenomeSize": "154.5",
"GenomeGC": "22.9",
"SeqNumber": "29677",
"N50": "9.9",
"PCGnumber": "18914",
"Swissnumber": "11636",
"GOnumber": "11486",
"KEGGnumber": "11849",
"Pfamnumber": "13691",
"miRNAnumber": "37",
"lncRNAnumber": "2726"
},
{
"id": 179,
"InsectBaseID": "IBG_00179",
"Order": "Diptera",
"Family": "Chironomidae",
"Genus": "Chironomus",
"TaxonomyID": "7153",
"Tags": "None",
"OrganismName": "Chironomus tentans",
"NormalName": "None",
"SpeciesIntro": "Chironomus tentans is enables the assessment of sublethal toxicity of contaminated sediments.",
"Intro_from": "Chironomus tentans life‐cycle test: Design and evaluation for use in assessing toxicity of contaminated sediments",
"Image_from": "AfroBrazilian@BY-SA",
"reference": "Kutsenko A, Svensson T, Nystedt B, et al. The Chironomus tentans genome sequence and the organization of the Balbiani ring genes. BMC Genomics. 2014;15(1):819. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25261295/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000786525.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.3%[S:94.4%,D:1.9%],F:1.5%,M:2.2%,n:1367",
"GenomeSize": "216.1",
"GenomeGC": "18.7",
"SeqNumber": "26025",
"N50": "58",
"PCGnumber": "20615",
"Swissnumber": "12618",
"GOnumber": "12475",
"KEGGnumber": "13383",
"Pfamnumber": "15215",
"miRNAnumber": "38",
"lncRNAnumber": "0"
},
{
"id": 180,
"InsectBaseID": "IBG_00180",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Chrysina",
"TaxonomyID": "1897488",
"Tags": "None",
"OrganismName": "Chrysina resplendens",
"NormalName": "None",
"SpeciesIntro": "Chrysina resplendens is a golden scarab beetle found in Costa Rica, Panama, El Salvador and other countries in Central America.",
"Intro_from": "Wikipedia",
"Image_from": "gailhampshire@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010091895.1",
"GenomeLevel": "Scaffold",
"Busco": "C:78.7%[S:78.2%,D:0.5%],F:12.0%,M:9.3%,n:1367",
"GenomeSize": "619",
"GenomeGC": "28.9",
"SeqNumber": "113068",
"N50": "21",
"PCGnumber": "31508",
"Swissnumber": "16407",
"GOnumber": "16083",
"KEGGnumber": "0",
"Pfamnumber": "16708",
"miRNAnumber": "113",
"lncRNAnumber": "0"
},
{
"id": 181,
"InsectBaseID": "IBG_00181",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Chrysomya",
"TaxonomyID": "45450",
"Tags": "None",
"OrganismName": "Chrysomya rufifacies",
"NormalName": "hairy maggot blow fly",
"SpeciesIntro": "Chrysomya rufifacies is a species belonging to the blow fly family, Calliphoridae, and is most significant in the field of forensic entomology due to its use in establishing or altering post mortem intervals.it belongs to the genus Chrysomya, which is commonly referred to as the Old World screwworms. This genus includes other species such as Chrysomya putoria and Chrysomya bezziana, which are agents of myiasis. C. rufifacies prefers very warm weather and has a relatively short lifecycle. It is widely distributed geographically and prefers to colonize large carcasses over small ones. The species commonly has a greenish metallic appearance and is important medically, economically, and forensically.",
"Intro_from": "Wikipedia",
"Image_from": "Richard Stovall@BY-NC",
"reference": "Andere AA, Pimsler ML, Tarone AM, Picard CJ. The genomes of a monogenic fly: views of primitive sex chromosomes. Sci Rep. 2020;10(1):15728. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32978490/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014858695.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.3%[S:96.6%,D:0.7%],F:1.5%,M:1.2%,n:1367",
"GenomeSize": "288.5",
"GenomeGC": "15.9",
"SeqNumber": "109329",
"N50": "4.2",
"PCGnumber": "17697",
"Swissnumber": "10535",
"GOnumber": "10380",
"KEGGnumber": "11117",
"Pfamnumber": "11921",
"miRNAnumber": "78",
"lncRNAnumber": "1454"
},
{
"id": 182,
"InsectBaseID": "IBG_00182",
"Order": "Neuroptera",
"Family": "Chrysopidae",
"Genus": "Chrysoperla",
"TaxonomyID": "189513",
"Tags": "natural enemy",
"OrganismName": "Chrysoperla carnea",
"NormalName": "green lacewing",
"SpeciesIntro": "Chrysoperla carnea is an insect in the Chrysopidae family. Although the adults feed on nectar, pollen and aphid honeydew, the larvae are active predators and feed on aphids and other small insects. It has been used in the biological control of insect pests on crops.",
"Intro_from": "Wikipedia",
"Image_from": "sokolkov2002@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905475395.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.5%[S:96.7%,D:0.8%],F:0.3%,M:2.2%,n:1367",
"GenomeSize": "560.3",
"GenomeGC": "16.7",
"SeqNumber": "338",
"N50": "94407.1",
"PCGnumber": "23601",
"Swissnumber": "14767",
"GOnumber": "14553",
"KEGGnumber": "15502",
"Pfamnumber": "17697",
"miRNAnumber": "120",
"lncRNAnumber": "1336"
},
{
"id": 183,
"InsectBaseID": "IBG_00183",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Chymomyza",
"TaxonomyID": "76946",
"Tags": "None",
"OrganismName": "Chymomyza costata",
"NormalName": "none",
"SpeciesIntro": "Chymomyza costata is a species of fly in the family Drosophilidae. It is found in the Palearctic.",
"Intro_from": "Wikipedia",
"Image_from": "Marko Mutanen, University of Oulu@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018150985.1",
"GenomeLevel": "Contig",
"Busco": "C:99.7%[S:98.8%,D:0.9%],F:0.1%,M:0.2%,n:1367",
"GenomeSize": "315.2",
"GenomeGC": "24.9",
"SeqNumber": "813",
"N50": "8126.1",
"PCGnumber": "18665",
"Swissnumber": "10812",
"GOnumber": "10644",
"KEGGnumber": "11262",
"Pfamnumber": "12628",
"miRNAnumber": "111",
"lncRNAnumber": "1278"
},
{
"id": 184,
"InsectBaseID": "IBG_00184",
"Order": "Hemiptera",
"Family": "Cimicidae",
"Genus": "Cimex",
"TaxonomyID": "79782",
"Tags": "vector;",
"OrganismName": "Cimex lectularius",
"NormalName": "None",
"SpeciesIntro": "Cimex lectularius is a species of Cimicidae. Its primary hosts are humans, and it is one of the worlds major nuisance pests.",
"Intro_from": "Wikipedia",
"Image_from": "Gilles San Martin@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000648675.3",
"GenomeLevel": "Scaffold",
"Busco": "C:98.9%[S:97.8%,D:1.1%],F:0.4%,M:0.7%,n:1367",
"GenomeSize": "510.9",
"GenomeGC": "22.8",
"SeqNumber": "1574",
"N50": "1637.6",
"PCGnumber": "11482",
"Swissnumber": "8682",
"GOnumber": "8541",
"KEGGnumber": "8647",
"Pfamnumber": "9594",
"miRNAnumber": "107",
"lncRNAnumber": "5606"
},
{
"id": 185,
"InsectBaseID": "IBG_00185",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Cinara",
"TaxonomyID": "506608",
"Tags": "pest;",
"OrganismName": "Cinara cedri",
"NormalName": "None",
"SpeciesIntro": "Cinara cedri lives in compact colonies on the branches and trunk of cedars,it is found in Europe, the Mediterranean area, North Africa and south-west and Central Asia. It has also been introduced to North America and Argentina.",
"Intro_from": "https://influentialpoints.com/Gallery/Cinara_cedri_large_cedar_aphid.htm",
"Image_from": "Koteiche & Antoun@BY-NC-SA",
"reference": "Julca I, Marcet-Houben M, Cruz F, et al. Phylogenomics Identifies an Ancestral Burst of Gene Duplications Predating the Diversification of Aphidomorpha. Mol Biol Evol. 2020;37(3):730-756.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31702774/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902439185.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.9%[S:95.0%,D:1.9%],F:0.6%,M:2.5%,n:1367",
"GenomeSize": "401",
"GenomeGC": "21.1",
"SeqNumber": "2842",
"N50": "1254.3",
"PCGnumber": "19618",
"Swissnumber": "9925",
"GOnumber": "9764",
"KEGGnumber": "10452",
"Pfamnumber": "11570",
"miRNAnumber": "82",
"lncRNAnumber": "905"
},
{
"id": 186,
"InsectBaseID": "IBG_00186",
"Order": "Diptera",
"Family": "Ephydridae",
"Genus": "Cirrula",
"TaxonomyID": "1577616",
"Tags": "None",
"OrganismName": "Cirrula hians",
"NormalName": "alkali fly",
"SpeciesIntro": "Ephydra hians is a species of fly in the family Ephydridae, the brine flies.",
"Intro_from": "Wikipedia",
"Image_from": "James Bailey@BY-NC",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001015075.1",
"GenomeLevel": "Scaffold",
"Busco": "C:50.0%[S:49.4%,D:0.6%],F:13.2%,M:36.8%,n:1367",
"GenomeSize": "404.6",
"GenomeGC": "22.1",
"SeqNumber": "172401",
"N50": "2.5",
"PCGnumber": "18918",
"Swissnumber": "9391",
"GOnumber": "9230",
"KEGGnumber": "9959",
"Pfamnumber": "9484",
"miRNAnumber": "101",
"lncRNAnumber": "1253"
},
{
"id": 187,
"InsectBaseID": "IBG_00187",
"Order": "Phasmatodea",
"Family": "Phasmatidae",
"Genus": "Clitarchus",
"TaxonomyID": "325643",
"Tags": "None",
"OrganismName": "Clitarchus hookeri",
"NormalName": "None",
"SpeciesIntro": "Clitarchus hookeri is a stick insect of the family Phasmatidae, endemic to New Zealand. It is possibly New Zealands most common stick insect. Clitarchus hookeri is often green in appearance, but can also be brown or red. Alongside the prickly stick insect and the Unarmed stick insect, C. hookeri is one of three stick insect species to have become naturalised in Great Britain, with all three having originated in New Zealand.",
"Intro_from": "Wikipedia",
"Image_from": "oldbilluk@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "i5k",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:92.3%[S:89.2%,D:3.1%],F:3.3%,M:4.4%,n:1367",
"GenomeSize": "3849.8",
"GenomeGC": "24.5",
"SeqNumber": "785781",
"N50": "320",
"PCGnumber": "10276",
"Swissnumber": "7579",
"GOnumber": "7475",
"KEGGnumber": "7746",
"Pfamnumber": "7915",
"miRNAnumber": "430",
"lncRNAnumber": "11252"
},
{
"id": 188,
"InsectBaseID": "IBG_00188",
"Order": "Ephemeroptera",
"Family": "Baetidae",
"Genus": "Cloeon",
"TaxonomyID": "197152",
"Tags": "None",
"OrganismName": "Cloeon dipterum",
"NormalName": "None",
"SpeciesIntro": "Cloeon dipterum is a species of mayfly with a Holarctic distribution. It is the most common mayfly in ponds in the British Isles and the only ovoviviparous mayfly in Europe. Males differ from females in having turbinate eyes.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "Almudi I, Vizueta J, Wyatt CDR, et al. Genomic adaptations to aquatic and aerial life in mayflies and the origin of insect wings. Nat Commun. 2020;11(1):2631.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32457347/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902829235.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.3%[S:95.0%,D:2.3%],F:0.7%,M:2.0%,n:1367",
"GenomeSize": "182.5",
"GenomeGC": "31.7",
"SeqNumber": "1395",
"N50": "467.2",
"PCGnumber": "17378",
"Swissnumber": "10515",
"GOnumber": "10393",
"KEGGnumber": "10853",
"Pfamnumber": "12175",
"miRNAnumber": "89",
"lncRNAnumber": "3289"
},
{
"id": 189,
"InsectBaseID": "IBG_00189",
"Order": "Diptera",
"Family": "Psychodidae",
"Genus": "Clogmia",
"TaxonomyID": "85120",
"Tags": "vector;",
"OrganismName": "Clogmia albipunctata",
"NormalName": "None",
"SpeciesIntro": "Clogmia albipunctata is a species of drain fly, a member of the family Psychodidae commonly known as the bathroom moth midge, bathroom moth fly or drain fly.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001014945.1",
"GenomeLevel": "Scaffold",
"Busco": "C:85.6%[S:84.9%,D:0.7%],F:7.3%,M:7.1%,n:1367",
"GenomeSize": "256.3",
"GenomeGC": "20.9",
"SeqNumber": "42886",
"N50": "13.1",
"PCGnumber": "18479",
"Swissnumber": "10640",
"GOnumber": "10490",
"KEGGnumber": "11298",
"Pfamnumber": "11733",
"miRNAnumber": "65",
"lncRNAnumber": "1459"
},
{
"id": 190,
"InsectBaseID": "IBG_00190",
"Order": "Lepidoptera",
"Family": "Notodontidae",
"Genus": "Clostera",
"TaxonomyID": "987902",
"Tags": "pest",
"OrganismName": "Clostera curtula",
"NormalName": "chocolate-tip",
"SpeciesIntro": "Clostera curtula is a moth of the family Notodontidae. It was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae and it is found in Europe ranging to Siberia.The wingspan is 27–35 mm. The moth flies from April to September depending on the location.",
"Intro_from": "Wikipedia",
"Image_from": "Patrick Clement@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905475355.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.3%[S:95.9%,D:0.4%],F:1.0%,M:2.7%,n:1367",
"GenomeSize": "512.7",
"GenomeGC": "21.8",
"SeqNumber": "31",
"N50": "18278.2",
"PCGnumber": "36284",
"Swissnumber": "12463",
"GOnumber": "12250",
"KEGGnumber": "16952",
"Pfamnumber": "17085",
"miRNAnumber": "138",
"lncRNAnumber": "0"
},
{
"id": 191,
"InsectBaseID": "IBG_00191",
"Order": "Diptera",
"Family": "Chironomidae",
"Genus": "Clunio",
"TaxonomyID": "568069",
"Tags": "None",
"OrganismName": "Clunio marinus",
"NormalName": "None",
"SpeciesIntro": "Clunio marinus is a non-biting midge of the bloodworm family (Chironomidae). It is found in the intertidal zone of the European Atlantic Coast from Spain to Iceland. The species is a long-standing model system in Chronobiology, particularly for circalunar clocks and the evolution of biological clocks. Its genome has been sequenced.",
"Intro_from": "Wikipedia",
"Image_from": "A H Haliday@CC0",
"reference": "Kaiser TS, Poehn B, Szkiba D, et al. The genomic basis of circadian and circalunar timing adaptations in a midge. Nature. 2016;540(7631):69-73.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27871090/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900005825.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:97.8%,D:1.0%],F:0.2%,M:1.0%,n:1367",
"GenomeSize": "86.6",
"GenomeGC": "24.5",
"SeqNumber": "23763",
"N50": "1894.5",
"PCGnumber": "21259",
"Swissnumber": "8405",
"GOnumber": "8279",
"KEGGnumber": "8635",
"Pfamnumber": "9798",
"miRNAnumber": "34",
"lncRNAnumber": "763"
},
{
"id": 192,
"InsectBaseID": "IBG_00192",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Cnaphalocrocis",
"TaxonomyID": "437488",
"Tags": "pest;",
"OrganismName": "Cnaphalocrocis medinalis",
"NormalName": "rice leafroller",
"SpeciesIntro": "Cnaphalocrocis medinalis is a species of moth of the family Crambidae. It is found in south-east Asia, including Hong Kong, Sri Lanka, Taiwan, Thailand and most of Australia.The wingspan is about 16 mm.The larvae are considered a pest on Zea mays, Oryza sativa and Triticum, Saccharum and Sorghum species.",
"Intro_from": "Wikipedia",
"Image_from": "Vijay Anand Ismavel@BY-NC-SA",
"reference": "Zhao X, Xu H, He K, et al. A chromosome-level genome assembly of rice leaffolder, Cnaphalocrocis medinalis. Mol Ecol Resour. 2021;21(2):561-572. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33051980/",
"DataSource": "InsectBase",
"NCBIassembly": "GCA_014851415.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.5%[S:91.8%,D:2.7%],F:1.4%,M:4.1%,n:1367",
"GenomeSize": "528.5",
"GenomeGC": "24.6",
"SeqNumber": "3248",
"N50": "16091.3",
"PCGnumber": "17794",
"Swissnumber": "2268",
"GOnumber": "2197",
"KEGGnumber": "2932",
"Pfamnumber": "2788",
"miRNAnumber": "192",
"lncRNAnumber": "8187"
},
{
"id": 193,
"InsectBaseID": "IBG_00193",
"Order": "Diptera",
"Family": "Scatopsidae",
"Genus": "Coboldia",
"TaxonomyID": "170625",
"Tags": "pest;",
"OrganismName": "Coboldia fuscipes",
"NormalName": "None",
"SpeciesIntro": "Coboldia fuscipes is a species of fly in the family Scatopsidae. It is found in the Palearctic .",
"Intro_from": "Wikipedia",
"Image_from": "Nikolai Vladimirov@BY-NC",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001014335.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:97.7%,D:0.9%],F:0.3%,M:1.1%,n:1367",
"GenomeSize": "100",
"GenomeGC": "22.9",
"SeqNumber": "1732",
"N50": "245.4",
"PCGnumber": "11747",
"Swissnumber": "8744",
"GOnumber": "8579",
"KEGGnumber": "8829",
"Pfamnumber": "9718",
"miRNAnumber": "55",
"lncRNAnumber": "767"
},
{
"id": 194,
"InsectBaseID": "IBG_00194",
"Order": "Coleoptera",
"Family": "Coccinellidae",
"Genus": "Coccinella",
"TaxonomyID": "41139",
"Tags": "natural enemy;",
"OrganismName": "Coccinella septempunctata",
"NormalName": "seven-spot ladybird",
"SpeciesIntro": "Coccinella septempunctata is the most common ladybird in Europe. Its elytra are of a red colour, but punctuated with three black spots each, with one further spot being spread over the junction of the two, making a total of seven spots, from which the species derives both its common and scientific names (from the Latin septem = seven and punctus = spot).",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907165205.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.4%[S:97.4%,D:1.0%],F:0.1%,M:1.5%,n:1367",
"GenomeSize": "398.9",
"GenomeGC": "22.2",
"SeqNumber": "25",
"N50": "41442.1",
"PCGnumber": "43065",
"Swissnumber": "15572",
"GOnumber": "14381",
"KEGGnumber": "22006",
"Pfamnumber": "22114",
"miRNAnumber": "144",
"lncRNAnumber": "5036"
},
{
"id": 195,
"InsectBaseID": "IBG_00195",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Cochliomyia",
"TaxonomyID": "115425",
"Tags": "vector;",
"OrganismName": "Cochliomyia hominivorax",
"NormalName": "New World screw-worm fly or screw-worm for short",
"SpeciesIntro": "Cochliomyia hominivorax is a species of parasitic fly that is well known for the way in which its larvae (maggots) eat the living tissue of warm-blooded animals. It is present in the New World tropics. There are five species of Cochliomyia but only one species of screw-worm fly in the genus is parasitic; there is also a single Old World species in a different genus (Chrysomya bezziana). Infestation of a live vertebrate animal by a maggot is technically called myiasis. While the maggots of many fly species eat dead flesh, and may occasionally infest an old and putrid wound, screw-worm maggots are unusual because they attack healthy tissue.",
"Intro_from": "Wikipedia",
"Image_from": "Judy Gallagher@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004302925.1",
"GenomeLevel": "Contig",
"Busco": "C:98.9%[S:95.2%,D:3.7%],F:0.8%,M:0.3%,n:1367",
"GenomeSize": "540.8",
"GenomeGC": "15.7",
"SeqNumber": "3663",
"N50": "624.1",
"PCGnumber": "16960",
"Swissnumber": "10840",
"GOnumber": "10683",
"KEGGnumber": "11475",
"Pfamnumber": "12394",
"miRNAnumber": "320",
"lncRNAnumber": "1150"
},
{
"id": 196,
"InsectBaseID": "IBG_00196",
"Order": "Diptera",
"Family": "Coelopidae",
"Genus": "Coelopa",
"TaxonomyID": "169498",
"Tags": "pest",
"OrganismName": "Coelopa frigida",
"NormalName": "none",
"SpeciesIntro": "Coelopa frigida is a species of seaweed fly or kelp fly. It is the most widely distributed species of seaweed fly. It can be found on most shorelines in the temperate Northern Hemisphere. Other species of seaweed flies include Coelopa nebularum and Coelopa pilipes. C. frigida feeds primarily on seaweed, and groups of C. frigida flies tend to populate near bodies of water. Climate change has led to an increase in C. frigida blooms along shores, which creates a pest problem for human beach-goers. C. frigida is also an important organism for the study of sexual selection, particularly female choice, which is influenced by genetics.",
"Intro_from": "Wikipedia",
"Image_from": "Sandy Rae@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017309665.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.9%[S:92.2%,D:3.7%],F:0.3%,M:3.8%,n:1367",
"GenomeSize": "231",
"GenomeGC": "29.1",
"SeqNumber": "1083",
"N50": "37402.8",
"PCGnumber": "21263",
"Swissnumber": "9420",
"GOnumber": "9285",
"KEGGnumber": "9745",
"Pfamnumber": "10879",
"miRNAnumber": "156",
"lncRNAnumber": "1404"
},
{
"id": 197,
"InsectBaseID": "IBG_00197",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Colias",
"TaxonomyID": "72248",
"Tags": "None",
"OrganismName": "Colias croceus",
"NormalName": "clouded yellow",
"SpeciesIntro": "Colias croceus is a small butterfly of the family Pieridae, that is, the yellows and whites.",
"Intro_from": "Wikipedia",
"Image_from": "elisabraz@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220415.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.4%[S:98.0%,D:0.4%],F:0.3%,M:1.3%,n:1367",
"GenomeSize": "324.9",
"GenomeGC": "22.5",
"SeqNumber": "33",
"N50": "11204.7",
"PCGnumber": "23862",
"Swissnumber": "10598",
"GOnumber": "10383",
"KEGGnumber": "12519",
"Pfamnumber": "13283",
"miRNAnumber": "169",
"lncRNAnumber": "4872"
},
{
"id": 198,
"InsectBaseID": "IBG_00198",
"Order": "Hymenoptera",
"Family": "Colletidae",
"Genus": "Colletes",
"TaxonomyID": "935657",
"Tags": "pollinator;",
"OrganismName": "Colletes gigas",
"NormalName": "None",
"SpeciesIntro": "Colletes gigas,one of the largest species of the genus Colletes in the world.",
"Intro_from": "The First Draft Genome of the Plasterer Bee Colletes gigas (Hymenoptera: Colletidae: Colletes)",
"Image_from": "None",
"reference": "Zhou QS, Luo A, Zhang F, et al. The First Draft Genome of the Plasterer Bee Colletes gigas (Hymenoptera: Colletidae: Colletes). Genome Biol Evol. 2020;12(6):860-866.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32386319/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013123115.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.5%[S:98.3%,D:1.2%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "276.5",
"GenomeGC": "31.9",
"SeqNumber": "326",
"N50": "8210.2",
"PCGnumber": "15708",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "9541",
"Pfamnumber": "10135",
"miRNAnumber": "141",
"lncRNAnumber": "587"
},
{
"id": 199,
"InsectBaseID": "IBG_00199",
"Order": "Phthiraptera",
"Family": "Philopteridae",
"Genus": "Columbicola",
"TaxonomyID": "128991",
"Tags": "None",
"OrganismName": "Columbicola columbae",
"NormalName": "none",
"SpeciesIntro": "Columbicola columbae is a species of genus Columbicola.",
"Intro_from": "Wikipedia",
"Image_from": "Robert Briggs@BY-NC",
"reference": "Baldwin-Brown JG, Villa SM, Vickrey AI, et al. The assembled and annotated genome of the pigeon louse Columbicola columbae, a model ectoparasite. G3 (Bethesda). 2021;11(2):jkab009.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33604673/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016920875.1",
"GenomeLevel": "Scaffold",
"Busco": "C:82.1%[S:81.9%,D:0.2%],F:3.3%,M:14.6%,n:1367",
"GenomeSize": "207.9",
"GenomeGC": "26.8",
"SeqNumber": "386",
"N50": "17673.1",
"PCGnumber": "16779",
"Swissnumber": "9370",
"GOnumber": "9167",
"KEGGnumber": "10089",
"Pfamnumber": "10350",
"miRNAnumber": "72",
"lncRNAnumber": "1037"
},
{
"id": 200,
"InsectBaseID": "IBG_00200",
"Order": "Diptera",
"Family": "Dolichopodidae",
"Genus": "Condylostylus",
"TaxonomyID": "1577614",
"Tags": "None",
"OrganismName": "Condylostylus patibulatus",
"NormalName": "None",
"SpeciesIntro": "Condylostylus patibulatus is a species of long-legged fly in the family Dolichopodidae.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001014875.1",
"GenomeLevel": "Scaffold",
"Busco": "C:49.8%[S:49.3%,D:0.5%],F:15.4%,M:34.8%,n:1367",
"GenomeSize": "457.5",
"GenomeGC": "11.4",
"SeqNumber": "211317",
"N50": "2.3",
"PCGnumber": "15283",
"Swissnumber": "8209",
"GOnumber": "8082",
"KEGGnumber": "9052",
"Pfamnumber": "9173",
"miRNAnumber": "38",
"lncRNAnumber": "413"
},
{
"id": 201,
"InsectBaseID": "IBG_00201",
"Order": "Lepidoptera",
"Family": "Gracillariidae",
"Genus": "Conopomorpha",
"TaxonomyID": "538958",
"Tags": "pest;",
"OrganismName": "Conopomorpha cramerella",
"NormalName": "cocoa pod borer",
"SpeciesIntro": "Conopomorpha cramerella is a moth of the family Gracillariidae. It is known from Saudi Arabia, China, India (West Bengal, Andaman Islands), Thailand, Brunei, Indonesia (Sumatra, Sulawesi, Papua, Papua Barat, Java, Kalimantan, Moluccas), Malaysia (Peninsula, Sarawak, Sabah), Vietnam, Australia, New Britain, the Philippines, Samoa, the Solomon Islands, Sri Lanka, Taiwan and Vanuatu.",
"Intro_from": "Wikipedia",
"Image_from": "Kembangraps@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_012932125.1",
"GenomeLevel": "Scaffold",
"Busco": "C:72.5%[S:63.4%,D:9.1%],F:13.8%,M:13.7%,n:1367",
"GenomeSize": "503.5",
"GenomeGC": "22.4",
"SeqNumber": "73142",
"N50": "12.3",
"PCGnumber": "31536",
"Swissnumber": "15617",
"GOnumber": "15365",
"KEGGnumber": "18893",
"Pfamnumber": "17004",
"miRNAnumber": "238",
"lncRNAnumber": "2556"
},
{
"id": 202,
"InsectBaseID": "IBG_00202",
"Order": "Diptera",
"Family": "Cecidomyiidae",
"Genus": "Contarinia",
"TaxonomyID": "265458",
"Tags": "pest;",
"OrganismName": "Contarinia nasturtii",
"NormalName": "swede midge",
"SpeciesIntro": "Contarinia nasturtii is a small fly, the larvae of which infest brassica plants, causing twisting and distortion of the leaf stems and foliage including death of the growing point in seedlings, or damage to developing flower heads. It is native to Europe and Turkey, and has been introduced into North America where it is regarded as an invasive species.",
"Intro_from": "Wikipedia",
"Image_from": "Rasbak@BY-SA",
"reference": "Mori BA, Coutu C, Chen YH, et al. De Novo Whole-Genome Assembly of the Swede Midge (Contarinia nasturtii), a Specialist of Brassicaceae, Using Linked-Read Sequencing. Genome Biol Evol. 2021;13(3):evab036.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33662122/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009176525.2",
"GenomeLevel": "Scaffold",
"Busco": "C:98.3%[S:97.1%,D:1.2%],F:0.4%,M:1.3%,n:1367",
"GenomeSize": "188.2",
"GenomeGC": "23",
"SeqNumber": "5545",
"N50": "4710.2",
"PCGnumber": "13854",
"Swissnumber": "9881",
"GOnumber": "9712",
"KEGGnumber": "10035",
"Pfamnumber": "11437",
"miRNAnumber": "57",
"lncRNAnumber": "1248"
},
{
"id": 203,
"InsectBaseID": "IBG_00203",
"Order": "Hymenoptera",
"Family": "Encyrtidae",
"Genus": "Copidosoma",
"TaxonomyID": "29053",
"Tags": "natural enemy;",
"OrganismName": "Copidosoma floridanum",
"NormalName": "None",
"SpeciesIntro": "Copidosoma floridanum is a species of wasp in the family Encyrtidae which is primarily a parasitoid of moths in the subfamily Plusiinae. It has the largest recorded brood of any parasitoidal insect, at 3,055 individuals. The life cycle begins when a female oviposits into the eggs of a suitable host species, laying one or two eggs per host. Each egg divides repeatedly and develops into a brood of multiple individuals, a phenomenon called polyembryony. The larvae grow inside their host, breaking free at the end of the hosts own larval stage.",
"Intro_from": "Wikipedia",
"Image_from": "Stephen Thorpe@BY-NC",
"reference": "Donnell DM. Analysis of odorant-binding protein gene family members in the polyembryonic wasp, Copidosoma floridanum: evidence for caste bias and host interaction. J Insect Physiol. 2014;60:127-135.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/24333149/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000648655.2",
"GenomeLevel": "Scaffold",
"Busco": "C:95.1%[S:92.5%,D:2.6%],F:1.6%,M:3.3%,n:1367",
"GenomeSize": "560.9",
"GenomeGC": "24.3",
"SeqNumber": "4840",
"N50": "1225.7",
"PCGnumber": "11469",
"Swissnumber": "8941",
"GOnumber": "8796",
"KEGGnumber": "9409",
"Pfamnumber": "10018",
"miRNAnumber": "119",
"lncRNAnumber": "2223"
},
{
"id": 204,
"InsectBaseID": "IBG_00204",
"Order": "Blattodea",
"Family": "Rhinotermitidae",
"Genus": "Coptotermes",
"TaxonomyID": "36987",
"Tags": "medicinal insect;pest;",
"OrganismName": "Coptotermes formosanus",
"NormalName": "Formosan termite or super-termite",
"SpeciesIntro": "Coptotermes formosanus is a species of termite that has been transported worldwide from its native range in southern China to Taiwan (formerly known as Formosa, where it gets its name), Japan, South Africa, Sri Lanka, Hawaii, and the continental United States.The Formosan termite is often nicknamed the because of its destructive habits due to the large size of its colonies and its ability to consume wood at a rapid rate. A single colony may contain several million individuals (compared with several hundred thousand termites for other subterranean termite species) that forage up to 300 feet (100 m) in soil. A mature Formosan colony can consume as much as 13 ounces of wood a day (about 400 g) and can severely damage a structure in as little as three months. Because of its population size and foraging range, the presence of a colony poses serious threats to nearby structures. Once established, Formosan termites have never been eradicated from an area.",
"Intro_from": "Wikipedia",
"Image_from": "sunnetchan@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013340265.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.2%[S:96.6%,D:1.6%],F:1.0%,M:0.8%,n:1367",
"GenomeSize": "886.7",
"GenomeGC": "28.8",
"SeqNumber": "12995",
"N50": "1443",
"PCGnumber": "12463",
"Swissnumber": "9137",
"GOnumber": "8953",
"KEGGnumber": "9657",
"Pfamnumber": "9962",
"miRNAnumber": "264",
"lncRNAnumber": "4932"
},
{
"id": 205,
"InsectBaseID": "IBG_00205",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Cosmia",
"TaxonomyID": "116126",
"Tags": "pest",
"OrganismName": "Cosmia trapezina",
"NormalName": "dun-bar",
"SpeciesIntro": "Cosmia trapezina is a moth of the family Noctuidae. It is a common Palearctic species.",
"Intro_from": "Wikipedia",
"Image_from": "Enrico Tomschke@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905163495.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:97.7%,D:0.6%],F:0.3%,M:1.4%,n:1367",
"GenomeSize": "825.2",
"GenomeGC": "19.6",
"SeqNumber": "63",
"N50": "28022.5",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "196",
"lncRNAnumber": "0"
},
{
"id": 206,
"InsectBaseID": "IBG_00206",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Cotesia",
"TaxonomyID": "89804",
"Tags": "natural enemy;",
"OrganismName": "Cotesia chilonis",
"NormalName": "None",
"SpeciesIntro": "Cotesia chilonis is an obligate larval endoparasitoid that effectively regulates the density of Chilo suppressalis , one of the economically most important rice pests in China and other Asian countries.",
"Intro_from": "Effects of the endoparasitoid Cotesia chilonis (Hymenoptera: Braconidae) parasitism, venom, and calyx fluid on cellular and humoral immunity of its host Chilo suppressalis (Lepidoptera: Crambidae) larvae",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "InsectBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:97.2%[S:96.5%,D:0.7%],F:0.9%,M:1.9%,n:1367",
"GenomeSize": "192.7",
"GenomeGC": "29.8",
"SeqNumber": "365",
"N50": "2245.6",
"PCGnumber": "14023",
"Swissnumber": "9233",
"GOnumber": "9055",
"KEGGnumber": "10285",
"Pfamnumber": "10605",
"miRNAnumber": "114",
"lncRNAnumber": "0"
},
{
"id": 207,
"InsectBaseID": "IBG_00207",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Cotesia",
"TaxonomyID": "51543",
"Tags": "natural enemy;",
"OrganismName": "Cotesia congregata",
"NormalName": "None",
"SpeciesIntro": "Cotesia congregata is a parasitoid wasp of the genus Cotesia. The genus is particularly noted for its use of polydnaviruses. Parasitoids are distinct from true parasites in that a parasitoid will ultimately kill its host or otherwise sterilize it.",
"Intro_from": "Wikipedia",
"Image_from": "dogtooth77@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:97.3%[S:96.3%,D:1.0%],F:1.3%,M:1.4%,n:1367",
"GenomeSize": "202.5",
"GenomeGC": "27.5",
"SeqNumber": "2039",
"N50": "20356.3",
"PCGnumber": "29381",
"Swissnumber": "10187",
"GOnumber": "9962",
"KEGGnumber": "11949",
"Pfamnumber": "12714",
"miRNAnumber": "84",
"lncRNAnumber": "1263"
},
{
"id": 208,
"InsectBaseID": "IBG_00208",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Cotesia",
"TaxonomyID": "89805",
"Tags": "natural enemy;",
"OrganismName": "Cotesia flavipes",
"NormalName": "None",
"SpeciesIntro": "Cotesia flavipes is an endoparsitoid, occurring naturally on all important insects of sugar cane borers, except the root borer in India. ",
"Intro_from": "Ecofriendly Pest Management for Food Security",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:94.4%[S:94.0%,D:0.4%],F:3.5%,M:2.1%,n:1367",
"GenomeSize": "163.3",
"GenomeGC": "29.2",
"SeqNumber": "42012",
"N50": "19.8",
"PCGnumber": "17364",
"Swissnumber": "8674",
"GOnumber": "8500",
"KEGGnumber": "9905",
"Pfamnumber": "10321",
"miRNAnumber": "101",
"lncRNAnumber": "0"
},
{
"id": 209,
"InsectBaseID": "IBG_00209",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Cotesia",
"TaxonomyID": "32391",
"Tags": "natural enemy;",
"OrganismName": "Cotesia glomerata",
"NormalName": "the white butterfly parasite",
"SpeciesIntro": "Cotesia glomerata is a small parasitic wasp species belonging to family Braconidae. It was first described by Carl Linnaeus in his 1758 publication 10th edition of Systema Naturae.",
"Intro_from": "Wikipedia",
"Image_from": "David Marquina Reyes@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Contig",
"Busco": "C:89.0%[S:88.5%,D:0.5%],F:7.5%,M:3.5%,n:1367",
"GenomeSize": "247.6",
"GenomeGC": "25.2",
"SeqNumber": "50739",
"N50": "9.3",
"PCGnumber": "23156",
"Swissnumber": "10138",
"GOnumber": "9958",
"KEGGnumber": "11895",
"Pfamnumber": "12444",
"miRNAnumber": "84",
"lncRNAnumber": "2715"
},
{
"id": 210,
"InsectBaseID": "IBG_00210",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Cotesia",
"TaxonomyID": "32392",
"Tags": "natural enemy;",
"OrganismName": "Cotesia rubecula",
"NormalName": "None",
"SpeciesIntro": "Cotesia rubecula is a parasitoid wasp from the large wasp family Braconidae.",
"Intro_from": "Wikipedia",
"Image_from": "Mike Bowie@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:90.4%[S:89.6%,D:0.8%],F:6.6%,M:3.0%,n:1367",
"GenomeSize": "220.1",
"GenomeGC": "27.7",
"SeqNumber": "35383",
"N50": "13",
"PCGnumber": "22767",
"Swissnumber": "10270",
"GOnumber": "10053",
"KEGGnumber": "12079",
"Pfamnumber": "12402",
"miRNAnumber": "74",
"lncRNAnumber": "2353"
},
{
"id": 211,
"InsectBaseID": "IBG_00211",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Cotesia",
"TaxonomyID": "89807",
"Tags": "natural enemy;",
"OrganismName": "Cotesia sesamiae",
"NormalName": "None",
"SpeciesIntro": "Cotesia sesamiae is an African parasitic wasp of cereal stem borers,and is a a biological control agent of cereal stem borers",
"Intro_from": "Ongoing ecological speciation in Cotesia sesamiae, a biological control agent of cereal stem borers",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:95.2%[S:94.5%,D:0.7%],F:2.7%,M:2.1%,n:1367",
"GenomeSize": "168.7",
"GenomeGC": "28.9",
"SeqNumber": "18535",
"N50": "26.3",
"PCGnumber": "17885",
"Swissnumber": "8705",
"GOnumber": "8532",
"KEGGnumber": "10078",
"Pfamnumber": "10551",
"miRNAnumber": "87",
"lncRNAnumber": "0"
},
{
"id": 212,
"InsectBaseID": "IBG_00212",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Cotesia",
"TaxonomyID": "217443",
"Tags": "natural enemy;",
"OrganismName": "Cotesia vestalis",
"NormalName": "None",
"SpeciesIntro": "Cotesia vestalis is a parasitoid wasp that appears to be able to detect volatile organic compounds emitted by the plant Brassica oleracea in response to herbivore damage, such as would be caused (for example) by heavy infestation with the wasps host caterpillar Plutella xylostella.",
"Intro_from": "Wikipedia",
"Image_from": "Thilina Prasad Hettiarachchi@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000956155.1",
"GenomeLevel": "Contig",
"Busco": "C:82.3%[S:77.0%,D:5.3%],F:2.1%,M:15.6%,n:1367",
"GenomeSize": "186.1",
"GenomeGC": "21.3",
"SeqNumber": "9156",
"N50": "46.1",
"PCGnumber": "35293",
"Swissnumber": "13411",
"GOnumber": "13071",
"KEGGnumber": "13821",
"Pfamnumber": "16342",
"miRNAnumber": "96",
"lncRNAnumber": "3600"
},
{
"id": 213,
"InsectBaseID": "IBG_00213",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Craniophora",
"TaxonomyID": "938226",
"Tags": "None",
"OrganismName": "Craniophora ligustri",
"NormalName": "coronet",
"SpeciesIntro": "Craniophora ligustri is a moth of the family Noctuidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is found in Europe, through the Palearctic to Japan.",
"Intro_from": "Wikipedia",
"Image_from": "Paul Cools@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905163465.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:97.9%,D:0.7%],F:0.1%,M:1.3%,n:1367",
"GenomeSize": "438",
"GenomeGC": "24.7",
"SeqNumber": "33",
"N50": "15030.5",
"PCGnumber": "29594",
"Swissnumber": "11933",
"GOnumber": "11688",
"KEGGnumber": "14787",
"Pfamnumber": "15387",
"miRNAnumber": "217",
"lncRNAnumber": "0"
},
{
"id": 214,
"InsectBaseID": "IBG_00214",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Crematogaster",
"TaxonomyID": "531929",
"Tags": "None",
"OrganismName": "Crematogaster levior",
"NormalName": "None",
"SpeciesIntro": "Crematogaster levior occurs in lowland wet forest habitats, where it cohabits large ant gardens with Camponotus femoratus. Dejean et al. (2018) found this territorially-dominant arboreal-ant species association inhabited 1/5 of the tree canopies they sampled in an Amazonian forest.",
"Intro_from": "Antwiki",
"Image_from": "clurarit@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_901521435.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.7%[S:96.1%,D:1.6%],F:0.7%,M:1.6%,n:1367",
"GenomeSize": "330.3",
"GenomeGC": "28",
"SeqNumber": "1523",
"N50": "388",
"PCGnumber": "33748",
"Swissnumber": "10856",
"GOnumber": "10584",
"KEGGnumber": "12624",
"Pfamnumber": "13493",
"miRNAnumber": "130",
"lncRNAnumber": "4558"
},
{
"id": 215,
"InsectBaseID": "IBG_00215",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Crocallis",
"TaxonomyID": "934829",
"Tags": "None",
"OrganismName": "Crocallis elinguaria",
"NormalName": "scalloped oak",
"SpeciesIntro": "Crocallis elinguaria is a moth of the family Geometridae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.",
"Intro_from": "Wikipedia",
"Image_from": "Wolf-Achim and Hanna Roland@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907269065.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:98.2%,D:0.4%],F:0.4%,M:1.0%,n:1367",
"GenomeSize": "430.4",
"GenomeGC": "24.2",
"SeqNumber": "25",
"N50": "28485.2",
"PCGnumber": "27893",
"Swissnumber": "11515",
"GOnumber": "11338",
"KEGGnumber": "14196",
"Pfamnumber": "14554",
"miRNAnumber": "196",
"lncRNAnumber": "0"
},
{
"id": 216,
"InsectBaseID": "IBG_00216",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Croniades",
"TaxonomyID": "2201704",
"Tags": "None",
"OrganismName": "Croniades pieria",
"NormalName": "none",
"SpeciesIntro": "Croniades pieria is a neotropical species of lepidoptera in the family Hesperiidae, subfamily Pyrginae and tribe Pyrrhopygini. It is the only representative of the monotypic genus Croniades.",
"Intro_from": "Wikipedia",
"Image_from": "Alan Rockefeller@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018248815.1",
"GenomeLevel": "Contig",
"Busco": "C:74.7%[S:74.3%,D:0.4%],F:16.8%,M:8.5%,n:1367",
"GenomeSize": "389",
"GenomeGC": "25.8",
"SeqNumber": "114060",
"N50": "6",
"PCGnumber": "37620",
"Swissnumber": "16631",
"GOnumber": "16395",
"KEGGnumber": "18969",
"Pfamnumber": "17644",
"miRNAnumber": "151",
"lncRNAnumber": "0"
},
{
"id": 217,
"InsectBaseID": "IBG_00217",
"Order": "Coleoptera",
"Family": "Coccinellidae",
"Genus": "Cryptolaemus",
"TaxonomyID": "559131",
"Tags": "natural enemy;",
"OrganismName": "Cryptolaemus montrouzieri",
"NormalName": "mealybug ladybird or mealybug destroyer",
"SpeciesIntro": "Cryptolaemus montrouzieri is a ladybird species,it is is endemic to Queensland and New South Wales, Australia. It is now also present in southern Europe (France, Italy, Spain, Greece), in North Africa, in the Afrotropical realm, in the Nearctic realm, and in the Neotropical realm.",
"Intro_from": "Wikipedia",
"Image_from": "Sue Jaggar@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013387265.1",
"GenomeLevel": "Contig",
"Busco": "C:97.1%[S:96.0%,D:1.1%],F:0.7%,M:2.2%,n:1367",
"GenomeSize": "1000.5",
"GenomeGC": "19.4",
"SeqNumber": "398",
"N50": "10505.6",
"PCGnumber": "26481",
"Swissnumber": "11801",
"GOnumber": "11585",
"KEGGnumber": "13965",
"Pfamnumber": "14556",
"miRNAnumber": "182",
"lncRNAnumber": "4138"
},
{
"id": 218,
"InsectBaseID": "IBG_00218",
"Order": "Blattodea",
"Family": "Kalotermitidae",
"Genus": "Cryptotermes",
"TaxonomyID": "105785",
"Tags": "vector;",
"OrganismName": "Cryptotermes secundus",
"NormalName": "None",
"SpeciesIntro": "Cryptotermes secundus lives in less socially complex societies with a few hundred colony members. Reproductives develop from workers which are totipotent immatures. ",
"Intro_from": "Long live the queen, the king and the commoner? Transcript expression differences between old and young in the termite Cryptotermes secundus",
"Image_from": "Pest and Diseases Image Library@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002891405.2",
"GenomeLevel": "Scaffold",
"Busco": "C:97.4%[S:96.0%,D:1.4%],F:1.0%,M:1.6%,n:1367",
"GenomeSize": "1031.6",
"GenomeGC": "24.8",
"SeqNumber": "55483",
"N50": "1199.7",
"PCGnumber": "12482",
"Swissnumber": "9578",
"GOnumber": "9386",
"KEGGnumber": "9845",
"Pfamnumber": "10637",
"miRNAnumber": "169",
"lncRNAnumber": "5520"
},
{
"id": 219,
"InsectBaseID": "IBG_00219",
"Order": "Siphonaptera",
"Family": "Pulicidae",
"Genus": "Ctenocephalides",
"TaxonomyID": "7515",
"Tags": "vector;",
"OrganismName": "Ctenocephalides felis",
"NormalName": "cat flea",
"SpeciesIntro": "Ctenocephalides felis is an extremely common parasitic insect whose principal host is the domestic cat, although a high proportion of the fleas found on dogs also belong to this species. This is despite the widespread existence of a separate and well-established dog flea, Ctenocephalides canis.",
"Intro_from": "Wikipedia",
"Image_from": "Justin Williams@BY-NC",
"reference": "Misof B, Liu S, Meusemann K, et al. Phylogenomics resolves the timing and pattern of insect evolution. Science. 2014;346(6210):763-767.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25378627/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003426905.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.9%[S:74.2%,D:20.7%],F:1.0%,M:4.1%,n:1367",
"GenomeSize": "785.1",
"GenomeGC": "16.4",
"SeqNumber": "3733",
"N50": "72610.2",
"PCGnumber": "17572",
"Swissnumber": "13244",
"GOnumber": "13005",
"KEGGnumber": "13730",
"Pfamnumber": "15062",
"miRNAnumber": "162",
"lncRNAnumber": "3279"
},
{
"id": 220,
"InsectBaseID": "IBG_00220",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Culex",
"TaxonomyID": "7175",
"Tags": "vector",
"OrganismName": "Culex pipiens",
"NormalName": "house mosquito",
"SpeciesIntro": "Culex pipiens is a species of mosquito. House mosquitoes are some of the most common mosquitoes in the United States. More specifically, Culex pipiens is considered as the northern house mosquito, as it is the most common mosquito to the northern regions of the US. North of the 39th parallel north in the US, only C. pipiens are present, whereas south of the 36th parallel north, only C. quinquefasciatus are present. Additionally, they can be found in both urban and suburban temperate and tropical regions across the world.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@CC0",
"reference": "Peng C, Qian Z, Xinyu Z, et al. A Draft Genome Assembly of Culex pipiens pallens (Diptera: Culicidae) Using PacBio Sequencing. Genome Biol Evol. 2021;13(3):evab005.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33501937/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016801865.1",
"GenomeLevel": "Contig",
"Busco": "C:95.3%[S:90.6%,D:4.7%],F:0.6%,M:4.1%,n:1367",
"GenomeSize": "566.7",
"GenomeGC": "19.2",
"SeqNumber": "1714",
"N50": "838.1",
"PCGnumber": "15964",
"Swissnumber": "10700",
"GOnumber": "10527",
"KEGGnumber": "12051",
"Pfamnumber": "13010",
"miRNAnumber": "0",
"lncRNAnumber": "4862"
},
{
"id": 221,
"InsectBaseID": "IBG_00221",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Culex",
"TaxonomyID": "7176",
"Tags": "vector;",
"OrganismName": "Culex quinquefasciatus",
"NormalName": "southern house mosquito",
"SpeciesIntro": "Culex quinquefasciatus is a medium-sized mosquito found in tropical and subtropical regions of the world. It is a vector of Wuchereria bancrofti, avian malaria, and arboviruses including St. Louis encephalitis virus, Western equine encephalitis virus, Zika virus and West Nile virus. It is taxonomically regarded as a member of the Culex pipiens species complex. Its genome was sequenced in 2010, and was shown to have 18,883 protein-coding genes.",
"Intro_from": "Wikipedia",
"Image_from": "Sean McCann@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_015732765.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.3%[S:95.7%,D:0.6%],F:0.5%,M:3.2%,n:1367",
"GenomeSize": "573.2",
"GenomeGC": "18.3",
"SeqNumber": "57",
"N50": "201550.7",
"PCGnumber": "14810",
"Swissnumber": "10117",
"GOnumber": "9949",
"KEGGnumber": "11216",
"Pfamnumber": "12227",
"miRNAnumber": "125",
"lncRNAnumber": "5908"
},
{
"id": 222,
"InsectBaseID": "IBG_00222",
"Order": "Diptera",
"Family": "Ceratopogonidae",
"Genus": "Culicoides",
"TaxonomyID": "179676",
"Tags": "vector;",
"OrganismName": "Culicoides sonorensis",
"NormalName": "None",
"SpeciesIntro": "Culicoides sonorensis is a vector of bluetongue virus (BTV) in the USA, has been sequenced to provide the first reference genome for these vectors.",
"Intro_from": "The genome of the biting midge Culicoides sonorensis and gene expression analyses of vector competence for bluetongue virus",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900002565.1",
"GenomeLevel": "Contig",
"Busco": "C:97.8%[S:49.8%,D:48.0%],F:0.3%,M:1.9%,n:1367",
"GenomeSize": "212.1",
"GenomeGC": "18.2",
"SeqNumber": "916",
"N50": "601.2",
"PCGnumber": "22727",
"Swissnumber": "14589",
"GOnumber": "14385",
"KEGGnumber": "15097",
"Pfamnumber": "17596",
"miRNAnumber": "108",
"lncRNAnumber": "1343"
},
{
"id": 223,
"InsectBaseID": "IBG_00223",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Cyaniris",
"TaxonomyID": "988025",
"Tags": "None",
"OrganismName": "Cyaniris semiargus",
"NormalName": "Mazarine blue",
"SpeciesIntro": "Cyaniris semiargus is a Palearctic butterfly in the family Lycaenidae.",
"Intro_from": "Wikipedia",
"Image_from": "Chris van Swaay@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905187585.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:98.4%,D:0.2%],F:0.3%,M:1.1%,n:1367",
"GenomeSize": "441.5",
"GenomeGC": "20.5",
"SeqNumber": "26",
"N50": "19361.6",
"PCGnumber": "24842",
"Swissnumber": "10801",
"GOnumber": "10567",
"KEGGnumber": "12874",
"Pfamnumber": "13762",
"miRNAnumber": "273",
"lncRNAnumber": "0"
},
{
"id": 224,
"InsectBaseID": "IBG_00224",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Cydia",
"TaxonomyID": "82600",
"Tags": "vector;",
"OrganismName": "Cydia pomonella",
"NormalName": "codling moth",
"SpeciesIntro": "Cydia pomonella is a member of the Lepidopteran family Tortricidae. They are major pests to agricultural crops, mainly fruits such as apples and pears. Because the larvae are not able to feed on leaves, they are highly dependent on fruits as a food source and thus have a significant impact on crops. The caterpillars bore into fruit and stop it from growing, which leads to premature ripening. Various means of control, including chemical, biological, and preventive, have been implemented. This moth has a widespread distribution, being found on six continents. Adaptive behavior such as diapause and multiple generations per breeding season have allowed this moth to persist even during years of bad climatic conditions.",
"Intro_from": "Wikipedia",
"Image_from": "Donald Hobern@BY",
"reference": "Wan F, Yin C, Tang R, et al. A chromosome-level genome assembly of Cydia pomonella provides insights into chemical ecology and insecticide resistance. Nat Commun. 2019;10(1):4237.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31530873/",
"DataSource": "InsectBase",
"NCBIassembly": "GCA_003425675.2",
"GenomeLevel": "Chromosome",
"Busco": "C:92.2%[S:90.4%,D:1.8%],F:2.0%,M:5.8%,n:1367",
"GenomeSize": "773",
"GenomeGC": "33",
"SeqNumber": "638",
"N50": "28370.3",
"PCGnumber": "17156",
"Swissnumber": "13450",
"GOnumber": "13130",
"KEGGnumber": "14495",
"Pfamnumber": "14257",
"miRNAnumber": "89",
"lncRNAnumber": "13908"
},
{
"id": 225,
"InsectBaseID": "IBG_00225",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Cyphomyrmex",
"TaxonomyID": "456900",
"Tags": "None",
"OrganismName": "Cyphomyrmex costatus",
"NormalName": "None",
"SpeciesIntro": "Cyphomyrmex costatus is one of the most well studied of the genus.It is the smallest species of the genus, easily recognized, being the only form in the rimosus-group having four longitudinal carinae on tergum I of gaster. The closest relative is Cyphomyrmex wheeleri.",
"Intro_from": "Antwiki",
"Image_from": "Shannon Hartman@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001594065.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.3%,D:1.0%],F:0.2%,M:0.5%,n:1367",
"GenomeSize": "304.1",
"GenomeGC": "25.3",
"SeqNumber": "15379",
"N50": "1173.5",
"PCGnumber": "11725",
"Swissnumber": "8975",
"GOnumber": "8808",
"KEGGnumber": "9510",
"Pfamnumber": "10207",
"miRNAnumber": "131",
"lncRNAnumber": "1241"
},
{
"id": 226,
"InsectBaseID": "IBG_00226",
"Order": "Hemiptera",
"Family": "Dactylopiidae",
"Genus": "Dactylopius",
"TaxonomyID": "765876",
"Tags": "resource insect;edible insect;",
"OrganismName": "Dactylopius coccus",
"NormalName": "cochineal",
"SpeciesIntro": "Dactylopius coccus is a scale insect in the suborder Sternorrhyncha, from which the natural dye carmine is derived. A primarily sessile parasite native to tropical and subtropical South America through North America (Mexico and the Southwest United States), this insect lives on cacti in the genus Opuntia, feeding on plant moisture and nutrients. The insects are found on the pads of prickly pear cacti, collected by brushing them off the plants, and dried.",
"Intro_from": "Wikipedia",
"Image_from": "kurten@BY",
"reference": "Campana MG, Robles García NM, Tuross N. America's red gold: multiple lineages of cultivated cochineal in Mexico. Ecol Evol. 2015;5(3):607-617. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25691985/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000833685.1",
"GenomeLevel": "Contig",
"Busco": "C:3.7%[S:2.1%,D:1.6%],F:0.9%,M:95.4%,n:1367",
"GenomeSize": "18.9",
"GenomeGC": "45",
"SeqNumber": "1499",
"N50": "383.7",
"PCGnumber": "1559",
"Swissnumber": "1433",
"GOnumber": "1405",
"KEGGnumber": "1069",
"Pfamnumber": "1504",
"miRNAnumber": "7",
"lncRNAnumber": "0"
},
{
"id": 227,
"InsectBaseID": "IBG_00227",
"Order": "Hemiptera",
"Family": "Phylloxeridae",
"Genus": "Daktulosphaira",
"TaxonomyID": "58002",
"Tags": "pest;",
"OrganismName": "Daktulosphaira vitifoliae",
"NormalName": "phylloxera",
"SpeciesIntro": "Daktulosphaira vitifoliae is an insect pest of commercial grapevines worldwide, originally native to eastern North America. Grape phylloxera belong to the family Phylloxeridae, within the order Hemiptera, bugs; originally described in France as Phylloxera vastatrix; equated to the previously described Daktulosphaera vitifoliae, Phylloxera vitifoliae. ",
"Intro_from": "Wikipedia",
"Image_from": "Kelly Fuerstenberg@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:96.3%[S:94.3%,D:2.0%],F:0.6%,M:3.1%,n:1367",
"GenomeSize": "285.5",
"GenomeGC": "26.4",
"SeqNumber": "10493",
"N50": "345",
"PCGnumber": "25172",
"Swissnumber": "9838",
"GOnumber": "9608",
"KEGGnumber": "11266",
"Pfamnumber": "12543",
"miRNAnumber": "45",
"lncRNAnumber": "1946"
},
{
"id": 228,
"InsectBaseID": "IBG_00228",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Danaus",
"TaxonomyID": "151541",
"Tags": "None",
"OrganismName": "Danaus chrysippus",
"NormalName": "plain tiger, African queen or African monarch",
"SpeciesIntro": "Danaus chrysippus is a medium-sized butterfly widespread in Asia, Australia and Africa. It belongs to the Danainae subfamily of the brush-footed butterfly family Nymphalidae. Danainae primarily consume plants in the genus Asclepias, more commonly called milkweed. Milkweed contains toxic compounds, cardenolides, which are often consumed and stored by many butterflies. Because of their emetic properties, the plain tiger is unpalatable to most predators. As a result, the species coloration is widely mimicked by other species of butterflies. The plain tiger inhabits a wide variety of habitats, although it is less likely to thrive in jungle-like conditions and is most often found in drier, wide-open areas.",
"Intro_from": "Wikipedia",
"Image_from": "Vojtek Pavel@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004959915.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.7%[S:92.8%,D:0.9%],F:1.1%,M:5.2%,n:1367",
"GenomeSize": "326.4",
"GenomeGC": "19.7",
"SeqNumber": "726",
"N50": "1483.7",
"PCGnumber": "20667",
"Swissnumber": "10798",
"GOnumber": "10580",
"KEGGnumber": "11914",
"Pfamnumber": "12277",
"miRNAnumber": "115",
"lncRNAnumber": "0"
},
{
"id": 229,
"InsectBaseID": "IBG_00229",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Danaus",
"TaxonomyID": "165858",
"Tags": "None",
"OrganismName": "Danaus melanippus",
"NormalName": "black veined tiger, white tiger, common tiger, or eastern common tiger",
"SpeciesIntro": "Danaus melanippus is a butterfly species found in tropical Asia which belongs to the crows and tigers, that is, the danaine group of the brush-footed butterflies family.It ranges from Assam in eastern India through South-East Asia south to Indonesia, and eastwards to the Philippines and through southern China to Taiwan.It has around 17 subspecies, and its closest relative is the Malay tiger, Danaus affinis.",
"Intro_from": "Wikipedia",
"Image_from": "djhiker@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010014825.1",
"GenomeLevel": "Scaffold",
"Busco": "C:87.2%[S:86.5%,D:0.7%],F:7.9%,M:4.9%,n:1367",
"GenomeSize": "358.6",
"GenomeGC": "23.9",
"SeqNumber": "75556",
"N50": "900.8",
"PCGnumber": "60105",
"Swissnumber": "37426",
"GOnumber": "36097",
"KEGGnumber": "24916",
"Pfamnumber": "40616",
"miRNAnumber": "120",
"lncRNAnumber": "0"
},
{
"id": 230,
"InsectBaseID": "IBG_00230",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Danaus",
"TaxonomyID": "13037",
"Tags": "None",
"OrganismName": "Danaus plexippus",
"NormalName": "monarch butterfly or simply monarch,milkweed, common tiger, wanderer, and black veined brown.",
"SpeciesIntro": "Danaus plexippus is a milkweed butterfly in the family Nymphalidae.It is considered an iconic pollinator species.Its wings feature an easily recognizable black, orange, and white pattern, with a wingspan of 8.9–10.2 cm (3 1⁄2–4 in)A Müllerian mimic, the viceroy butterfly, is similar in color and pattern, but is markedly smaller and has an extra black stripe across each hindwing.",
"Intro_from": "Wikipedia",
"Image_from": "fam-esquivel@BY-NC",
"reference": "José M. Ranz, Pablo M. González, Bryan D. Clifton. A De Novo Genome Assembly, Gene Annotation, And Expression Atlas For The Monarch Butterfly Danaus plexippus. bioRxiv.",
"referenceFrom": "http://dx.crossref.org/10.1101/2020.09.19.304162",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018135715.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:98.2%,D:0.4%],F:0.5%,M:0.9%,n:1367",
"GenomeSize": "245.2",
"GenomeGC": "24",
"SeqNumber": "66",
"N50": "8158.2",
"PCGnumber": "22136",
"Swissnumber": "10147",
"GOnumber": "9974",
"KEGGnumber": "11144",
"Pfamnumber": "11947",
"miRNAnumber": "120",
"lncRNAnumber": "5212"
},
{
"id": 231,
"InsectBaseID": "IBG_00231",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Dasypogon",
"TaxonomyID": "468822",
"Tags": "None",
"OrganismName": "Dasypogon diadema",
"NormalName": "None",
"SpeciesIntro": "Dasypogon diadema was studied intensively in 1995 in an area west of Darmstadt, Germany. Its behaviour, especially the method of oviposition, was recorded. The eggs are laid in clutches in the soil, each protected in sand coccoon, a pehnomenon which has previously been recorded only in Antipalus varipes (Meigen, 1820) among the Asilidae.It is one of the most common robber flies in Central Europe",
"Intro_from": "http://www.geller-grimm.de/dasy.htm",
"Image_from": "Pascal Dubois@BY-NC",
"reference": "Drukewitz SH, Bokelmann L, Undheim EAB, von Reumont BM. Toxins from scratch? Diverse, multimodal gene origins in the predatory robber fly Dasypogon diadema indicate a dynamic venom evolution in dipteran insects. Gigascience. 2019;8(7):giz081.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31289835/",
"DataSource": "GigaDB",
"NCBIassembly": "GCA_006980735.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.0%[S:91.7%,D:2.3%],F:2.2%,M:3.8%,n:1367",
"GenomeSize": "513.5",
"GenomeGC": "35.3",
"SeqNumber": "96046",
"N50": "28.7",
"PCGnumber": "15220",
"Swissnumber": "10512",
"GOnumber": "10340",
"KEGGnumber": "11217",
"Pfamnumber": "11753",
"miRNAnumber": "86",
"lncRNAnumber": "1162"
},
{
"id": 232,
"InsectBaseID": "IBG_00232",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Deilephila",
"TaxonomyID": "644661",
"Tags": "None",
"OrganismName": "Deilephila porcellus",
"NormalName": "small elephant hawk-moth",
"SpeciesIntro": "Deilephila porcellus is a moth of the family Sphingidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is found in Europe, North Africa and western Asia.The wingspan is 45–51 millimetres (1.8–2.0 in). The moth flies from May to July depending on the location. The forewings are ochreous with a faint olive tinge; the front margin is edged and blotched with pinkish, and there is a broad but irregular band of the same colour on the outer margin. The hindwings are blackish on their upper margin, pinkish on their outer margin, and ochreous tinged with olive between. The fringes are chequered whitish, sometimes tinged with pink. The head, thorax, and body are pinkish, more or less variegated with olive; the thorax has a patch of white hairs above the base of the wings. It is highly variable in colouration. In drier and warmer and arid areas of Asia Minor and Central Asia the pink colouration is absent. Form rosea Zerny is intermediate; f. indistincta Tutt is pinkish grey; f. suellus is yellowish sandy buff.",
"Intro_from": "Wikipedia",
"Image_from": "mgraeff@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220455.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.9%[S:98.8%,D:0.1%],F:0.1%,M:1.0%,n:1367",
"GenomeSize": "402.1",
"GenomeGC": "25.1",
"SeqNumber": "31",
"N50": "15067.5",
"PCGnumber": "23707",
"Swissnumber": "11360",
"GOnumber": "11159",
"KEGGnumber": "12993",
"Pfamnumber": "13239",
"miRNAnumber": "252",
"lncRNAnumber": "0"
},
{
"id": 233,
"InsectBaseID": "IBG_00233",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Delias",
"TaxonomyID": "152616",
"Tags": "None",
"OrganismName": "Delias pasithoe",
"NormalName": "redbase Jezebel",
"SpeciesIntro": "Delias pasithoe is a medium-sized butterfly of the family Pieridae, that is, the yellows and whites. The species is found in parts of South Asia and Southeast Asia. There has been some dispute for which species the specific name aglaja (or aglaia), used twice by Linnaeus in 1758, applies – the redbase Jezebel, or the dark green fritillary (Speyeria aglaja), a brush-footed butterfly. Here, Delias pasithoe is used for the redbase Jezebel, based on the replacement name proposed by Linnaeus himself.",
"Intro_from": "Wikipedia",
"Image_from": "Sterling Sheehy@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010014985.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.4%[S:92.2%,D:4.2%],F:1.2%,M:2.4%,n:1367",
"GenomeSize": "300.9",
"GenomeGC": "29.1",
"SeqNumber": "35264",
"N50": "196.1",
"PCGnumber": "52284",
"Swissnumber": "30191",
"GOnumber": "29716",
"KEGGnumber": "22427",
"Pfamnumber": "33355",
"miRNAnumber": "110",
"lncRNAnumber": "0"
},
{
"id": 234,
"InsectBaseID": "IBG_00234",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Dendroctonus",
"TaxonomyID": "77166",
"Tags": "pest;",
"OrganismName": "Dendroctonus ponderosae",
"NormalName": "mountain pine beetle",
"SpeciesIntro": "Dendroctonus ponderosae is a species of bark beetle native to the forests of western North America from Mexico to central British Columbia. It has a hard black exoskeleton, and measures approximately 5 millimetres (1⁄4 in), about the size of a grain of rice.",
"Intro_from": "Wikipedia",
"Image_from": "Dezene Huber@CC0",
"reference": "Keeling CI, Li M, Sandhu HK, Henderson H, Yuen MM, Bohlmann J. Quantitative metabolome, proteome and transcriptome analysis of midgut and fat body tissues in the mountain pine beetle, Dendroctonus ponderosae Hopkins, and insights into pheromone biosynthesis. Insect Biochem Mol Biol. 2016;70:170-183.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/26792242/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000355655.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.2%[S:92.2%,D:4.0%],F:1.6%,M:2.2%,n:1367",
"GenomeSize": "256",
"GenomeGC": "23.2",
"SeqNumber": "8188",
"N50": "636.6",
"PCGnumber": "10300",
"Swissnumber": "8153",
"GOnumber": "8003",
"KEGGnumber": "8101",
"Pfamnumber": "8871",
"miRNAnumber": "80",
"lncRNAnumber": "0"
},
{
"id": 235,
"InsectBaseID": "IBG_00235",
"Order": "Lepidoptera",
"Family": "Lasiocampidae",
"Genus": "Dendrolimus",
"TaxonomyID": "238572",
"Tags": "pest;",
"OrganismName": "Dendrolimus punctatus",
"NormalName": "None",
"SpeciesIntro": "Dendrolimus punctatus is endemic to southern Asia and, in recent years, has become the most serious and economically damaging insect pest in the south China forests.",
"Intro_from": "Phylogeography of Dendrolimus punctatus (Lepidoptera: Lasiocampidae): Population differentiation and last glacial maximum survival",
"Image_from": "sashahaldane@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "DDBJ",
"NCBIassembly": "GCA_012273795.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.2%[S:93.9%,D:2.3%],F:1.2%,M:2.6%,n:1367",
"GenomeSize": "621.8",
"GenomeGC": "21.2",
"SeqNumber": "107",
"N50": "22422.9",
"PCGnumber": "23287",
"Swissnumber": "12042",
"GOnumber": "11835",
"KEGGnumber": "13969",
"Pfamnumber": "14530",
"miRNAnumber": "222",
"lncRNAnumber": "8690"
},
{
"id": 236,
"InsectBaseID": "IBG_00236",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Diabrotica",
"TaxonomyID": "50389",
"Tags": "pest;",
"OrganismName": "Diabrotica virgifera",
"NormalName": "Western corn rootworm",
"SpeciesIntro": "Diabrotica virgifera is one of the most devastating corn rootworm species in North America, especially in the midwestern corn-growing areas such as Iowa. A related species, the Northern corn rootworm, D. barberi, co-inhabits in much of the range and is fairly similar in biology.",
"Intro_from": "Wikipedia",
"Image_from": "carnifex@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003013835.2",
"GenomeLevel": "Scaffold",
"Busco": "C:92.3%[S:90.3%,D:2.0%],F:4.8%,M:2.9%,n:1367",
"GenomeSize": "2448.3",
"GenomeGC": "11",
"SeqNumber": "87712",
"N50": "495.2",
"PCGnumber": "20380",
"Swissnumber": "11935",
"GOnumber": "11725",
"KEGGnumber": "13565",
"Pfamnumber": "15391",
"miRNAnumber": "98",
"lncRNAnumber": "23759"
},
{
"id": 237,
"InsectBaseID": "IBG_00237",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Diachasma",
"TaxonomyID": "454923",
"Tags": "natural enemy;",
"OrganismName": "Diachasma alloeum",
"NormalName": "None",
"SpeciesIntro": "Diachasma alloeum is a small wasp in the family Braconidae. It is a parasitoid of Rhagoletis pomonella, the apple maggot. The wasp lays its eggs into third-instar larvae of the fly, which then develop after the larvae have pupated. The immature wasps then eat the fly larvae and overwinter inside the fly puparia.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001412515.3",
"GenomeLevel": "Scaffold",
"Busco": "C:98.3%[S:98.0%,D:0.3%],F:0.5%,M:1.2%,n:1367",
"GenomeSize": "389.2",
"GenomeGC": "24.5",
"SeqNumber": "3313",
"N50": "665.2",
"PCGnumber": "11732",
"Swissnumber": "8573",
"GOnumber": "8432",
"KEGGnumber": "9251",
"Pfamnumber": "9851",
"miRNAnumber": "110",
"lncRNAnumber": "1283"
},
{
"id": 238,
"InsectBaseID": "IBG_00238",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Diadegma",
"TaxonomyID": "208481",
"Tags": "natural enemy;",
"OrganismName": "Diadegma semiclausum",
"NormalName": "None",
"SpeciesIntro": "Diadegma semiclausum is a species of parasitic wasp in the family Ichneumonidae. Its larvae are parasites of the larvae of the diamondback moth (Plutella xylostella) and certain other moths.",
"Intro_from": "Wikipedia",
"Image_from": "bunnynom@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011421695.1",
"GenomeLevel": "Contig",
"Busco": "C:32.3%[S:31.9%,D:0.4%],F:36.5%,M:31.2%,n:1367",
"GenomeSize": "170.5",
"GenomeGC": "34.3",
"SeqNumber": "262466",
"N50": "0.8",
"PCGnumber": "32944",
"Swissnumber": "19270",
"GOnumber": "18926",
"KEGGnumber": "17171",
"Pfamnumber": "19782",
"miRNAnumber": "188",
"lncRNAnumber": "218"
},
{
"id": 239,
"InsectBaseID": "IBG_00239",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Diadromus",
"TaxonomyID": "7421",
"Tags": "natural enemy;",
"OrganismName": "Diadromus collaris",
"NormalName": "None",
"SpeciesIntro": "Diadromus collaris (Gravenhorst) is an important pupal parasitoid of the diamondback moth, Plutella xylostella (L.), a major insect pest of cruciferous vegetables worldwide.",
"Intro_from": "Morphology and Development of Immature Stage of Diadromus collaris (Hymenoptera: Ichneumonidae), an Important Endoparasitoid of Plutella xylostella (Lepidoptera: Plutellidae)",
"Image_from": "renko@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009394715.1",
"GenomeLevel": "Contig",
"Busco": "C:30.3%[S:30.2%,D:0.1%],F:46.5%,M:23.2%,n:1367",
"GenomeSize": "191.1",
"GenomeGC": "36.9",
"SeqNumber": "333665",
"N50": "0.7",
"PCGnumber": "44832",
"Swissnumber": "16782",
"GOnumber": "16599",
"KEGGnumber": "21959",
"Pfamnumber": "16058",
"miRNAnumber": "185",
"lncRNAnumber": "164"
},
{
"id": 240,
"InsectBaseID": "IBG_00240",
"Order": "Hemiptera",
"Family": "Liviidae",
"Genus": "Diaphorina",
"TaxonomyID": "121845",
"Tags": "pest;",
"OrganismName": "Diaphorina citri",
"NormalName": "Asian citrus psyllid",
"SpeciesIntro": "Diaphorina citri is a sap-sucking, hemipteran bug in the family Liviidae. It is one of two confirmed vectors of citrus greening disease. It has a wide distribution in southern Asia and has spread to other citrus growing regions.",
"Intro_from": "Wikipedia",
"Image_from": "Chris Mallory@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000475195.1",
"GenomeLevel": "Scaffold",
"Busco": "C:85.6%[S:81.0%,D:4.6%],F:7.2%,M:7.2%,n:1367",
"GenomeSize": "491.7",
"GenomeGC": "24.1",
"SeqNumber": "161988",
"N50": "111.5",
"PCGnumber": "15913",
"Swissnumber": "10218",
"GOnumber": "10068",
"KEGGnumber": "10877",
"Pfamnumber": "11069",
"miRNAnumber": "133",
"lncRNAnumber": "13851"
},
{
"id": 241,
"InsectBaseID": "IBG_00241",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Diatraea",
"TaxonomyID": "40085",
"Tags": "pest",
"OrganismName": "Diatraea saccharalis",
"NormalName": "sugarcane borer",
"SpeciesIntro": "Diatraea saccharalis is a species of moth of the family Crambidae. It was described by Johan Christian Fabricius in 1794. It is native to the Caribbean, Central America, and the warmer parts of South America south to northern Argentina. It was introduced to Louisiana in about 1855, and has since spread to the other Gulf Coast states.",
"Intro_from": "Wikipedia",
"Image_from": "Hugo Hulsberg@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014843785.1",
"GenomeLevel": "Scaffold",
"Busco": "C:86.5%[S:86.1%,D:0.4%],F:9.0%,M:4.5%,n:1367",
"GenomeSize": "453.2",
"GenomeGC": "21.3",
"SeqNumber": "50455",
"N50": "16.3",
"PCGnumber": "29825",
"Swissnumber": "12998",
"GOnumber": "12781",
"KEGGnumber": "15603",
"Pfamnumber": "14864",
"miRNAnumber": "151",
"lncRNAnumber": "1718"
},
{
"id": 242,
"InsectBaseID": "IBG_00242",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Dinoponera",
"TaxonomyID": "609295",
"Tags": "medicinal insect;",
"OrganismName": "Dinoponera quadriceps",
"NormalName": "None",
"SpeciesIntro": "Dinoponera quadriceps is a queenless species of ants in the subfamily Ponerinae. The species, known from Brazil, is similar to Dinoponera mutica and uses venom for subduing large live prey and defense. Its venom could be of use to the pharmaceutical industry.",
"Intro_from": "Wikipedia",
"Image_from": "Tiago Felipe@BY-NC",
"reference": "Patalano S, Vlasova A, Wyatt C, et al. Molecular signatures of plastic phenotypes in two eusocial insect species with simple societies. Proc Natl Acad Sci U S A. 2015;112(45):13970-13975.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/26483466/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001313825.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.4%[S:98.0%,D:0.4%],F:0.5%,M:1.1%,n:1367",
"GenomeSize": "262.9",
"GenomeGC": "35.7",
"SeqNumber": "14123",
"N50": "1378.3",
"PCGnumber": "10261",
"Swissnumber": "8254",
"GOnumber": "8097",
"KEGGnumber": "8337",
"Pfamnumber": "8939",
"miRNAnumber": "198",
"lncRNAnumber": "1253"
},
{
"id": 243,
"InsectBaseID": "IBG_00243",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Dione",
"TaxonomyID": "2795540",
"Tags": "None",
"OrganismName": "Dione vanillae",
"NormalName": "Gulf fritillary or passion butterfly",
"SpeciesIntro": "Dione vanillae is a bright orange butterfly in the subfamily Heliconiinae of the family Nymphalidae. That subfamily was formerly set apart as a separate family, the Heliconiidae. The Heliconiinae are longwing butterflies, which have long, narrow wings compared to other butterflies. Gulf fritillary is the only member of genus Agraulis.",
"Intro_from": "Wikipedia",
"Image_from": "Korall@BY-SA",
"reference": "Edelman NB, Frandsen PB, Miyagi M, et al. Genomic architecture and introgression shape a butterfly radiation. Science. 2019;366(6465):594-599. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31672890/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013421085.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.9%[S:93.1%,D:1.8%],F:2.6%,M:2.5%,n:1367",
"GenomeSize": "395.6",
"GenomeGC": "20",
"SeqNumber": "45019",
"N50": "21.7",
"PCGnumber": "31487",
"Swissnumber": "15350",
"GOnumber": "15072",
"KEGGnumber": "18432",
"Pfamnumber": "17801",
"miRNAnumber": "180",
"lncRNAnumber": "0"
},
{
"id": 244,
"InsectBaseID": "IBG_00244",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Diuraphis",
"TaxonomyID": "143948",
"Tags": "pest;",
"OrganismName": "Diuraphis noxia",
"NormalName": "Russian wheat aphid",
"SpeciesIntro": "Diuraphis noxia is an aphid that can cause significant losses in cereal crops. The species was introduced to the United States in 1986 and is considered an invasive species there. This aphid is pale green and up to 2 mm long. Cornicles are very short, rounded, and appear to be lacking. There is an appendage above the cauda giving the aphid the appearance of having two tails. The saliva of this aphid is toxic to the plant and causes whitish striping on cereal leaves. Feeding by this aphid will also cause the flag leaf to turn white and curl around the head causing incomplete head emergence. Host plants: cereal grain crops including wheat and barley and to a lesser extent, wild grasses such as wheatgrasses, brome-grasses, ryegrasses and anything in the grass family.",
"Intro_from": "Wikipedia",
"Image_from": "Jesse Rorabaugh@CC0",
"reference": "Nicholson SJ, Nickerson ML, Dean M, et al. The genome of Diuraphis noxia, a global aphid pest of small grains. BMC Genomics. 2015;16:429.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/26044338/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001186385.1",
"GenomeLevel": "Scaffold",
"Busco": "C:89.2%[S:87.1%,D:2.1%],F:4.6%,M:6.2%,n:1367",
"GenomeSize": "400",
"GenomeGC": "15.1",
"SeqNumber": "5637",
"N50": "402.8",
"PCGnumber": "12250",
"Swissnumber": "9045",
"GOnumber": "8879",
"KEGGnumber": "9637",
"Pfamnumber": "10058",
"miRNAnumber": "73",
"lncRNAnumber": "0"
},
{
"id": 245,
"InsectBaseID": "IBG_00245",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Dolichoris",
"TaxonomyID": "130022",
"Tags": "None",
"OrganismName": "Dolichoris vasculosae",
"NormalName": "none",
"SpeciesIntro": "Dolichoris vasculosae is a hymenopterous insect in the family fig wasps (Agaonidae). The scientific name was first validly published in 1967 by Hill.",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@BY-NC-SA",
"reference": "Xiao J, Wei X, Zhou Y, et al. Genomes of 12 fig wasps provide insights into the adaptation of pollinators to fig syconia. J Genet Genomics. 2021;48(3):225-236.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34011484/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018907195.1",
"GenomeLevel": "Contig",
"Busco": "C:97.6%[S:96.8%,D:0.8%],F:0.4%,M:2.0%,n:1367",
"GenomeSize": "286.2",
"GenomeGC": "18.2",
"SeqNumber": "75",
"N50": "10894.7",
"PCGnumber": "49116",
"Swissnumber": "8779",
"GOnumber": "8649",
"KEGGnumber": "9409",
"Pfamnumber": "9415",
"miRNAnumber": "120",
"lncRNAnumber": "0"
},
{
"id": 246,
"InsectBaseID": "IBG_00246",
"Order": "Lepidoptera",
"Family": "Drepanidae",
"Genus": "Drepana",
"TaxonomyID": "219515",
"Tags": "pest",
"OrganismName": "Drepana arcuata",
"NormalName": "arched hooktip or masked birch caterpillar",
"SpeciesIntro": "Drepana arcuata is a moth of the family Drepanidae. The species was first described by Francis Walker in 1855. It is found from Newfoundland to Vancouver Island, south to at least North Carolina, South Carolina and California.The wingspan is 24–40 millimetres (0.94–1.57 in). Adults are on wing from mid-May through late-July. There is one generation per year in the north.",
"Intro_from": "Wikipedia",
"Image_from": "Susan Elliott@BY-NC",
"reference": "Yadav C, Smith M, Ogunremi D, Yack J. Draft genome assembly and annotation of the masked birch caterpillar, Drepana arcuata (Lepidoptera: Drepanoidea). Data Brief. 2020;33:106531.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33299908/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016069955.1",
"GenomeLevel": "Scaffold",
"Busco": "C:80.2%[S:78.5%,D:1.7%],F:4.0%,M:15.8%,n:1367",
"GenomeSize": "270.5",
"GenomeGC": "25",
"SeqNumber": "11479",
"N50": "53.8",
"PCGnumber": "23921",
"Swissnumber": "12817",
"GOnumber": "12537",
"KEGGnumber": "12832",
"Pfamnumber": "14659",
"miRNAnumber": "131",
"lncRNAnumber": "2102"
},
{
"id": 247,
"InsectBaseID": "IBG_00247",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7291",
"Tags": "model organism;",
"OrganismName": "Drosophila albomicans",
"NormalName": "None",
"SpeciesIntro": "Drosophila albomicans is a species of vinegar fly in the family Drosophilidae. Drosophila albomicans is a member of the Immigrans-tripunctata radiation of the subgenus Drosophila. The D. albomicans genome was first sequenced in 2012 to study the evolution of novel sex chromosomes, a characteristic this species is best known for.One commonly accepted definition of the biological species concept is that individuals or populations are members of different species if they are incapable of successful interbreeding. While D. albomicans and Drosophila nasuta are commonly referred to as distinct species, there appears to be little to no sexual isolation between these two Drosophila species. Instead, behavioural differences appear to reproductively isolate these two species.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University. @BY",
"reference": "Mai D, Nalley MJ, Bachtrog D. Patterns of Genomic Differentiation in the Drosophila nasuta Species Complex. Mol Biol Evol. 2020;37(1):208-220.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31556453/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009650485.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.9%[S:96.8%,D:1.1%],F:0.1%,M:2.0%,n:1367",
"GenomeSize": "167.9",
"GenomeGC": "28.8",
"SeqNumber": "11",
"N50": "33845.4",
"PCGnumber": "13237",
"Swissnumber": "9739",
"GOnumber": "9592",
"KEGGnumber": "9699",
"Pfamnumber": "11069",
"miRNAnumber": "194",
"lncRNAnumber": "3589"
},
{
"id": 248,
"InsectBaseID": "IBG_00248",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7216",
"Tags": "None",
"OrganismName": "Drosophila ambigua",
"NormalName": "none",
"SpeciesIntro": "Drosophila ambigua is a European species of fruit fly.It is known from most European counties, but it is not common in any of them. It is found wild in Spain, but in other countries it is only found in association with the activities of man, being found on farms, public houses, orchards, fruit stores and the like. There is speculation that it does not over winter in most of Northern Europe, but is reintroduced anew each year.",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018150905.1",
"GenomeLevel": "Contig",
"Busco": "C:99.2%[S:98.4%,D:0.8%],F:0.2%,M:0.6%,n:1367",
"GenomeSize": "161.3",
"GenomeGC": "35",
"SeqNumber": "172",
"N50": "11334.6",
"PCGnumber": "15138",
"Swissnumber": "9959",
"GOnumber": "9803",
"KEGGnumber": "10128",
"Pfamnumber": "11183",
"miRNAnumber": "176",
"lncRNAnumber": "0"
},
{
"id": 249,
"InsectBaseID": "IBG_00249",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "40366",
"Tags": "model organism;",
"OrganismName": "Drosophila americana",
"NormalName": "None",
"SpeciesIntro": "Drosophila americana is a species of the virilis group of Drosophila that has been diverging from the model species",
"Intro_from": "Drosophila americana as a model species for comparative studies on the molecular basis of phenotypic variation",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018152915.1",
"GenomeLevel": "Contig",
"Busco": "C:99.2%[S:97.7%,D:1.5%],F:0.1%,M:0.7%,n:1367",
"GenomeSize": "183.6",
"GenomeGC": "28.2",
"SeqNumber": "587",
"N50": "20798.9",
"PCGnumber": "14473",
"Swissnumber": "9702",
"GOnumber": "9561",
"KEGGnumber": "9855",
"Pfamnumber": "10906",
"miRNAnumber": "250",
"lncRNAnumber": "3326"
},
{
"id": 250,
"InsectBaseID": "IBG_00250",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7217",
"Tags": "model organism;",
"OrganismName": "Drosophila ananassae",
"NormalName": "None",
"SpeciesIntro": "Drosophila ananassae is a species of fruit fly that is a useful model organism for genetic studies because it is easily cultured in the laboratory, and was one of 12 fruitfly genomes sequenced for a large comparative study.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "Tvedte ES, Gasser M, Sparklin BC, et al. Comparison of long read sequencing technologies in interrogating bacteria and fly genomes [published online ahead of print, 2021 Mar 26]. G3 (Bethesda). 2021;jkab083.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33768248/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017639315.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.3%[S:98.8%,D:0.5%],F:0.1%,M:0.6%,n:1367",
"GenomeSize": "234.4",
"GenomeGC": "28.3",
"SeqNumber": "154",
"N50": "22203.7",
"PCGnumber": "16740",
"Swissnumber": "10376",
"GOnumber": "10242",
"KEGGnumber": "10518",
"Pfamnumber": "11691",
"miRNAnumber": "109",
"lncRNAnumber": "7182"
},
{
"id": 251,
"InsectBaseID": "IBG_00251",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "30017",
"Tags": "None",
"OrganismName": "Drosophila arawakana",
"NormalName": "none",
"SpeciesIntro": "Drosophila arawakana is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018151165.1",
"GenomeLevel": "Contig",
"Busco": "C:99.3%[S:97.7%,D:1.6%],F:0.1%,M:0.6%,n:1367",
"GenomeSize": "171.4",
"GenomeGC": "27.4",
"SeqNumber": "815",
"N50": "4863.2",
"PCGnumber": "15933",
"Swissnumber": "10242",
"GOnumber": "10095",
"KEGGnumber": "10365",
"Pfamnumber": "11503",
"miRNAnumber": "130",
"lncRNAnumber": "0"
},
{
"id": 252,
"InsectBaseID": "IBG_00252",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7263",
"Tags": "None",
"OrganismName": "Drosophila arizonae",
"NormalName": "None",
"SpeciesIntro": "Drosophila arizonae has a broad geographical distribution from southwestern New Mexico and southern Arizona to mainland Mexico and Guatemala ",
"Intro_from": "Genetic and phenotypic differentiation suggests incipient speciation within Drosophila arizonae (Diptera: Drosophilidae)",
"Image_from": "None",
"reference": "Sanchez-Flores A, Peñaloza F, Carpinteyro-Ponce J, et al. Genome Evolution in Three Species of Cactophilic Drosophila. G3 (Bethesda). 2016;6(10):3097-3105.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27489210/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001654025.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.0%[S:95.0%,D:1.0%],F:0.7%,M:3.3%,n:1367",
"GenomeSize": "143.2",
"GenomeGC": "29.1",
"SeqNumber": "3178",
"N50": "26868.4",
"PCGnumber": "11950",
"Swissnumber": "8899",
"GOnumber": "8773",
"KEGGnumber": "8856",
"Pfamnumber": "9991",
"miRNAnumber": "147",
"lncRNAnumber": "0"
},
{
"id": 253,
"InsectBaseID": "IBG_00253",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "154832",
"Tags": "None",
"OrganismName": "Drosophila asahinai",
"NormalName": "None",
"SpeciesIntro": "Drosophila asahinai is a member of the D. montium species subgroup",
"Intro_from": "A New Species of the Drosophila montium Species Subgroup (Diptera, Drosophilidae) frou Amami-Oshima Island",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008042795.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.9%[S:97.4%,D:1.5%],F:0.4%,M:0.7%,n:1367",
"GenomeSize": "191.4",
"GenomeGC": "33.2",
"SeqNumber": "14021",
"N50": "83.8",
"PCGnumber": "20940",
"Swissnumber": "13708",
"GOnumber": "13460",
"KEGGnumber": "12289",
"Pfamnumber": "15512",
"miRNAnumber": "136",
"lncRNAnumber": "0"
},
{
"id": 254,
"InsectBaseID": "IBG_00254",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7248",
"Tags": "None",
"OrganismName": "Drosophila athabasca",
"NormalName": "None",
"SpeciesIntro": "Drosophila athabasca species complex contains three recently diverged, prezygotically isolated semispecies (Western-Northern, Eastern-A, and Eastern-B) that are distributed across North America and share zones of sympatry.",
"Intro_from": "Patterns of Genome-Wide Diversity and Population Structure in the Drosophila athabasca Species Complex",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008121215.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.1%[S:97.9%,D:1.2%],F:0.0%,M:0.9%,n:1367",
"GenomeSize": "195.1",
"GenomeGC": "32.1",
"SeqNumber": "119",
"N50": "52752.4",
"PCGnumber": "14886",
"Swissnumber": "9756",
"GOnumber": "9608",
"KEGGnumber": "9877",
"Pfamnumber": "11007",
"miRNAnumber": "184",
"lncRNAnumber": "781"
},
{
"id": 255,
"InsectBaseID": "IBG_00255",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "47315",
"Tags": "None",
"OrganismName": "Drosophila auraria",
"NormalName": "None",
"SpeciesIntro": "Drosophila auraria complex is the only parameter that is consistently species-specific among the several courtship elements examined within the complex. ",
"Intro_from": "Genetic basis and evolution of species-specific courtship song in the Drosophila auraria complex",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008042615.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:97.3%,D:1.5%],F:0.4%,M:0.8%,n:1367",
"GenomeSize": "199.9",
"GenomeGC": "32.5",
"SeqNumber": "15783",
"N50": "48.9",
"PCGnumber": "21193",
"Swissnumber": "14076",
"GOnumber": "13811",
"KEGGnumber": "12533",
"Pfamnumber": "15931",
"miRNAnumber": "150",
"lncRNAnumber": "0"
},
{
"id": 256,
"InsectBaseID": "IBG_00256",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7249",
"Tags": "None",
"OrganismName": "Drosophila azteca",
"NormalName": "None",
"SpeciesIntro": "Vollenhovia emeryi is a species of ant in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_005876895.1",
"GenomeLevel": "Contig",
"Busco": "C:98.8%[S:97.3%,D:1.5%],F:0.0%,M:1.2%,n:1367",
"GenomeSize": "221.8",
"GenomeGC": "32",
"SeqNumber": "126",
"N50": "18056.9",
"PCGnumber": "16637",
"Swissnumber": "10666",
"GOnumber": "10488",
"KEGGnumber": "10441",
"Pfamnumber": "12030",
"miRNAnumber": "170",
"lncRNAnumber": "0"
},
{
"id": 257,
"InsectBaseID": "IBG_00257",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "30018",
"Tags": "None",
"OrganismName": "Drosophila bakoue",
"NormalName": "None",
"SpeciesIntro": "Drosophila bakoue is a species of ant in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008044335.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.0%[S:96.0%,D:3.0%],F:0.4%,M:0.6%,n:1367",
"GenomeSize": "189.6",
"GenomeGC": "35",
"SeqNumber": "16704",
"N50": "38.5",
"PCGnumber": "28048",
"Swissnumber": "17966",
"GOnumber": "17560",
"KEGGnumber": "14952",
"Pfamnumber": "20408",
"miRNAnumber": "163",
"lncRNAnumber": "0"
},
{
"id": 258,
"InsectBaseID": "IBG_00258",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "125945",
"Tags": "None",
"OrganismName": "Drosophila biarmipes",
"NormalName": "None",
"SpeciesIntro": "Drosophila biarmipes as part of the Drosophila modENCODE project, the Baylor College of Medicine is studying the comparative genomics of eight additional species of Drosophila: biarmipes, bipectinata, elegans, eugracillis, ficusphila, kikkawai, rhopaloa, and takahashii.",
"Intro_from": "https://i5k.nal.usda.gov/Drosophila_biarmipes",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018148935.1",
"GenomeLevel": "Contig",
"Busco": "C:99.5%[S:99.1%,D:0.4%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "185.3",
"GenomeGC": "33.5",
"SeqNumber": "283",
"N50": "23381.8",
"PCGnumber": "15029",
"Swissnumber": "9839",
"GOnumber": "9700",
"KEGGnumber": "9972",
"Pfamnumber": "11191",
"miRNAnumber": "158",
"lncRNAnumber": "2104"
},
{
"id": 259,
"InsectBaseID": "IBG_00259",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7218",
"Tags": "model organism;",
"OrganismName": "Drosophila bifasciata",
"NormalName": "None",
"SpeciesIntro": "Drosophila bifasciata is a species which represents an important subgroup for which no high-quality chromosome-level genome assembly currently exists. ",
"Intro_from": "Chromosome-Level Assembly of Drosophila bifasciata Reveals Important Karyotypic Transition of the X Chromosome",
"Image_from": "carnifex@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009664405.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.5%[S:93.8%,D:0.7%],F:0.5%,M:5.0%,n:1367",
"GenomeSize": "195.2",
"GenomeGC": "31.1",
"SeqNumber": "214",
"N50": "48672.4",
"PCGnumber": "14763",
"Swissnumber": "9691",
"GOnumber": "9532",
"KEGGnumber": "9898",
"Pfamnumber": "10870",
"miRNAnumber": "177",
"lncRNAnumber": "0"
},
{
"id": 260,
"InsectBaseID": "IBG_00260",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "42026",
"Tags": "None",
"OrganismName": "Drosophila bipectinata",
"NormalName": "None",
"SpeciesIntro": "Drosophila bipectinata species complex belongs to the ananassae subgroup of the melanogaster species group (Genus Drosophila, Subgenus Sophophora). ",
"Intro_from": "Drosophila bipectinata species complex",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018153845.1",
"GenomeLevel": "Contig",
"Busco": "C:99.4%[S:98.2%,D:1.2%],F:0.1%,M:0.5%,n:1367",
"GenomeSize": "192.4",
"GenomeGC": "30.2",
"SeqNumber": "125",
"N50": "15788.9",
"PCGnumber": "16058",
"Swissnumber": "10214",
"GOnumber": "10075",
"KEGGnumber": "10321",
"Pfamnumber": "11521",
"miRNAnumber": "129",
"lncRNAnumber": "0"
},
{
"id": 261,
"InsectBaseID": "IBG_00261",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "46829",
"Tags": "None",
"OrganismName": "Drosophila birchii",
"NormalName": "None",
"SpeciesIntro": "Drosophila birchii is a species of ant in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008042755.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.1%,D:1.2%],F:0.1%,M:0.6%,n:1367",
"GenomeSize": "158.6",
"GenomeGC": "32.7",
"SeqNumber": "7571",
"N50": "245.4",
"PCGnumber": "18940",
"Swissnumber": "12120",
"GOnumber": "11905",
"KEGGnumber": "11295",
"Pfamnumber": "13729",
"miRNAnumber": "133",
"lncRNAnumber": "0"
},
{
"id": 262,
"InsectBaseID": "IBG_00262",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "103765",
"Tags": "None",
"OrganismName": "Drosophila bocki",
"NormalName": "None",
"SpeciesIntro": "Drosophila bocki is a species of ant in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008042715.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.3%,D:1.0%],F:0.2%,M:0.5%,n:1367",
"GenomeSize": "153.1",
"GenomeGC": "32.8",
"SeqNumber": "8838",
"N50": "81.9",
"PCGnumber": "16285",
"Swissnumber": "10452",
"GOnumber": "10295",
"KEGGnumber": "10684",
"Pfamnumber": "11738",
"miRNAnumber": "120",
"lncRNAnumber": "0"
},
{
"id": 263,
"InsectBaseID": "IBG_00263",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "74549",
"Tags": "None",
"OrganismName": "Drosophila bocqueti",
"NormalName": "none",
"SpeciesIntro": "Drosophila bocqueti is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018151655.1",
"GenomeLevel": "Contig",
"Busco": "C:99.2%[S:98.0%,D:1.2%],F:0.1%,M:0.7%,n:1367",
"GenomeSize": "173",
"GenomeGC": "33.6",
"SeqNumber": "314",
"N50": "20206.5",
"PCGnumber": "17344",
"Swissnumber": "10480",
"GOnumber": "10340",
"KEGGnumber": "10647",
"Pfamnumber": "12094",
"miRNAnumber": "169",
"lncRNAnumber": "0"
},
{
"id": 264,
"InsectBaseID": "IBG_00264",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "244254",
"Tags": "None",
"OrganismName": "Drosophila bunnanda",
"NormalName": "None",
"SpeciesIntro": "Drosophila bunnanda is a new species from northern Australia with notes on other Australian members of the montium subgroup ",
"Intro_from": "https://www.gbif.org/dataset/aee3b3f2-585c-4fd5-8621-50421296b16e",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
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"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:98.0%,D:1.2%],F:0.0%,M:0.8%,n:1367",
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"SeqNumber": "6635",
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"miRNAnumber": "151",
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},
{
"id": 265,
"InsectBaseID": "IBG_00265",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "137355",
"Tags": "None",
"OrganismName": "Drosophila burlai",
"NormalName": "None",
"SpeciesIntro": "Drosophila burlai is a two-winged species described by Tscas and Lachaise in 1974.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008042655.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.1%[S:95.2%,D:3.9%],F:0.3%,M:0.6%,n:1367",
"GenomeSize": "177.9",
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"SeqNumber": "19702",
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"Swissnumber": "11958",
"GOnumber": "11761",
"KEGGnumber": "12358",
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"lncRNAnumber": "0"
},
{
"id": 266,
"InsectBaseID": "IBG_00266",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "30019",
"Tags": "None",
"OrganismName": "Drosophila busckii",
"NormalName": "None",
"SpeciesIntro": "Drosophila busckii is a species of fruit fly that is native to North America. Mostly it is associated with rotten potatoes. In the laboratory they are normally reared on Wheeler-Clayton food.",
"Intro_from": "Wikipedia",
"Image_from": "tony_d@BY-NC",
"reference": "Renschler G, Richard G, Valsecchi CIK, et al. Hi-C guided assemblies reveal conserved regulatory topologies on X and autosomes despite extensive genome shuffling. Genes Dev. 2019;33(21-22):1591-1612.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31601616/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011750605.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.6%[S:96.4%,D:1.2%],F:0.4%,M:2.0%,n:1367",
"GenomeSize": "120",
"GenomeGC": "28.7",
"SeqNumber": "94",
"N50": "22975.8",
"PCGnumber": "12361",
"Swissnumber": "9318",
"GOnumber": "9177",
"KEGGnumber": "9217",
"Pfamnumber": "10427",
"miRNAnumber": "128",
"lncRNAnumber": "1018"
},
{
"id": 267,
"InsectBaseID": "IBG_00267",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "2789720",
"Tags": "None",
"OrganismName": "Drosophila carrolli",
"NormalName": "none",
"SpeciesIntro": "Drosophila carrolli is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "Nicolas Gompels lab@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018152295.1",
"GenomeLevel": "Contig",
"Busco": "C:98.8%[S:98.2%,D:0.6%],F:0.1%,M:1.1%,n:1367",
"GenomeSize": "231.2",
"GenomeGC": "27.7",
"SeqNumber": "338",
"N50": "14004.7",
"PCGnumber": "17680",
"Swissnumber": "10428",
"GOnumber": "10283",
"KEGGnumber": "10558",
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"miRNAnumber": "137",
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},
{
"id": 268,
"InsectBaseID": "IBG_00268",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "30023",
"Tags": "None",
"OrganismName": "Drosophila elegans",
"NormalName": "None",
"SpeciesIntro": "Drosophila elegans is a flower-feeding species of fruit flies, belonging to the family Drosophilidae. It is found in Taiwan and the Philippines in Asia.It belongs to the Drosophila melanogaster species group where it forms it own subgroup. There are two morphs (brown and black) of the species. The difference is due to the percentages of 7-pentacosene and 9-pentacosene on the cuticle.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011057505.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.0%[S:5.6%,D:93.4%],F:0.4%,M:0.6%,n:1367",
"GenomeSize": "298.4",
"GenomeGC": "32.8",
"SeqNumber": "5425",
"N50": "4797",
"PCGnumber": "28384",
"Swissnumber": "19029",
"GOnumber": "18723",
"KEGGnumber": "18466",
"Pfamnumber": "21255",
"miRNAnumber": "245",
"lncRNAnumber": "0"
},
{
"id": 269,
"InsectBaseID": "IBG_00269",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "46790",
"Tags": "None",
"OrganismName": "Drosophila equinoxialis",
"NormalName": "none",
"SpeciesIntro": "Drosophila equinoxialis is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018150345.1",
"GenomeLevel": "Contig",
"Busco": "C:98.4%[S:96.2%,D:2.2%],F:0.5%,M:1.1%,n:1367",
"GenomeSize": "221.7",
"GenomeGC": "26.7",
"SeqNumber": "988",
"N50": "6639.4",
"PCGnumber": "19165",
"Swissnumber": "11395",
"GOnumber": "11233",
"KEGGnumber": "11493",
"Pfamnumber": "13080",
"miRNAnumber": "127",
"lncRNAnumber": "0"
},
{
"id": 270,
"InsectBaseID": "IBG_00270",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "42063",
"Tags": "None",
"OrganismName": "Drosophila ercepeae",
"NormalName": "none",
"SpeciesIntro": "Drosophila ercepeae is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018150545.1",
"GenomeLevel": "Contig",
"Busco": "C:98.4%[S:97.4%,D:1.0%],F:0.3%,M:1.3%,n:1367",
"GenomeSize": "179",
"GenomeGC": "29",
"SeqNumber": "197",
"N50": "22310.4",
"PCGnumber": "15475",
"Swissnumber": "9959",
"GOnumber": "9812",
"KEGGnumber": "10034",
"Pfamnumber": "11138",
"miRNAnumber": "115",
"lncRNAnumber": "0"
},
{
"id": 271,
"InsectBaseID": "IBG_00271",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7220",
"Tags": "model organism;",
"OrganismName": "Drosophila erecta",
"NormalName": "None",
"SpeciesIntro": "Drosophila erecta is a West African species of fruit fly, and was one of 12 fruit fly genomes sequenced for a large comparative study.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000005135.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.7%[S:99.3%,D:0.4%],F:0.1%,M:0.2%,n:1367",
"GenomeSize": "152.7",
"GenomeGC": "32.6",
"SeqNumber": "5124",
"N50": "18748.8",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "143",
"lncRNAnumber": "0"
},
{
"id": 272,
"InsectBaseID": "IBG_00272",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "29029",
"Tags": "None",
"OrganismName": "Drosophila eugracilis",
"NormalName": "None",
"SpeciesIntro": "Drosophila eugracilis as part of the Drosophila modENCODE project, the Baylor College of Medicine is studying the comparative genomics of eight additional species of Drosophila: biarmipes, bipectinata, elegans, eugracillis, ficusphila, kikkawai, rhopaloa, and takahashii.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018153835.1",
"GenomeLevel": "Contig",
"Busco": "C:99.1%[S:98.4%,D:0.7%],F:0.2%,M:0.7%,n:1367",
"GenomeSize": "164.8",
"GenomeGC": "31.6",
"SeqNumber": "2158",
"N50": "2288.5",
"PCGnumber": "14018",
"Swissnumber": "9796",
"GOnumber": "9662",
"KEGGnumber": "9781",
"Pfamnumber": "11366",
"miRNAnumber": "145",
"lncRNAnumber": "614"
},
{
"id": 273,
"InsectBaseID": "IBG_00273",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "30025",
"Tags": "None",
"OrganismName": "Drosophila ficusphila",
"NormalName": "None",
"SpeciesIntro": "Drosophila ficusphila as part of the Drosophila modENCODE project, the Baylor College of Medicine is studying the comparative genomics of eight additional species of Drosophila: biarmipes, bipectinata, elegans, eugracillis, ficusphila, kikkawai, rhopaloa, and takahashii.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018152265.1",
"GenomeLevel": "Contig",
"Busco": "C:99.6%[S:98.7%,D:0.9%],F:0.0%,M:0.4%,n:1367",
"GenomeSize": "167.8",
"GenomeGC": "32",
"SeqNumber": "838",
"N50": "9958.2",
"PCGnumber": "16049",
"Swissnumber": "9925",
"GOnumber": "9792",
"KEGGnumber": "10039",
"Pfamnumber": "11241",
"miRNAnumber": "156",
"lncRNAnumber": "1856"
},
{
"id": 274,
"InsectBaseID": "IBG_00274",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7221",
"Tags": "None",
"OrganismName": "Drosophila funebris",
"NormalName": "none",
"SpeciesIntro": "Drosophila funebris is a species of fruit fly. It was originally described by Johan Christian Fabricius in 1787, and placed in the genus Musca but is now the type species of the paraphyletic genus Drosophila. Drosophila funebris is a member of the Immigrans-tripunctata radiation of the subgenus Drosophila.",
"Intro_from": "Wikipedia",
"Image_from": "Centre for Biodiversity Genomics @BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018901825.1",
"GenomeLevel": "Contig",
"Busco": "C:99.3%[S:98.6%,D:0.7%],F:0.1%,M:0.6%,n:1367",
"GenomeSize": "154.3",
"GenomeGC": "27.7",
"SeqNumber": "694",
"N50": "14086",
"PCGnumber": "16637",
"Swissnumber": "10145",
"GOnumber": "9978",
"KEGGnumber": "10276",
"Pfamnumber": "11316",
"miRNAnumber": "182",
"lncRNAnumber": "0"
},
{
"id": 275,
"InsectBaseID": "IBG_00275",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "65963",
"Tags": "None",
"OrganismName": "Drosophila fuyamai",
"NormalName": "none",
"SpeciesIntro": "Drosophila fuyamai is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018153365.1",
"GenomeLevel": "Contig",
"Busco": "C:99.6%[S:98.6%,D:1.0%],F:0.0%,M:0.4%,n:1367",
"GenomeSize": "229.1",
"GenomeGC": "29.2",
"SeqNumber": "889",
"N50": "4123.6",
"PCGnumber": "17929",
"Swissnumber": "10385",
"GOnumber": "10240",
"KEGGnumber": "10495",
"Pfamnumber": "11457",
"miRNAnumber": "156",
"lncRNAnumber": "0"
},
{
"id": 276,
"InsectBaseID": "IBG_00276",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7222",
"Tags": "model organism;",
"OrganismName": "Drosophila grimshawi",
"NormalName": "None",
"SpeciesIntro": "Drosophila grimshawi is a species of fruit fly from Hawaii, and was one of 12 fruit fly genomes sequenced for a large comparative study.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018153295.1",
"GenomeLevel": "Contig",
"Busco": "C:99.4%[S:98.1%,D:1.3%],F:0.1%,M:0.5%,n:1367",
"GenomeSize": "191.4",
"GenomeGC": "22.4",
"SeqNumber": "1380",
"N50": "23286.6",
"PCGnumber": "14796",
"Swissnumber": "9692",
"GOnumber": "9557",
"KEGGnumber": "9849",
"Pfamnumber": "10803",
"miRNAnumber": "73",
"lncRNAnumber": "3367"
},
{
"id": 277,
"InsectBaseID": "IBG_00277",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7266",
"Tags": "None",
"OrganismName": "Drosophila guanche",
"NormalName": "None",
"SpeciesIntro": "Drosophila guanche is a member of the obscura group that originated in the Canary Islands archipelago upon its colonization by D. subobscura.",
"Intro_from": "The High-Quality Genome Sequence of the Oceanic Island Endemic Species Drosophila guanche Reveals Signals of Adaptive Evolution in Genes Related to Flight and Genome Stability",
"Image_from": "None",
"reference": "Puerma E, Orengo DJ, Cruz F, et al. The High-Quality Genome Sequence of the Oceanic Island Endemic Species Drosophila guanche Reveals Signals of Adaptive Evolution in Genes Related to Flight and Genome Stability. Genome Biol Evol. 2018;10(8):1956-1969.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29947749/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900245975.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.6%,D:0.7%],F:0.4%,M:0.3%,n:1367",
"GenomeSize": "142.4",
"GenomeGC": "31.4",
"SeqNumber": "13506",
"N50": "7341.8",
"PCGnumber": "12917",
"Swissnumber": "9391",
"GOnumber": "9247",
"KEGGnumber": "9319",
"Pfamnumber": "10670",
"miRNAnumber": "136",
"lncRNAnumber": "1873"
},
{
"id": 278,
"InsectBaseID": "IBG_00278",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "103775",
"Tags": "None",
"OrganismName": "Drosophila gunungcola",
"NormalName": "None",
"SpeciesIntro": "Drosophila gunungcola is a species of ant in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011057485.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.1%[S:98.6%,D:0.5%],F:0.1%,M:0.8%,n:1367",
"GenomeSize": "170.2",
"GenomeGC": "32.5",
"SeqNumber": "5421",
"N50": "1739.7",
"PCGnumber": "16448",
"Swissnumber": "11217",
"GOnumber": "11041",
"KEGGnumber": "10764",
"Pfamnumber": "12384",
"miRNAnumber": "122",
"lncRNAnumber": "0"
},
{
"id": 279,
"InsectBaseID": "IBG_00279",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7224",
"Tags": "None",
"OrganismName": "Drosophila hydei",
"NormalName": "mosca casera",
"SpeciesIntro": "Drosophila hydei is a species of Diptera, or the order of flies, in the family Drosophilidae. It is a species in the hydei species subgroup, a group in the repleta species group.Bizarrely, it is also known for having approximately 23 mm long sperm, 10 times the length of the males body. Drosophila hydei are commonly found on compost piles worldwide, and can be rudimentarily identified by eye owing to their large size and variegated pigment pattern on the thorax. The name derives from Dr R. R. Hyde, who first discovered that the species was distinct from Drosophila repleta.D. hydei are one of the more popular flies used as feeders in the pet trade. A few varieties are available, some flightless.",
"Intro_from": "Wikipedia",
"Image_from": "carnifex@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003285905.2",
"GenomeLevel": "Contig",
"Busco": "C:99.1%[S:96.9%,D:2.2%],F:0.1%,M:0.8%,n:1367",
"GenomeSize": "155.7",
"GenomeGC": "29.6",
"SeqNumber": "217",
"N50": "3409.3",
"PCGnumber": "12892",
"Swissnumber": "9638",
"GOnumber": "9498",
"KEGGnumber": "9536",
"Pfamnumber": "10866",
"miRNAnumber": "152",
"lncRNAnumber": "2988"
},
{
"id": 280,
"InsectBaseID": "IBG_00280",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7250",
"Tags": "model organism",
"OrganismName": "Drosophila immigrans",
"NormalName": "none",
"SpeciesIntro": "Drosophila immigrans is a species of vinegar fly in the family Drosophilidae. Drosophila immigrans is a member of the Immigrans-tripunctata radiation of the subgenus Drosophila. It is related to the Drosophila quinaria and Drosophila testacea species groups, and the fellow Immigrans species group member Drosophila albomicans. Drosophila immigrans has been used in evolutionary studies to understand how viruses evolve with their hosts.",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018153375.1",
"GenomeLevel": "Contig",
"Busco": "C:99.4%[S:98.1%,D:1.3%],F:0.1%,M:0.5%,n:1367",
"GenomeSize": "183.3",
"GenomeGC": "26.6",
"SeqNumber": "1269",
"N50": "9651.9",
"PCGnumber": "15686",
"Swissnumber": "9975",
"GOnumber": "9823",
"KEGGnumber": "10275",
"Pfamnumber": "11411",
"miRNAnumber": "146",
"lncRNAnumber": "918"
},
{
"id": 281,
"InsectBaseID": "IBG_00281",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "198719",
"Tags": "model organism;",
"OrganismName": "Drosophila innubila",
"NormalName": "None",
"SpeciesIntro": "Drosophila innubila is a species of vinegar fly restricted to high-elevation woodlands in the mountains of the southern USA and Mexico, which it likely colonized during the last glacial period.[2] Drosophila innubila is a kind of mushroom-breeding Drosophila, and member of the Drosophila quinaria species group. Drosophila innubila is best known for its association with a strain of male-killing Wolbachia bacteria. These bacteria are parasitic, as they drain resources from the host and cause half the infected females eggs to abort. However Wolbachia may offer benefits to the flys fitness in certain circumstances.",
"Intro_from": "Wikipedia",
"Image_from": "M. Hanson@BY-SA",
"reference": "Hill T, Koseva BS, Unckless RL. The Genome of Drosophila innubila Reveals Lineage-Specific Patterns of Selection in Immune Genes. Mol Biol Evol. 2019;36(7):1405-1417.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30865231/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004354385.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.1%[S:97.8%,D:1.3%],F:0.2%,M:0.7%,n:1367",
"GenomeSize": "170.1",
"GenomeGC": "26.7",
"SeqNumber": "363",
"N50": "29940",
"PCGnumber": "13180",
"Swissnumber": "9805",
"GOnumber": "9665",
"KEGGnumber": "9745",
"Pfamnumber": "11099",
"miRNAnumber": "147",
"lncRNAnumber": "1743"
},
{
"id": 282,
"InsectBaseID": "IBG_00282",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "46792",
"Tags": "None",
"OrganismName": "Drosophila insularis",
"NormalName": "none",
"SpeciesIntro": "Drosophila insularis is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018903935.1",
"GenomeLevel": "Contig",
"Busco": "C:99.6%[S:98.1%,D:1.5%],F:0.1%,M:0.3%,n:1367",
"GenomeSize": "212.4",
"GenomeGC": "25.8",
"SeqNumber": "2303",
"N50": "6296",
"PCGnumber": "18252",
"Swissnumber": "10585",
"GOnumber": "10421",
"KEGGnumber": "10795",
"Pfamnumber": "12059",
"miRNAnumber": "122",
"lncRNAnumber": "0"
},
{
"id": 283,
"InsectBaseID": "IBG_00283",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "111875",
"Tags": "None",
"OrganismName": "Drosophila jambulina",
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{
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"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
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"Tags": "None",
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"Intro_from": "Wikipedia",
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"reference": "Adams MD, Celniker SE, Holt RA, et al. The genome sequence of Drosophila melanogaster. Science. 2000;287(5461):2185-2195.",
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"Intro_from": "Wikipedia",
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"reference": "Mahajan S, Wei KH, Nalley MJ, Gibilisco L, Bachtrog D. De novo assembly of a young Drosophila Y chromosome using single-molecule sequencing and chromatin conformation capture. PLoS Biol. 2018;16(7):e2006348. ",
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"reference": "Parker DJ, Wiberg RAW, Trivedi U, et al. Inter and Intraspecific Genomic Divergence in Drosophila montana Shows Evidence for Cold Adaptation. Genome Biol Evol. 2018;10(8):2086-2101. ",
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"Intro_from": "Wikipedia",
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"Tags": "None",
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"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "DSouza S, Ponnanna K, Chokkanna A, Ramachandra N. Illumina short-read sequencing data, de novo assembly and annotations of the Drosophila nasuta nasuta genome. Data Brief. 2020;34:106674. ",
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{
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{
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{
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{
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{
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{
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"reference": "Durkin SM, Chakraborty M, Abrieux A, et al. Behavioral and Genomic Sensory Adaptations Underlying the Pest Activity of Drosophila suzukii. Mol Biol Evol. 2021;38(6):2532-2546.",
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"Intro_from": "Wikipedia",
"Image_from": "carnifex@BY-NC",
"reference": "Paris M, Boyer R, Jaenichen R, et al. Near-chromosome level genome assembly of the fruit pest Drosophila suzukii using long-read sequencing. Sci Rep. 2020;10(1):11227.",
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"Intro_from": "Wikipedia",
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{
"id": 344,
"InsectBaseID": "IBG_00344",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "67534",
"Tags": "None",
"OrganismName": "Drosophila triauraria",
"NormalName": "None",
"SpeciesIntro": "Drosophila triauraria is a species of ant in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014170255.2",
"GenomeLevel": "Chromosome",
"Busco": "C:95.0%[S:93.2%,D:1.8%],F:0.7%,M:4.3%,n:1367",
"GenomeSize": "195.3",
"GenomeGC": "32",
"SeqNumber": "270",
"N50": "34538.1",
"PCGnumber": "17530",
"Swissnumber": "10467",
"GOnumber": "10328",
"KEGGnumber": "10641",
"Pfamnumber": "11965",
"miRNAnumber": "155",
"lncRNAnumber": "2521"
},
{
"id": 345,
"InsectBaseID": "IBG_00345",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7284",
"Tags": "None",
"OrganismName": "Drosophila tristis",
"NormalName": "none",
"SpeciesIntro": "Drosophila tristis is a relatively uncommon European species of fruit flies from the family Drosophilidae. It is associated with deciduous woodland. Adults have been observed feeding on tree sap runs. Adults are in flight from April to November, being most abundant in June to August.",
"Intro_from": "Wikipedia",
"Image_from": "Nicolas Gompels lab@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018150885.1",
"GenomeLevel": "Contig",
"Busco": "C:98.2%[S:97.6%,D:0.6%],F:0.2%,M:1.6%,n:1367",
"GenomeSize": "158.2",
"GenomeGC": "34.8",
"SeqNumber": "275",
"N50": "5059",
"PCGnumber": "14995",
"Swissnumber": "9687",
"GOnumber": "9505",
"KEGGnumber": "9862",
"Pfamnumber": "11035",
"miRNAnumber": "177",
"lncRNAnumber": "1741"
},
{
"id": 346,
"InsectBaseID": "IBG_00346",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "46794",
"Tags": "None",
"OrganismName": "Drosophila tropicalis",
"NormalName": "none",
"SpeciesIntro": "Drosophila tropicalis is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018151085.1",
"GenomeLevel": "Contig",
"Busco": "C:99.1%[S:98.1%,D:1.0%],F:0.4%,M:0.5%,n:1367",
"GenomeSize": "211",
"GenomeGC": "27.5",
"SeqNumber": "1149",
"N50": "5082.8",
"PCGnumber": "18467",
"Swissnumber": "10962",
"GOnumber": "10807",
"KEGGnumber": "11199",
"Pfamnumber": "12517",
"miRNAnumber": "105",
"lncRNAnumber": "0"
},
{
"id": 347,
"InsectBaseID": "IBG_00347",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "137078",
"Tags": "None",
"OrganismName": "Drosophila truncata",
"NormalName": "None",
"SpeciesIntro": "Drosophila truncata is a species of ant in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008042515.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:98.2%,D:1.0%],F:0.2%,M:0.6%,n:1367",
"GenomeSize": "170",
"GenomeGC": "31.3",
"SeqNumber": "8217",
"N50": "129.1",
"PCGnumber": "18775",
"Swissnumber": "11646",
"GOnumber": "11467",
"KEGGnumber": "11340",
"Pfamnumber": "13135",
"miRNAnumber": "135",
"lncRNAnumber": "0"
},
{
"id": 348,
"InsectBaseID": "IBG_00348",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "34677",
"Tags": "None",
"OrganismName": "Drosophila tsacasi",
"NormalName": "none",
"SpeciesIntro": "Drosophila tsacasi is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904565.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.2%[S:95.3%,D:0.9%],F:1.6%,M:2.2%,n:1367",
"GenomeSize": "145",
"GenomeGC": "35.5",
"SeqNumber": "20270",
"N50": "23.5",
"PCGnumber": "22199",
"Swissnumber": "14306",
"GOnumber": "14050",
"KEGGnumber": "12770",
"Pfamnumber": "16022",
"miRNAnumber": "136",
"lncRNAnumber": "0"
},
{
"id": 349,
"InsectBaseID": "IBG_00349",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "30050",
"Tags": "None",
"OrganismName": "Drosophila varians",
"NormalName": "none",
"SpeciesIntro": "Drosophila varians is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018150405.1",
"GenomeLevel": "Contig",
"Busco": "C:99.3%[S:98.7%,D:0.6%],F:0.2%,M:0.5%,n:1367",
"GenomeSize": "143",
"GenomeGC": "32.8",
"SeqNumber": "138",
"N50": "22921.4",
"PCGnumber": "15261",
"Swissnumber": "9837",
"GOnumber": "9690",
"KEGGnumber": "9918",
"Pfamnumber": "10998",
"miRNAnumber": "134",
"lncRNAnumber": "0"
},
{
"id": 350,
"InsectBaseID": "IBG_00350",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7244",
"Tags": "model organism;",
"OrganismName": "Drosophila virilis",
"NormalName": "None",
"SpeciesIntro": "Drosophila virilis is a species of fruit fly with a worldwide distribution (probably due to human movements), and was one of 12 fruit fly genomes sequenced for a large comparative study. The males have bright red gonads that can be seen through the cuticle.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_007989325.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.5%[S:98.3%,D:1.2%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "171.9",
"GenomeGC": "30.5",
"SeqNumber": "45",
"N50": "31463.8",
"PCGnumber": "14057",
"Swissnumber": "9216",
"GOnumber": "9071",
"KEGGnumber": "9196",
"Pfamnumber": "10388",
"miRNAnumber": "259",
"lncRNAnumber": "4780"
},
{
"id": 351,
"InsectBaseID": "IBG_00351",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "132243",
"Tags": "None",
"OrganismName": "Drosophila vulcana",
"NormalName": "None",
"SpeciesIntro": "Drosophila vulcana is a species of ant in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008042555.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.1%[S:97.1%,D:2.0%],F:0.2%,M:0.7%,n:1367",
"GenomeSize": "189.9",
"GenomeGC": "34.1",
"SeqNumber": "11718",
"N50": "80.4",
"PCGnumber": "27488",
"Swissnumber": "17143",
"GOnumber": "16760",
"KEGGnumber": "14124",
"Pfamnumber": "19774",
"miRNAnumber": "145",
"lncRNAnumber": "0"
},
{
"id": 352,
"InsectBaseID": "IBG_00352",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "94109",
"Tags": "None",
"OrganismName": "Drosophila watanabei",
"NormalName": "None",
"SpeciesIntro": "Drosophila watanabei is a species of ant in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008042575.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:91.6%,D:7.2%],F:0.4%,M:0.8%,n:1367",
"GenomeSize": "199.3",
"GenomeGC": "33.2",
"SeqNumber": "18615",
"N50": "34.3",
"PCGnumber": "24420",
"Swissnumber": "15524",
"GOnumber": "15240",
"KEGGnumber": "14191",
"Pfamnumber": "17520",
"miRNAnumber": "141",
"lncRNAnumber": "0"
},
{
"id": 353,
"InsectBaseID": "IBG_00353",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7260",
"Tags": "model organism;",
"OrganismName": "Drosophila willistoni",
"NormalName": "None",
"SpeciesIntro": "Drosophila willistoni is a species of fruit fly. It was originally described by Alfred Sturtevant in 1916. It ranges from Florida, Mexico and Caribbean islands southwards to Argentina and is the most common Drosophilid fruit fly in the Amazon rainforest.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018902025.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.5%[S:98.1%,D:1.4%],F:0.3%,M:0.2%,n:1367",
"GenomeSize": "247.2",
"GenomeGC": "26.6",
"SeqNumber": "748",
"N50": "9374.6",
"PCGnumber": "19711",
"Swissnumber": "11171",
"GOnumber": "11009",
"KEGGnumber": "11452",
"Pfamnumber": "13205",
"miRNAnumber": "163",
"lncRNAnumber": "3547"
},
{
"id": 354,
"InsectBaseID": "IBG_00354",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7245",
"Tags": "model organism;",
"OrganismName": "Drosophila yakuba",
"NormalName": "None",
"SpeciesIntro": "Drosophila yakuba is an African species of fruit fly that is predominantly found in open savanna, and was one of 12 fruit fly genomes sequenced for a large comparative study.",
"Intro_from": "Wikipedia",
"Image_from": "Copyrightc2014 Masayoshi Watada, Ehime University.@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016746365.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.8%[S:99.2%,D:0.6%],F:0.0%,M:0.2%,n:1367",
"GenomeSize": "147.9",
"GenomeGC": "35.4",
"SeqNumber": "54",
"N50": "25180.7",
"PCGnumber": "23896",
"Swissnumber": "17911",
"GOnumber": "17667",
"KEGGnumber": "18048",
"Pfamnumber": "20051",
"miRNAnumber": "152",
"lncRNAnumber": "4227"
},
{
"id": 355,
"InsectBaseID": "IBG_00355",
"Order": "Phasmatodea",
"Family": "Phasmatidae",
"Genus": "Dryococelus",
"TaxonomyID": "614101",
"Tags": "None",
"OrganismName": "Dryococelus australis",
"NormalName": "Lord Howe Island stick insect or tree lobster",
"SpeciesIntro": "Dryococelus australis is a species of stick insect that lives on the Lord Howe Island Group. It is the only member of the monotypic genus Dryococelus and was thought to be extinct by 1920, only to be rediscovered in 2001. It is extirpated in its largest former habitat, Lord Howe Island, and has been called the rarest insect in the world, as the rediscovered population consisted of 24 individuals living on the small islet of Balls Pyramid.",
"Intro_from": "Wikipedia",
"Image_from": "Dryococelus_australis_02_Pengo.jpg@BY-SA",
"reference": "Mikheyev AS, Zwick A, Magrath MJL, et al. Museum Genomics Confirms that the Lord Howe Island Stick Insect Survived Extinction. Curr Biol. 2017;27(20):3157-3161.e4.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/28988864/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002236955.1",
"GenomeLevel": "Contig",
"Busco": "C:45.0%[S:44.0%,D:1.0%],F:29.8%,M:25.2%,n:1367",
"GenomeSize": "3459",
"GenomeGC": "25.4",
"SeqNumber": "357088",
"N50": "17.5",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "0",
"lncRNAnumber": "0"
},
{
"id": 356,
"InsectBaseID": "IBG_00356",
"Order": "Hymenoptera",
"Family": "Halictidae",
"Genus": "Dufourea",
"TaxonomyID": "178035",
"Tags": "None",
"OrganismName": "Dufourea novaeangliae",
"NormalName": "None",
"SpeciesIntro": "Dufourea novaeangliae is a solitary ground-nesting bee that lives in the eastern U.S. The range of these bees is presumably limited by the availability of its only known pollen source, the pickerel weed (Pontederia cordata).",
"Intro_from": "https://i5k.nal.usda.gov/dufourea-novaeangliae",
"Image_from": "Spencer Hardy@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001272555.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.0%[S:98.7%,D:0.3%],F:0.5%,M:0.5%,n:1367",
"GenomeSize": "283",
"GenomeGC": "32.2",
"SeqNumber": "4178",
"N50": "2581.3",
"PCGnumber": "9599",
"Swissnumber": "8027",
"GOnumber": "7877",
"KEGGnumber": "7975",
"Pfamnumber": "8551",
"miRNAnumber": "152",
"lncRNAnumber": "1114"
},
{
"id": 357,
"InsectBaseID": "IBG_00357",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Ectropis",
"TaxonomyID": "1530245",
"Tags": "None",
"OrganismName": "Ectropis grisescens",
"NormalName": "none",
"SpeciesIntro": "Ectropis grisescens is a species in the family Geometridae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Pan Y, Fang G, Wang Z, et al. Chromosome-level genome reference and genome editing of the tea geometrid. Mol Ecol Resour. 2021;21(6):2034-2049. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33738922/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017562165.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.4%[S:95.7%,D:0.7%],F:1.2%,M:2.4%,n:1367",
"GenomeSize": "784.9",
"GenomeGC": "20.7",
"SeqNumber": "531",
"N50": "26911.3",
"PCGnumber": "18321",
"Swissnumber": "10408",
"GOnumber": "9997",
"KEGGnumber": "11862",
"Pfamnumber": "12032",
"miRNAnumber": "176",
"lncRNAnumber": "0"
},
{
"id": 358,
"InsectBaseID": "IBG_00358",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Elaeidobius",
"TaxonomyID": "2663966",
"Tags": "pest",
"OrganismName": "Elaeidobius kamerunicus",
"NormalName": "none",
"SpeciesIntro": "Elaeidobius kamerunicus is a species of the family Curculionidae.",
"Intro_from": "Wikipedia",
"Image_from": "Ken Walker@BY-NC-SA",
"reference": "Apriyanto A, Tambunan VB. Draft genome sequence, annotation, and SSR mining data of Elaeidobius kamerunicus Faust., an essential oil palm pollinating weevil. Data Brief. 2021;34:106745. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33537371/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014849505.1",
"GenomeLevel": "Scaffold",
"Busco": "C:49.3%[S:49.1%,D:0.2%],F:31.5%,M:19.2%,n:1367",
"GenomeSize": "269.6",
"GenomeGC": "23.6",
"SeqNumber": "364527",
"N50": "1.1",
"PCGnumber": "47963",
"Swissnumber": "20831",
"GOnumber": "20578",
"KEGGnumber": "23649",
"Pfamnumber": "21320",
"miRNAnumber": "83",
"lncRNAnumber": "0"
},
{
"id": 359,
"InsectBaseID": "IBG_00359",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Elymnias",
"TaxonomyID": "366056",
"Tags": "None",
"OrganismName": "Elymnias hypermnestra",
"NormalName": "common palmfly",
"SpeciesIntro": "Elymnias hypermnestra is a species of satyrine butterfly found in South and Southeast Asia.",
"Intro_from": "Wikipedia",
"Image_from": "Steven Kurniawidjaja@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_015832385.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.3%[S:97.6%,D:0.7%],F:0.8%,M:0.9%,n:1367",
"GenomeSize": "566.9",
"GenomeGC": "19.2",
"SeqNumber": "940",
"N50": "4022.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "130",
"lncRNAnumber": "0"
},
{
"id": 360,
"InsectBaseID": "IBG_00360",
"Order": "Hemiptera",
"Family": "Cicadellidae",
"Genus": "Empoasca",
"TaxonomyID": "1539855",
"Tags": "pest",
"OrganismName": "Empoasca onukii",
"NormalName": "tea green leafhopper",
"SpeciesIntro": "Empoasca onukii is a species of the family Cicadellidae.",
"Intro_from": "Wikipedia",
"Image_from": "Serguei V. Triapitsyn@",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018831715.1",
"GenomeLevel": "Chromosome",
"Busco": "C:89.4%[S:88.7%,D:0.7%],F:3.4%,M:7.2%,n:1367",
"GenomeSize": "599.3",
"GenomeGC": "26.5",
"SeqNumber": "244",
"N50": "67983.6",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "105",
"lncRNAnumber": "0"
},
{
"id": 361,
"InsectBaseID": "IBG_00361",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Endotricha",
"TaxonomyID": "1101095",
"Tags": "None",
"OrganismName": "Endotricha flammealis",
"NormalName": "rose-flounced tabby",
"SpeciesIntro": "Endotricha flammealis is a species of snout moth, family Pyralidae.",
"Intro_from": "Wikipedia",
"Image_from": "jkt@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905163395.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:97.7%,D:0.6%],F:0.4%,M:1.3%,n:1367",
"GenomeSize": "474",
"GenomeGC": "22.1",
"SeqNumber": "41",
"N50": "16153.1",
"PCGnumber": "33917",
"Swissnumber": "12899",
"GOnumber": "12652",
"KEGGnumber": "17342",
"Pfamnumber": "18197",
"miRNAnumber": "177",
"lncRNAnumber": "0"
},
{
"id": 362,
"InsectBaseID": "IBG_00362",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Ennomos",
"TaxonomyID": "722662",
"Tags": "pest",
"OrganismName": "Ennomos fuscantarius",
"NormalName": "dusky thorn",
"SpeciesIntro": "http://www.flickr.com/photos/dhobern/9617824590/",
"Intro_from": "Ennomos fuscantaria is a moth of the family Geometridae. The species can be found in the western part of the Palearctic realm in western Europe and from central Scandinavia its range extends to the northern Mediterranean and east to Russia.The wingspan is 35–40 mm. The ground colour is ochre yellow. There are violet-grey flecks on the forewing and an oblong discal spot. The fasciae (bands) are grey brown. On the hindwing the grey brown transverse line hides a small discal spot.The moth is on wing from July to October depending on the location.",
"Image_from": "Donald Hobern@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220475.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.5%[S:98.1%,D:0.4%],F:0.3%,M:1.2%,n:1367",
"GenomeSize": "444.9",
"GenomeGC": "21.5",
"SeqNumber": "37",
"N50": "15884.2",
"PCGnumber": "29672",
"Swissnumber": "11680",
"GOnumber": "11484",
"KEGGnumber": "14835",
"Pfamnumber": "15008",
"miRNAnumber": "226",
"lncRNAnumber": "0"
},
{
"id": 363,
"InsectBaseID": "IBG_00363",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Epargyreus",
"TaxonomyID": "520877",
"Tags": "pest",
"OrganismName": "Epargyreus clarus",
"NormalName": "silver-spotted skipper",
"SpeciesIntro": "Epargyreus clarus is a butterfly of the family Hesperiidae. It is claimed to be the most recognized skipper in North America. E. clarus occurs in fields, gardens, and at forest edges and ranges from southern Canada throughout most of the United States to northern Mexico, but is absent in the Great Basin and western Texas.",
"Intro_from": "Wikipedia",
"Image_from": "ewnature@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014595695.2",
"GenomeLevel": "Contig",
"Busco": "C:88.3%[S:78.8%,D:9.5%],F:0.5%,M:11.2%,n:1367",
"GenomeSize": "426.4",
"GenomeGC": "23.6",
"SeqNumber": "206",
"N50": "3741.5",
"PCGnumber": "23598",
"Swissnumber": "10628",
"GOnumber": "10461",
"KEGGnumber": "12418",
"Pfamnumber": "13072",
"miRNAnumber": "183",
"lncRNAnumber": "4553"
},
{
"id": 364,
"InsectBaseID": "IBG_00364",
"Order": "Ephemeroptera",
"Family": "Ephemeridae",
"Genus": "Ephemera",
"TaxonomyID": "1049336",
"Tags": "None",
"OrganismName": "Ephemera danica",
"NormalName": "green drake or green drake mayfly",
"SpeciesIntro": "Ephemera danica is a species of mayfly in the genus Ephemera.These insects are part of the aerial plankton and usually they are food for swallows, trouts and many amphibians and spiders.",
"Intro_from": "Wikipedia",
"Image_from": "Sascha Kohlmann@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000507165.2",
"GenomeLevel": "Scaffold",
"Busco": "C:96.6%[S:94.0%,D:2.6%],F:1.2%,M:2.2%,n:1367",
"GenomeSize": "480.3",
"GenomeGC": "20.8",
"SeqNumber": "8161",
"N50": "607",
"PCGnumber": "17942",
"Swissnumber": "12573",
"GOnumber": "12409",
"KEGGnumber": "12677",
"Pfamnumber": "13912",
"miRNAnumber": "115",
"lncRNAnumber": "2402"
},
{
"id": 365,
"InsectBaseID": "IBG_00365",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Ephestia",
"TaxonomyID": "1373157",
"Tags": "pest",
"OrganismName": "Ephestia elutella",
"NormalName": "cacao moth, tobacco moth or warehouse moth",
"SpeciesIntro": "Ephestia elutella is a small moth of the family Pyralidae. It is probably native to Europe, but has been transported widely, even to Australia. A subspecies is E. e. pterogrisella.The wingspan is 14–20 mm. This moth flies throughout the warmer months, e.g. from the end of April to October in Belgium and the Netherlands.",
"Intro_from": "Wikipedia",
"Image_from": "Sansum, P.A.@BY",
"reference": "Yan B, Ou H, Wei L, et al. A Chromosome-Level Genome Assembly of Ephestia elutella (Hübner, 1796) (Lepidoptera: Pyralidae). Genome Biol Evol. 2021;13(8):evab114.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34014321/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018467065.1",
"GenomeLevel": "Chromosome",
"Busco": "C:92.9%[S:91.9%,D:1.0%],F:2.1%,M:5.0%,n:1367",
"GenomeSize": "576.9",
"GenomeGC": "21.2",
"SeqNumber": "804",
"N50": "18994.7",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "168",
"lncRNAnumber": "0"
},
{
"id": 366,
"InsectBaseID": "IBG_00366",
"Order": "Diptera",
"Family": "Ephydridae",
"Genus": "Ephydra",
"TaxonomyID": "1577615",
"Tags": "None",
"OrganismName": "Ephydra gracilis",
"NormalName": "None",
"SpeciesIntro": "Ephydra gracilis is a species of family Ephydridae",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001014675.1",
"GenomeLevel": "Scaffold",
"Busco": "C:90.2%[S:89.8%,D:0.4%],F:4.2%,M:5.6%,n:1367",
"GenomeSize": "416",
"GenomeGC": "23.5",
"SeqNumber": "61434",
"N50": "11.5",
"PCGnumber": "20710",
"Swissnumber": "11247",
"GOnumber": "11070",
"KEGGnumber": "11702",
"Pfamnumber": "12177",
"miRNAnumber": "101",
"lncRNAnumber": "0"
},
{
"id": 367,
"InsectBaseID": "IBG_00367",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Erannis",
"TaxonomyID": "104474",
"Tags": "pest",
"OrganismName": "Erannis defoliaria",
"NormalName": "mottled umber",
"SpeciesIntro": "Erannis defoliaria is a moth of the family Geometridae. It is common throughout much of the Palearctic region. The species was first described by Carl Alexander Clerck in 1759.",
"Intro_from": "Wikipedia",
"Image_from": "Wolf-Achim and Hanna Roland@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905404285.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:97.8%,D:0.5%],F:0.4%,M:1.3%,n:1367",
"GenomeSize": "522.4",
"GenomeGC": "22.1",
"SeqNumber": "38",
"N50": "19180",
"PCGnumber": "28363",
"Swissnumber": "11722",
"GOnumber": "11548",
"KEGGnumber": "14242",
"Pfamnumber": "14372",
"miRNAnumber": "202",
"lncRNAnumber": "0"
},
{
"id": 368,
"InsectBaseID": "IBG_00368",
"Order": "Hemiptera",
"Family": "Coccidae",
"Genus": "Ericerus",
"TaxonomyID": "931557",
"Tags": "model organism;resource insect;",
"OrganismName": "Ericerus pela",
"NormalName": "None",
"SpeciesIntro": "Ericerus pela in uska species han Insecta nga syahan ginhulagway ni Édouard Louis Chavannes hadton 1848. An Ericerus pela in nahilalakip ha genus nga Ericerus, ngan familia nga Coccidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Chen H, Lu Q, Chen X, et al. Genome assembly and methylome analysis of the white wax scale insect provides insight into sexual differentiation of metamorphosis in hexapods. Mol Ecol Resour. 2021;21(6):1983-1995.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33709555/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011428145.1",
"GenomeLevel": "Chromosome",
"Busco": "C:86.3%[S:82.2%,D:4.1%],F:1.5%,M:12.2%,n:1367",
"GenomeSize": "654.9",
"GenomeGC": "21.2",
"SeqNumber": "2396",
"N50": "1243.5",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "132",
"lncRNAnumber": "0"
},
{
"id": 369,
"InsectBaseID": "IBG_00369",
"Order": "Hemiptera",
"Family": "Pemphigidae",
"Genus": "Eriosoma",
"TaxonomyID": "133082",
"Tags": "pest;",
"OrganismName": "Eriosoma lanigerum",
"NormalName": "woolly apple aphid, woolly aphid or American blight",
"SpeciesIntro": "Eriosoma lanigerum is an aphid in the superfamily Aphidoidea in the order Hemiptera. It is a true bug and sucks sap from plants.",
"Intro_from": "Wikipedia",
"Image_from": "Summit Metro Parks@BY",
"reference": "Biello R, Singh A, Godfrey CJ, et al. A chromosome-level genome assembly of the woolly apple aphid, Eriosoma lanigerum Hausmann (Hemiptera: Aphididae). Mol Ecol Resour. 2021;21(1):316-326.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32985768/",
"DataSource": "BIPAA",
"NCBIassembly": "GCA_013282895.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.9%[S:95.2%,D:1.7%],F:0.3%,M:2.8%,n:1367",
"GenomeSize": "334.9",
"GenomeGC": "25.4",
"SeqNumber": "7146",
"N50": "62861.7",
"PCGnumber": "27914",
"Swissnumber": "11328",
"GOnumber": "10994",
"KEGGnumber": "13838",
"Pfamnumber": "13995",
"miRNAnumber": "63",
"lncRNAnumber": "170"
},
{
"id": 370,
"InsectBaseID": "IBG_00370",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Eristalis",
"TaxonomyID": "1352481",
"Tags": "None",
"OrganismName": "Eristalis dimidiata",
"NormalName": "black-shouldered drone fly",
"SpeciesIntro": "Eristalis dimidiata is a species of hoverfly native to much of Canada and the eastern and northern United States. It flies year-round in southern areas and from late March to mid-November further north. It is one of the earliest hoverflies to fly in the spring, and as such likely overwinters as an adult.It lives primarily in forests.",
"Intro_from": "Wikipedia",
"Image_from": "Gilles Gonthier@BY",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001015145.1",
"GenomeLevel": "Scaffold",
"Busco": "C:35.6%[S:35.5%,D:0.1%],F:19.4%,M:45.0%,n:1367",
"GenomeSize": "319.3",
"GenomeGC": "19.3",
"SeqNumber": "146196",
"N50": "2.3",
"PCGnumber": "16039",
"Swissnumber": "7980",
"GOnumber": "7873",
"KEGGnumber": "8847",
"Pfamnumber": "8126",
"miRNAnumber": "60",
"lncRNAnumber": "0"
},
{
"id": 371,
"InsectBaseID": "IBG_00371",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Eristalis",
"TaxonomyID": "1572519",
"Tags": "None",
"OrganismName": "Eristalis pertinax",
"NormalName": "none",
"SpeciesIntro": "Eristalis pertinax is a European hoverfly. Like Eristalis tenax, the larva of E. pertinax is a rat-tailed maggot and lives in drainage ditches, pools around manure piles, sewage, and similar places containing water with high organic load and low oxygen concentration.",
"Intro_from": "Wikipedia",
"Image_from": "Frank Sengpiel@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907269125.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.5%[S:97.5%,D:1.0%],F:0.1%,M:1.4%,n:1367",
"GenomeSize": "482.1",
"GenomeGC": "27",
"SeqNumber": "257",
"N50": "77495.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "131",
"lncRNAnumber": "0"
},
{
"id": 372,
"InsectBaseID": "IBG_00372",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Eristalis",
"TaxonomyID": "198635",
"Tags": "None",
"OrganismName": "Eristalis tenax",
"NormalName": "common drone fly",
"SpeciesIntro": "Eristalis tenax is a common, migratory, cosmopolitan species of hover fly. It is the most widely distributed syrphid species in the world, and is known from all regions except the Antarctic. It has been introduced into North America and is widely established. It can be found in gardens and fields in Europe and Australia. It has also been found in the Himalayas.",
"Intro_from": "Wikipedia",
"Image_from": "Bill Lucas@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905231855.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.9%[S:98.0%,D:0.9%],F:0.4%,M:0.7%,n:1367",
"GenomeSize": "487",
"GenomeGC": "28",
"SeqNumber": "157",
"N50": "77069",
"PCGnumber": "27199",
"Swissnumber": "10169",
"GOnumber": "10021",
"KEGGnumber": "11419",
"Pfamnumber": "13296",
"miRNAnumber": "118",
"lncRNAnumber": "0"
},
{
"id": 373,
"InsectBaseID": "IBG_00373",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Erynnis",
"TaxonomyID": "520884",
"Tags": "None",
"OrganismName": "Erynnis tages",
"NormalName": "dingy skipper",
"SpeciesIntro": "Erynnis tages is a butterfly of the family Hesperiidae. It ranges from Europe across Asia Minor and Central Asia to the Amur region. Erynnis tages favours open grassy habitats up to 2,000 metres above sea level. The insect flies in two generations from May–June and July–August but in northern regions and at the high altitudes, there is only a single generation. Larval host plants in Europe are Eryngium, Lotus, Coronilla, Medicago, Hippocrepis etc. Subspecies are little defined and include E. t. unicolor Freyer, 1852 found in Transcaucasia.",
"Intro_from": "Wikipedia",
"Image_from": "Felipe Hidalgo@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147235.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.5%[S:98.0%,D:0.5%],F:0.4%,M:1.1%,n:1367",
"GenomeSize": "329.4",
"GenomeGC": "27",
"SeqNumber": "41",
"N50": "11903.1",
"PCGnumber": "18333",
"Swissnumber": "9974",
"GOnumber": "9803",
"KEGGnumber": "10817",
"Pfamnumber": "11416",
"miRNAnumber": "169",
"lncRNAnumber": "0"
},
{
"id": 374,
"InsectBaseID": "IBG_00374",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Eufriesea",
"TaxonomyID": "516756",
"Tags": "None",
"OrganismName": "Eufriesea mexicana",
"NormalName": "None",
"SpeciesIntro": "Eufriesea is a genus of euglossine bees. Like all orchid bees, they are restricted to the Neotropics. All species range from entirely to at least partially metallic (the face and/or tegulae), though much of the body in some species may be brown/black in color and hairy.",
"Intro_from": "https://i5k.nal.usda.gov/eufriesea-mexicana",
"Image_from": "Cheryl Harleston López Espino@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001483705.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.4%[S:96.9%,D:1.5%],F:0.5%,M:1.1%,n:1367",
"GenomeSize": "603.6",
"GenomeGC": "21.2",
"SeqNumber": "187611",
"N50": "356.3",
"PCGnumber": "9874",
"Swissnumber": "8046",
"GOnumber": "7871",
"KEGGnumber": "8000",
"Pfamnumber": "8611",
"miRNAnumber": "205",
"lncRNAnumber": "1687"
},
{
"id": 375,
"InsectBaseID": "IBG_00375",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Euglossa",
"TaxonomyID": "1507135",
"Tags": "pest;",
"OrganismName": "Euglossa dilemma",
"NormalName": "green orchid bee or dilemma orchid bee",
"SpeciesIntro": "Euglossa dilemma is a species of solitary euglossine bee native to a broad area of Central America, and recently introduced to Florida in the United States. It was first detected in Broward County, Florida in 2003, and initially identified as Euglossa viridissima, but further study revealed that E. viridissima as previously defined consisted of two cryptic species, and the one present in Florida was new to science.",
"Intro_from": "Wikipedia",
"Image_from": "Joe MDO@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "i5k",
"NCBIassembly": "GCA_002201625.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.9%[S:92.1%,D:1.8%],F:2.7%,M:3.4%,n:1367",
"GenomeSize": "596.6",
"GenomeGC": "28.4",
"SeqNumber": "22698",
"N50": "145.6",
"PCGnumber": "15017",
"Swissnumber": "8068",
"GOnumber": "7909",
"KEGGnumber": "8336",
"Pfamnumber": "8609",
"miRNAnumber": "148",
"lncRNAnumber": "1864"
},
{
"id": 376,
"InsectBaseID": "IBG_00376",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Eumacrocentrus",
"TaxonomyID": "1045633",
"Tags": "natural enemy",
"OrganismName": "Eumacrocentrus americanus",
"NormalName": "none",
"SpeciesIntro": "Eumacrocentrus americanus is a species belonging to the family Braconidae.",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@CC0",
"reference": "Burke GR, Hines HM, Sharanowski BJ. The Presence of Ancient Core Genes Reveals Endogenization from Diverse Viral Ancestors in Parasitoid Wasps. Genome Biol Evol. 2021;13(7):evab105. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33988720/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018902335.1",
"GenomeLevel": "Scaffold",
"Busco": "C:91.9%[S:91.1%,D:0.8%],F:5.0%,M:3.1%,n:1367",
"GenomeSize": "116.9",
"GenomeGC": "29.9",
"SeqNumber": "55732",
"N50": "3.7",
"PCGnumber": "18679",
"Swissnumber": "10952",
"GOnumber": "10779",
"KEGGnumber": "12556",
"Pfamnumber": "12086",
"miRNAnumber": "94",
"lncRNAnumber": "0"
},
{
"id": 377,
"InsectBaseID": "IBG_00377",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Eumaeus",
"TaxonomyID": "2056227",
"Tags": "pest",
"OrganismName": "Eumaeus atala",
"NormalName": "Atala or coontie hairstreak",
"SpeciesIntro": "Eumaeus atala is a small colorful butterfly in the family Lycaenidae. It is found in southeastern Florida, the Bahamas, Cuba, the Cayman Islands, and probably on other Caribbean islands. Its coloration and habits are unique among butterflies within its range.The Atala is a great example of aposematic (warning) coloration throughout its life cycle. The brightly colored larva or caterpillar feeds on cycads that contain a toxic secondary plant chemical (cycasin) which it retains in its body for life. Birds, lizards, and other animals may attempt to prey on the larva, pupa, and adults, but find them distasteful and learn to avoid these brightly patterned insects. In Florida, the larvae feed on a native cycad, Zamia pumila, commonly called coontie or arrowhead, as well as introduced ornamental cycads. In Cuba, the cycad Cycas revoluta is eaten.",
"Intro_from": "Wikipedia",
"Image_from": "Scott Zona@BY",
"reference": "Robbins RK, Cong Q, Zhang J, et al. A switch to feeding on cycads generates parallel accelerated evolution of toxin tolerance in two clades of Eumaeus caterpillars (Lepidoptera: Lycaenidae). Proc Natl Acad Sci U S A. 2021;118(7):e2018965118.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33568532/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017140195.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.6%[S:97.2%,D:0.4%],F:0.6%,M:1.8%,n:1367",
"GenomeSize": "538.1",
"GenomeGC": "26.2",
"SeqNumber": "12781",
"N50": "580.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "157",
"lncRNAnumber": "0"
},
{
"id": 378,
"InsectBaseID": "IBG_00378",
"Order": "Lepidoptera",
"Family": "Psychidae",
"Genus": "Eumeta",
"TaxonomyID": "151549",
"Tags": "pest;",
"OrganismName": "Eumeta japonica",
"NormalName": "paulownia bagworm",
"SpeciesIntro": "Eumeta japonica is a moth of the family Psychidae. The species was first described by Snellen in 1879.It is found in Japan, Papua New Guinea, India, the Solomon Islands and Sri Lanka.",
"Intro_from": "Wikipedia",
"Image_from": "chathura@BY-NC",
"reference": "Kono N, Nakamura H, Ohtoshi R, Tomita M, Numata K, Arakawa K. The bagworm genome reveals a unique fibroin gene that provides high tensile strength. Commun Biol. 2019;2:148.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31044173/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_005406025.1",
"GenomeLevel": "Scaffold",
"Busco": "C:92.6%[S:91.1%,D:1.5%],F:1.8%,M:5.6%,n:1367",
"GenomeSize": "736.2",
"GenomeGC": "24",
"SeqNumber": "12694",
"N50": "328.1",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "180",
"lncRNAnumber": "0"
},
{
"id": 379,
"InsectBaseID": "IBG_00379",
"Order": "Hymenoptera",
"Family": "Eupelmidae",
"Genus": "Eupelmus",
"TaxonomyID": "909778",
"Tags": "None",
"OrganismName": "Eupelmus annulatus",
"NormalName": "None",
"SpeciesIntro": "Eupelmus annulatus is a species of insects belonging to the family Eupelmidae.",
"Intro_from": "Wikipedia",
"Image_from": "James K. Lindsey@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900480025.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.9%[S:93.9%,D:1.0%],F:2.6%,M:2.5%,n:1367",
"GenomeSize": "318.9",
"GenomeGC": "28.4",
"SeqNumber": "48063",
"N50": "28.9",
"PCGnumber": "24038",
"Swissnumber": "12018",
"GOnumber": "11815",
"KEGGnumber": "13816",
"Pfamnumber": "14008",
"miRNAnumber": "146",
"lncRNAnumber": "0"
},
{
"id": 380,
"InsectBaseID": "IBG_00380",
"Order": "Hymenoptera",
"Family": "Eupelmidae",
"Genus": "Eupelmus",
"TaxonomyID": "310279",
"Tags": "None",
"OrganismName": "Eupelmus urozonus",
"NormalName": "None",
"SpeciesIntro": "Eupelmus urozonus is a species of insects belonging to the family Eupelmidae.",
"Intro_from": "Wikipedia",
"Image_from": "laszlozoltan@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900480035.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.9%[S:93.9%,D:1.0%],F:2.6%,M:2.5%,n:1367",
"GenomeSize": "381.3",
"GenomeGC": "26.5",
"SeqNumber": "240114",
"N50": "19.3",
"PCGnumber": "26488",
"Swissnumber": "11853",
"GOnumber": "11621",
"KEGGnumber": "13602",
"Pfamnumber": "14134",
"miRNAnumber": "126",
"lncRNAnumber": "567"
},
{
"id": 381,
"InsectBaseID": "IBG_00381",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Eupristina",
"TaxonomyID": "318089",
"Tags": "None",
"OrganismName": "Eupristina koningsbergeri",
"NormalName": "none",
"SpeciesIntro": "Eupristina koningsbergeri is a species of wasps belonging to the family Agaonidae.",
"Intro_from": "Wikipedia",
"Image_from": "Chun Xing Wong@BY-NC",
"reference": "Xiao J, Wei X, Zhou Y, et al. Genomes of 12 fig wasps provide insights into the adaptation of pollinators to fig syconia. J Genet Genomics. 2021;48(3):225-236.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34011484/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018907245.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.6%[S:95.8%,D:0.8%],F:0.4%,M:3.0%,n:1367",
"GenomeSize": "318.4",
"GenomeGC": "19.9",
"SeqNumber": "3281",
"N50": "3237.228",
"PCGnumber": "65954",
"Swissnumber": "10948",
"GOnumber": "10757",
"KEGGnumber": "12278",
"Pfamnumber": "12961",
"miRNAnumber": "120",
"lncRNAnumber": "0"
},
{
"id": 382,
"InsectBaseID": "IBG_00382",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Eupristina",
"TaxonomyID": "129994",
"Tags": "None",
"OrganismName": "Eupristina verticillata",
"NormalName": "None",
"SpeciesIntro": "Eupelmus urozonus is a species of insects belonging to the family Agaonidae.",
"Intro_from": "Wikipedia",
"Image_from": "john_early@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NGDC",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:87.0%[S:85.7%,D:1.3%],F:1.0%,M:12.0%,n:1367",
"GenomeSize": "390.9",
"GenomeGC": "29.5",
"SeqNumber": "768",
"N50": "3162.2",
"PCGnumber": "12019",
"Swissnumber": "8464",
"GOnumber": "8301",
"KEGGnumber": "9154",
"Pfamnumber": "9368",
"miRNAnumber": "119",
"lncRNAnumber": "0"
},
{
"id": 383,
"InsectBaseID": "IBG_00383",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Euproctis",
"TaxonomyID": "987935",
"Tags": "pest",
"OrganismName": "Euproctis similis",
"NormalName": "yellow-tail, goldtail moth or swan moth",
"SpeciesIntro": "Euproctis similis is a moth of the family Erebidae. The species was first described by Johann Kaspar Füssli in 1775, and has commonly been placed within the related genus Euproctis. It is distributed throughout Europe to the Urals, then east across the Palearctic to Siberia and south to India and Sri Lanka.",
"Intro_from": "Wikipedia",
"Image_from": "Svyatoslav Knyazev@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147225.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:97.7%,D:1.0%],F:0.3%,M:1.0%,n:1367",
"GenomeSize": "507.7",
"GenomeGC": "19.6",
"SeqNumber": "30",
"N50": "24449.2",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "133",
"lncRNAnumber": "0"
},
{
"id": 384,
"InsectBaseID": "IBG_00384",
"Order": "Hymenoptera",
"Family": "Eurytomidae",
"Genus": "Eurytoma",
"TaxonomyID": "1172129",
"Tags": "None",
"OrganismName": "Eurytoma adleriae",
"NormalName": "None",
"SpeciesIntro": "Eurytoma adleriae is a species of chalcid wasps in the family Eurytomidae. There are at least 620 described species in Eurytoma.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900480045.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.2%[S:93.0%,D:1.2%],F:2.9%,M:2.9%,n:1367",
"GenomeSize": "318.5",
"GenomeGC": "30.8",
"SeqNumber": "215946",
"N50": "38.8",
"PCGnumber": "29884",
"Swissnumber": "16068",
"GOnumber": "15719",
"KEGGnumber": "15161",
"Pfamnumber": "18896",
"miRNAnumber": "132",
"lncRNAnumber": "0"
},
{
"id": 385,
"InsectBaseID": "IBG_00385",
"Order": "Hymenoptera",
"Family": "Eurytomidae",
"Genus": "Eurytoma",
"TaxonomyID": "261815",
"Tags": "None",
"OrganismName": "Eurytoma brunniventris",
"NormalName": "None",
"SpeciesIntro": "Eurytoma brunniventris is a species of chalcid wasps in the family Eurytomidae. There are at least 620 described species in Eurytoma.",
"Intro_from": "Wikipedia",
"Image_from": "Robin Williams@",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900475205.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.1%[S:92.0%,D:1.1%],F:3.2%,M:3.7%,n:1367",
"GenomeSize": "325.4",
"GenomeGC": "31.1",
"SeqNumber": "174583",
"N50": "13.8",
"PCGnumber": "29743",
"Swissnumber": "15919",
"GOnumber": "15475",
"KEGGnumber": "12294",
"Pfamnumber": "18119",
"miRNAnumber": "122",
"lncRNAnumber": "1253"
},
{
"id": 386,
"InsectBaseID": "IBG_00386",
"Order": "Hemiptera",
"Family": "Pentatomidae",
"Genus": "Euschistus",
"TaxonomyID": "437493",
"Tags": "pest;",
"OrganismName": "Euschistus heros",
"NormalName": "brown stink bug",
"SpeciesIntro": "Euschistus heros is Neotropical species, widespread in South America. Currently it is considered a major soybean pest in Brazil and its importance increased since 1970 when it was a rare species. It is better adapted to warmer climates as Brazilian central region and Northern Paraná. Besides soybean, this pest attacks beans, cotton, sunflower and several other plant species such as those from the families Fabaceae and Brassicaceae. ",
"Intro_from": "https://irac-online.org/pests/euschistus-heros/",
"Image_from": "Ísis Meri Medri@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003667255.1",
"GenomeLevel": "Contig",
"Busco": "C:81.6%[S:78.4%,D:3.2%],F:3.7%,M:14.7%,n:1367",
"GenomeSize": "1341.7",
"GenomeGC": "18.4",
"SeqNumber": "3209",
"N50": "2494.2",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "117",
"lncRNAnumber": "0"
},
{
"id": 387,
"InsectBaseID": "IBG_00387",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Eutreta",
"TaxonomyID": "1577624",
"Tags": "None",
"OrganismName": "Eutreta diana",
"NormalName": "fruit flies or picture wing flies",
"SpeciesIntro": "Eutreta diana is a species in the family Tephritidae. Females lay eggs in vegetative buds of several species and subspecies of sagebrush in western North America. Larvae induce woody galls near their oviposition site and feed on the plant internally until they mature. Adults have pale green eyes, white-dotted black wings, and bright red abdomens (Goeden 1990).Growth of galls coincides with spring seasonal growth of sagebrush. There is one generation per year.",
"Intro_from": "Wikipedia",
"Image_from": "Ken-ichi Ueda@BY",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001015115.1",
"GenomeLevel": "Scaffold",
"Busco": "C:35.0%[S:34.9%,D:0.1%],F:25.6%,M:39.4%,n:1367",
"GenomeSize": "235.9",
"GenomeGC": "23",
"SeqNumber": "139046",
"N50": "1.7",
"PCGnumber": "14285",
"Swissnumber": "9020",
"GOnumber": "8851",
"KEGGnumber": "8735",
"Pfamnumber": "8850",
"miRNAnumber": "41",
"lncRNAnumber": "0"
},
{
"id": 388,
"InsectBaseID": "IBG_00388",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Euura",
"TaxonomyID": "469982",
"Tags": "None",
"OrganismName": "Euura lappo",
"NormalName": "none",
"SpeciesIntro": "Euura lappo is a species belonging to the family Tenthredinidae.",
"Intro_from": "Wikipedia",
"Image_from": "Marko Mutanen, University of Oulu@BY-NC",
"reference": "Michell C, Wutke S, Aranda M, Nyman T. Genomes of the willow-galling sawflies Euura lappo and Eupontania aestiva (Hymenoptera: Tenthredinidae): a resource for research on ecological speciation, adaptation, and gall induction. G3 (Bethesda). 2021;11(5):jkab094.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33788947/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018257835.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.4%[S:94.4%,D:2.0%],F:0.7%,M:2.9%,n:1367",
"GenomeSize": "259.9",
"GenomeGC": "31.7",
"SeqNumber": "2503",
"N50": "209",
"PCGnumber": "31152",
"Swissnumber": "11361",
"GOnumber": "11194",
"KEGGnumber": "13252",
"Pfamnumber": "14856",
"miRNAnumber": "118",
"lncRNAnumber": "0"
},
{
"id": 389,
"InsectBaseID": "IBG_00389",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Euura",
"TaxonomyID": "2033416",
"Tags": "None",
"OrganismName": "Euura saliciscinereae",
"NormalName": "none",
"SpeciesIntro": "Euura saliciscinereae is a species belonging to the family Tenthredinidae.",
"Intro_from": "Wikipedia",
"Image_from": "Marko Mutanen, University of Oulu@BY-NC",
"reference": "Michell C, Wutke S, Aranda M, Nyman T. Genomes of the willow-galling sawflies Euura lappo and Eupontania aestiva (Hymenoptera: Tenthredinidae): a resource for research on ecological speciation, adaptation, and gall induction. G3 (Bethesda). 2021;11(5):jkab094.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33788947/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018420115.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.2%[S:97.4%,D:0.8%],F:0.9%,M:0.9%,n:1367",
"GenomeSize": "222.2",
"GenomeGC": "32.2",
"SeqNumber": "16945",
"N50": "49.7",
"PCGnumber": "27487",
"Swissnumber": "11454",
"GOnumber": "11280",
"KEGGnumber": "12880",
"Pfamnumber": "13799",
"miRNAnumber": "111",
"lncRNAnumber": "0"
},
{
"id": 390,
"InsectBaseID": "IBG_00390",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Fabriciana",
"TaxonomyID": "405009",
"Tags": "None",
"OrganismName": "Fabriciana adippe",
"NormalName": "high brown fritillary",
"SpeciesIntro": "Fabriciana adippe is a large and brightly colored butterfly of the family Nymphalidae, native to Europe and across the Palearctic to Japan. It is known for being Great Britains most threatened butterfly and is listed as a vulnerable species under the Wildlife and Countryside Act 1981. Like other fritillaries it is dependent on warm climates with violet rich flora.",
"Intro_from": "Wikipedia",
"Image_from": "Pavel Trhoň@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905404265.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:98.3%,D:0.4%],F:0.4%,M:0.9%,n:1367",
"GenomeSize": "484.8",
"GenomeGC": "17.6",
"SeqNumber": "95",
"N50": "16739.4",
"PCGnumber": "26418",
"Swissnumber": "11573",
"GOnumber": "11340",
"KEGGnumber": "13918",
"Pfamnumber": "14658",
"miRNAnumber": "153",
"lncRNAnumber": "0"
},
{
"id": 391,
"InsectBaseID": "IBG_00391",
"Order": "Hemiptera",
"Family": "Pseudococcidae",
"Genus": "Ferrisia",
"TaxonomyID": "223228",
"Tags": "pest;",
"OrganismName": "Ferrisia virgata",
"NormalName": "striped mealybug",
"SpeciesIntro": "Ferrisia virgata is a species of mealybug belonging to the Pseudococcidae family. Ferrisia virgata parasitizes different crops including cottonplants. Female species are between the 4 and 4,5 millimeters long. The species was discovered and described by Theodore Dru Alison Cockerell in 1893.",
"Intro_from": "Wikipedia",
"Image_from": "aubrey_moore@BY",
"reference": "Husnik F, McCutcheon JP. Repeated replacement of an intrabacterial symbiont in the tripartite nested mealybug symbiosis. Proc Natl Acad Sci U S A. 2016;113(37):E5416-E5424.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27573819/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900060175.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.0%[S:92.8%,D:1.2%],F:2.0%,M:4.0%,n:1367",
"GenomeSize": "308.4",
"GenomeGC": "22.6",
"SeqNumber": "32723",
"N50": "25.7",
"PCGnumber": "19914",
"Swissnumber": "10994",
"GOnumber": "10792",
"KEGGnumber": "11985",
"Pfamnumber": "12742",
"miRNAnumber": "66",
"lncRNAnumber": "0"
},
{
"id": 392,
"InsectBaseID": "IBG_00392",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Fopius",
"TaxonomyID": "64838",
"Tags": "natural enemy;",
"OrganismName": "Fopius arisanus",
"NormalName": "None",
"SpeciesIntro": "Fopius arisanus (Sonan, 1932) is an egg-pupal parasitoid of Tephritid fruit flies. This Braconid wasp has been utilized for biological control of the Mediterranean fruit fly (Ceratitis capitata), oriental fruit fly (Bactrocera dorsalis), as well as many other Tephritid species, which are economic pests world-wide. F. arisanus lays its eggs into the egg of the host fly, and develop during egg and larvae stages to emerge from pupa of the host as an adult wasp.",
"Intro_from": "https://i5k.nal.usda.gov/content/fopius-arisanus",
"Image_from": "Carmichael, A.@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000806365.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.7%[S:96.6%,D:0.1%],F:1.4%,M:1.9%,n:1367",
"GenomeSize": "155.6",
"GenomeGC": "28.7",
"SeqNumber": "1042",
"N50": "990.8",
"PCGnumber": "10179",
"Swissnumber": "7971",
"GOnumber": "7855",
"KEGGnumber": "8085",
"Pfamnumber": "8739",
"miRNAnumber": "100",
"lncRNAnumber": "1211"
},
{
"id": 393,
"InsectBaseID": "IBG_00393",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Formica",
"TaxonomyID": "72781",
"Tags": "None",
"OrganismName": "Formica exsecta",
"NormalName": "narrow-headed ant or excised wood ant",
"SpeciesIntro": "Formica exsecta (the ) is a species of ant found from Western Europe to Asia.A rare formicine ant with a deeply excised head, F. exsecta forms small mounds up to around a foot in height consisting of much finer material than that used by true wood ants of the F. rufa group.An interesting feature of F. exsecta is that it occurs in two distinct social forms: either a monogyne form where the colony has a single egg-laying queen, or a polygyne form where many egg-laying queens are part of the same colony.",
"Intro_from": "Wikipedia",
"Image_from": "Vladimir Bryukhov@BY-NC",
"reference": "Dhaygude K, Nair A, Johansson H, Wurm Y, Sundström L. The first draft genomes of the ant Formica exsecta, and its Wolbachia endosymbiont reveal extensive gene transfer from endosymbiont to host. BMC Genomics. 2019;20(1):301.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30991952/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003651465.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:95.2%,D:3.4%],F:0.8%,M:0.6%,n:1367",
"GenomeSize": "281.1",
"GenomeGC": "24.6",
"SeqNumber": "14521",
"N50": "1010.1",
"PCGnumber": "11182",
"Swissnumber": "8586",
"GOnumber": "8434",
"KEGGnumber": "9015",
"Pfamnumber": "9547",
"miRNAnumber": "167",
"lncRNAnumber": "6423"
},
{
"id": 394,
"InsectBaseID": "IBG_00394",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Formica",
"TaxonomyID": "208979",
"Tags": "None",
"OrganismName": "Formica selysi",
"NormalName": "None",
"SpeciesIntro": "Formica selysi is a member of the Formica cinerea group, it cannot be confused because of its extreme pilosity. In the worker, nest sample means of nHFEX range 7.0 - 44.0 while the upper extreme known in 125 samples of other species is 2.5. Similar is the situation in nHT. Gynes are as easily identified: individual values of nHFEX range 11 - 47 and those of nHT 5-22.",
"Intro_from": "Antwiki",
"Image_from": "AfroBrazilian@BY-SA",
"reference": "Brelsford A, Purcell J, Avril A, et al. An Ancient and Eroded Social Supergene Is Widespread across Formica Ants. Curr Biol. 2020;30(2):304-311.e4. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31902719/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009859135.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.2%[S:97.7%,D:1.5%],F:0.3%,M:0.5%,n:1367",
"GenomeSize": "294.1",
"GenomeGC": "26",
"SeqNumber": "498",
"N50": "8014.1",
"PCGnumber": "31913",
"Swissnumber": "10313",
"GOnumber": "10124",
"KEGGnumber": "11621",
"Pfamnumber": "12055",
"miRNAnumber": "164",
"lncRNAnumber": "800"
},
{
"id": 395,
"InsectBaseID": "IBG_00395",
"Order": "Thysanoptera",
"Family": "Thripidae",
"Genus": "Frankliniella",
"TaxonomyID": "133901",
"Tags": "pest;",
"OrganismName": "Frankliniella occidentalis",
"NormalName": "western flower thrips",
"SpeciesIntro": "Frankliniella occidentalis is an invasive pest insect in agriculture. This species of thrips is native to the Southwestern United States but has spread to other continents, including Europe, Australia (where it was identified in May 1993), and South America via transport of infested plant material. It has been documented to feed on over 500 different species of host plants, including a large number of fruit, vegetable, and ornamental crops. The adult male is about 1 mm long; the female is slightly larger, about 1.4 millimetres (1⁄16 in) in length. ",
"Intro_from": "Wikipedia",
"Image_from": "Craig Chaddock@BY-NC",
"reference": "Rotenberg D, Baumann AA, Ben-Mahmoud S, et al. Genome-enabled insights into the biology of thrips as crop pests [published correction appears in BMC Biol. 2020 Nov 16;18(1):169]. BMC Biol. 2020;18(1):142. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33070780/",
"DataSource": "i5k",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:98.0%[S:96.7%,D:1.3%],F:1.0%,M:1.0%,n:1367",
"GenomeSize": "415.8",
"GenomeGC": "23.6",
"SeqNumber": "6263",
"N50": "948.9",
"PCGnumber": "16447",
"Swissnumber": "10577",
"GOnumber": "10419",
"KEGGnumber": "11073",
"Pfamnumber": "12038",
"miRNAnumber": "229",
"lncRNAnumber": "2541"
},
{
"id": 396,
"InsectBaseID": "IBG_00396",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Frieseomelitta",
"TaxonomyID": "561572",
"Tags": "None",
"OrganismName": "Frieseomelitta varia",
"NormalName": "marmelada-amarela bee",
"SpeciesIntro": "Frieseomelitta varia is a species of eusocial stingless bee in the family Apidae and tribe Meliponini.",
"Intro_from": "Wikipedia",
"Image_from": "Jean-Philippe Marelli@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011392965.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.7%[S:98.3%,D:0.4%],F:0.7%,M:0.6%,n:1367",
"GenomeSize": "278.9",
"GenomeGC": "28.6",
"SeqNumber": "2174",
"N50": "472.8",
"PCGnumber": "10143",
"Swissnumber": "7896",
"GOnumber": "7761",
"KEGGnumber": "8065",
"Pfamnumber": "8357",
"miRNAnumber": "155",
"lncRNAnumber": "1826"
},
{
"id": 397,
"InsectBaseID": "IBG_00397",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Galleria",
"TaxonomyID": "7137",
"Tags": "model organism;resource insect;pest;",
"OrganismName": "Galleria mellonella",
"NormalName": "greater wax moth or honeycomb moth",
"SpeciesIntro": "Galleria mellonella is a moth of the family Pyralidae. G. mellonella is found throughout the world. It is one of two species of wax moths, with the other being the lesser wax moth. G. mellonella eggs are laid in the spring, and they have four life stages. Males are able to generate ultrasonic sound pulses, which, along with pheromones, are used in mating. The larvae of G. mellonella are also often used as a model organism in research.",
"Intro_from": "Wikipedia",
"Image_from": "John Trent@BY-NC-ND",
"reference": "Kong HG, Kim HH, Chung JH, et al. The Galleria mellonella Hologenome Supports Microbiota-Independent Metabolism of Long-Chain Hydrocarbon Beeswax. Cell Rep. 2019;26(9):2451-2464.e5.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30811993/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004355975.1",
"GenomeLevel": "Contig",
"Busco": "C:98.3%[S:96.8%,D:1.5%],F:0.3%,M:1.4%,n:1367",
"GenomeSize": "483.2",
"GenomeGC": "20",
"SeqNumber": "624",
"N50": "2885.5",
"PCGnumber": "28601",
"Swissnumber": "11080",
"GOnumber": "10906",
"KEGGnumber": "14312",
"Pfamnumber": "14376",
"miRNAnumber": "92",
"lncRNAnumber": "8749"
},
{
"id": 398,
"InsectBaseID": "IBG_00398",
"Order": "Hymenoptera",
"Family": "Figitidae",
"Genus": "Ganaspis",
"TaxonomyID": "1922239",
"Tags": "natural enemy;",
"OrganismName": "Ganaspis brasiliensis",
"NormalName": "None",
"SpeciesIntro": "Ganaspis brasiliensis is a Drosophila parasitoid that has often been misidentified as G. xanthopoda (Ashmead) in recent studies.",
"Intro_from": "Genetic differentiation of Ganaspis brasiliensis (Hymenoptera: Figitidae) from East and Southeast Asia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009823575.1",
"GenomeLevel": "Scaffold",
"Busco": "C:68.3%[S:67.5%,D:0.8%],F:23.4%,M:8.3%,n:1367",
"GenomeSize": "831.3",
"GenomeGC": "15",
"SeqNumber": "706984",
"N50": "4.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "140",
"lncRNAnumber": "0"
},
{
"id": 399,
"InsectBaseID": "IBG_00399",
"Order": "Hemiptera",
"Family": "Gerridae",
"Genus": "Gerris",
"TaxonomyID": "56086",
"Tags": "None",
"OrganismName": "Gerris buenoi",
"NormalName": "None",
"SpeciesIntro": "Gerris buenoi is a species of water strider in the family Gerridae. It is found in North America.",
"Intro_from": "Wikipedia",
"Image_from": "Sequoia Sempervirens@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "i5k",
"NCBIassembly": "GCA_001010745.2",
"GenomeLevel": "Scaffold",
"Busco": "C:94.6%[S:92.0%,D:2.6%],F:1.8%,M:3.6%,n:1367",
"GenomeSize": "994.4",
"GenomeGC": "16.2",
"SeqNumber": "18844",
"N50": "412.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "118",
"lncRNAnumber": "0"
},
{
"id": 400,
"InsectBaseID": "IBG_00400",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Glaucopsyche",
"TaxonomyID": "203781",
"Tags": "None",
"OrganismName": "Glaucopsyche alexis",
"NormalName": "green-underside blue",
"SpeciesIntro": "Glaucopsyche alexis is a butterfly of the family Lycaenidae. It is found in the Palearctic.The butterfly flies from April to July depending on the location, lingering in warm, lush meadows with plenty of its host plant, vetch (Vicia).",
"Intro_from": "Wikipedia",
"Image_from": "Anne SORBES@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905404095.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.8%[S:97.4%,D:0.4%],F:0.4%,M:1.8%,n:1367",
"GenomeSize": "619.5",
"GenomeGC": "18.3",
"SeqNumber": "58",
"N50": "26518.2",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "194",
"lncRNAnumber": "0"
},
{
"id": 401,
"InsectBaseID": "IBG_00401",
"Order": "Diptera",
"Family": "Glossinidae",
"Genus": "Glossina",
"TaxonomyID": "7395",
"Tags": "pest;vector;",
"OrganismName": "Glossina austeni",
"NormalName": "None",
"SpeciesIntro": "Glossina austeni occurs only in the east coast countries of Somalia, Kenya, Tanzania, Mozambique and northeastern parts of South Africa. It has also been recorded from Zimbabwe. Vector of Animal African Trypanosomiasis.",
"Intro_from": "VectorBase",
"Image_from": "VectorBase@",
"reference": "None",
"referenceFrom": "None",
"DataSource": "VectorBase",
"NCBIassembly": "GCA_000688735.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.1%[S:96.8%,D:2.3%],F:0.1%,M:0.8%,n:1367",
"GenomeSize": "374.9",
"GenomeGC": "21.5",
"SeqNumber": "2205",
"N50": "822.7",
"PCGnumber": "19444",
"Swissnumber": "10374",
"GOnumber": "10224",
"KEGGnumber": "10619",
"Pfamnumber": "11380",
"miRNAnumber": "104",
"lncRNAnumber": "674"
},
{
"id": 402,
"InsectBaseID": "IBG_00402",
"Order": "Diptera",
"Family": "Glossinidae",
"Genus": "Glossina",
"TaxonomyID": "37001",
"Tags": "pest;vector;",
"OrganismName": "Glossina brevipalpis",
"NormalName": "None",
"SpeciesIntro": "Glossina brevipalpis is widely scattered throughout eastern parts of Africa, from Ethiopia and Somalia in the north, to Mozambique and South Africa in the south. There is a large belt west of Lake Tanganyika, in Zaire. Ancestral vector of Animal African Trypanosomiasis (AAT).",
"Intro_from": "VectorBase",
"Image_from": "Ricky Taylor@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "VectorBase",
"NCBIassembly": "GCA_000671755.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:96.2%,D:2.4%],F:0.8%,M:0.6%,n:1367",
"GenomeSize": "319.3",
"GenomeGC": "20.2",
"SeqNumber": "1651",
"N50": "1224.6",
"PCGnumber": "14396",
"Swissnumber": "9132",
"GOnumber": "8982",
"KEGGnumber": "9223",
"Pfamnumber": "10052",
"miRNAnumber": "130",
"lncRNAnumber": "947"
},
{
"id": 403,
"InsectBaseID": "IBG_00403",
"Order": "Diptera",
"Family": "Glossinidae",
"Genus": "Glossina",
"TaxonomyID": "7396",
"Tags": "pest;vector;",
"OrganismName": "Glossina fuscipes",
"NormalName": "None",
"SpeciesIntro": "Glossina fuscipes occupies a very large inland block of Africa centred on Zaire, but covering some of the land in all of the countries surrounding Zaire, as well as Gabon, Cameroon and the southern part of Chad. Vector of Trypanosoma brucei rhodesiense in East Africa.",
"Intro_from": "VectorBase",
"Image_from": "william van Niekerk@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "VectorBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:96.7%,D:2.5%],F:0.2%,M:0.6%,n:1367",
"GenomeSize": "379.5",
"GenomeGC": "21.7",
"SeqNumber": "2395",
"N50": "568.2",
"PCGnumber": "19735",
"Swissnumber": "10569",
"GOnumber": "10419",
"KEGGnumber": "10758",
"Pfamnumber": "11445",
"miRNAnumber": "88",
"lncRNAnumber": "2855"
},
{
"id": 404,
"InsectBaseID": "IBG_00404",
"Order": "Diptera",
"Family": "Glossinidae",
"Genus": "Glossina",
"TaxonomyID": "7394",
"Tags": "pest;vector;",
"OrganismName": "Glossina morsitans",
"NormalName": "None",
"SpeciesIntro": "Glossina morsitans is a species of tsetse fly in the genus Glossina. It is one of the major vectors of Trypanosoma brucei rhodesiense in African savannas.",
"Intro_from": "Wikipedia",
"Image_from": "Alan R Walker@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "VectorBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:99.1%[S:97.1%,D:2.0%],F:0.4%,M:0.5%,n:1367",
"GenomeSize": "370.8",
"GenomeGC": "22.3",
"SeqNumber": "13807",
"N50": "121.9",
"PCGnumber": "12326",
"Swissnumber": "8882",
"GOnumber": "8743",
"KEGGnumber": "9027",
"Pfamnumber": "9457",
"miRNAnumber": "50",
"lncRNAnumber": "8474"
},
{
"id": 405,
"InsectBaseID": "IBG_00405",
"Order": "Diptera",
"Family": "Glossinidae",
"Genus": "Glossina",
"TaxonomyID": "7398",
"Tags": "pest;vector;",
"OrganismName": "Glossina pallidipes",
"NormalName": "None",
"SpeciesIntro": "Glossina pallidipes extends along the Kenya and Somalia coastal regions and is abundant in Somalia along certain river valleys. It is also present in Ethiopia, Sudan, Tanzania, Mozambique, Zimbabwe, Zambia, Zaire and Uganda. Major vector of Trypanosoma brucei brucei, minor vector of Trypanosoma brucei rhodesiense.",
"Intro_from": "VectorBase",
"Image_from": "David Bygott@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "VectorBase",
"NCBIassembly": "GCA_000688715.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.5%[S:97.5%,D:2.0%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "361.8",
"GenomeGC": "22.5",
"SeqNumber": "1726",
"N50": "1051.7",
"PCGnumber": "18914",
"Swissnumber": "9740",
"GOnumber": "9592",
"KEGGnumber": "9982",
"Pfamnumber": "10598",
"miRNAnumber": "91",
"lncRNAnumber": "2754"
},
{
"id": 406,
"InsectBaseID": "IBG_00406",
"Order": "Diptera",
"Family": "Glossinidae",
"Genus": "Glossina",
"TaxonomyID": "7397",
"Tags": "pest;vector;",
"OrganismName": "Glossina palpalis",
"NormalName": "None",
"SpeciesIntro": "Glossina palpalis lives in the more humid areas of West Africa, from Senegal to Cameroon, then south along the coast to Angola. In West Africa it penetrates further to the north in Mali and Senegal, than it does in Nigeria. In the part of its distribution from Cameroon to Angola, it has a long common boundary with G. fuscipes, with which there is little overlap. Vector of Trypanosoma brucei gambiense in West Africa.",
"Intro_from": "VectorBase",
"Image_from": "Gustavo Pittaluga@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "VectorBase",
"NCBIassembly": "GCA_000818775.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.9%[S:93.6%,D:4.3%],F:0.7%,M:1.4%,n:1367",
"GenomeSize": "384.9",
"GenomeGC": "20.8",
"SeqNumber": "3926",
"N50": "582.2",
"PCGnumber": "19783",
"Swissnumber": "10298",
"GOnumber": "10143",
"KEGGnumber": "10682",
"Pfamnumber": "11097",
"miRNAnumber": "101",
"lncRNAnumber": "4525"
},
{
"id": 407,
"InsectBaseID": "IBG_00407",
"Order": "Trichoptera",
"Family": "Glossosomatidae",
"Genus": "Glossosoma",
"TaxonomyID": "1875375",
"Tags": "None",
"OrganismName": "Glossosoma conforme",
"NormalName": "None",
"SpeciesIntro": "Glossosoma conforme is a species of little black caddisflies in the family Glossosomatidae",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Weigand H, Weiss M, Cai H, et al. Fishing in troubled waters: Revealing genomic signatures of local adaptation in response to freshwater pollutants in two macroinvertebrates. Sci Total Environ. 2018;633:875-891.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29602123/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003347265.1",
"GenomeLevel": "Scaffold",
"Busco": "C:84.8%[S:83.9%,D:0.9%],F:10.2%,M:5.0%,n:1367",
"GenomeSize": "611.8",
"GenomeGC": "19",
"SeqNumber": "119821",
"N50": "16.9",
"PCGnumber": "45108",
"Swissnumber": "14079",
"GOnumber": "13884",
"KEGGnumber": "15299",
"Pfamnumber": "14973",
"miRNAnumber": "98",
"lncRNAnumber": "0"
},
{
"id": 408,
"InsectBaseID": "IBG_00408",
"Order": "Trichoptera",
"Family": "Limnephilidae",
"Genus": "Glyphotaelius",
"TaxonomyID": "1271742",
"Tags": "None",
"OrganismName": "Glyphotaelius pellucidus",
"NormalName": "None",
"SpeciesIntro": "Glyphotaelius pellucidus is a species of insect belonging to the family Limnephilidae.It is native to Europe and Northern America.",
"Intro_from": "Wikipedia",
"Image_from": "Bernd Bäumler@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "LepBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:21.8%[S:21.7%,D:0.1%],F:41.7%,M:36.5%,n:1367",
"GenomeSize": "769.3",
"GenomeGC": "31.7",
"SeqNumber": "1164737",
"N50": "1.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "72",
"lncRNAnumber": "0"
},
{
"id": 409,
"InsectBaseID": "IBG_00409",
"Order": "Hymenoptera",
"Family": "Dryinidae",
"Genus": "Gonatopus",
"TaxonomyID": "2808949",
"Tags": "natural enemy",
"OrganismName": "Gonatopus flavifemur",
"NormalName": "none",
"SpeciesIntro": "Gonatopus flavifemur is a fascinating but poorly understood species in family Dryinidae (superfamily Chrysidoidea). it is a common parasitoid of the notorious rice pest, the brown planthopper Nilaparvata lugens. Its unique predatory and parasitoid behaviors make this species very effective for the biological control of pests. Moreover, it has evolved several interesting characteristics, such as the predatory behavior of adult females and the distinct sexual dimorphism. It is a good model for studying the evolutionary origin of predatory behavior and sexual dimorphism. Here, we reported a high-quality genome assembly of G. flavifemur using Nanopore long-read sequencing and Illumina short-read sequencing. This assembly was highly accurate and with high completeness, and will greatly facilitate future studies of the comparative genomics in Hymenoptera and pest control.",
"Intro_from": "Genome of the pincer wasp Gonatopus flavifemur reveals unique venom evolution and a dual adaptation to parasitism and predation.",
"Image_from": "Ye@BY-NC",
"reference": "Yang Y, Ye X, Dang C, et al. Genome of the pincer wasp Gonatopus flavifemur reveals unique venom evolution and a dual adaptation to parasitism and predation. BMC Biol. 2021;19(1):145.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34315471/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018340375.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.7%,D:0.6%],F:0.3%,M:0.4%,n:1367",
"GenomeSize": "636.5",
"GenomeGC": "36.2",
"SeqNumber": "466",
"N50": "35138.2",
"PCGnumber": "22709",
"Swissnumber": "9481",
"GOnumber": "9211",
"KEGGnumber": "12079",
"Pfamnumber": "12348",
"miRNAnumber": "82",
"lncRNAnumber": "3356"
},
{
"id": 410,
"InsectBaseID": "IBG_00410",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Gonioctena",
"TaxonomyID": "63699",
"Tags": "None",
"OrganismName": "Gonioctena quinquepunctata",
"NormalName": "none",
"SpeciesIntro": "Gonioctena quinquepunctata is a species of the family Chrysomelidae.",
"Intro_from": "Wikipedia",
"Image_from": "Gaell Mainguy@BY-NC-ND",
"reference": "Lukicheva S, Flot JF, Mardulyn P. Genome Assembly of the Cold-Tolerant Leaf Beetle Gonioctena quinquepunctata, an Important Resource for Studying Its Evolution and Reproductive Barriers between Species. Genome Biol Evol. 2021;13(7):evab134.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34115123/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018342105.1",
"GenomeLevel": "Contig",
"Busco": "C:93.9%[S:92.1%,D:1.8%],F:2.6%,M:3.5%,n:1367",
"GenomeSize": "1732",
"GenomeGC": "17.3",
"SeqNumber": "10033",
"N50": "432.1",
"PCGnumber": "38253",
"Swissnumber": "13209",
"GOnumber": "12828",
"KEGGnumber": "16401",
"Pfamnumber": "17855",
"miRNAnumber": "176",
"lncRNAnumber": "1792"
},
{
"id": 411,
"InsectBaseID": "IBG_00411",
"Order": "Hymenoptera",
"Family": "Bethylidae",
"Genus": "Goniozus",
"TaxonomyID": "863708",
"Tags": "natural enemy;",
"OrganismName": "Goniozus legneri",
"NormalName": "None",
"SpeciesIntro": "Goniozus legneri Gordh is known as a parasite of the carob moth, Spectrobates ceratoniae (Zeller), and of the navel orangeworm, Amyelois transitella (Walker).",
"Intro_from": "Goniozus legneri (Hymenoptera: Bethylidae): Development, Oviposition, and Longevity in Relation to Temperature1",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003055095.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.5%[S:98.6%,D:0.9%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "141.9",
"GenomeGC": "32.8",
"SeqNumber": "7855",
"N50": "169.4",
"PCGnumber": "14132",
"Swissnumber": "9324",
"GOnumber": "9113",
"KEGGnumber": "10122",
"Pfamnumber": "10528",
"miRNAnumber": "85",
"lncRNAnumber": "0"
},
{
"id": 412,
"InsectBaseID": "IBG_00412",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Graphium",
"TaxonomyID": "76206",
"Tags": "None",
"OrganismName": "Graphium doson",
"NormalName": "common jay",
"SpeciesIntro": "Graphium doson is a black, tropical papilionid (swallowtail) butterfly with pale blue semi-transparent central wing bands that are formed by large spots. There is a marginal series of smaller spots. The underside of wings is brown with markings similar to upperside but whitish in colour. The sexes look alike. The species was first described by father and son entomologists Cajetan and Rudolf Felder.",
"Intro_from": "Wikipedia",
"Image_from": "Subhendukhan@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014048405.1",
"GenomeLevel": "Scaffold",
"Busco": "C:24.6%[S:24.2%,D:0.4%],F:31.8%,M:43.6%,n:1367",
"GenomeSize": "739.3",
"GenomeGC": "21.6",
"SeqNumber": "743334",
"N50": "484.8",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "108",
"lncRNAnumber": "0"
},
{
"id": 413,
"InsectBaseID": "IBG_00413",
"Order": "Orthoptera",
"Family": "Gryllidae",
"Genus": "Gryllus",
"TaxonomyID": "6999",
"Tags": "pest",
"OrganismName": "Gryllus bimaculatus",
"NormalName": "two-spotted cricket",
"SpeciesIntro": "Gryllus bimaculatus is a species of cricket in the subfamily Gryllinae.It has also been called the African or Mediterranean field cricket, although its recorded distribution also includes much of Asia, including Korea, China and Indochina through to Borneo. It can be discriminated from other Gryllus species by the two dot-like marks on the base of its wings.",
"Intro_from": "Wikipedia",
"Image_from": "chris9900@BY-NC",
"reference": "Ylla G, Nakamura T, Itoh T, et al. Insights into the genomic evolution of insects from cricket genomes. Commun Biol. 2021;4(1):733.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34127782/",
"DataSource": "ASGARD",
"NCBIassembly": "GCA_017312745.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.9%[S:95.3%,D:1.6%],F:1.0%,M:2.1%,n:1367",
"GenomeSize": "1658",
"GenomeGC": "33.1",
"SeqNumber": "47877",
"N50": "6287.2",
"PCGnumber": "28529",
"Swissnumber": "17472",
"GOnumber": "17237",
"KEGGnumber": "17848",
"Pfamnumber": "19029",
"miRNAnumber": "411",
"lncRNAnumber": "5482"
},
{
"id": 414,
"InsectBaseID": "IBG_00414",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Habropoda",
"TaxonomyID": "597456",
"Tags": "pollinator;",
"OrganismName": "Habropoda laboriosa",
"NormalName": "southeastern blueberry bee",
"SpeciesIntro": "Habropoda laboriosa is a bee in the family Apidae.It is native to the southeastern United States.It is regarded as the most efficient pollinator of southern rabbiteye blueberries, as the flowers require buzz pollination, and H. laboriosa is one of the few bees that exhibit this behavior. It is active for only a few weeks a year, while the blueberries are in flower in early spring.",
"Intro_from": "Wikipedia",
"Image_from": "Margarita Lankford@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001263275.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.9%[S:97.6%,D:0.3%],F:0.7%,M:1.4%,n:1367",
"GenomeSize": "300.7",
"GenomeGC": "29.7",
"SeqNumber": "27566",
"N50": "1806.4",
"PCGnumber": "9698",
"Swissnumber": "7875",
"GOnumber": "7718",
"KEGGnumber": "7868",
"Pfamnumber": "8545",
"miRNAnumber": "138",
"lncRNAnumber": "1298"
},
{
"id": 415,
"InsectBaseID": "IBG_00415",
"Order": "Lepidoptera",
"Family": "Drepanidae",
"Genus": "Habrosyne",
"TaxonomyID": "721137",
"Tags": "None",
"OrganismName": "Habrosyne pyritoides",
"NormalName": "buff arches",
"SpeciesIntro": "Habrosyne pyritoides is a moth of the family Drepanidae. The species was first described by Johann Siegfried Hufnagel in 1766. It is found throughout Europe and is well distributed in the British Isles except the far north of England and all of Scotland. They live in deciduous and coniferous forests with large populations of their foodplants, but also in gardens and parks.",
"Intro_from": "Wikipedia",
"Image_from": "John D Reynolds@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907165245.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.1%[S:98.9%,D:0.2%],F:0.0%,M:0.9%,n:1367",
"GenomeSize": "400.6",
"GenomeGC": "22.9",
"SeqNumber": "32",
"N50": "14121.1",
"PCGnumber": "24247",
"Swissnumber": "11269",
"GOnumber": "11023",
"KEGGnumber": "13152",
"Pfamnumber": "13685",
"miRNAnumber": "151",
"lncRNAnumber": "0"
},
{
"id": 416,
"InsectBaseID": "IBG_00416",
"Order": "Diptera",
"Family": "Muscidae",
"Genus": "Haematobia",
"TaxonomyID": "7368",
"Tags": "pest;",
"OrganismName": "Haematobia irritans",
"NormalName": "horn fly",
"SpeciesIntro": "Haematobia irritans is a small fly (about half the size of a common housefly). It was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is of the genus Haematobia which is the European genus of bloodsucking flies. Haematobia irritans is a native of Europe but has been introduced to North America and is considered a potentially dangerous livestock pest.",
"Intro_from": "Wikipedia",
"Image_from": "Judy Gallagher@BY",
"reference": "Konganti K, Guerrero FD, Schilkey F, et al. A Whole Genome Assembly of the Horn Fly, Haematobia irritans, and Prediction of Genes with Roles in Metabolism and Sex Determination. G3 (Bethesda). 2018;8(5):1675-1686. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29602812/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003123925.1",
"GenomeLevel": "Scaffold",
"Busco": "C:63.5%[S:62.8%,D:0.7%],F:10.2%,M:26.3%,n:1367",
"GenomeSize": "1157.8",
"GenomeGC": "10.4",
"SeqNumber": "76616",
"N50": "23.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "140",
"lncRNAnumber": "0"
},
{
"id": 417,
"InsectBaseID": "IBG_00417",
"Order": "Hemiptera",
"Family": "Pentatomidae",
"Genus": "Halyomorpha",
"TaxonomyID": "286706",
"Tags": "pest;",
"OrganismName": "Halyomorpha halys",
"NormalName": "brown marmorated stink bug",
"SpeciesIntro": "Halyomorpha halys is an insect in the family Pentatomidae, native to China, Japan, Korea and other Asian regions.In September 1998 it was collected in Allentown, Pennsylvania, where it is believed to have been accidentally introduced. The nymphs and adults of the brown marmorated stink bug feed on over 100 species of plants, including many agricultural crops, and by 2010–11 had become a season-long pest in orchards in the Eastern United States.",
"Intro_from": "Wikipedia",
"Image_from": "Judy Gallagher@BY",
"reference": "Paula DP, Togawa RC, Costa MM, Grynberg P, Martins NF, Andow DA. Identification and expression profile of odorant-binding proteins in Halyomorpha halys (Hemiptera: Pentatomidae) [published correction appears in Insect Mol Biol. 2017 Apr;26(2):254]. Insect Mol Biol. 2016;25(5):580-594.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27170546/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000696795.2",
"GenomeLevel": "Scaffold",
"Busco": "C:97.7%[S:96.3%,D:1.4%],F:0.8%,M:1.5%,n:1367",
"GenomeSize": "1010.7",
"GenomeGC": "18.4",
"SeqNumber": "16639",
"N50": "398",
"PCGnumber": "12409",
"Swissnumber": "8890",
"GOnumber": "8729",
"KEGGnumber": "9001",
"Pfamnumber": "10305",
"miRNAnumber": "100",
"lncRNAnumber": "2613"
},
{
"id": 418,
"InsectBaseID": "IBG_00418",
"Order": "Coleoptera",
"Family": "Coccinellidae",
"Genus": "Harmonia",
"TaxonomyID": "115357",
"Tags": "None",
"OrganismName": "Harmonia axyridis",
"NormalName": "harlequin, multicolored Asian, or Asian ladybeetle,Halloween ladybeetle",
"SpeciesIntro": "Harmonia axyridis is a large coccinellid beetle. This is one of the most variable species in the world, with an exceptionally wide range of color forms.It is native to eastern Asia, but has been artificially introduced to North America and Europe to control aphids and scale insects. It is now common, well known, and spreading in those regions, and has also established in Africa and widely across South America. ",
"Intro_from": "Wikipedia",
"Image_from": "michaelmacc@BY-NC",
"reference": "Chen M, Mei Y, Chen X, et al. A chromosome-level assembly of the harlequin ladybird Harmonia axyridis as a genomic resource to study beetle and invasion biology. Mol Ecol Resour. 2021;21(4):1318-1332.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33529495/",
"DataSource": "InsectBase",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:90.4%[S:88.4%,D:2.0%],F:1.5%,M:8.1%,n:1367",
"GenomeSize": "422.8",
"GenomeGC": "35.1",
"SeqNumber": "1897",
"N50": "45919.5",
"PCGnumber": "25685",
"Swissnumber": "13812",
"GOnumber": "13400",
"KEGGnumber": "12064",
"Pfamnumber": "16052",
"miRNAnumber": "33",
"lncRNAnumber": "4753"
},
{
"id": 419,
"InsectBaseID": "IBG_00419",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Harpegnathos",
"TaxonomyID": "610380",
"Tags": "None",
"OrganismName": "Harpegnathos saltator",
"NormalName": "Indian jumping ant or Jerdon's jumping ant",
"SpeciesIntro": "Harpegnathos saltator is a species of ant found in India. They have long mandibles and have the ability to leap a few inches.They are large-eyed and active predators that hunt mainly in the early morning. The colonies are small and the difference between workers and queens is very slight.",
"Intro_from": "Wikipedia",
"Image_from": "Vipin Baliga@BY-NC-SA",
"reference": "Shields EJ, Sheng L, Weiner AK, Garcia BA, Bonasio R. High-Quality Genome Assemblies Reveal Long Non-coding RNAs Expressed in Ant Brains. Cell Rep. 2018;23(10):3078-3090.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29874592/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003227715.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.2%,D:1.1%],F:0.4%,M:0.3%,n:1367",
"GenomeSize": "338.7",
"GenomeGC": "33.2",
"SeqNumber": "857",
"N50": "1092.1",
"PCGnumber": "11951",
"Swissnumber": "8746",
"GOnumber": "8540",
"KEGGnumber": "9311",
"Pfamnumber": "9973",
"miRNAnumber": "193",
"lncRNAnumber": "5646"
},
{
"id": 420,
"InsectBaseID": "IBG_00420",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Hecatera",
"TaxonomyID": "988125",
"Tags": "None",
"OrganismName": "Hecatera dysodea",
"NormalName": "small ranunculus",
"SpeciesIntro": "Hecatera dysodea is a moth of the family Noctuidae. It is found in Europe, primarily in Central Europe and Southern Europe The northern boundary of the distribution is from the Baltic Sea and the southern part of Lithuania, Belarus, south of Moscow to the Urals. North Africa forms the distribution border in the south (from Algeria and Morocco) east they extend to the Middle East, Turkestan and across the Palearctic to Central Asia. It is an introduced species in North America, where it was first found in Utah in 1998 and Oregon in 2005.",
"Intro_from": "Wikipedia",
"Image_from": "Donald Hobern@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905332915.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.0%[S:98.5%,D:0.5%],F:0.1%,M:0.9%,n:1367",
"GenomeSize": "640.9",
"GenomeGC": "23",
"SeqNumber": "41",
"N50": "21896.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "186",
"lncRNAnumber": "0"
},
{
"id": 421,
"InsectBaseID": "IBG_00421",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Hedya",
"TaxonomyID": "1869985",
"Tags": "pest",
"OrganismName": "Hedya salicella",
"NormalName": "none",
"SpeciesIntro": "Hedya salicella is a moth of the family Tortricidae. It is found in Europe.The wingspan is 19–24 mm. The moth flies from June to October.The larvae feed on large holes and willow and poplar.",
"Intro_from": "Wikipedia",
"Image_from": "Michael Knapp@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905404275.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:97.8%,D:0.5%],F:0.3%,M:1.4%,n:1367",
"GenomeSize": "742.4",
"GenomeGC": "23.3",
"SeqNumber": "50",
"N50": "27275.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "209",
"lncRNAnumber": "0"
},
{
"id": 422,
"InsectBaseID": "IBG_00422",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33457",
"Tags": "None",
"OrganismName": "Heliconius aoede",
"NormalName": "Aoede longwing",
"SpeciesIntro": "Heliconius aoede is a species of butterfly of the family Nymphalidae. It was described by Jacob Hübner in 1813. It is found in the Amazon basin. The habitat consists of deep forests.",
"Intro_from": "Wikipedia",
"Image_from": "belgianbirding@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900068225.1",
"GenomeLevel": "Scaffold",
"Busco": "C:51.7%[S:51.3%,D:0.4%],F:26.9%,M:21.4%,n:1367",
"GenomeSize": "341.4",
"GenomeGC": "21.1",
"SeqNumber": "355741",
"N50": "1.4",
"PCGnumber": "37367",
"Swissnumber": "17972",
"GOnumber": "17776",
"KEGGnumber": "23772",
"Pfamnumber": "18085",
"miRNAnumber": "0",
"lncRNAnumber": "0"
},
{
"id": 423,
"InsectBaseID": "IBG_00423",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33424",
"Tags": "None",
"OrganismName": "Heliconius cydno",
"NormalName": "cydno longwing",
"SpeciesIntro": "Heliconius cydno is a nymphalid butterfly that ranges from Mexico to northern South America. It is typically found in the forest understory and deposits its eggs on a variety of plants of the genus Passiflora. It is a member of the Heliconiinae subfamily of Central and South America, and it is the only heliconiine that can be considered oligophagous. H. cydno is also characterized by hybridization and Müllerian mimicry.Wing coloration plays a key role in mate choice and has further implications in regards to sympatric speciation. Macrolide scent gland extracts and wing-clicking behavior further characterize this species.",
"Intro_from": "Wikipedia",
"Image_from": "Gonzalo Mucientes Sandoval@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900068235.1",
"GenomeLevel": "Scaffold",
"Busco": "C:66.8%[S:66.3%,D:0.5%],F:21.1%,M:12.1%,n:1367",
"GenomeSize": "285.8",
"GenomeGC": "21",
"SeqNumber": "220405",
"N50": "2.6",
"PCGnumber": "37628",
"Swissnumber": "16839",
"GOnumber": "16588",
"KEGGnumber": "19997",
"Pfamnumber": "17685",
"miRNAnumber": "111",
"lncRNAnumber": "1285"
},
{
"id": 424,
"InsectBaseID": "IBG_00424",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33444",
"Tags": "None",
"OrganismName": "Heliconius elevatus",
"NormalName": "None",
"SpeciesIntro": "Heliconius elevatus is a butterfly of the family Nymphalidae. It was described by Nöldner in 1901. It is found in the Amazon Basin. The habitat consists of riparian forests.The larvae are gregarious and mostly feed on Passiflora species from the subgenus Granadilla. Full-grown larvae have a white body with black spots and an orange head. They reach a length of about 16 mm.",
"Intro_from": "Wikipedia",
"Image_from": "Michaela Bowlsby@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900068365.1",
"GenomeLevel": "Scaffold",
"Busco": "C:60.1%[S:59.1%,D:1.0%],F:25.1%,M:14.8%,n:1367",
"GenomeSize": "369.2",
"GenomeGC": "20.5",
"SeqNumber": "302727",
"N50": "2",
"PCGnumber": "42156",
"Swissnumber": "20839",
"GOnumber": "20582",
"KEGGnumber": "26894",
"Pfamnumber": "21203",
"miRNAnumber": "118",
"lncRNAnumber": "0"
},
{
"id": 425,
"InsectBaseID": "IBG_00425",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33431",
"Tags": "None",
"OrganismName": "Heliconius erato",
"NormalName": "red postman,small postman, the red passion flower butterfly, or the crimson-patched longwing",
"SpeciesIntro": "Heliconius erato is one of about 40 neotropical species of butterfly belonging to the genus Heliconius. It was described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.H. erato exhibits Müllerian mimicry with other Heliconius butterflies such as Heliconius melpomene in order to warn common predators against attacking, which contributes to its surprising longevity. It also has a unique mating ritual involving the transfer of anti-aphrodisiacs from males to females.",
"Intro_from": "Wikipedia",
"Image_from": "Kathy Detweiler@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "LepBase",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:84.7%[S:83.4%,D:1.3%],F:4.3%,M:11.0%,n:1367",
"GenomeSize": "423.6",
"GenomeGC": "32.6",
"SeqNumber": "142",
"N50": "5552.3",
"PCGnumber": "14179",
"Swissnumber": "8560",
"GOnumber": "8451",
"KEGGnumber": "9764",
"Pfamnumber": "9367",
"miRNAnumber": "160",
"lncRNAnumber": "7084"
},
{
"id": 426,
"InsectBaseID": "IBG_00426",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33418",
"Tags": "None",
"OrganismName": "Heliconius ethilla",
"NormalName": "ethilia longwing",
"SpeciesIntro": "Heliconius ethilla is a butterfly of the family Nymphalidae. It was described by Jean-Baptiste Godart in 1819. It is found from Panama to southern Brazil. The habitat consists of marginal forests.The larvae feed on Passiflora species. Full-grown larvae have a white body with an orange head and reach a length of about 17 mm.",
"Intro_from": "Wikipedia",
"Image_from": "Gustavo Fernando Durán@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001485985.1",
"GenomeLevel": "Scaffold",
"Busco": "C:77.4%[S:76.7%,D:0.7%],F:13.9%,M:8.7%,n:1367",
"GenomeSize": "286",
"GenomeGC": "20.7",
"SeqNumber": "164030",
"N50": "4.2",
"PCGnumber": "29675",
"Swissnumber": "15311",
"GOnumber": "15091",
"KEGGnumber": "18857",
"Pfamnumber": "16349",
"miRNAnumber": "110",
"lncRNAnumber": "0"
},
{
"id": 427,
"InsectBaseID": "IBG_00427",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33425",
"Tags": "None",
"OrganismName": "Heliconius hecale",
"NormalName": "tiger longwing, Hecale longwing, golden longwing or golden heliconian",
"SpeciesIntro": "Heliconius hecale is a heliconiid butterfly that occurs from Mexico to the Peruvian Amazon. Hecale, was an old woman who gave shelter to Theseus on his way to capture the Marathonian Bull.",
"Intro_from": "Wikipedia",
"Image_from": "Diego Delso@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001486065.1",
"GenomeLevel": "Scaffold",
"Busco": "C:33.2%[S:33.1%,D:0.1%],F:9.3%,M:57.5%,n:1367",
"GenomeSize": "79.5",
"GenomeGC": "22.3",
"SeqNumber": "32723",
"N50": "4.6",
"PCGnumber": "10016",
"Swissnumber": "4866",
"GOnumber": "4799",
"KEGGnumber": "5777",
"Pfamnumber": "5160",
"miRNAnumber": "47",
"lncRNAnumber": "260"
},
{
"id": 428,
"InsectBaseID": "IBG_00428",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "101931",
"Tags": "None",
"OrganismName": "Heliconius hecuba",
"NormalName": "Hecuba longwing",
"SpeciesIntro": "Heliconius hecuba is a species of butterfly of the family Nymphalidae. It lives at altitudes ranging from 1000 to 2400 m in cloud forests in the northern Andes from Colombia to Ecuador.The larvae feed on plants from the genus Granadilla.",
"Intro_from": "Wikipedia",
"Image_from": "Tom Horton@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900068455.1",
"GenomeLevel": "Scaffold",
"Busco": "C:30.7%[S:30.6%,D:0.1%],F:30.8%,M:38.5%,n:1367",
"GenomeSize": "215.3",
"GenomeGC": "23.1",
"SeqNumber": "312523",
"N50": "1",
"PCGnumber": "28547",
"Swissnumber": "13416",
"GOnumber": "13249",
"KEGGnumber": "18413",
"Pfamnumber": "13345",
"miRNAnumber": "81",
"lncRNAnumber": "0"
},
{
"id": 429,
"InsectBaseID": "IBG_00429",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "310794",
"Tags": "None",
"OrganismName": "Heliconius hermathena",
"NormalName": "Hermathena longwing",
"SpeciesIntro": "Heliconius hermathena is a species of butterfly of the family Nymphalidae. It is endemic to white sand areas of the Amazon basin. Heliconius hermathena is a sand forest nymphalid butterfly and they are typically lowland tropical forest organisms although a handful subspecies can be found in southeastern Brazil and part of the dry forests of Peru.",
"Intro_from": "Wikipedia",
"Image_from": "Augusto Rosa@BY-NC",
"reference": "Massardo D, VanKuren NW, Nallu S, et al. The roles of hybridization and habitat fragmentation in the evolution of Brazil's enigmatic longwing butterflies, Heliconius nattereri and H. hermathena. BMC Biol. 2020;18(1):84. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32620168/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013403705.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.2%[S:97.1%,D:0.1%],F:1.5%,M:1.3%,n:1367",
"GenomeSize": "396.5",
"GenomeGC": "18.1",
"SeqNumber": "1912",
"N50": "505.9",
"PCGnumber": "20272",
"Swissnumber": "10905",
"GOnumber": "10727",
"KEGGnumber": "12064",
"Pfamnumber": "12279",
"miRNAnumber": "138",
"lncRNAnumber": "0"
},
{
"id": 430,
"InsectBaseID": "IBG_00430",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33423",
"Tags": "None",
"OrganismName": "Heliconius heurippa",
"NormalName": "None",
"SpeciesIntro": "Heliconius heurippa is a butterfly of the genus Heliconius that is believed by some scientists to be a separate species from—but a hybrid of—the species Heliconius cydno and Heliconius melpomene, making H. heurippa an example of hybrid speciation.",
"Intro_from": "Wikipedia",
"Image_from": "Josh Vandermeulen@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900067975.1",
"GenomeLevel": "Scaffold",
"Busco": "C:71.7%[S:70.7%,D:1.0%],F:18.1%,M:10.2%,n:1367",
"GenomeSize": "313.2",
"GenomeGC": "20.4",
"SeqNumber": "237614",
"N50": "2.5",
"PCGnumber": "32899",
"Swissnumber": "16563",
"GOnumber": "16351",
"KEGGnumber": "20636",
"Pfamnumber": "17429",
"miRNAnumber": "117",
"lncRNAnumber": "0"
},
{
"id": 431,
"InsectBaseID": "IBG_00431",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "171913",
"Tags": "None",
"OrganismName": "Heliconius hierax",
"NormalName": "None",
"SpeciesIntro": "Heliconius hierax is distributed in the north of the Andes.H. hierax occurs from 800 to 1,900 m in cloud forest. Usually, individuals fly rapidly and in the middlestory (Brown, 1981).",
"Intro_from": "http://tolweb.org/Heliconius_hierax/72917",
"Image_from": "Roger Rittmaster@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900068475.1",
"GenomeLevel": "Scaffold",
"Busco": "C:27.7%[S:27.6%,D:0.1%],F:29.7%,M:42.6%,n:1367",
"GenomeSize": "213.3",
"GenomeGC": "23.4",
"SeqNumber": "322774",
"N50": "0.9",
"PCGnumber": "27263",
"Swissnumber": "12710",
"GOnumber": "12552",
"KEGGnumber": "17633",
"Pfamnumber": "12838",
"miRNAnumber": "75",
"lncRNAnumber": "0"
},
{
"id": 432,
"InsectBaseID": "IBG_00432",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33442",
"Tags": "None",
"OrganismName": "Heliconius himera",
"NormalName": "None",
"SpeciesIntro": "Heliconius himera is a close relative of Heliconius erato that is found in the dry forests of south west Ecuador and north west Peru, and into the Maranon valley on the eastern slopes of the Andes. It is quite abundant and very distinctive, being non-mimetic and therefore unlike other sympatric species. It has been extensively studied as a model for understanding speciation. It hybridises with Heliconius erato cyrbia in a narrow zone in south west Ecuador where hybrids form about 10% of overlapping populations.",
"Intro_from": "http://tolweb.org/Heliconius_himera/72241",
"Image_from": "Carmelo López Abad@BY-NC",
"reference": "Edelman NB, Frandsen PB, Miyagi M, et al. Genomic architecture and introgression shape a butterfly radiation. Science. 2019;366(6465):594-599. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31672890/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013421065.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.8%[S:95.2%,D:0.6%],F:1.6%,M:2.6%,n:1367",
"GenomeSize": "404.7",
"GenomeGC": "18.4",
"SeqNumber": "25381",
"N50": "49.3",
"PCGnumber": "20251",
"Swissnumber": "11079",
"GOnumber": "10900",
"KEGGnumber": "12098",
"Pfamnumber": "12341",
"miRNAnumber": "190",
"lncRNAnumber": "672"
},
{
"id": 433,
"InsectBaseID": "IBG_00433",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33427",
"Tags": "None",
"OrganismName": "Heliconius ismenius",
"NormalName": "Ismenius tiger or tiger heliconian",
"SpeciesIntro": "Heliconius ismenius is a butterfly of the family Nymphalidae found in Central America and northern South America. They are abundant as far south as Ecuador and Venezuela and as far north as southern Mexico, Guatemala and Belize.H. ismenius are more commonly called the tiger-striped long wing butterfly. H. ismeniuss nickname is derived from its long wing structure as well as the beautiful burnt orange and black stripes. Pierre André Latreille, a French zoologist, described Heliconius ismenius in 1817. H. ismenius resembles a number of other butterflies, an example of Müllerian mimicry.",
"Intro_from": "Wikipedia",
"Image_from": "sypie@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001485965.1",
"GenomeLevel": "Scaffold",
"Busco": "C:78.7%[S:78.3%,D:0.4%],F:13.8%,M:7.5%,n:1367",
"GenomeSize": "263",
"GenomeGC": "21.1",
"SeqNumber": "160084",
"N50": "4.3",
"PCGnumber": "31887",
"Swissnumber": "17252",
"GOnumber": "16894",
"KEGGnumber": "19274",
"Pfamnumber": "18398",
"miRNAnumber": "100",
"lncRNAnumber": "0"
},
{
"id": 434,
"InsectBaseID": "IBG_00434",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "34740",
"Tags": "None",
"OrganismName": "Heliconius melpomene",
"NormalName": "postman butterfly, common postman or simply postman",
"SpeciesIntro": "Heliconius melpomene is a brightly colored butterfly found throughout Central and South America. It was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. Its coloration coevolved with a sister species H. erato as a warning to predators of its inedibility; this is an example of Müllerian mimicry. H. melpomene was one of the first butterfly species observed to forage for pollen, a behavior that is common in other groups but rare in butterflies.Because of the recent rapid evolutionary radiation of the genus Heliconius and overlapping of its habitat with other related species, H. melpomene has been the subject of extensive study on speciation and hybridization. These hybrids tend to have low fitness as they look different from the original species and no longer exhibit Müllerian mimicry.",
"Intro_from": "Wikipedia",
"Image_from": "S. Rae@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "LepBase",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:98.5%[S:98.1%,D:0.4%],F:0.7%,M:0.8%,n:1367",
"GenomeSize": "275.3",
"GenomeGC": "32.7",
"SeqNumber": "332",
"N50": "14308.9",
"PCGnumber": "19342",
"Swissnumber": "10778",
"GOnumber": "10546",
"KEGGnumber": "11686",
"Pfamnumber": "12138",
"miRNAnumber": "58",
"lncRNAnumber": "4983"
},
{
"id": 435,
"InsectBaseID": "IBG_00435",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "310795",
"Tags": "None",
"OrganismName": "Heliconius nattereri",
"NormalName": "Natterer's longwing",
"SpeciesIntro": "Heliconius nattereri is a species of butterfly in the family Nymphalidae. It is endemic to the Atlantic forest of Brazil.The butterfly has been found in the Feliciano Miguel Abdala Private Natural Heritage Reserve in the state of Minas Gerais.",
"Intro_from": "Wikipedia",
"Image_from": "James S. Miller@BY-NC",
"reference": "Massardo D, VanKuren NW, Nallu S, et al. The roles of hybridization and habitat fragmentation in the evolution of Brazil's enigmatic longwing butterflies, Heliconius nattereri and H. hermathena. BMC Biol. 2020;18(1):84. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32620168/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013403645.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:98.5%,D:0.3%],F:0.3%,M:0.9%,n:1367",
"GenomeSize": "279.3",
"GenomeGC": "20.9",
"SeqNumber": "260",
"N50": "8952.2",
"PCGnumber": "19173",
"Swissnumber": "10538",
"GOnumber": "10352",
"KEGGnumber": "11457",
"Pfamnumber": "11906",
"miRNAnumber": "145",
"lncRNAnumber": "0"
},
{
"id": 436,
"InsectBaseID": "IBG_00436",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33419",
"Tags": "None",
"OrganismName": "Heliconius numata",
"NormalName": "Numata longwing",
"SpeciesIntro": "Heliconius numata is a brush-footed butterfly species belonging to the family Nymphalidae, subfamily Heliconiinae.",
"Intro_from": "Wikipedia",
"Image_from": "Rich Hoyer@BY-NC-SA",
"reference": "Jay P, Chouteau M, Whibley A, et al. Mutation load at a mimicry supergene sheds new light on the evolution of inversion polymorphisms [published correction appears in Nat Genet. 2021 Feb 5;:]. Nat Genet. 2021;53(3):288-293.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33495598/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016802625.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.3%[S:94.0%,D:3.3%],F:1.5%,M:1.2%,n:1367",
"GenomeSize": "351.2",
"GenomeGC": "19.6",
"SeqNumber": "15243",
"N50": "542.3",
"PCGnumber": "30108",
"Swissnumber": "16484",
"GOnumber": "16147",
"KEGGnumber": "15116",
"Pfamnumber": "18816",
"miRNAnumber": "150",
"lncRNAnumber": "744"
},
{
"id": 437,
"InsectBaseID": "IBG_00437",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33428",
"Tags": "None",
"OrganismName": "Heliconius pachinus",
"NormalName": "None",
"SpeciesIntro": "Heliconius pachinus is distributed on the Pacific slopes of Costa Rica and Panama. H. pachinus occurs from sea level to 1,600 m in association with rain forest habitats. Usually individuals fly rapidly and in the lower story. Females mate multiply and adults roost solitarily at night at 2-10 m above ground on twigs or tendrils.",
"Intro_from": "http://tolweb.org/Heliconius_pachinus/72254",
"Image_from": "sfitzgerald86@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900068735.1",
"GenomeLevel": "Scaffold",
"Busco": "C:62.1%[S:61.6%,D:0.5%],F:20.5%,M:17.4%,n:1367",
"GenomeSize": "282.6",
"GenomeGC": "25.2",
"SeqNumber": "277083",
"N50": "1.7",
"PCGnumber": "58392",
"Swissnumber": "13683",
"GOnumber": "13458",
"KEGGnumber": "14099",
"Pfamnumber": "15026",
"miRNAnumber": "106",
"lncRNAnumber": "0"
},
{
"id": 438,
"InsectBaseID": "IBG_00438",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33441",
"Tags": "None",
"OrganismName": "Heliconius pardalinus",
"NormalName": "None",
"SpeciesIntro": "Heliconius pardalinus is distributed in the Upper Amazon.H. pardalinus occurs from sea level to 1,200 m in riparian forests. Usually individuals fly rapidly in the middlestory. Females mate multiply and adults roost solitarily or in loose groups at night at 2-10 m above ground on twigs or tendrils.",
"Intro_from": "http://tolweb.org/Heliconius_pardalinus/72902",
"Image_from": "spyingnaturalist@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001486225.1",
"GenomeLevel": "Scaffold",
"Busco": "C:78.2%[S:77.2%,D:1.0%],F:13.4%,M:8.4%,n:1367",
"GenomeSize": "297.2",
"GenomeGC": "20.7",
"SeqNumber": "153959",
"N50": "4.7",
"PCGnumber": "32095",
"Swissnumber": "16059",
"GOnumber": "15809",
"KEGGnumber": "19334",
"Pfamnumber": "16931",
"miRNAnumber": "116",
"lncRNAnumber": "0"
},
{
"id": 439,
"InsectBaseID": "IBG_00439",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "101932",
"Tags": "None",
"OrganismName": "Heliconius timareta",
"NormalName": "None",
"SpeciesIntro": "Heliconius timareta is a cognate of H. cydno (Brower 1994, 1996; Beltrán et al. 2007), occurring on the eastern slopes of the Andes in Ecuador and northern Peru. It is polymorphic in its color pattern, with individuals exhibiting either no red on the hindwings (nominate form), hindwing rays but no horizontal bar (forms contiguus, virgata, insolita, peregrina), or complete red rayed hindwing with the horizontal red bar and red rays (form strandi). There is also variation in the distribution and size of the yellow forewing spots. The various forms are likely to be involved in Müllerian mimicry with H. clysonymus (in the case of the forms with red hindwings) or H. sara/H. doris (in the case of those without). A second geographic race, H. t. timoratus was recently described by Lamas from the Cordillera del Condor (Lamas 1998).",
"Intro_from": "http://tolweb.org/Heliconius_timareta/72253",
"Image_from": "Mathieu Joron@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900068805.1",
"GenomeLevel": "Scaffold",
"Busco": "C:71.0%[S:70.4%,D:0.6%],F:17.3%,M:11.7%,n:1367",
"GenomeSize": "323.3",
"GenomeGC": "20.8",
"SeqNumber": "280134",
"N50": "2",
"PCGnumber": "46782",
"Swissnumber": "24822",
"GOnumber": "24390",
"KEGGnumber": "24462",
"Pfamnumber": "25976",
"miRNAnumber": "118",
"lncRNAnumber": "0"
},
{
"id": 440,
"InsectBaseID": "IBG_00440",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33429",
"Tags": "None",
"OrganismName": "Heliconius wallacei",
"NormalName": "Wallace's longwing",
"SpeciesIntro": "Heliconius wallacei is a butterfly of the family Nymphalidae. It was described by Tryon Reakirt in 1866. It is found from Venezuela and Trinidad to southern Brazil and Peru. The habitat consists of lowland rainforests.",
"Intro_from": "Wikipedia",
"Image_from": "Andrew Neild@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900068815.1",
"GenomeLevel": "Scaffold",
"Busco": "C:40.2%[S:39.9%,D:0.3%],F:31.7%,M:28.1%,n:1367",
"GenomeSize": "369.3",
"GenomeGC": "20.9",
"SeqNumber": "632176",
"N50": "0.7",
"PCGnumber": "36449",
"Swissnumber": "15410",
"GOnumber": "15219",
"KEGGnumber": "21410",
"Pfamnumber": "15313",
"miRNAnumber": "76",
"lncRNAnumber": "0"
},
{
"id": 441,
"InsectBaseID": "IBG_00441",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33440",
"Tags": "None",
"OrganismName": "Heliconius xanthocles",
"NormalName": "None",
"SpeciesIntro": "Heliconius xanthocles adults can be distinguished from other Heliconius species by the presence of yellow scales on the edges of the abdominal segments, giving the abdomen a ringed appearance. The wing patterns exhibit a high degree of geographical polymorphism. Several races from northern South America have entirely black hindwings, and one from southeastern Colombia (H. xanthocles explicata Brown 1976) has almost no red on either forewing or hindwing.",
"Intro_from": "http://tolweb.org/Heliconius_xanthocles/72244",
"Image_from": "Andrew Neild@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900068825.1",
"GenomeLevel": "Scaffold",
"Busco": "C:28.5%[S:28.3%,D:0.2%],F:27.6%,M:43.9%,n:1367",
"GenomeSize": "201",
"GenomeGC": "23.5",
"SeqNumber": "256347",
"N50": "1.1",
"PCGnumber": "24419",
"Swissnumber": "11777",
"GOnumber": "11631",
"KEGGnumber": "16009",
"Pfamnumber": "11772",
"miRNAnumber": "77",
"lncRNAnumber": "0"
},
{
"id": 442,
"InsectBaseID": "IBG_00442",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Helicoverpa",
"TaxonomyID": "29058",
"Tags": "pest;",
"OrganismName": "Helicoverpa armigera",
"NormalName": "cotton bollworm, corn earworm, or Old World (African) bollworm",
"SpeciesIntro": "Helicoverpa armigera is a moth, the larvae of which feed on a wide range of plants, including many important cultivated crops. It is a major pest in cotton and one of the most polyphagous and cosmopolitan pest species. ",
"Intro_from": "Wikipedia",
"Image_from": "Сергей Миляхин@BY-NC",
"reference": "Pearce SL, Clarke DF, East PD, et al. Genomic innovations, transcriptional plasticity and gene loss underlying the evolution and divergence of two highly polyphagous and invasive Helicoverpa pest species [published correction appears in BMC Biol. 2017 Aug 15;15(1):69]. BMC Biol. 2017;15(1):63.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/28756777/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002156985.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.5%[S:97.1%,D:0.4%],F:1.2%,M:1.3%,n:1367",
"GenomeSize": "341.3",
"GenomeGC": "24.9",
"SeqNumber": "998",
"N50": "1012.9",
"PCGnumber": "13548",
"Swissnumber": "9981",
"GOnumber": "9812",
"KEGGnumber": "10273",
"Pfamnumber": "11224",
"miRNAnumber": "173",
"lncRNAnumber": "6626"
},
{
"id": 443,
"InsectBaseID": "IBG_00443",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Helicoverpa",
"TaxonomyID": "7113",
"Tags": "pest;",
"OrganismName": "Helicoverpa zea",
"NormalName": "corn earworm",
"SpeciesIntro": "Helicoverpa zea is a species (formerly in the genus Heliothis) in the family Noctuidae.The larva of the moth Helicoverpa zea is a major agricultural pest. Since it is polyphagous (feeds on many different plants) during the larval stage, the species has been given many different common names, including the cotton bollworm and the tomato fruitworm. It also consumes a wide variety of other crops.",
"Intro_from": "Wikipedia",
"Image_from": "willem9@BY-NC",
"reference": "Pearce SL, Clarke DF, East PD, et al. Genomic innovations, transcriptional plasticity and gene loss underlying the evolution and divergence of two highly polyphagous and invasive Helicoverpa pest species [published correction appears in BMC Biol. 2017 Aug 15;15(1):69]. BMC Biol. 2017;15(1):63.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/28756777/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002150865.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.5%[S:95.5%,D:1.0%],F:1.2%,M:2.3%,n:1367",
"GenomeSize": "345.4",
"GenomeGC": "24.7",
"SeqNumber": "2975",
"N50": "204",
"PCGnumber": "18972",
"Swissnumber": "10603",
"GOnumber": "10407",
"KEGGnumber": "11491",
"Pfamnumber": "12157",
"miRNAnumber": "132",
"lncRNAnumber": "2904"
},
{
"id": 444,
"InsectBaseID": "IBG_00444",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Heliothis",
"TaxonomyID": "7102",
"Tags": "pest;",
"OrganismName": "Heliothis virescens",
"NormalName": "tobacco budworm",
"SpeciesIntro": "Chloridea virescens is a moth of the family Noctuidae found throughout the eastern and southwestern United States along with parts of Central America and South America.It is a major pest of field crops including tobacco (as its common name suggests) and cotton. However, it is able to thrive on a wide variety of host plants ranging from fruits, vegetables, flowers, and weeds. Control of this pest has proven to be particularly difficult due a variety of factors, but widespread insecticide and pesticide resistance have proven particularly concerning.",
"Intro_from": "Wikipedia",
"Image_from": "Bo Abernethy@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002382865.1",
"GenomeLevel": "Scaffold",
"Busco": "C:89.4%[S:86.8%,D:2.6%],F:2.3%,M:8.3%,n:1367",
"GenomeSize": "408.2",
"GenomeGC": "22.8",
"SeqNumber": "8826",
"N50": "103.4",
"PCGnumber": "14894",
"Swissnumber": "9896",
"GOnumber": "9728",
"KEGGnumber": "10577",
"Pfamnumber": "11030",
"miRNAnumber": "155",
"lncRNAnumber": "10435"
},
{
"id": 445,
"InsectBaseID": "IBG_00445",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Hemaris",
"TaxonomyID": "987953",
"Tags": "None",
"OrganismName": "Hemaris fuciformis",
"NormalName": "broad-bordered bee hawk-moth",
"SpeciesIntro": "Hemaris fuciformis is a moth of the family Sphingidae. It is found in North Africa, Europe (except northern Scandinavia) and central and eastern Asia.The wingspan is 38–48 millimetres (1.5–1.9 in). The moth flies from April to September depending on the location.",
"Intro_from": "Wikipedia",
"Image_from": "she51@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907164795.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.4%[S:98.1%,D:0.3%],F:0.2%,M:1.4%,n:1367",
"GenomeSize": "448.9",
"GenomeGC": "22.5",
"SeqNumber": "43",
"N50": "16553.3",
"PCGnumber": "26560",
"Swissnumber": "11609",
"GOnumber": "11415",
"KEGGnumber": "13481",
"Pfamnumber": "13675",
"miRNAnumber": "176",
"lncRNAnumber": "0"
},
{
"id": 446,
"InsectBaseID": "IBG_00446",
"Order": "Diptera",
"Family": "Stratiomyidae",
"Genus": "Hermetia",
"TaxonomyID": "343691",
"Tags": "resource insect;",
"OrganismName": "Hermetia illucens",
"NormalName": "black soldier fly",
"SpeciesIntro": "Hermetia illucens is a common and widespread fly of the family Stratiomyidae.",
"Intro_from": "Wikipedia",
"Image_from": "Geoffrey Cox@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905115235.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:98.0%,D:0.3%],F:0.4%,M:1.3%,n:1367",
"GenomeSize": "1005",
"GenomeGC": "24.1",
"SeqNumber": "21",
"N50": "180358",
"PCGnumber": "13439",
"Swissnumber": "9779",
"GOnumber": "9540",
"KEGGnumber": "9973",
"Pfamnumber": "11399",
"miRNAnumber": "98",
"lncRNAnumber": "2541"
},
{
"id": 447,
"InsectBaseID": "IBG_00447",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Hesperia",
"TaxonomyID": "291688",
"Tags": "None",
"OrganismName": "Hesperia comma",
"NormalName": "silver-spotted skipper or common branded skipper",
"SpeciesIntro": "Hesperia comma is a butterfly of the family Hesperiidae. It is known as silver-spotted skipper in Europe and common branded skipper in North America where the butterfly Epargyreus clarus, a spread-winged skipper, also has the common name of silver-spotted skipper.",
"Intro_from": "Wikipedia",
"Image_from": "Denis Doucet@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905404135.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.1%[S:97.7%,D:0.4%],F:0.6%,M:1.3%,n:1367",
"GenomeSize": "525.4",
"GenomeGC": "23.9",
"SeqNumber": "40",
"N50": "18810.7",
"PCGnumber": "30666",
"Swissnumber": "10841",
"GOnumber": "10650",
"KEGGnumber": "13621",
"Pfamnumber": "13885",
"miRNAnumber": "212",
"lncRNAnumber": "0"
},
{
"id": 448,
"InsectBaseID": "IBG_00448",
"Order": "Trichoptera",
"Family": "Limnephilidae",
"Genus": "Hesperophylax",
"TaxonomyID": "1188115",
"Tags": "None",
"OrganismName": "Hesperophylax magnus",
"NormalName": "none",
"SpeciesIntro": "Hesperophylax magnus is a species of northern caddisfly in the family Limnephilidae. It is found in North America.",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@BY-NC-SA",
"reference": "Olsen LK, Heckenhauer J, Sproul JS, et al. Draft Genome Assemblies and Annotations of Agrypnia vestita Walker, and Hesperophylax magnus Banks Reveal Substantial Repetitive Element Expansion in Tube Case-Making Caddisflies (Insecta: Trichoptera). Genome Biol Evol. 2021;13(3):evab013.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33501983/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016648045.1",
"GenomeLevel": "Contig",
"Busco": "C:95.3%[S:87.3%,D:8.0%],F:0.7%,M:4.0%,n:1367",
"GenomeSize": "1233.6",
"GenomeGC": "34.4",
"SeqNumber": "6877",
"N50": "768.2",
"PCGnumber": "8136",
"Swissnumber": "4091",
"GOnumber": "4033",
"KEGGnumber": "4437",
"Pfamnumber": "4631",
"miRNAnumber": "104",
"lncRNAnumber": "0"
},
{
"id": 449,
"InsectBaseID": "IBG_00449",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Hestina",
"TaxonomyID": "378390",
"Tags": "None",
"OrganismName": "Hestina assimilis",
"NormalName": "red ring skirt",
"SpeciesIntro": "Hestina assimilis is a species of butterfly in the family Nymphalidae found in Asia. It is generally of large size. There are several subspecies: H. a. assimilis, H. a. formosana (Moore, H. a. shirakii (Shirozu, 1955), and H. a. f. nigrivena (Leech).",
"Intro_from": "Wikipedia",
"Image_from": "sunnetchan@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016906905.1",
"GenomeLevel": "Contig",
"Busco": "C:98.2%[S:97.8%,D:0.4%],F:0.4%,M:1.4%,n:1367",
"GenomeSize": "421",
"GenomeGC": "20.6",
"SeqNumber": "54",
"N50": "13763",
"PCGnumber": "26148",
"Swissnumber": "11400",
"GOnumber": "11186",
"KEGGnumber": "13431",
"Pfamnumber": "13702",
"miRNAnumber": "161",
"lncRNAnumber": "0"
},
{
"id": 450,
"InsectBaseID": "IBG_00450",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Holcocephala",
"TaxonomyID": "1577617",
"Tags": "None",
"OrganismName": "Holcocephala fusca",
"NormalName": "gnat ogre",
"SpeciesIntro": "Holcocephala fusca is a species of robber flies in the family Asilidae.",
"Intro_from": "Wikipedia",
"Image_from": "Giff Beaton@BY-NC",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001015215.1",
"GenomeLevel": "Scaffold",
"Busco": "C:78.3%[S:77.5%,D:0.8%],F:11.6%,M:10.1%,n:1367",
"GenomeSize": "522.6",
"GenomeGC": "15.9",
"SeqNumber": "133294",
"N50": "5.3",
"PCGnumber": "18816",
"Swissnumber": "11892",
"GOnumber": "11710",
"KEGGnumber": "12201",
"Pfamnumber": "12384",
"miRNAnumber": "75",
"lncRNAnumber": "0"
},
{
"id": 451,
"InsectBaseID": "IBG_00451",
"Order": "Hemiptera",
"Family": "Cicadellidae",
"Genus": "Homalodisca",
"TaxonomyID": "197043",
"Tags": "pest;",
"OrganismName": "Homalodisca vitripennis",
"NormalName": "glassy-winged sharpshooter",
"SpeciesIntro": "Homalodisca vitripennis is a large leafhopper insect from the family Cicadellidae, similar to other species of sharpshooter.",
"Intro_from": "Wikipedia",
"Image_from": "Cheryl Harleston López Espino@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "i5k",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:88.0%[S:87.3%,D:0.7%],F:6.7%,M:5.3%,n:1367",
"GenomeSize": "2274.4",
"GenomeGC": "14.7",
"SeqNumber": "61370",
"N50": "926.8",
"PCGnumber": "32747",
"Swissnumber": "16598",
"GOnumber": "15893",
"KEGGnumber": "19514",
"Pfamnumber": "19024",
"miRNAnumber": "139",
"lncRNAnumber": "5250"
},
{
"id": 452,
"InsectBaseID": "IBG_00452",
"Order": "Hemiptera",
"Family": "Hormaphididae",
"Genus": "Hormaphis",
"TaxonomyID": "30177",
"Tags": "pest",
"OrganismName": "Hormaphis cornu",
"NormalName": "none",
"SpeciesIntro": "Hormaphis cornu is a species of the family Aphididae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Korgaonkar A, Han C, Lemire AL, et al. A novel family of secreted insect proteins linked to plant gall development [published correction appears in Curr Biol. 2021 May 10;31(9):2038]. Curr Biol. 2021;31(9):1836-1849.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33657407/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017140985.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.7%[S:92.6%,D:2.1%],F:1.4%,M:3.9%,n:1367",
"GenomeSize": "319.7",
"GenomeGC": "22.8",
"SeqNumber": "11241",
"N50": "36083.8",
"PCGnumber": "20095",
"Swissnumber": "10117",
"GOnumber": "9932",
"KEGGnumber": "11241",
"Pfamnumber": "11538",
"miRNAnumber": "114",
"lncRNAnumber": "9257"
},
{
"id": 453,
"InsectBaseID": "IBG_00453",
"Order": "Coleoptera",
"Family": "Meloidae",
"Genus": "Hycleus",
"TaxonomyID": "1270216",
"Tags": "None",
"OrganismName": "Hycleus cichorii",
"NormalName": "None",
"SpeciesIntro": "Hycleus cichorii is the most important blister beetles in traditional Chinese medicine and have been widely known and exploited by humans for more than 2000 years due to their ability to biosynthesize cantharidin . It can be found in Leguminosae fields or in flower beds of the Mallow family in southwest of China.",
"Intro_from": "Draft genomes of two blister beetles Hycleus cichorii and Hycleus phaleratus",
"Image_from": "Rui Da Silva Pinto@CC0",
"reference": "Wu YM, Li J, Chen XS. Draft genomes of two blister beetles Hycleus cichorii and Hycleus phaleratus. Gigascience. 2018;7(3):1-7.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29444297/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013841215.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.5%[S:99.4%,D:0.1%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "99.2",
"GenomeGC": "25.2",
"SeqNumber": "13823",
"N50": "99.8",
"PCGnumber": "12734",
"Swissnumber": "9097",
"GOnumber": "8953",
"KEGGnumber": "9358",
"Pfamnumber": "10135",
"miRNAnumber": "98",
"lncRNAnumber": "1070"
},
{
"id": 454,
"InsectBaseID": "IBG_00454",
"Order": "Coleoptera",
"Family": "Meloidae",
"Genus": "Hycleus",
"TaxonomyID": "1248972",
"Tags": "medicinal insect;",
"OrganismName": "Hycleus phaleratus",
"NormalName": "None",
"SpeciesIntro": "Hycleus phaleratus is the most commercially important blister beetles in China due to their ability to biosynthesize this potent vesicant. ",
"Intro_from": "Draft genomes of two blister beetles Hycleus cichorii and Hycleus phaleratus",
"Image_from": "Bernard DUPONT@BY-NC-SA",
"reference": "Wu YM, Li J, Chen XS. Draft genomes of two blister beetles Hycleus cichorii and Hycleus phaleratus. Gigascience. 2018;7(3):1-7.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29444297/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013841185.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:99.2%,D:0.1%],F:0.2%,M:0.5%,n:1367",
"GenomeSize": "90.9",
"GenomeGC": "24.9",
"SeqNumber": "12877",
"N50": "78",
"PCGnumber": "12459",
"Swissnumber": "9109",
"GOnumber": "8965",
"KEGGnumber": "9315",
"Pfamnumber": "10022",
"miRNAnumber": "89",
"lncRNAnumber": "1151"
},
{
"id": 455,
"InsectBaseID": "IBG_00455",
"Order": "Trichoptera",
"Family": "Hydropsychidae",
"Genus": "Hydropsyche",
"TaxonomyID": "577407",
"Tags": "None",
"OrganismName": "Hydropsyche tenuis",
"NormalName": "None",
"SpeciesIntro": "Hydropsyche tenuis provide important ecosystem services,it also of industrial interest due to their larval silk secretions. ",
"Intro_from": "Annotated draft genomes of two caddisfly species Plectrocnemia conspersa CURTIS and Hydropsyche tenuis NAVAS (Insecta: Trichoptera)",
"Image_from": "None",
"reference": "Heckenhauer J, Frandsen PB, Gupta DK, et al. Annotated Draft Genomes of Two Caddisfly Species Plectrocnemia conspersa CURTIS and Hydropsyche tenuis NAVAS (Insecta: Trichoptera). Genome Biol Evol. 2019;11(12):3445-3451.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31774498/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009617725.1",
"GenomeLevel": "Contig",
"Busco": "C:97.0%[S:96.4%,D:0.6%],F:1.2%,M:1.8%,n:1367",
"GenomeSize": "232.5",
"GenomeGC": "23.8",
"SeqNumber": "403",
"N50": "2217.5",
"PCGnumber": "17703",
"Swissnumber": "10052",
"GOnumber": "9824",
"KEGGnumber": "10476",
"Pfamnumber": "11231",
"miRNAnumber": "137",
"lncRNAnumber": "0"
},
{
"id": 456,
"InsectBaseID": "IBG_00456",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Hylaea",
"TaxonomyID": "722673",
"Tags": "pest",
"OrganismName": "Hylaea fasciaria",
"NormalName": "barred red",
"SpeciesIntro": "Hylaea fasciaria is a moth of the family Geometridae. The species can be found in Central and North Europe, Urals, Caucasus, Altai and East Siberia.The wingspan is 27–40 mm. The forma fasciaria has a rust-red leaf colour, the forma prasinaria has green coloured wings. Both have on the front wings two slightly irregular curved, thin transverse bands, the midfield thus closed has usually a slightly darker colour. These bands are pale whitish coloured in the rust-red form, in the green form the colouring varies from pale whitish to beige to light brown. In addition in the green form the front edge of the front wing (costa) is weakly coloured in the same shade, the outer edge of both pairs of wings is fringed in this colour. The hindwings are usually somewhat lighter in colour and have a more or less clear, pale cross line in the second half of the wing. In addition to the two main forms, there are other colour variants with different shades of green or plain brown.",
"Intro_from": "Wikipedia",
"Image_from": "John D Reynolds@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147375.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:98.3%,D:0.4%],F:0.2%,M:1.1%,n:1367",
"GenomeSize": "327.9",
"GenomeGC": "29",
"SeqNumber": "34",
"N50": "11686.6",
"PCGnumber": "20119",
"Swissnumber": "9954",
"GOnumber": "9791",
"KEGGnumber": "11308",
"Pfamnumber": "11581",
"miRNAnumber": "197",
"lncRNAnumber": "0"
},
{
"id": 457,
"InsectBaseID": "IBG_00457",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Hyles",
"TaxonomyID": "283848",
"Tags": "None",
"OrganismName": "Hyles vespertilio",
"NormalName": "None",
"SpeciesIntro": "Hyles vespertilio is a moth of the family Sphingidae.It is found in central Europe and the Balkan Peninsula, as well as from Anatolia to the Caucasus.",
"Intro_from": "Wikipedia",
"Image_from": "Tiziana Dinolfo@BY-NC",
"reference": "Pippel M, Jebb D, Patzold F, et al. A highly contiguous genome assembly of the bat hawkmoth Hyles vespertilio (Lepidoptera: Sphingidae). Gigascience. 2020;9(1):giaa001.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31972020/",
"DataSource": "GigaDB",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:98.1%[S:94.2%,D:3.9%],F:0.8%,M:1.1%,n:1367",
"GenomeSize": "664.5",
"GenomeGC": "17",
"SeqNumber": "530",
"N50": "7625",
"PCGnumber": "23717",
"Swissnumber": "13567",
"GOnumber": "13137",
"KEGGnumber": "14688",
"Pfamnumber": "15810",
"miRNAnumber": "167",
"lncRNAnumber": "0"
},
{
"id": 458,
"InsectBaseID": "IBG_00458",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Hypena",
"TaxonomyID": "753189",
"Tags": "pest",
"OrganismName": "Hypena proboscidalis",
"NormalName": "snout",
"SpeciesIntro": "Hypena proboscidalis is a moth of the family Erebidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.",
"Intro_from": "Wikipedia",
"Image_from": "krkzv@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147285.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.4%[S:97.7%,D:0.7%],F:0.4%,M:1.2%,n:1367",
"GenomeSize": "636.8",
"GenomeGC": "21.8",
"SeqNumber": "56",
"N50": "21969.1",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "178",
"lncRNAnumber": "0"
},
{
"id": 459,
"InsectBaseID": "IBG_00459",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Hypermnestra",
"TaxonomyID": "213898",
"Tags": "None",
"OrganismName": "Hypermnestra helios",
"NormalName": "none",
"SpeciesIntro": "Hypermnestra helios is a species of swallowtail butterfly belonging to the Parnassinae family and is the sole member of the genus Hypermnestra. It is found in Iran, Afghanistan, Pakistan, Turkmenistan, Kirghizstan, Tajikistan, and Uzbekistan. It is locally common in desert habitats.",
"Intro_from": "Wikipedia",
"Image_from": "Вячеслав Юсупов@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246135.1",
"GenomeLevel": "Contig",
"Busco": "C:2.2%[S:2.2%,D:0.0%],F:7.5%,M:90.3%,n:1367",
"GenomeSize": "280.7",
"GenomeGC": "24.1",
"SeqNumber": "685656",
"N50": "0.4",
"PCGnumber": "22375",
"Swissnumber": "4759",
"GOnumber": "4688",
"KEGGnumber": "8497",
"Pfamnumber": "5803",
"miRNAnumber": "64",
"lncRNAnumber": "0"
},
{
"id": 460,
"InsectBaseID": "IBG_00460",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Hyphantria",
"TaxonomyID": "39466",
"Tags": "pest;",
"OrganismName": "Hyphantria cunea",
"NormalName": "fall webworm",
"SpeciesIntro": "Hyphantria cunea is a moth in the family Erebidae known principally for its larval stage, which creates the characteristic webbed nests on the tree limbs of a wide variety of hardwoods in the late summer and fall. It is considered a pest but although unsightly, does not harm otherwise healthy trees. It is well known to commercial tree services and arboriculturists.",
"Intro_from": "Wikipedia",
"Image_from": "David Kaposi@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003709505.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.6%[S:96.9%,D:0.7%],F:0.7%,M:1.7%,n:1367",
"GenomeSize": "516.9",
"GenomeGC": "22.7",
"SeqNumber": "4394",
"N50": "1140.5",
"PCGnumber": "18582",
"Swissnumber": "10540",
"GOnumber": "10315",
"KEGGnumber": "11084",
"Pfamnumber": "11856",
"miRNAnumber": "125",
"lncRNAnumber": "1966"
},
{
"id": 461,
"InsectBaseID": "IBG_00461",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Hypolimnas",
"TaxonomyID": "124412",
"Tags": "None",
"OrganismName": "Hypolimnas misippus",
"NormalName": "Danaid eggfly, mimic, or diadem",
"SpeciesIntro": "Hypolimnas misippus is a widespread species of nymphalid butterfly. It is well known for polymorphism and mimicry. Males are blackish with distinctive white spots that are fringed in blue. Females are in multiple forms that include male-like forms while others closely resemble the toxic butterflies Danaus chrysippus and Danaus plexippus.",
"Intro_from": "Wikipedia",
"Image_from": "leemt2@BY-NC-ND",
"reference": "VanKuren NW, Massardo D, Nallu S, Kronforst MR. Butterfly Mimicry Polymorphisms Highlight Phylogenetic Limits of Gene Reuse in the Evolution of Diverse Adaptations. Mol Biol Evol. 2019;36(12):2842-2853.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31504750/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008963455.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.0%[S:97.8%,D:0.2%],F:0.8%,M:1.2%,n:1367",
"GenomeSize": "413.9",
"GenomeGC": "19.4",
"SeqNumber": "1580",
"N50": "1024.4",
"PCGnumber": "21172",
"Swissnumber": "11128",
"GOnumber": "10921",
"KEGGnumber": "12500",
"Pfamnumber": "12827",
"miRNAnumber": "126",
"lncRNAnumber": "0"
},
{
"id": 462,
"InsectBaseID": "IBG_00462",
"Order": "Lepidoptera",
"Family": "Riodinidae",
"Genus": "Hypophylla",
"TaxonomyID": "2839236",
"Tags": "None",
"OrganismName": "Hypophylla argenissa",
"NormalName": "none",
"SpeciesIntro": "Hypophylla argenissa is a species of butterfly in the family of splendid butterflies (Riodinidae), subfamily Riodininae.",
"Intro_from": "Wikipedia",
"Image_from": "Eric van den Berghe@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018237165.1",
"GenomeLevel": "Contig",
"Busco": "C:2.5%[S:2.5%,D:0.0%],F:8.4%,M:89.1%,n:1367",
"GenomeSize": "494.3",
"GenomeGC": "21.1",
"SeqNumber": "1081207",
"N50": "0.5",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "80",
"lncRNAnumber": "0"
},
{
"id": 463,
"InsectBaseID": "IBG_00463",
"Order": "Lepidoptera",
"Family": "Cosmopterigidae",
"Genus": "Hyposmocoma",
"TaxonomyID": "1477025",
"Tags": "None",
"OrganismName": "Hyposmocoma kahamanoa",
"NormalName": "None",
"SpeciesIntro": "Hyposmocoma kahamanoa is a species of moth of the family Cosmopterigidae. It is endemic to Oahu. The species belongs to the amphibious caterpillar guild of the genus Hyposmocoma.",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003589595.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.1%[S:92.1%,D:1.0%],F:2.2%,M:4.7%,n:1367",
"GenomeSize": "740.6",
"GenomeGC": "19",
"SeqNumber": "2929",
"N50": "13689.1",
"PCGnumber": "13112",
"Swissnumber": "9500",
"GOnumber": "9308",
"KEGGnumber": "10154",
"Pfamnumber": "10888",
"miRNAnumber": "137",
"lncRNAnumber": "2411"
},
{
"id": 464,
"InsectBaseID": "IBG_00464",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Hyposoter",
"TaxonomyID": "260305",
"Tags": "natural enemy;",
"OrganismName": "Hyposoter didymator",
"NormalName": "None",
"SpeciesIntro": "Hyposoter didymator is currently described in the literature as a generalist parasitoid able to infest the larvae of several noctuid species in nature and to develop indifferently in a range of noctuid hosts in laboratory conditions.",
"Intro_from": "Western European Populations of the Ichneumonid Wasp Hyposoter didymator Belong to a Single Taxon",
"Image_from": "rick_franks@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:98.9%[S:98.1%,D:0.8%],F:0.5%,M:0.6%,n:1367",
"GenomeSize": "229.1",
"GenomeGC": "38.9",
"SeqNumber": "131161",
"N50": "3368.1",
"PCGnumber": "16299",
"Swissnumber": "9804",
"GOnumber": "9596",
"KEGGnumber": "10365",
"Pfamnumber": "11138",
"miRNAnumber": "130",
"lncRNAnumber": "1388"
},
{
"id": 465,
"InsectBaseID": "IBG_00465",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Hypothenemus",
"TaxonomyID": "57062",
"Tags": "pest;",
"OrganismName": "Hypothenemus hampei",
"NormalName": "coffee borer beetle or coffee berry borer",
"SpeciesIntro": "Hypothenemus hampei is a small beetle native to Africa. It is among the most harmful pests to coffee crops across the world where coffee is cultivated.Spanish common names of the insect include barrenador del café, gorgojo del café, and broca del café.",
"Intro_from": "Wikipedia",
"Image_from": "L. Shyamal@BY-SA",
"reference": "Navarro-Escalante L, Hernandez-Hernandez EM, Nuñez J, et al. A coffee berry borer (Hypothenemus hampei) genome assembly reveals a reduced chemosensory receptor gene repertoire and male-specific genome sequences. Sci Rep. 2021;11(1):4900.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33649370/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013372445.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.2%[S:90.8%,D:4.4%],F:2.7%,M:2.1%,n:1367",
"GenomeSize": "162.6",
"GenomeGC": "22.9",
"SeqNumber": "8198",
"N50": "340.2",
"PCGnumber": "17331",
"Swissnumber": "10690",
"GOnumber": "10435",
"KEGGnumber": "12149",
"Pfamnumber": "12637",
"miRNAnumber": "66",
"lncRNAnumber": "0"
},
{
"id": 466,
"InsectBaseID": "IBG_00466",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Idaea",
"TaxonomyID": "104447",
"Tags": "None",
"OrganismName": "Idaea aversata",
"NormalName": "riband wave",
"SpeciesIntro": "Idaea aversata is a moth of the family Geometridae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.",
"Intro_from": "Wikipedia",
"Image_from": "Bogdan Mazur@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907269075.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.4%[S:98.0%,D:0.4%],F:0.3%,M:1.3%,n:1367",
"GenomeSize": "436.7",
"GenomeGC": "20.4",
"SeqNumber": "31",
"N50": "15151.5",
"PCGnumber": "27728",
"Swissnumber": "11983",
"GOnumber": "11765",
"KEGGnumber": "14208",
"Pfamnumber": "15818",
"miRNAnumber": "173",
"lncRNAnumber": "0"
},
{
"id": 467,
"InsectBaseID": "IBG_00467",
"Order": "Coleoptera",
"Family": "Elateridae",
"Genus": "Ignelater",
"TaxonomyID": "2038154",
"Tags": "None",
"OrganismName": "Ignelater luminosus",
"NormalName": "cucubano",
"SpeciesIntro": "Ignelater luminosus is a species of click beetle native to the island of Puerto Rico. Cucubanos are often confused with fireflies, which are in a different family (Lampyridae), as they can also emit light from the thorax. Their paired prothorax light organs and single light organ on the anterior surface of the abdomen gives the appearance of two headlights and one backlight, which it can turn off independently.",
"Intro_from": "Wikipedia",
"Image_from": "tkoosman@BY-NC",
"reference": "Fallon TR, Lower SE, Chang CH, et al. Firefly genomes illuminate parallel origins of bioluminescence in beetles. Elife. 2018;7:e36495. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30324905/",
"DataSource": "FireflyBase",
"NCBIassembly": "GCA_011009095.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.8%[S:95.3%,D:1.5%],F:1.7%,M:1.5%,n:1367",
"GenomeSize": "856.9",
"GenomeGC": "31.4",
"SeqNumber": "91322",
"N50": "97.4",
"PCGnumber": "27557",
"Swissnumber": "13748",
"GOnumber": "13440",
"KEGGnumber": "16326",
"Pfamnumber": "17973",
"miRNAnumber": "106",
"lncRNAnumber": "0"
},
{
"id": 468,
"InsectBaseID": "IBG_00468",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Ips",
"TaxonomyID": "432259",
"Tags": "None",
"OrganismName": "Ips nitidus",
"NormalName": "none",
"SpeciesIntro": "Ips nitidus is a species of the family Curculionidae.",
"Intro_from": "Wikipedia",
"Image_from": "CNC/BIO Photography Group, Centre for Biodiversity Genomics@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018691245.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.3%[S:89.5%,D:8.8%],F:0.3%,M:1.4%,n:1367",
"GenomeSize": "345",
"GenomeGC": "26",
"SeqNumber": "416",
"N50": "10238.3",
"PCGnumber": "52507",
"Swissnumber": "20758",
"GOnumber": "20289",
"KEGGnumber": "23857",
"Pfamnumber": "27913",
"miRNAnumber": "164",
"lncRNAnumber": "1359"
},
{
"id": 469,
"InsectBaseID": "IBG_00469",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Ips",
"TaxonomyID": "55986",
"Tags": "pest",
"OrganismName": "Ips typographus",
"NormalName": "European spruce bark beetle",
"SpeciesIntro": "Ips typographus is a species of beetle in the weevil subfamily Scolytinae, the bark beetles, and is found from Europe to Asia Minor and some parts of Africa.",
"Intro_from": "Wikipedia",
"Image_from": "Felix_Riegel@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016097725.1",
"GenomeLevel": "Contig",
"Busco": "C:98.4%[S:93.3%,D:5.1%],F:0.7%,M:0.9%,n:1367",
"GenomeSize": "236.8",
"GenomeGC": "24.7",
"SeqNumber": "272",
"N50": "6654",
"PCGnumber": "29747",
"Swissnumber": "11815",
"GOnumber": "11495",
"KEGGnumber": "14243",
"Pfamnumber": "16813",
"miRNAnumber": "106",
"lncRNAnumber": "2759"
},
{
"id": 470,
"InsectBaseID": "IBG_00470",
"Order": "Odonata",
"Family": "Coenagrionidae",
"Genus": "Ischnura",
"TaxonomyID": "197161",
"Tags": "None",
"OrganismName": "Ischnura elegans",
"NormalName": "blue-tailed damselfly or common bluetail",
"SpeciesIntro": " Ischnura elegans is a damselfly, belonging to the family Coenagrionidae.",
"Intro_from": "Wikipedia",
"Image_from": "olegglushenkov@BY-NC",
"reference": "Chauhan P, Swaegers J, Sánchez-Guillén RA, Svensson EI, Wellenreuther M, Hansson B. Genome assembly, sex-biased gene expression and dosage compensation in the damselfly Ischnura elegans. Genomics. 2021;113(4):1828-1837.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33831439/",
"DataSource": "Zenodo",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:95.4%[S:95.1%,D:0.3%],F:1.9%,M:2.7%,n:1367",
"GenomeSize": "1668",
"GenomeGC": "30.5",
"SeqNumber": "8936",
"N50": "743.8",
"PCGnumber": "25841",
"Swissnumber": "12241",
"GOnumber": "11974",
"KEGGnumber": "13469",
"Pfamnumber": "13699",
"miRNAnumber": "138",
"lncRNAnumber": "7814"
},
{
"id": 471,
"InsectBaseID": "IBG_00471",
"Order": "Plecoptera",
"Family": "Perlodidae",
"Genus": "Isoperla",
"TaxonomyID": "552050",
"Tags": "None",
"OrganismName": "Isoperla grammatica",
"NormalName": "Common Yellow Sally",
"SpeciesIntro": "Isoperla grammatica is a medium-sized stonefly and quite plentiful on fast-flowing stony rivers and streams; its slow, creeping nymph spends most of the time beneath stones where trout are unable to find it, but during spates when stones get disturbed some nymphs may end up drifting helplessly on the current.",
"Intro_from": "https://www.first-nature.com/insects/p-isoperla-grammatica.php",
"Image_from": "生命大百科@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001676475.1",
"GenomeLevel": "Contig",
"Busco": "C:12.6%[S:12.4%,D:0.2%],F:34.3%,M:53.1%,n:1367",
"GenomeSize": "515.3",
"GenomeGC": "31.1",
"SeqNumber": "1218273",
"N50": "0.5",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "102",
"lncRNAnumber": "0"
},
{
"id": 472,
"InsectBaseID": "IBG_00472",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Junonia",
"TaxonomyID": "39708",
"Tags": "None",
"OrganismName": "Junonia coenia",
"NormalName": "common buckeye or buckeye",
"SpeciesIntro": "Junonia coenia is a butterfly in the family Nymphalidae. It is found in all parts of the United States except the northwest, and is especially common in the South, the California coast, and throughout Central America.Its habitat is open areas with low vegetation and some bare ground. Its original ancestry has been traced to Africa, which then experiences divergence in Asia.",
"Intro_from": "Wikipedia",
"Image_from": "billiken@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "LepBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:98.0%[S:80.9%,D:17.1%],F:0.5%,M:1.5%,n:1367",
"GenomeSize": "586",
"GenomeGC": "34.5",
"SeqNumber": "1136",
"N50": "1571.2",
"PCGnumber": "27493",
"Swissnumber": "13441",
"GOnumber": "13144",
"KEGGnumber": "15490",
"Pfamnumber": "16205",
"miRNAnumber": "124",
"lncRNAnumber": "3375"
},
{
"id": 473,
"InsectBaseID": "IBG_00473",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Kallima",
"TaxonomyID": "311037",
"Tags": "None",
"OrganismName": "Kallima inachus",
"NormalName": "orange oakleaf, Indian oakleaf or dead leaf",
"SpeciesIntro": "Kallima inachus is a nymphalid butterfly found in Tropical Asia from India to Japan. With wings closed, it closely resembles a dry leaf with dark veins and is a commonly cited example of camouflage.",
"Intro_from": "Wikipedia",
"Image_from": "goldentakin@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "DRYAD",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:97.2%[S:96.8%,D:0.4%],F:0.6%,M:2.2%,n:1367",
"GenomeSize": "568.6",
"GenomeGC": "34.1",
"SeqNumber": "901",
"N50": "19198.4",
"PCGnumber": "23461",
"Swissnumber": "11174",
"GOnumber": "10945",
"KEGGnumber": "12844",
"Pfamnumber": "13639",
"miRNAnumber": "0",
"lncRNAnumber": "2538"
},
{
"id": 474,
"InsectBaseID": "IBG_00474",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Kradibia",
"TaxonomyID": "2742992",
"Tags": "None",
"OrganismName": "Kradibia gibbosae",
"NormalName": "none",
"SpeciesIntro": "Kradibia gibbosae is a hymenopterous insect in the family fig wasps (Agaonidae). The scientific name was first validly published in 1967 by Hill.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Xiao J, Wei X, Zhou Y, et al. Genomes of 12 fig wasps provide insights into the adaptation of pollinators to fig syconia. J Genet Genomics. 2021;48(3):225-236.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34011484/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018907135.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.3%[S:97.8%,D:0.5%],F:0.3%,M:1.4%,n:1367",
"GenomeSize": "230.3",
"GenomeGC": "24.7",
"SeqNumber": "19",
"N50": "21959.1",
"PCGnumber": "33123",
"Swissnumber": "6322",
"GOnumber": "6235",
"KEGGnumber": "6828",
"Pfamnumber": "6693",
"miRNAnumber": "118",
"lncRNAnumber": "0"
},
{
"id": 475,
"InsectBaseID": "IBG_00475",
"Order": "Odonata",
"Family": "Libellulidae",
"Genus": "Ladona",
"TaxonomyID": "123851",
"Tags": "None",
"OrganismName": "Ladona fulva",
"NormalName": "None",
"SpeciesIntro": "Ladona fulva occurs primarily in Central Europe and is a typical predator of insects at small ponds and creeks with dense vegetation. Like all dragonflies, Ladona fulva features a special mode of flight (indirect-direct wing stroke) and a form of indirect sperm transfer via a secondary intromittent organ at the second and third segment of the male abdomen, demarcating Odonata from all other winged insects (Pterygota).",
"Intro_from": "https://i5k.nal.usda.gov/Ladona_fulva",
"Image_from": "Christian Fischer@CC-BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "i5k",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:92.6%[S:91.7%,D:0.9%],F:4.1%,M:3.3%,n:1367",
"GenomeSize": "1172.6",
"GenomeGC": "29.5",
"SeqNumber": "10166",
"N50": "991",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "124",
"lncRNAnumber": "0"
},
{
"id": 476,
"InsectBaseID": "IBG_00476",
"Order": "Coleoptera",
"Family": "Lampyridae",
"Genus": "Lamprigera",
"TaxonomyID": "370605",
"Tags": "None",
"OrganismName": "Lamprigera yunnana",
"NormalName": "None",
"SpeciesIntro": "Lamprigera yunnana is a species of Lamprigera.",
"Intro_from": "Wikipedia",
"Image_from": "Mac Lin@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013368075.1",
"GenomeLevel": "Contig",
"Busco": "C:99.1%[S:97.7%,D:1.4%],F:0.3%,M:0.6%,n:1367",
"GenomeSize": "1066.1",
"GenomeGC": "21.3",
"SeqNumber": "2684",
"N50": "3553.7",
"PCGnumber": "19438",
"Swissnumber": "9888",
"GOnumber": "9747",
"KEGGnumber": "10066",
"Pfamnumber": "13165",
"miRNAnumber": "142",
"lncRNAnumber": "0"
},
{
"id": 477,
"InsectBaseID": "IBG_00477",
"Order": "Hemiptera",
"Family": "Delphacidae",
"Genus": "Laodelphax",
"TaxonomyID": "195883",
"Tags": "pest;",
"OrganismName": "Laodelphax striatellus",
"NormalName": "None",
"SpeciesIntro": "Laodelphax striatellus is a species of true bug belonging to the family Delphacidae.It is native to Eurasia and Northern Africa.",
"Intro_from": "Wikipedia",
"Image_from": "carnifex@BY-NC",
"reference": "Ma W, Xu L, Hua H, et al. Chromosomal-level genomes of three rice planthoppers provide new insights into sex chromosome evolution. Mol Ecol Resour. 2021;21(1):226-237.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32780934/",
"DataSource": "InsectBase",
"NCBIassembly": "GCA_014465815.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.1%[S:93.1%,D:2.0%],F:2.8%,M:2.1%,n:1367",
"GenomeSize": "540.2",
"GenomeGC": "23.9",
"SeqNumber": "37649",
"N50": "29238",
"PCGnumber": "46351",
"Swissnumber": "12819",
"GOnumber": "12594",
"KEGGnumber": "14096",
"Pfamnumber": "14589",
"miRNAnumber": "237",
"lncRNAnumber": "7032"
},
{
"id": 478,
"InsectBaseID": "IBG_00478",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Laothoe",
"TaxonomyID": "522836",
"Tags": "None",
"OrganismName": "Laothoe populi",
"NormalName": "poplar hawk-moth",
"SpeciesIntro": "Laothoe populi is a moth of the family Sphingidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is found throughout the Palearctic region and the Near East and is one of the most common members of the family in the region. It is distinctive due to its habit of resting with its hindwings held further forward than (but still half hidden by) the forewings.",
"Intro_from": "Wikipedia",
"Image_from": "pierabionda@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220505.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:98.2%,D:0.4%],F:0.1%,M:1.3%,n:1367",
"GenomeSize": "576.4",
"GenomeGC": "19.6",
"SeqNumber": "33",
"N50": "21125.9",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "149",
"lncRNAnumber": "0"
},
{
"id": 479,
"InsectBaseID": "IBG_00479",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Laparus",
"TaxonomyID": "33455",
"Tags": "None",
"OrganismName": "Laparus doris",
"NormalName": "Doris longwing or Doris",
"SpeciesIntro": "Laparus doris is a species of butterfly in the family Nymphalidae. It is known for being a polymorphic species which participates in various Müllerian mimicry rings throughout Central America and the Amazon rainforest. It is a species of special interest in biological science for the genetic basis and role of polymorphism (biology) in ecology and evolution.",
"Intro_from": "Wikipedia",
"Image_from": "Andres Hernandez S@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900068335.1",
"GenomeLevel": "Scaffold",
"Busco": "C:30.0%[S:29.8%,D:0.2%],F:29.0%,M:41.0%,n:1367",
"GenomeSize": "244.4",
"GenomeGC": "22.2",
"SeqNumber": "272638",
"N50": "1.3",
"PCGnumber": "26935",
"Swissnumber": "11833",
"GOnumber": "11693",
"KEGGnumber": "15773",
"Pfamnumber": "11709",
"miRNAnumber": "75",
"lncRNAnumber": "468"
},
{
"id": 480,
"InsectBaseID": "IBG_00480",
"Order": "Hymenoptera",
"Family": "Halictidae",
"Genus": "Lasioglossum",
"TaxonomyID": "88501",
"Tags": "None",
"OrganismName": "Lasioglossum albipes",
"NormalName": "None",
"SpeciesIntro": "Lasioglossum albipes is a Palearctic species of sweat bee.",
"Intro_from": "Wikipedia",
"Image_from": "Jon Mortin@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "i5k",
"NCBIassembly": "GCA_000346575.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:96.9%,D:1.7%],F:0.8%,M:0.6%,n:1367",
"GenomeSize": "340.7",
"GenomeGC": "29.2",
"SeqNumber": "12599",
"N50": "635.9",
"PCGnumber": "19923",
"Swissnumber": "9114",
"GOnumber": "8949",
"KEGGnumber": "10019",
"Pfamnumber": "10348",
"miRNAnumber": "151",
"lncRNAnumber": "1818"
},
{
"id": 481,
"InsectBaseID": "IBG_00481",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Lasius",
"TaxonomyID": "67767",
"Tags": "None",
"OrganismName": "Lasius niger",
"NormalName": "black garden ant or common black ant",
"SpeciesIntro": "Lasius niger is a formicine ant, the type species of the subgenus Lasius, which is found across Europe and in some parts of North America, South America, Asia and Australasia. The European species was split into two species; L. niger, which are found in open areas; and L. platythorax, which is found in forest habitats. It is monogynous, meaning colonies contain a single queen.",
"Intro_from": "Wikipedia",
"Image_from": "portioid@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001045655.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.2%[S:94.5%,D:0.7%],F:3.2%,M:1.6%,n:1367",
"GenomeSize": "239.2",
"GenomeGC": "29.6",
"SeqNumber": "36804",
"N50": "17.3",
"PCGnumber": "17917",
"Swissnumber": "10202",
"GOnumber": "9991",
"KEGGnumber": "11681",
"Pfamnumber": "11738",
"miRNAnumber": "117",
"lncRNAnumber": "3501"
},
{
"id": 482,
"InsectBaseID": "IBG_00482",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Laspeyria",
"TaxonomyID": "938238",
"Tags": "pest",
"OrganismName": "Laspeyria flexula",
"NormalName": "beautiful hook-tip",
"SpeciesIntro": "Laspeyria flexula is a moth of the family Erebidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is found in the Palearctic realm.The wingspan is 23–27 mm. The moth flies from May to June depending on the location.",
"Intro_from": "Wikipedia",
"Image_from": "Michał Brzeziński@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147015.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:98.2%,D:0.4%],F:0.2%,M:1.2%,n:1367",
"GenomeSize": "450.9",
"GenomeGC": "22.6",
"SeqNumber": "38",
"N50": "16004.3",
"PCGnumber": "24164",
"Swissnumber": "11699",
"GOnumber": "11482",
"KEGGnumber": "13701",
"Pfamnumber": "14344",
"miRNAnumber": "149",
"lncRNAnumber": "0"
},
{
"id": 483,
"InsectBaseID": "IBG_00483",
"Order": "Orthoptera",
"Family": "Gryllidae",
"Genus": "Laupala",
"TaxonomyID": "109027",
"Tags": "None",
"OrganismName": "Laupala kohalensis",
"NormalName": "None",
"SpeciesIntro": "Laupala kohalensis is sympatric species of swordtail crickets endemic to the big island of Hawaii, that are distinguishable by differences in male courtship song. ",
"Intro_from": "Genetic and Behavioral Components of the Cryptic Species Boundary between Laupala Cerasina and L. Kohalensis (Orthoptera: Gryllidae)",
"Image_from": "Helen Altonn@",
"reference": "Blankers T, Oh KP, Bombarely A, Shaw KL. The Genomic Architecture of a Rapid Island Radiation: Recombination Rate Variation, Chromosome Structure, and Genome Assembly of the Hawaiian Cricket Laupala. Genetics. 2018;209(4):1329-1344.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29875253/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002313205.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.9%[S:96.1%,D:1.8%],F:0.9%,M:1.2%,n:1367",
"GenomeSize": "1595.2",
"GenomeGC": "24.5",
"SeqNumber": "148784",
"N50": "583.5",
"PCGnumber": "13078",
"Swissnumber": "9926",
"GOnumber": "9795",
"KEGGnumber": "10236",
"Pfamnumber": "10695",
"miRNAnumber": "249",
"lncRNAnumber": "0"
},
{
"id": 484,
"InsectBaseID": "IBG_00484",
"Order": "Plecoptera",
"Family": "Nemouridae",
"Genus": "Lednia",
"TaxonomyID": "466727",
"Tags": "None",
"OrganismName": "Lednia tumana",
"NormalName": "meltwater stonefly",
"SpeciesIntro": "Lednia tumana is a rare, alpine, aquatic insect that is endangered due to likely loss of glaciers and snowpacks in the Glacier National Park and other habitat in the Rocky Mountains due to climate change. The insect lives in the coldest streams just downstream of the glacier or snowbank sources and is considered as an early warning indicator species of climate warming in mountain ecosystems. ",
"Intro_from": "Wikipedia",
"Image_from": "Joe Giersch,USGS@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003287335.1",
"GenomeLevel": "Scaffold",
"Busco": "C:68.9%[S:68.4%,D:0.5%],F:20.8%,M:10.3%,n:1367",
"GenomeSize": "308.3",
"GenomeGC": "30.1",
"SeqNumber": "114548",
"N50": "4.7",
"PCGnumber": "43179",
"Swissnumber": "14270",
"GOnumber": "14093",
"KEGGnumber": "16032",
"Pfamnumber": "14818",
"miRNAnumber": "131",
"lncRNAnumber": "2055"
},
{
"id": 485,
"InsectBaseID": "IBG_00485",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Lepidotrigona",
"TaxonomyID": "166420",
"Tags": "None",
"OrganismName": "Lepidotrigona ventralis",
"NormalName": "None",
"SpeciesIntro": "Lepidotrigona ventralis is a species confirmed only from Borneo.",
"Intro_from": "A new species of Lepidotrigona (Hymenoptera: Apidae) from Thailand with the description of males of L. flavibasis and L. doipaensis and comments on asymmetrical genitalia in bees",
"Image_from": "Dmitry Ivanov@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002806875.1",
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"Image_from": "Ryszard@BY-NC",
"reference": "Sharkey CR, Fujimoto MS, Lord NP, et al. Overcoming the loss of blue sensitivity through opsin duplication in the largest animal group, beetles. Sci Rep. 2017;7(1):8.",
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{
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{
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"Intro_from": "Wikipedia",
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"reference": "Cohen ZP, Brevik K, Chen YH, Hawthorne DJ, Weibel BD, Schoville SD. Elevated rates of positive selection drive the evolution of pestiferousness in the Colorado potato beetle (Leptinotarsa decemlineata, Say). Mol Ecol. 2021;30(1):237-254.",
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"reference": "Cohen ZP, Brevik K, Chen YH, Hawthorne DJ, Weibel BD, Schoville SD. Elevated rates of positive selection drive the evolution of pestiferousness in the Colorado potato beetle (Leptinotarsa decemlineata, Say). Mol Ecol. 2021;30(1):237-254.",
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"Intro_from": "Wikipedia",
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"reference": "Cohen ZP, Brevik K, Chen YH, Hawthorne DJ, Weibel BD, Schoville SD. Elevated rates of positive selection drive the evolution of pestiferousness in the Colorado potato beetle (Leptinotarsa decemlineata, Say). Mol Ecol. 2021;30(1):237-254.",
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"Image_from": "Mauricio Velazquez@BY-NC",
"reference": "Cohen ZP, Brevik K, Chen YH, Hawthorne DJ, Weibel BD, Schoville SD. Elevated rates of positive selection drive the evolution of pestiferousness in the Colorado potato beetle (Leptinotarsa decemlineata, Say). Mol Ecol. 2021;30(1):237-254.",
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"reference": "Cohen ZP, Brevik K, Chen YH, Hawthorne DJ, Weibel BD, Schoville SD. Elevated rates of positive selection drive the evolution of pestiferousness in the Colorado potato beetle (Leptinotarsa decemlineata, Say). Mol Ecol. 2021;30(1):237-254.",
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"reference": "Cohen ZP, Brevik K, Chen YH, Hawthorne DJ, Weibel BD, Schoville SD. Elevated rates of positive selection drive the evolution of pestiferousness in the Colorado potato beetle (Leptinotarsa decemlineata, Say). Mol Ecol. 2021;30(1):237-254.",
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"Image_from": "Alberto González@BY-NC",
"reference": "Cohen ZP, Brevik K, Chen YH, Hawthorne DJ, Weibel BD, Schoville SD. Elevated rates of positive selection drive the evolution of pestiferousness in the Colorado potato beetle (Leptinotarsa decemlineata, Say). Mol Ecol. 2021;30(1):237-254.",
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"Intro_from": "Long-Read Genome Sequencing and Assembly of Leptopilina boulardi: A Specialist Drosophila Parasitoid",
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"SpeciesIntro": "Leptopilina clavipes Hartig (Hymenoptera: Figitidae) is a parasitoid wasp of larvae of several Drosophila species that occurs over Western Europe.",
"Intro_from": "Geographic variation in host‐selection behaviour in the Drosophila parasitoid Leptopilina clavipes",
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"Intro_from": "Immune Suppressive Extracellular Vesicle Proteins of Leptopilina heterotoma Are Encoded in the Wasp Genome",
"Image_from": "Stephen Thorpe@BY-NC",
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"Tags": "None",
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"NormalName": "none",
"SpeciesIntro": "Lethrus apterus is a species of the family Geotrupidae.",
"Intro_from": "Wikipedia",
"Image_from": "Roman@BY",
"reference": "Nagy NA, Rácz R, Rimington O, et al. Draft genome of a biparental beetle species, Lethrus apterus. BMC Genomics. 2021;22(1):301.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33902445/",
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{
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"Tags": "None",
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"NormalName": "none",
"SpeciesIntro": "Leucophenga varia is a species of fruit fly in the family Drosophilidae. It occurs in North America.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "None",
"referenceFrom": "None",
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"PCGnumber": "22940",
"Swissnumber": "13312",
"GOnumber": "13141",
"KEGGnumber": "14016",
"Pfamnumber": "15204",
"miRNAnumber": "124",
"lncRNAnumber": "0"
},
{
"id": 503,
"InsectBaseID": "IBG_00503",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Limenitis",
"TaxonomyID": "270466",
"Tags": "None",
"OrganismName": "Limenitis camilla",
"NormalName": "white admiral",
"SpeciesIntro": "Limenitis camilla is a butterfly of the family Nymphalidae. It is found in woodland throughout southern Britain and much of Europe and the Palearctic, extending as far east as Japan.Adult white admirals have black wings with white bands. The contrasting colours help to break up the outline of the wing, camouflaging it from predators. They have a wingspan of approximately 60–65 mm and have a distinctive, elegant flight consisting of short periods of wing beats, followed by long glides.",
"Intro_from": "Wikipedia",
"Image_from": "clamsdell@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147385.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.2%[S:98.7%,D:0.5%],F:0.2%,M:0.6%,n:1367",
"GenomeSize": "435.1",
"GenomeGC": "20.5",
"SeqNumber": "74",
"N50": "15214.2",
"PCGnumber": "29547",
"Swissnumber": "12493",
"GOnumber": "12238",
"KEGGnumber": "14404",
"Pfamnumber": "15847",
"miRNAnumber": "112",
"lncRNAnumber": "0"
},
{
"id": 504,
"InsectBaseID": "IBG_00504",
"Order": "Trichoptera",
"Family": "Limnephilidae",
"Genus": "Limnephilus",
"TaxonomyID": "1218281",
"Tags": "None",
"OrganismName": "Limnephilus lunatus",
"NormalName": "None",
"SpeciesIntro": "Limnephilus lunatus‘ length 10 to 15 mm. The colouration may vary from pale to dark brown but the distinguishing feature is the dark edged pale half moon on the rear margin of the wing - from whence the Latin lunatus.",
"Intro_from": "https://www.naturespot.org.uk/species/limnephilus-lunatus",
"Image_from": "purperlibel@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "i5k",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:59.8%[S:59.0%,D:0.8%],F:21.4%,M:18.8%,n:1367",
"GenomeSize": "1272.4",
"GenomeGC": "20.4",
"SeqNumber": "37821",
"N50": "61.2",
"PCGnumber": "11365",
"Swissnumber": "7881",
"GOnumber": "7772",
"KEGGnumber": "8355",
"Pfamnumber": "8279",
"miRNAnumber": "97",
"lncRNAnumber": "0"
},
{
"id": 505,
"InsectBaseID": "IBG_00505",
"Order": "Coleoptera",
"Family": "Elateridae",
"Genus": "Limonius",
"TaxonomyID": "1132045",
"Tags": "None",
"OrganismName": "Limonius californicus",
"NormalName": "sugarbeet wireworm",
"SpeciesIntro": "Limonius californicus is a species of click beetle in the family Elateridae.",
"Intro_from": "Wikipedia",
"Image_from": "Thomas Barbin@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014611495.1",
"GenomeLevel": "Scaffold",
"Busco": "C:86.4%[S:80.5%,D:5.9%],F:9.2%,M:4.4%,n:1367",
"GenomeSize": "1072.7",
"GenomeGC": "24.5",
"SeqNumber": "115611",
"N50": "19.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "128",
"lncRNAnumber": "0"
},
{
"id": 506,
"InsectBaseID": "IBG_00506",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Linepithema",
"TaxonomyID": "83485",
"Tags": "pest;",
"OrganismName": "Linepithema humile",
"NormalName": "Argentine ant",
"SpeciesIntro": "Linepithema humile formerly Iridomyrmex humilis, is an ant native to northern Argentina, Uruguay, Paraguay, Bolivia and southern Brazil. It is an invasive species that has been established in many Mediterranean climate areas,[1] inadvertently introduced by humans to many places, including South Africa, New Zealand, Japan, Easter Island, Australia, Europe, Hawaii, and the continental United States.",
"Intro_from": "Wikipedia",
"Image_from": "Merav Vonshak@BY-NC",
"reference": "Smith CD, Zimin A, Holt C, et al. Draft genome of the globally widespread and invasive Argentine ant (Linepithema humile). Proc Natl Acad Sci U S A. 2011;108(14):5673-5678.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/21282631/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000217595.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:98.2%,D:0.6%],F:0.4%,M:0.8%,n:1367",
"GenomeSize": "222.2",
"GenomeGC": "30",
"SeqNumber": "3030",
"N50": "1419.8",
"PCGnumber": "10932",
"Swissnumber": "8497",
"GOnumber": "8348",
"KEGGnumber": "8844",
"Pfamnumber": "9548",
"miRNAnumber": "145",
"lncRNAnumber": "4815"
},
{
"id": 507,
"InsectBaseID": "IBG_00507",
"Order": "Diptera",
"Family": "Agromyzidae",
"Genus": "Liriomyza",
"TaxonomyID": "198433",
"Tags": "pest;",
"OrganismName": "Liriomyza trifolii",
"NormalName": "American serpentine leafminer or celery leafminer",
"SpeciesIntro": "Liriomyza trifolii is a species of leaf miner fly in the family Agromyzidae.L. trifolii is a damaging pest, as it consumes and destroys produce and other plant products. It commonly infests greenhouses and is one of the three most-damaging leaf miners in existence today. It is found in several countries around the globe as an invasive species, but is native to the Caribbean and southeastern United States.",
"Intro_from": "Wikipedia",
"Image_from": "Gary Jahns@CC0",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001014935.1",
"GenomeLevel": "Scaffold",
"Busco": "C:46.7%[S:42.2%,D:4.5%],F:15.0%,M:38.3%,n:1367",
"GenomeSize": "70.6",
"GenomeGC": "20.9",
"SeqNumber": "31049",
"N50": "2.2",
"PCGnumber": "14155",
"Swissnumber": "8794",
"GOnumber": "8638",
"KEGGnumber": "9422",
"Pfamnumber": "9230",
"miRNAnumber": "54",
"lncRNAnumber": "914"
},
{
"id": 508,
"InsectBaseID": "IBG_00508",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Listronotus",
"TaxonomyID": "292309",
"Tags": "pest",
"OrganismName": "Listronotus bonariensis",
"NormalName": "Argentine stem weevil",
"SpeciesIntro": "Listronotus bonariensis is a species of weevil that is native to South America . It is a pest of grasses and cereals, with the larvae being more destructive than the adult insects. It has spread to Australia and New Zealand, where it is regarded as a pest species.",
"Intro_from": "Wikipedia",
"Image_from": "Robert Briggs@BY-NC",
"reference": "Harrop TWR, Le Lec MF, Jauregui R, et al. Genetic Diversity in Invasive Populations of Argentine Stem Weevil Associated with Adaptation to Biocontrol. Insects. 2020;11(7):441. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32674400/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014170235.1",
"GenomeLevel": "Scaffold",
"Busco": "C:86.8%[S:81.3%,D:5.5%],F:6.5%,M:6.7%,n:1367",
"GenomeSize": "1112.4",
"GenomeGC": "14.9",
"SeqNumber": "22156",
"N50": "122.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "146",
"lncRNAnumber": "0"
},
{
"id": 509,
"InsectBaseID": "IBG_00509",
"Order": "Orthoptera",
"Family": "Acrididae",
"Genus": "Locusta",
"TaxonomyID": "7004",
"Tags": "edible insect;medicinal insect;pest;",
"OrganismName": "Locusta migratoria",
"NormalName": "migratory locust",
"SpeciesIntro": "Locusta migratoria is the most widespread locust species, and the only species in the genus Locusta. It occurs throughout Africa, Asia, Australia and New Zealand. It used to be common in Europe but has now become rare there. Because of the vast geographic area it occupies, which comprises many different ecological zones, numerous subspecies have been described. However, not all experts agree on the validity of some of these subspecies.",
"Intro_from": "Wikipedia",
"Image_from": "Martin Grimm@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "LocustBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:90.0%[S:86.8%,D:3.2%],F:5.2%,M:4.8%,n:1367",
"GenomeSize": "6476.7",
"GenomeGC": "35.9",
"SeqNumber": "1063500",
"N50": "729.7",
"PCGnumber": "21354",
"Swissnumber": "10758",
"GOnumber": "10552",
"KEGGnumber": "11146",
"Pfamnumber": "11911",
"miRNAnumber": "0",
"lncRNAnumber": "17574"
},
{
"id": 510,
"InsectBaseID": "IBG_00510",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Lordiphosa",
"TaxonomyID": "93397",
"Tags": "None",
"OrganismName": "Lordiphosa clarofinis",
"NormalName": "none",
"SpeciesIntro": "Lordiphosa clarofinis is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904275.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.0%[S:95.6%,D:3.4%],F:0.1%,M:0.9%,n:1367",
"GenomeSize": "398.7",
"GenomeGC": "22.7",
"SeqNumber": "1149",
"N50": "1678.3",
"PCGnumber": "19181",
"Swissnumber": "11783",
"GOnumber": "11624",
"KEGGnumber": "12293",
"Pfamnumber": "13253",
"miRNAnumber": "128",
"lncRNAnumber": "0"
},
{
"id": 511,
"InsectBaseID": "IBG_00511",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Lordiphosa",
"TaxonomyID": "93398",
"Tags": "None",
"OrganismName": "Lordiphosa collinella",
"NormalName": "none",
"SpeciesIntro": "Lordiphosa collinella is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904265.1",
"GenomeLevel": "Contig",
"Busco": "C:97.7%[S:94.1%,D:3.6%],F:0.4%,M:1.9%,n:1367",
"GenomeSize": "375.1",
"GenomeGC": "23.8",
"SeqNumber": "3250",
"N50": "345.5",
"PCGnumber": "21127",
"Swissnumber": "12173",
"GOnumber": "11997",
"KEGGnumber": "12863",
"Pfamnumber": "13899",
"miRNAnumber": "133",
"lncRNAnumber": "0"
},
{
"id": 512,
"InsectBaseID": "IBG_00512",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Lordiphosa",
"TaxonomyID": "140570",
"Tags": "None",
"OrganismName": "Lordiphosa magnipectinata",
"NormalName": "none",
"SpeciesIntro": "Lordiphosa magnipectinata is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904285.1",
"GenomeLevel": "Contig",
"Busco": "C:98.0%[S:94.8%,D:3.2%],F:0.6%,M:1.4%,n:1367",
"GenomeSize": "416.5",
"GenomeGC": "22.4",
"SeqNumber": "5283",
"N50": "304.7",
"PCGnumber": "22726",
"Swissnumber": "12767",
"GOnumber": "12601",
"KEGGnumber": "14323",
"Pfamnumber": "14566",
"miRNAnumber": "137",
"lncRNAnumber": "0"
},
{
"id": 513,
"InsectBaseID": "IBG_00513",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Lordiphosa",
"TaxonomyID": "1870885",
"Tags": "None",
"OrganismName": "Lordiphosa mommai",
"NormalName": "none",
"SpeciesIntro": "Bradysia coprophila is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904225.1",
"GenomeLevel": "Contig",
"Busco": "C:97.5%[S:95.0%,D:2.5%],F:0.6%,M:1.9%,n:1367",
"GenomeSize": "339.5",
"GenomeGC": "21.9",
"SeqNumber": "1547",
"N50": "622.7",
"PCGnumber": "18387",
"Swissnumber": "11223",
"GOnumber": "11060",
"KEGGnumber": "11553",
"Pfamnumber": "12792",
"miRNAnumber": "123",
"lncRNAnumber": "0"
},
{
"id": 514,
"InsectBaseID": "IBG_00514",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Lordiphosa",
"TaxonomyID": "93405",
"Tags": "None",
"OrganismName": "Lordiphosa stackelbergi",
"NormalName": "none",
"SpeciesIntro": "Lordiphosa stackelbergi is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904235.1",
"GenomeLevel": "Contig",
"Busco": "C:81.4%[S:78.5%,D:2.9%],F:1.5%,M:17.1%,n:1367",
"GenomeSize": "307.8",
"GenomeGC": "24.6",
"SeqNumber": "6130",
"N50": "85.9",
"PCGnumber": "15625",
"Swissnumber": "9434",
"GOnumber": "9322",
"KEGGnumber": "10034",
"Pfamnumber": "10536",
"miRNAnumber": "126",
"lncRNAnumber": "0"
},
{
"id": 515,
"InsectBaseID": "IBG_00515",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Lucilia",
"TaxonomyID": "7375",
"Tags": "pest;",
"OrganismName": "Lucilia cuprina",
"NormalName": "Australian sheep blowfly or sheep strike",
"SpeciesIntro": "Lucilia cuprinas female fly locates a sheep with an open wound in which she lays her eggs. The emerging larvae cause large lesions on the sheep, which may prove to be fatal.",
"Intro_from": "Wikipedia",
"Image_from": "Joe MDO@BY-NC",
"reference": "Anstead CA, Korhonen PK, Young ND, et al. Lucilia cuprina genome unlocks parasitic fly biology to underpin future interventions. Nat Commun. 2015;6:7344. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/26108605/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001187945.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.1%[S:98.4%,D:0.7%],F:0.2%,M:0.7%,n:1367",
"GenomeSize": "439.6",
"GenomeGC": "13.7",
"SeqNumber": "1713",
"N50": "819.6",
"PCGnumber": "14197",
"Swissnumber": "8549",
"GOnumber": "8430",
"KEGGnumber": "8646",
"Pfamnumber": "9770",
"miRNAnumber": "108",
"lncRNAnumber": "2855"
},
{
"id": 516,
"InsectBaseID": "IBG_00516",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Lucilia",
"TaxonomyID": "13632",
"Tags": "medicinal insect;pest;",
"OrganismName": "Lucilia sericata",
"NormalName": "common green bottle fly",
"SpeciesIntro": "Lucilia sericata is a blowfly found in most areas of the world and is the most well-known of the numerous green bottle fly species. Its body is 10–14 millimetres (0.39–0.55 in) in length – slightly larger than a house fly – and has brilliant, metallic, blue-green or golden coloration with black markings. It has short, sparse black bristles (setae) and three cross-grooves on the thorax. The wings are clear with light brown veins, and the legs and antennae are black. The larvae of the fly may be used for maggot therapy, are commonly used in forensic entomology, and can be the cause of myiasis in livestock and pets.",
"Intro_from": "Wikipedia",
"Image_from": "Jesse Rorabaugh@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_015586225.1",
"GenomeLevel": "Contig",
"Busco": "C:96.9%[S:92.2%,D:4.7%],F:0.4%,M:2.7%,n:1367",
"GenomeSize": "565.3",
"GenomeGC": "13.5",
"SeqNumber": "4371",
"N50": "296.1",
"PCGnumber": "14333",
"Swissnumber": "9981",
"GOnumber": "9843",
"KEGGnumber": "10578",
"Pfamnumber": "11742",
"miRNAnumber": "151",
"lncRNAnumber": "1725"
},
{
"id": 517,
"InsectBaseID": "IBG_00517",
"Order": "Diptera",
"Family": "Psychodidae",
"Genus": "Lutzomyia",
"TaxonomyID": "7200",
"Tags": "pest;",
"OrganismName": "Lutzomyia longipalpis",
"NormalName": "None",
"SpeciesIntro": "Lutzomyia longipalpis is a species complex of sandfly belonging to the family Psychodidae. This species is primarily present in Central and South America, but has also appeared in Mexico. There have been reports of L. longipalpis as far south as Argentina, as they are found in a wide variety of ecological conditions.Both males and females feed on sugars from plants and aphids, but only adult females feed on the blood of other mammals. The species has recently begun appearing in urban areas throughout Brazil, and serves as a key vessel for the propagation of the parasite Leishmania infantum.",
"Intro_from": "Wikipedia",
"Image_from": "Dr.Ray Wilson@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "VectorBase",
"NCBIassembly": "GCA_000265325.1",
"GenomeLevel": "Scaffold",
"Busco": "C:85.9%[S:80.8%,D:5.1%],F:3.2%,M:10.9%,n:1367",
"GenomeSize": "156.2",
"GenomeGC": "26.3",
"SeqNumber": "11532",
"N50": "86.2",
"PCGnumber": "10292",
"Swissnumber": "7609",
"GOnumber": "7506",
"KEGGnumber": "7957",
"Pfamnumber": "8365",
"miRNAnumber": "59",
"lncRNAnumber": "4915"
},
{
"id": 518,
"InsectBaseID": "IBG_00518",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Lycaena",
"TaxonomyID": "282391",
"Tags": "None",
"OrganismName": "Lycaena phlaeas",
"NormalName": "the small copper, American copper, or common copper",
"SpeciesIntro": "Lycaena phlaeas is a butterfly of the Lycaenids or gossamer-winged butterfly family. According to Guppy and Shepard (2001), its specific name phlaeas is said to be derived either from the Greek phlego, to burn up or from the Latin floreo, to flourish.",
"Intro_from": "Wikipedia",
"Image_from": "scarabaeus_58@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905333005.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:98.5%,D:0.1%],F:0.3%,M:1.1%,n:1367",
"GenomeSize": "420.5",
"GenomeGC": "22.3",
"SeqNumber": "25",
"N50": "18312.2",
"PCGnumber": "26309",
"Swissnumber": "10189",
"GOnumber": "10005",
"KEGGnumber": "11950",
"Pfamnumber": "12609",
"miRNAnumber": "178",
"lncRNAnumber": "2369"
},
{
"id": 519,
"InsectBaseID": "IBG_00519",
"Order": "Hemiptera",
"Family": "Fulgoridae",
"Genus": "Lycorma",
"TaxonomyID": "130591",
"Tags": "pest;",
"OrganismName": "Lycorma delicatula",
"NormalName": "spotted lanternfly",
"SpeciesIntro": "Lycorma delicatula is a planthopper that is indigenous to parts of Southern China, Taiwan, and Vietnam, and has spread invasively to Japan, South Korea, and the United States. Although it has two pairs of wings, it jumps more than it flies. Its host plants include grapes, stone fruits, and Malus species, although its preferred host is Ailanthus altissima (Chinese sumac or tree of heaven).In its native habitat it is kept in check by natural predators or pathogens. It was accidentally introduced in South Korea in 2006 and has since been considered a pest.",
"Intro_from": "Wikipedia",
"Image_from": "Kristof Zyskowski@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "GigaDB",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:96.1%[S:93.8%,D:2.3%],F:1.4%,M:2.5%,n:1367",
"GenomeSize": "2434.8",
"GenomeGC": "28.2",
"SeqNumber": "4209",
"N50": "1446.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "195",
"lncRNAnumber": "0"
},
{
"id": 520,
"InsectBaseID": "IBG_00520",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Lymantria",
"TaxonomyID": "13123",
"Tags": "pest;",
"OrganismName": "Lymantria dispar",
"NormalName": "gypsy moth",
"SpeciesIntro": "Lymantria dispar is a species of moth in the Erebidae family. Lymantria dispar is subdivided into several subspecies, with subspecies such as L. d. dispar and L. d. japonica being clearly identifiable without ambiguity. Lymantria dispar has been introduced to several continents and is now found in Europe, Africa, Asia, North America and South America. The polyphagous larvae live on a variety of deciduous and coniferous trees and can cause severe damage in years of mass reproduction. Due to these features, the gypsy moth is listed among the worlds 100 most invasive alien species.",
"Intro_from": "Wikipedia",
"Image_from": "richardjaybee@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016802235.1",
"GenomeLevel": "Contig",
"Busco": "C:96.9%[S:95.1%,D:1.8%],F:1.1%,M:2.0%,n:1367",
"GenomeSize": "998.4",
"GenomeGC": "16.3",
"SeqNumber": "4622",
"N50": "661.9",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "168",
"lncRNAnumber": "0"
},
{
"id": 521,
"InsectBaseID": "IBG_00521",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Lymantria",
"TaxonomyID": "78897",
"Tags": "pest",
"OrganismName": "Lymantria monacha",
"NormalName": "black arches or nun moth",
"SpeciesIntro": "Lymantria monacha is a small Palaearctic moth. It is considered a forest pest.",
"Intro_from": "Wikipedia",
"Image_from": "Pascal Dubois@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905163515.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.5%[S:97.8%,D:0.7%],F:0.4%,M:1.1%,n:1367",
"GenomeSize": "915.7",
"GenomeGC": "15.9",
"SeqNumber": "31",
"N50": "33870.7",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "201",
"lncRNAnumber": "0"
},
{
"id": 522,
"InsectBaseID": "IBG_00522",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Lysandra",
"TaxonomyID": "138070",
"Tags": "None",
"OrganismName": "Lysandra bellargus",
"NormalName": "Adonis blue",
"SpeciesIntro": " Lysandra bellargus is a butterfly in the family Lycaenidae. It inhabits the Palearctic realm (Western Europe, Central Europe, South Europe, South Russia, Iraq, Iran, Caucasus, Transcaucasus, and Turkey).It is found in chalk downland, in warm sheltered spots, flying low over vegetation, seeking females that are rich chocolate brown in color. The male has brilliantly colored wings that give it its name.",
"Intro_from": "Wikipedia",
"Image_from": "Chris van Swaay@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905333045.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.2%[S:97.8%,D:0.4%],F:0.3%,M:1.5%,n:1367",
"GenomeSize": "528.9",
"GenomeGC": "19",
"SeqNumber": "140",
"N50": "11205.6",
"PCGnumber": "28850",
"Swissnumber": "11770",
"GOnumber": "11536",
"KEGGnumber": "14266",
"Pfamnumber": "15058",
"miRNAnumber": "189",
"lncRNAnumber": "0"
},
{
"id": 523,
"InsectBaseID": "IBG_00523",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Lysandra",
"TaxonomyID": "268709",
"Tags": "None",
"OrganismName": "Lysandra coridon",
"NormalName": "chalkhill blue",
"SpeciesIntro": "http://www.flickr.com/photos/cameland/12693008885/",
"Intro_from": "Lysandra coridon is a butterfly in the family Lycaenidae. It is a small butterfly that can be found throughout the Palearctic realm, where it occurs primarily in grasslands rich in chalk. Males have a pale blue colour, while females are dark brown. Both have chequered fringes around their wings.",
"Image_from": "Anne SORBES@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220515.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.0%[S:97.6%,D:0.4%],F:0.5%,M:1.5%,n:1367",
"GenomeSize": "540.7",
"GenomeGC": "18.9",
"SeqNumber": "100",
"N50": "5931.8",
"PCGnumber": "28276",
"Swissnumber": "11049",
"GOnumber": "10851",
"KEGGnumber": "13375",
"Pfamnumber": "14348",
"miRNAnumber": "343",
"lncRNAnumber": "0"
},
{
"id": 524,
"InsectBaseID": "IBG_00524",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Lysiphlebus",
"TaxonomyID": "75917",
"Tags": "natural enemy;",
"OrganismName": "Lysiphlebus fabarum",
"NormalName": "None",
"SpeciesIntro": "Lysiphlebus fabarum is a parasitoid of Aphis fabae Scopoli.",
"Intro_from": "Toxicity of three insecticides to Lysiphlebus fabarum, a parasitoid of the black bean aphid, Aphis fabae",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:97.1%[S:87.9%,D:9.2%],F:0.5%,M:2.4%,n:1367",
"GenomeSize": "142.1",
"GenomeGC": "23.6",
"SeqNumber": "1698",
"N50": "218.3",
"PCGnumber": "15626",
"Swissnumber": "10171",
"GOnumber": "10019",
"KEGGnumber": "10890",
"Pfamnumber": "11782",
"miRNAnumber": "90",
"lncRNAnumber": "1925"
},
{
"id": 525,
"InsectBaseID": "IBG_00525",
"Order": "Archaeognatha",
"Family": "Machilidae",
"Genus": "Machilis",
"TaxonomyID": "438506",
"Tags": "None",
"OrganismName": "Machilis hrabei",
"NormalName": "jumping bristletail",
"SpeciesIntro": "Machilis hrabei lives in rocky areas, feeding on lichens and mosses. ",
"Intro_from": "https://www.hgsc.bcm.edu/arthropods/hrabes-jumping-bristletail-genome-project",
"Image_from": "Hectonichus@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003456935.1",
"GenomeLevel": "Scaffold",
"Busco": "C:57.0%[S:56.5%,D:0.5%],F:23.0%,M:20.0%,n:1367",
"GenomeSize": "2171.2",
"GenomeGC": "14.7",
"SeqNumber": "200537",
"N50": "27.6",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "120",
"lncRNAnumber": "0"
},
{
"id": 526,
"InsectBaseID": "IBG_00526",
"Order": "Hemiptera",
"Family": "Pseudococcidae",
"Genus": "Maconellicoccus",
"TaxonomyID": "177089",
"Tags": "pest;",
"OrganismName": "Maconellicoccus hirsutus",
"NormalName": "pink, grape or hibiscus mealybug",
"SpeciesIntro": "Maconellicoccus hirsutus is a pest of many plants, trees, and shrubs. It infests hibiscus, citrus, coffee, sugar cane, annonas, plums, guava, mango (although, mango mealybug is more problematic), okra, sorrel, teak, mora, pigeon pea, peanut, grapevine, maize, asparagus, chrysanthemum, beans, cotton, soybean, cocoa, and many other plants. The pest forms colonies on the host plant, and if left undisturbed, the colonies will grow into large masses of white waxy coverings on branches, fruiting structures, leaves, and even whole plants, including large trees.",
"Intro_from": "Wikipedia",
"Image_from": "Chris Evers@BY-NC",
"reference": "Kohli S, Gulati P, Narang A, et al. Genome and transcriptome analysis of the mealybug Maconellicoccus hirsutus: Correlation with its unique phenotypes. Genomics. 2021;113(4):2483-2494.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34022346/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003261595.1",
"GenomeLevel": "Contig",
"Busco": "C:95.5%[S:90.3%,D:5.2%],F:1.2%,M:3.3%,n:1367",
"GenomeSize": "191.6",
"GenomeGC": "26.4",
"SeqNumber": "28882",
"N50": "50.9",
"PCGnumber": "21586",
"Swissnumber": "11858",
"GOnumber": "11659",
"KEGGnumber": "12254",
"Pfamnumber": "13853",
"miRNAnumber": "48",
"lncRNAnumber": "1537"
},
{
"id": 527,
"InsectBaseID": "IBG_00527",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Macrocentrus",
"TaxonomyID": "535359",
"Tags": "natural enemy;",
"OrganismName": "Macrocentrus cingulum",
"NormalName": "None",
"SpeciesIntro": "Macrocentrus cingulum is a parasitic wasp and polyembryonic endoparasitoid of the Asian corn borer, Ostrinia furnacalis and the European corn borer",
"Intro_from": "Sense organs on the ovipositor of Macrocentrus cingulum Brischke (Hymenoptera: Braconidae): their probable role in stinging, oviposition and host selection process",
"Image_from": "xpda@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002156465.1",
"GenomeLevel": "Contig",
"Busco": "C:98.6%[S:96.9%,D:1.7%],F:0.4%,M:1.0%,n:1367",
"GenomeSize": "129.5",
"GenomeGC": "27.4",
"SeqNumber": "12056",
"N50": "65.9",
"PCGnumber": "19390",
"Swissnumber": "9374",
"GOnumber": "9217",
"KEGGnumber": "10092",
"Pfamnumber": "10777",
"miRNAnumber": "84",
"lncRNAnumber": "1096"
},
{
"id": 528,
"InsectBaseID": "IBG_00528",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Macrosiphum",
"TaxonomyID": "44659",
"Tags": "pest",
"OrganismName": "Macrosiphum rosae",
"NormalName": "rose aphid",
"SpeciesIntro": "Macrosiphum rosae is a species of sap-sucking aphids in the subfamily Aphidinae. They have a world-wide distribution and infest rosebushes as the main host in spring and early summer, congregating on the tips of shoots and around new buds. Later in the summer, winged forms move to other rose bushes, or to a limited number of secondary hosts, before returning to rosebushes to lay eggs in the autumn.",
"Intro_from": "Wikipedia",
"Image_from": "Jesse Rorabaugh@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016617965.1",
"GenomeLevel": "Scaffold",
"Busco": "C:89.7%[S:83.6%,D:6.1%],F:4.8%,M:5.5%,n:1367",
"GenomeSize": "568.5",
"GenomeGC": "19.3",
"SeqNumber": "590887",
"N50": "8",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "127",
"lncRNAnumber": "0"
},
{
"id": 529,
"InsectBaseID": "IBG_00529",
"Order": "Hemiptera",
"Family": "Cicadidae",
"Genus": "Magicicada",
"TaxonomyID": "44679",
"Tags": "None",
"OrganismName": "Magicicada septendecim",
"NormalName": "Pharaoh cicada or the 17-year locust",
"SpeciesIntro": "Magicicada septendecim is native to Canada and the United States and is the largest and most northern species of periodical cicada with a 17-year lifecycle.",
"Intro_from": "Wikipedia",
"Image_from": "JanetandPhil@BY-NC-ND",
"reference": "White HB and Pirro S. The complete genome sequences of two species of seventeen-year cicadas: Magicicada septendecim and Magicicada septendecula. F1000Research 2021, 10:215.",
"referenceFrom": "https://f1000research.com/articles/10-215/v1",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011326945.1",
"GenomeLevel": "Scaffold",
"Busco": "C:10.1%[S:9.9%,D:0.2%],F:12.7%,M:77.2%,n:1367",
"GenomeSize": "1598.2",
"GenomeGC": "24.8",
"SeqNumber": "1182840",
"N50": "995.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "142",
"lncRNAnumber": "0"
},
{
"id": 530,
"InsectBaseID": "IBG_00530",
"Order": "Hemiptera",
"Family": "Cicadidae",
"Genus": "Magicicada",
"TaxonomyID": "44680",
"Tags": "None",
"OrganismName": "Magicicada septendecula",
"NormalName": "None",
"SpeciesIntro": "Magicicada septendecula is a species of insect in family Cicadidae. It is endemic to the United States.",
"Intro_from": "Wikipedia",
"Image_from": "Ken Rosenthal@BY-NC",
"reference": "White HB and Pirro S. The complete genome sequences of two species of seventeen-year cicadas: Magicicada septendecim and Magicicada septendecula. F1000Research 2021, 10:215.",
"referenceFrom": "https://f1000research.com/articles/10-215/v2",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011763675.1",
"GenomeLevel": "Scaffold",
"Busco": "C:8.1%[S:7.9%,D:0.2%],F:9.4%,M:82.5%,n:1367",
"GenomeSize": "1605.2",
"GenomeGC": "25",
"SeqNumber": "1350927",
"N50": "993.8",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "144",
"lncRNAnumber": "0"
},
{
"id": 531,
"InsectBaseID": "IBG_00531",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Mamestra",
"TaxonomyID": "55057",
"Tags": "pest",
"OrganismName": "Mamestra brassicae",
"NormalName": "cabbage moth",
"SpeciesIntro": "Mamestra brassicae is primarily known as a pest that is responsible for severe crop damage of a wide variety of plant species. The common name, cabbage moth, is a misnomer as the species feeds on many fruits, vegetables, and crops in the genus Brassica (i.e. cabbage, broccoli, Brussels sprouts). Other notable host plants include tobacco, sunflower, and tomato, making this pest species particularly economically damaging.",
"Intro_from": "Wikipedia",
"Image_from": "batfish@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905163435.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:97.9%,D:0.8%],F:0.2%,M:1.1%,n:1367",
"GenomeSize": "576.2",
"GenomeGC": "24.5",
"SeqNumber": "43",
"N50": "19384.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "232",
"lncRNAnumber": "0"
},
{
"id": 532,
"InsectBaseID": "IBG_00532",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Mamestra",
"TaxonomyID": "174822",
"Tags": "pest;",
"OrganismName": "Mamestra configurata",
"NormalName": "Bertha armyworm",
"SpeciesIntro": "Mamestra configurata is a moth of the family Noctuidae. It is found in the western part of the North America (including Alberta, British Columbia, Washington, New Mexico, California) and Mexico.",
"Intro_from": "Wikipedia",
"Image_from": "Susan Wise-Eagle@BY-NC",
"reference": "Erlandson MA, Mori BA, Coutu C, et al. Examining population structure of a bertha armyworm, Mamestra configurata (Lepidoptera: Noctuidae), outbreak in western North America: Implications for gene flow and dispersal. PLoS One. 2019;14(6):e0218993.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31247053/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002192655.2",
"GenomeLevel": "Scaffold",
"Busco": "C:89.6%[S:88.7%,D:0.9%],F:6.0%,M:4.4%,n:1367",
"GenomeSize": "578.4",
"GenomeGC": "23.9",
"SeqNumber": "86780",
"N50": "210.4",
"PCGnumber": "27239",
"Swissnumber": "13371",
"GOnumber": "13135",
"KEGGnumber": "16065",
"Pfamnumber": "15374",
"miRNAnumber": "139",
"lncRNAnumber": "0"
},
{
"id": 533,
"InsectBaseID": "IBG_00533",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Manduca",
"TaxonomyID": "7130",
"Tags": "model organism;pest;",
"OrganismName": "Manduca sexta",
"NormalName": "Carolina sphinx moth and the tobacco hawk moth and the tobacco hornworm and the goliath worm",
"SpeciesIntro": "Manduca sexta is a moth of the family Sphingidae present through much of the American continent. it is closely related to and often confused with the very similar tomato hornworm (Manduca quinquemaculata); the larvae of both feed on the foliage of various plants of the family Solanaceae. The tobacco hornworm is sometimes kept as a pet by children throughout its range. ",
"Intro_from": "Wikipedia",
"Image_from": "Jon McIntyre@BY-NC",
"reference": "Gershman A, Romer TG, Fan Y, Razaghi R, Smith WA, Timp W. De novo genome assembly of the tobacco hornworm moth (Manduca sexta). G3 (Bethesda). 2021;11(1):jkaa047.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33561252/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014839805.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.9%[S:92.8%,D:5.1%],F:0.7%,M:1.4%,n:1367",
"GenomeSize": "470",
"GenomeGC": "24.6",
"SeqNumber": "4057",
"N50": "14248.9",
"PCGnumber": "15653",
"Swissnumber": "11337",
"GOnumber": "11121",
"KEGGnumber": "11751",
"Pfamnumber": "12911",
"miRNAnumber": "162",
"lncRNAnumber": "6955"
},
{
"id": 534,
"InsectBaseID": "IBG_00534",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Maniola",
"TaxonomyID": "2795564",
"Tags": "None",
"OrganismName": "Maniola hyperantus",
"NormalName": "None",
"SpeciesIntro": "Maniola hyperantus is a species of butterflies within the family Nymphalidae.",
"Intro_from": "Wikipedia",
"Image_from": "gailhampshire@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902806685.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.8%[S:96.9%,D:0.9%],F:0.7%,M:1.5%,n:1367",
"GenomeSize": "413.2",
"GenomeGC": "21",
"SeqNumber": "87",
"N50": "15420.6",
"PCGnumber": "12762",
"Swissnumber": "9732",
"GOnumber": "9562",
"KEGGnumber": "10110",
"Pfamnumber": "11013",
"miRNAnumber": "136",
"lncRNAnumber": "0"
},
{
"id": 535,
"InsectBaseID": "IBG_00535",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Maniola",
"TaxonomyID": "191418",
"Tags": "None",
"OrganismName": "Maniola jurtina",
"NormalName": "meadow brown",
"SpeciesIntro": "Maniola jurtina is a butterfly found in the Palearctic realm. Its range includes Europe south of 62°N, Russia eastwards to the Urals, Asia Minor, Iraq, Iran, North Africa and the Canary Islands. The larvae feed on grasses.",
"Intro_from": "Wikipedia",
"Image_from": "Jakob Fahr@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905333055.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:98.0%,D:0.7%],F:0.2%,M:1.1%,n:1367",
"GenomeSize": "402.1",
"GenomeGC": "22.4",
"SeqNumber": "32",
"N50": "15090.1",
"PCGnumber": "23374",
"Swissnumber": "10908",
"GOnumber": "10708",
"KEGGnumber": "12940",
"Pfamnumber": "13657",
"miRNAnumber": "166",
"lncRNAnumber": "3620"
},
{
"id": 536,
"InsectBaseID": "IBG_00536",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Marronus",
"TaxonomyID": "2654888",
"Tags": "None",
"OrganismName": "Marronus borbonicus",
"NormalName": "None",
"SpeciesIntro": "Marronus borbonicus in uska species han Coleoptera nga ginhulagway ni Charles Coquerel hadton 1866. An Marronus borbonicus in nahilalakip ha genus nga Marronus, ngan familia nga Dynastidae. Waray hini subspecies nga nakalista.",
"Intro_from": "Wikipedia",
"Image_from": "Christian Widmann@BY-NC",
"reference": "Meyer JM, Markov GV, Baskaran P, Herrmann M, Sommer RJ, Rödelsperger C. Draft Genome of the Scarab Beetle Oryctes borbonicus on La Réunion Island. Genome Biol Evol. 2016;8(7):2093-2105.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27289092/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902655005.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.1%[S:94.3%,D:1.8%],F:1.0%,M:2.9%,n:1367",
"GenomeSize": "412",
"GenomeGC": "24.8",
"SeqNumber": "1023",
"N50": "17039.6",
"PCGnumber": "18964",
"Swissnumber": "10161",
"GOnumber": "9964",
"KEGGnumber": "10423",
"Pfamnumber": "11657",
"miRNAnumber": "98",
"lncRNAnumber": "598"
},
{
"id": 537,
"InsectBaseID": "IBG_00537",
"Order": "Diptera",
"Family": "Cecidomyiidae",
"Genus": "Mayetiola",
"TaxonomyID": "39758",
"Tags": "pest;",
"OrganismName": "Mayetiola destructor",
"NormalName": "Hessian fly or barley midge",
"SpeciesIntro": "Mayetiola destructor is a species of fly that is a significant pest of cereal crops including wheat, barley and rye. Though a native of Asia it was transported into Europe and later into North America, supposedly in the straw bedding of Hessian troops during the American Revolution (1775–83), thus the origin of its common name. There are usually two generations a year but may be up to five. In the spring the dark-coloured female lays about 250 to 300 reddish eggs on plants, usually where the stems are covered by leaves; the larvae feed on the sap and weaken the plants so that they cannot bear grain.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "i5k",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:94.7%[S:93.6%,D:1.1%],F:2.6%,M:2.7%,n:1367",
"GenomeSize": "188.5",
"GenomeGC": "27",
"SeqNumber": "24475",
"N50": "766.8",
"PCGnumber": "22423",
"Swissnumber": "11417",
"GOnumber": "11237",
"KEGGnumber": "11720",
"Pfamnumber": "13730",
"miRNAnumber": "39",
"lncRNAnumber": "0"
},
{
"id": 538,
"InsectBaseID": "IBG_00538",
"Order": "Phasmatodea",
"Family": "Phasmatidae",
"Genus": "Medauroidea",
"TaxonomyID": "614211",
"Tags": "None",
"OrganismName": "Medauroidea extradentata",
"NormalName": "Vietnamese or Annam walking stick",
"SpeciesIntro": "Medauroidea extradentata is a species of the family Phasmatidae. They originate in Vietnam and are commonly found in tropical forests there. They eat a variety of foliage, though in captivity they commonly eat blackberry bramble, hawthorn, oak, red maple, and rose.",
"Intro_from": "Wikipedia",
"Image_from": "Jacek Halicki@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "i5k",
"NCBIassembly": "GCA_003012365.1",
"GenomeLevel": "Scaffold",
"Busco": "C:65.0%[S:64.7%,D:0.3%],F:22.8%,M:12.2%,n:1367",
"GenomeSize": "2625.7",
"GenomeGC": "23.3",
"SeqNumber": "135691",
"N50": "43.6",
"PCGnumber": "34473",
"Swissnumber": "17085",
"GOnumber": "16881",
"KEGGnumber": "19660",
"Pfamnumber": "18667",
"miRNAnumber": "362",
"lncRNAnumber": "2313"
},
{
"id": 539,
"InsectBaseID": "IBG_00539",
"Order": "Hymenoptera",
"Family": "Megachilidae",
"Genus": "Megachile",
"TaxonomyID": "143995",
"Tags": "pollinator;",
"OrganismName": "Megachile rotundata",
"NormalName": "alfalfa leafcutting bee",
"SpeciesIntro": "Megachile rotundata is a European bee that has been introduced to various regions around the world. As a solitary bee species, it does not build colonies or store honey, but is a very efficient pollinator of alfalfa, carrots, other vegetables and some fruits. Because of this, farmers often use M. rotundata as a pollination aid by distributing M. rotundata prepupae around their crops. Each female will construct and provision her own nest, which is built in old trees or log tunnels.Being a leafcutter bee, these nests are lined with cut leaves. These bees feed on pollen and nectar and display sexual dimorphism. This species has been known to bite and sting, however it poses no overall danger unless it is threatened or harmed and its sting has been described as half as painful as a honey bees.",
"Intro_from": "Wikipedia",
"Image_from": "Amy Schnebelin@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000220905.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.6%[S:99.5%,D:0.1%],F:0.0%,M:0.4%,n:1367",
"GenomeSize": "276.1",
"GenomeGC": "27.5",
"SeqNumber": "6266",
"N50": "1720.9",
"PCGnumber": "9987",
"Swissnumber": "7889",
"GOnumber": "7717",
"KEGGnumber": "7954",
"Pfamnumber": "8562",
"miRNAnumber": "130",
"lncRNAnumber": "7404"
},
{
"id": 540,
"InsectBaseID": "IBG_00540",
"Order": "Hymenoptera",
"Family": "Halictidae",
"Genus": "Megalopta",
"TaxonomyID": "115081",
"Tags": "model organism;",
"OrganismName": "Megalopta genalis",
"NormalName": "None",
"SpeciesIntro": "Megalopta genalis is a species of the family Halictidae, otherwise known as the sweat bees. The bee is native to Central and South America. Its eyes have anatomical adaptations that make them 27 times more sensitive to light than diurnal bees, giving it the ability to be nocturnal.However, its eyes are not completely different from other diurnal bees, but are still apposition compound eyes. The difference therefore lies purely in adaptations to become nocturnal, increasing the success of foraging and minimizing the danger of doing so from predation.This species has served as a model organism in studies of social behavior and night vision in bees.",
"Intro_from": "Wikipedia",
"Image_from": "Carmelo López Abad@BY-NC",
"reference": "Kapheim KM, Jones BM, Pan H, et al. Developmental plasticity shapes social traits and selection in a facultatively eusocial bee. Proc Natl Acad Sci U S A. 2020;117(24):13615-13625.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32471944/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011865705.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.0%[S:95.2%,D:1.8%],F:0.3%,M:2.7%,n:1367",
"GenomeSize": "395",
"GenomeGC": "28.6",
"SeqNumber": "14059",
"N50": "3712.2",
"PCGnumber": "9388",
"Swissnumber": "7541",
"GOnumber": "7397",
"KEGGnumber": "7559",
"Pfamnumber": "8189",
"miRNAnumber": "138",
"lncRNAnumber": "6713"
},
{
"id": 541,
"InsectBaseID": "IBG_00541",
"Order": "Diptera",
"Family": "Phoridae",
"Genus": "Megaselia",
"TaxonomyID": "88686",
"Tags": "None",
"OrganismName": "Megaselia abdita",
"NormalName": "None",
"SpeciesIntro": "Megaselia abdita belongs to the family Phoridae (hump-backed flies) whose lineage is part of the dipteran sub-order of Brachycera.",
"Intro_from": "A Staging Scheme for the Development of the Scuttle Fly Megaselia abdita",
"Image_from": "None",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001015175.1",
"GenomeLevel": "Scaffold",
"Busco": "C:73.6%[S:72.4%,D:1.2%],F:14.0%,M:12.4%,n:1367",
"GenomeSize": "417.4",
"GenomeGC": "16.6",
"SeqNumber": "121379",
"N50": "4.6",
"PCGnumber": "25665",
"Swissnumber": "13312",
"GOnumber": "13162",
"KEGGnumber": "14337",
"Pfamnumber": "14524",
"miRNAnumber": "68",
"lncRNAnumber": "828"
},
{
"id": 542,
"InsectBaseID": "IBG_00542",
"Order": "Diptera",
"Family": "Phoridae",
"Genus": "Megaselia",
"TaxonomyID": "36166",
"Tags": "None",
"OrganismName": "Megaselia scalaris",
"NormalName": "laboratory fly",
"SpeciesIntro": "Megaselia scalaris is a member of the order Diptera and the family Phoridae, and it is widely distributed in warm regions of the world. The family members are commonly known as the humpbacked fly, the coffin fly, and the scuttle fly. The name scuttle fly derives from the jerky, short bursts of running, characteristic to the adult fly.The name coffin fly is due to their being found in coffins, digging six feet deep in order to reach buried corpses. It is one of the more common species found within the family Phoridae; more than 370 species have been identified within North America.",
"Intro_from": "Wikipedia",
"Image_from": "Royal Tyler@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000341915.2",
"GenomeLevel": "Scaffold",
"Busco": "C:26.8%[S:26.8%,D:0.0%],F:21.8%,M:51.4%,n:1367",
"GenomeSize": "495.4",
"GenomeGC": "12.9",
"SeqNumber": "231041",
"N50": "5.8",
"PCGnumber": "21787",
"Swissnumber": "10498",
"GOnumber": "10376",
"KEGGnumber": "11522",
"Pfamnumber": "11117",
"miRNAnumber": "47",
"lncRNAnumber": "0"
},
{
"id": 543,
"InsectBaseID": "IBG_00543",
"Order": "Hymenoptera",
"Family": "Megastigmidae",
"Genus": "Megastigmus",
"TaxonomyID": "246452",
"Tags": "None",
"OrganismName": "Megastigmus dorsalis",
"NormalName": "None",
"SpeciesIntro": "Megastigmus dorsalis is a polyphagous parasitoid that attacks cynipid galls induced by Andricus , Cynips , Neuroterus , Biorhiza , and Callirhytis , on Quercus species.",
"Intro_from": "https://www.gbif.org/species/119359190",
"Image_from": "Σάββας Ζαφειρίου (Savvas Zafeiriou)@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900490025.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.5%[S:93.1%,D:2.4%],F:2.0%,M:2.5%,n:1367",
"GenomeSize": "597.3",
"GenomeGC": "25.2",
"SeqNumber": "148702",
"N50": "19",
"PCGnumber": "31131",
"Swissnumber": "12495",
"GOnumber": "12271",
"KEGGnumber": "14913",
"Pfamnumber": "15357",
"miRNAnumber": "155",
"lncRNAnumber": "0"
},
{
"id": 544,
"InsectBaseID": "IBG_00544",
"Order": "Hymenoptera",
"Family": "Megastigmidae",
"Genus": "Megastigmus",
"TaxonomyID": "311874",
"Tags": "None",
"OrganismName": "Megastigmus stigmatizans",
"NormalName": "None",
"SpeciesIntro": "Megastigmus stigmatizans is a polyphagous parasitoid of cynipid galls on oaks of the section Quercus. It is associated mainly with large lignified galls of agamic generations of Andricus species (Askew 1966, Nieves-Aldrey 1984). ",
"Intro_from": "https://www.gbif.org/species/1370985",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900490015.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.6%[S:92.3%,D:2.3%],F:2.4%,M:3.0%,n:1367",
"GenomeSize": "585",
"GenomeGC": "25.6",
"SeqNumber": "182990",
"N50": "9.3",
"PCGnumber": "34286",
"Swissnumber": "13385",
"GOnumber": "13144",
"KEGGnumber": "16148",
"Pfamnumber": "15881",
"miRNAnumber": "142",
"lncRNAnumber": "0"
},
{
"id": 545,
"InsectBaseID": "IBG_00545",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Megathymus",
"TaxonomyID": "1945770",
"Tags": "None",
"OrganismName": "Megathymus ursus",
"NormalName": "ursus giant skipper or ursine giant skipper",
"SpeciesIntro": "Megathymus ursus is a species of giant skipper in the butterfly family Hesperiidae. It is found in Central America and North America.",
"Intro_from": "Wikipedia",
"Image_from": "greglasley@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003671415.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:98.4%,D:0.2%],F:0.2%,M:1.2%,n:1367",
"GenomeSize": "434.8",
"GenomeGC": "25.7",
"SeqNumber": "1515",
"N50": "4205.1",
"PCGnumber": "22884",
"Swissnumber": "10606",
"GOnumber": "10385",
"KEGGnumber": "11915",
"Pfamnumber": "12108",
"miRNAnumber": "134",
"lncRNAnumber": "0"
},
{
"id": 546,
"InsectBaseID": "IBG_00546",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Megathymus",
"TaxonomyID": "2795567",
"Tags": "None",
"OrganismName": "Megathymus violae",
"NormalName": "none",
"SpeciesIntro": "Megathymus violae is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "Qian Cong@BY-NC",
"reference": "Cong Q, Li W, Borek D, Otwinowski Z, Grishin NV. The Bear Giant-Skipper genome suggests genetic adaptations to living inside yucca roots. Mol Genet Genomics. 2019;294(1):211-226.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30293092/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003671415.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:98.4%,D:0.2%],F:0.2%,M:1.2%,n:1367",
"GenomeSize": "429.4",
"GenomeGC": "26.1",
"SeqNumber": "1515",
"N50": "4153.1",
"PCGnumber": "27430",
"Swissnumber": "10653",
"GOnumber": "10473",
"KEGGnumber": "12166",
"Pfamnumber": "12518",
"miRNAnumber": "134",
"lncRNAnumber": "0"
},
{
"id": 547,
"InsectBaseID": "IBG_00547",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Melanaphis",
"TaxonomyID": "742174",
"Tags": "pest;",
"OrganismName": "Melanaphis sacchari",
"NormalName": "sugarcane aphid",
"SpeciesIntro": "Melanaphis sacchari is an aphid in the superfamily Aphidoidea in the order Hemiptera. It is a true bug and sucks sap from plants. It is mostly found in Saccharum and Sorghum species.",
"Intro_from": "Wikipedia",
"Image_from": "Anna T@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002803265.2",
"GenomeLevel": "Scaffold",
"Busco": "C:96.9%[S:95.3%,D:1.6%],F:0.6%,M:2.5%,n:1367",
"GenomeSize": "304",
"GenomeGC": "16.6",
"SeqNumber": "1347",
"N50": "3050.3",
"PCGnumber": "11702",
"Swissnumber": "8749",
"GOnumber": "8554",
"KEGGnumber": "9140",
"Pfamnumber": "9889",
"miRNAnumber": "85",
"lncRNAnumber": "669"
},
{
"id": 548,
"InsectBaseID": "IBG_00548",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Melipona",
"TaxonomyID": "166423",
"Tags": "pollinator;",
"OrganismName": "Melipona quadrifasciata",
"NormalName": "None",
"SpeciesIntro": "Melipona quadrifasciata is a species of eusocial, stingless bee of the order Hymenoptera. It is native to the southeastern coastal states of Brazil, where it is more commonly known as mandaçaia, which means beautiful guard, as there is always a bee at the narrow entrance of the nest. M. quadrifasciata constructs mud hives in the hollows of trees to create thin passages that only allow one bee to pass at a time. Because they are stingless bees, M. quadrifasciata is often used as pollinators in greenhouses, outperforming honey bees in efficiency and leading to overall larger yields of fruits that were heavier, larger, and contained more seeds.",
"Intro_from": "Wikipedia",
"Image_from": "Kahio T. Mazon@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001276565.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.0%[S:96.9%,D:0.1%],F:1.7%,M:1.3%,n:1367",
"GenomeSize": "259.5",
"GenomeGC": "30.4",
"SeqNumber": "2866",
"N50": "1887.7",
"PCGnumber": "14036",
"Swissnumber": "7878",
"GOnumber": "7764",
"KEGGnumber": "8362",
"Pfamnumber": "8495",
"miRNAnumber": "141",
"lncRNAnumber": "1427"
},
{
"id": 549,
"InsectBaseID": "IBG_00549",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Melitaea",
"TaxonomyID": "113334",
"Tags": "None",
"OrganismName": "Melitaea cinxia",
"NormalName": "Glanville Fritillary",
"SpeciesIntro": "Melitaea cinxia is a butterfly of the family Nymphalidae. It is named for the naturalist who discovered it and the checkerboard pattern on its wings. These butterflies live in almost all of Europe, especially Finland, and in parts of northwest Africa. They are absent from the far north of Europe and parts of the Iberian Peninsula. To the east they are found across the Palearctic",
"Intro_from": "Wikipedia",
"Image_from": "Ferran Turmo Gort@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220565.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.1%[S:97.9%,D:0.2%],F:0.5%,M:1.4%,n:1367",
"GenomeSize": "499.4",
"GenomeGC": "19.9",
"SeqNumber": "32",
"N50": "17325.6",
"PCGnumber": "31309",
"Swissnumber": "11393",
"GOnumber": "11034",
"KEGGnumber": "14967",
"Pfamnumber": "15895",
"miRNAnumber": "169",
"lncRNAnumber": "8368"
},
{
"id": 550,
"InsectBaseID": "IBG_00550",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Mellicta",
"TaxonomyID": "113330",
"Tags": "None",
"OrganismName": "Mellicta athalia",
"NormalName": "heath fritillary",
"SpeciesIntro": "Melitaea athalia is a butterfly of the family Nymphalidae. It is found throughout the Palaearctic from western Europe to Japan, in heathland, grassland, and in coppiced woodland. Its association with coppiced woodland earned it the name woodmans follower in parts of the UK. It is considered a threatened species in the UK and Germany, but not Europe-wide or globally.",
"Intro_from": "Wikipedia",
"Image_from": "Irena Hrovat Mujčinović@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220545.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.4%[S:98.0%,D:0.4%],F:0.7%,M:0.9%,n:1367",
"GenomeSize": "609.6",
"GenomeGC": "18.7",
"SeqNumber": "46",
"N50": "20295.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "181",
"lncRNAnumber": "0"
},
{
"id": 551,
"InsectBaseID": "IBG_00551",
"Order": "Strepsiptera",
"Family": "Mengenillidae",
"Genus": "Mengenilla",
"TaxonomyID": "1155016",
"Tags": "None",
"OrganismName": "Mengenilla moldrzyki",
"NormalName": "None",
"SpeciesIntro": "Mengenilla moldrzyki is the third species of the genus with known females and female puparia. First instar larvae, endoparasitic larval stages, the male puparium and the host are unknown. ",
"Intro_from": "A new species of Mengenilla (Insecta, Strepsiptera) from Tunisia",
"Image_from": "None",
"reference": "Niehuis O, Hartig G, Grath S, et al. Genomic and morphological evidence converge to resolve the enigma of Strepsiptera [published correction appears in Curr Biol. 2013 Jul 22;23(14):1388]. Curr Biol. 2012;22(14):1309-1313.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/22704986/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000281935.1",
"GenomeLevel": "Contig",
"Busco": "C:54.6%[S:54.4%,D:0.2%],F:21.9%,M:23.5%,n:1367",
"GenomeSize": "157.6",
"GenomeGC": "19.5",
"SeqNumber": "94953",
"N50": "4.1",
"PCGnumber": "21911",
"Swissnumber": "11469",
"GOnumber": "11313",
"KEGGnumber": "12509",
"Pfamnumber": "12824",
"miRNAnumber": "35",
"lncRNAnumber": "0"
},
{
"id": 552,
"InsectBaseID": "IBG_00552",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Microplitis",
"TaxonomyID": "69319",
"Tags": "natural enemy;",
"OrganismName": "Microplitis demolitor",
"NormalName": "None",
"SpeciesIntro": "Microplitis demolitor is a parasitoid wasp in the hymenopteran family Braconidae. It is native to eastern Australia but has been introduced into the United States as a biological control agent",
"Intro_from": "https://i5k.nal.usda.gov/Microplitis_demolitor",
"Image_from": "J.A. Johnson@BY-SA",
"reference": "Burke GR, Walden KK, Whitfield JB, Robertson HM, Strand MR. Widespread genome reorganization of an obligate virus mutualist. PLoS Genet. 2014;10(9):e1004660. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25232843/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000572035.2",
"GenomeLevel": "Scaffold",
"Busco": "C:99.4%[S:98.2%,D:1.2%],F:0.2%,M:0.4%,n:1367",
"GenomeSize": "244.2",
"GenomeGC": "17.7",
"SeqNumber": "1794",
"N50": "1153.6",
"PCGnumber": "11276",
"Swissnumber": "8356",
"GOnumber": "8190",
"KEGGnumber": "8696",
"Pfamnumber": "9451",
"miRNAnumber": "85",
"lncRNAnumber": "1281"
},
{
"id": 553,
"InsectBaseID": "IBG_00553",
"Order": "Hemiptera",
"Family": "Veliidae",
"Genus": "Microvelia",
"TaxonomyID": "1101180",
"Tags": "None",
"OrganismName": "Microvelia longipes",
"NormalName": "none",
"SpeciesIntro": "Microvelia longipes is a species of the family Veliidae.",
"Intro_from": "Wikipedia",
"Image_from": "deboas@CC0",
"reference": "Toubiana W, Armisén D, Dechaud C, Arbore R, Khila A. Impact of male trait exaggeration on sex-biased gene expression and genome architecture in a water strider. BMC Biol. 2021;19(1):89. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33931057/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018340805.1",
"GenomeLevel": "Scaffold",
"Busco": "C:91.2%[S:90.3%,D:0.9%],F:2.1%,M:6.7%,n:1367",
"GenomeSize": "669.3",
"GenomeGC": "18.3",
"SeqNumber": "1935",
"N50": "54210.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "129",
"lncRNAnumber": "0"
},
{
"id": 554,
"InsectBaseID": "IBG_00554",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Mimas",
"TaxonomyID": "522848",
"Tags": "None",
"OrganismName": "Mimas tiliae",
"NormalName": "lime hawk-moth",
"SpeciesIntro": "Mimas tiliae is a moth of the family Sphingidae. It is found throughout the Palearctic region and the Near East, and has also been identified in eastern Canada. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.This species is quite variable, though not confusable with any other sphingid of the Palearctic in its markings, the ground colour of the forewings being pinkish or buff, darker towards the tornus, marked with one or two dark green or brown blotches which are sometimes merged to form a continuous band across the middle of the forewing. The hindwings are plainer, grey or buffish brown. The wingspan is 70–80 millimetres (2.8–3.1 in). It exhibits sexual dimorphism, the male usually being smaller but more strongly marked than the female. Usually, the forewing ground colour is brownish in females and decidedly green in males, but there are many exceptions. The female abdomen is straight and fat with fully formed eggs, which are already present when the female emerges (as in all species of Smerinthini). The male abdomen, on the other hand, is strongly curved and slender.",
"Intro_from": "Wikipedia",
"Image_from": "Радик@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905332985.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.5%[S:98.1%,D:0.4%],F:0.3%,M:1.2%,n:1367",
"GenomeSize": "478",
"GenomeGC": "21.3",
"SeqNumber": "30",
"N50": "17899.9",
"PCGnumber": "23727",
"Swissnumber": "11609",
"GOnumber": "11404",
"KEGGnumber": "13715",
"Pfamnumber": "14076",
"miRNAnumber": "156",
"lncRNAnumber": "0"
},
{
"id": 555,
"InsectBaseID": "IBG_00555",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Mimoniades",
"TaxonomyID": "2585881",
"Tags": "None",
"OrganismName": "Mimoniades nurscia",
"NormalName": "none",
"SpeciesIntro": "Mimoniades nurscia is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "Indiana Cristo@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018244735.1",
"GenomeLevel": "Contig",
"Busco": "C:2.1%[S:2.1%,D:0.0%],F:0.9%,M:97.0%,n:1367",
"GenomeSize": "10.9",
"GenomeGC": "54",
"SeqNumber": "21900",
"N50": "0.5",
"PCGnumber": "4928",
"Swissnumber": "3633",
"GOnumber": "3526",
"KEGGnumber": "1525",
"Pfamnumber": "4099",
"miRNAnumber": "9",
"lncRNAnumber": "0"
},
{
"id": 556,
"InsectBaseID": "IBG_00556",
"Order": "Diptera",
"Family": "Chaoboridae",
"Genus": "Mochlonyx",
"TaxonomyID": "1577623",
"Tags": "None",
"OrganismName": "Mochlonyx cinctipes",
"NormalName": "None",
"SpeciesIntro": "Mochlonyx cinctipes has one generation per year in Ohio, where it breeds in semipermanent pools formed by melting snow and spring rains.They are omnivorous, feeding on crustaceans, mosquito larvae, algae, and fungi, and cannibalism is a common practice under crowded conditions. Adults were not seen to feed, though they do imbide water. ",
"Intro_from": "The Life History of Mochlonyx Cinctipes (Coquillett) (Diptera: Culicidae)",
"Image_from": "None",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001014845.1",
"GenomeLevel": "Scaffold",
"Busco": "C:90.4%[S:90.1%,D:0.3%],F:5.3%,M:4.3%,n:1367",
"GenomeSize": "446.7",
"GenomeGC": "16.7",
"SeqNumber": "95131",
"N50": "6.5",
"PCGnumber": "20426",
"Swissnumber": "12342",
"GOnumber": "12151",
"KEGGnumber": "13647",
"Pfamnumber": "13785",
"miRNAnumber": "80",
"lncRNAnumber": "0"
},
{
"id": 557,
"InsectBaseID": "IBG_00557",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Monomorium",
"TaxonomyID": "307658",
"Tags": "pest;",
"OrganismName": "Monomorium pharaonis",
"NormalName": "pharaoh ant",
"SpeciesIntro": "Monomorium pharaonis is a small (2 mm) yellow or light brown, almost transparent ant notorious for being a major indoor nuisance pest, especially in hospitals.The pharaoh ant, whose origins are unknown, has now been introduced to virtually every area of the world, including Europe, the Americas, Australasia and Southeast Asia. It is a major pest in the United States, Australia, and Europe",
"Intro_from": "Wikipedia",
"Image_from": "Радик@BY-NC",
"reference": "Gao Q, Xiong Z, Larsen RS, et al. High-quality chromosome-level genome assembly and full-length transcriptome analysis of the pharaoh ant Monomorium pharaonis. Gigascience. 2020;9(12):giaa143.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33319913/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013373865.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.9%[S:96.3%,D:2.6%],F:0.5%,M:0.6%,n:1367",
"GenomeSize": "329.5",
"GenomeGC": "27.7",
"SeqNumber": "439",
"N50": "14655.8",
"PCGnumber": "31267",
"Swissnumber": "9659",
"GOnumber": "9497",
"KEGGnumber": "10725",
"Pfamnumber": "11168",
"miRNAnumber": "138",
"lncRNAnumber": "6568"
},
{
"id": 558,
"InsectBaseID": "IBG_00558",
"Order": "Diptera",
"Family": "Muscidae",
"Genus": "Musca",
"TaxonomyID": "7370",
"Tags": "model organism;pest;",
"OrganismName": "Musca domestica",
"NormalName": "housefly",
"SpeciesIntro": "Musca domestica is a fly of the suborder Cyclorrhapha. It is believed to have evolved in the Cenozoic Era, possibly in the Middle East, and has spread all over the world as a commensal of humans. It is the most common fly species found in houses. Adults are gray to black, with four dark, longitudinal lines on the thorax, slightly hairy bodies, and a single pair of membranous wings. They have red eyes, set farther apart in the slightly larger female.",
"Intro_from": "Wikipedia",
"Image_from": "Marcello Consolo@BY-NC-SA",
"reference": "Li D, Liang Y, Wang X, et al. Transcriptomic Analysis of Musca domestica to Reveal Key Genes of the Prophenoloxidase-Activating System. G3 (Bethesda). 2015;5(9):1827-1841.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/26156588/",
"DataSource": "VectorBase",
"NCBIassembly": "GCA_000371365.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.7%[S:96.9%,D:1.8%],F:0.8%,M:0.5%,n:1367",
"GenomeSize": "759.8",
"GenomeGC": "14.4",
"SeqNumber": "20487",
"N50": "229.4",
"PCGnumber": "14215",
"Swissnumber": "10405",
"GOnumber": "10259",
"KEGGnumber": "10543",
"Pfamnumber": "11748",
"miRNAnumber": "118",
"lncRNAnumber": "8746"
},
{
"id": 559,
"InsectBaseID": "IBG_00559",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Mythimna",
"TaxonomyID": "987985",
"Tags": "None",
"OrganismName": "Mythimna impura",
"NormalName": "smoky wainscot",
"SpeciesIntro": "Mythimna impura is a moth of the family Noctuidae. The species was first described by Jacob Hübner in 1808. It is distributed throughout most of the Palearctic realm from Ireland in the west of Europe east to the Caucasus, Turkey, Syria, Kazakhstan, Russia, Siberia, Mongolia, then Japan. In Europe it is found from the Arctic Circle to Spain and Italy (including Sicily) in the south, as well as in the northern regions of Greece.",
"Intro_from": "Wikipedia",
"Image_from": "Björn S…@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147345.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.9%[S:96.4%,D:1.5%],F:0.4%,M:1.7%,n:1367",
"GenomeSize": "949.1",
"GenomeGC": "20.3",
"SeqNumber": "93",
"N50": "30601.1",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "238",
"lncRNAnumber": "0"
},
{
"id": 560,
"InsectBaseID": "IBG_00560",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Myzus",
"TaxonomyID": "93721",
"Tags": "pest;",
"OrganismName": "Myzus cerasi",
"NormalName": "Black Cherry Aphid, or cherry blackfly",
"SpeciesIntro": "Myzus cerasi is an aphid in the superfamily Aphidoidea in the order Hemiptera. It is a true bug and sucks sap from plants.",
"Intro_from": "Wikipedia",
"Image_from": "alderash@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:93.3%[S:89.5%,D:3.8%],F:3.3%,M:3.4%,n:1367",
"GenomeSize": "412.5",
"GenomeGC": "29.3",
"SeqNumber": "49286",
"N50": "23.7",
"PCGnumber": "28119",
"Swissnumber": "11473",
"GOnumber": "11148",
"KEGGnumber": "14403",
"Pfamnumber": "14309",
"miRNAnumber": "112",
"lncRNAnumber": "1484"
},
{
"id": 561,
"InsectBaseID": "IBG_00561",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Myzus",
"TaxonomyID": "13164",
"Tags": "pest;",
"OrganismName": "Myzus persicae",
"NormalName": "green peach aphid, greenfly, or the peach-potato aphid",
"SpeciesIntro": "Myzus persicae is a small green aphid belonging to the order Hemiptera. It is the most significant aphid pest of peach trees, causing decreased growth, shrivelling of the leaves and the death of various tissues. It is also acts as a vector for the transport of plant viruses such as cucumber mosaic virus (CMV), potato virus Y (PVY) and tobacco etch virus (TEV). Potato virus Y and potato leafroll virus can be passed to members of the nightshade/potato family (Solanaceae), and various mosaic viruses to many other food crops.",
"Intro_from": "Wikipedia",
"Image_from": "Jesse Rorabaugh@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "GCA_001856785.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.0%[S:93.3%,D:2.7%],F:1.0%,M:3.0%,n:1367",
"GenomeSize": "347.3",
"GenomeGC": "20.9",
"SeqNumber": "4021",
"N50": "435.8",
"PCGnumber": "14678",
"Swissnumber": "9842",
"GOnumber": "9659",
"KEGGnumber": "11105",
"Pfamnumber": "11958",
"miRNAnumber": "177",
"lncRNAnumber": "3454"
},
{
"id": 562,
"InsectBaseID": "IBG_00562",
"Order": "Hymenoptera",
"Family": "Pteromalidae",
"Genus": "Nasonia",
"TaxonomyID": "7426",
"Tags": "None",
"OrganismName": "Nasonia giraulti",
"NormalName": "None",
"SpeciesIntro": "Nasonia giraulti is a species of pteromalid wasp in the family Pteromalidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000004775.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.1%[S:94.4%,D:0.7%],F:1.9%,M:3.0%,n:1367",
"GenomeSize": "283.6",
"GenomeGC": "22.7",
"SeqNumber": "4912",
"N50": "759.4",
"PCGnumber": "14565",
"Swissnumber": "9457",
"GOnumber": "9313",
"KEGGnumber": "10122",
"Pfamnumber": "10651",
"miRNAnumber": "97",
"lncRNAnumber": "1986"
},
{
"id": 563,
"InsectBaseID": "IBG_00563",
"Order": "Hymenoptera",
"Family": "Pteromalidae",
"Genus": "Nasonia",
"TaxonomyID": "7427",
"Tags": "None",
"OrganismName": "Nasonia longicornis",
"NormalName": "None",
"SpeciesIntro": "Nasonia longicornis is a species of pteromalid wasp in the family Pteromalidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Werren JH, Richards S, Desjardins CA, et al. Functional and evolutionary insights from the genomes of three parasitoid Nasonia species [published correction appears in Science. 2010 Mar 26;327(5973):1577]. Science. 2010;327(5963):343-348.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/20075255/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000004795.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.7%[S:93.9%,D:0.8%],F:2.0%,M:3.3%,n:1367",
"GenomeSize": "289.3",
"GenomeGC": "22.6",
"SeqNumber": "5214",
"N50": "767.9",
"PCGnumber": "15779",
"Swissnumber": "10024",
"GOnumber": "9867",
"KEGGnumber": "10912",
"Pfamnumber": "11378",
"miRNAnumber": "101",
"lncRNAnumber": "0"
},
{
"id": 564,
"InsectBaseID": "IBG_00564",
"Order": "Hymenoptera",
"Family": "Pteromalidae",
"Genus": "Nasonia",
"TaxonomyID": "7425",
"Tags": "model organism;",
"OrganismName": "Nasonia vitripennis",
"NormalName": "None",
"SpeciesIntro": "Nasonia vitripennis is one of four known species under the genus Nasonia - small parasitoid wasps that afflict the larvae of parasitic carrion flies such as blowflies and flesh flies, which themselves are parasitic toward nestling birds. It is the best known and most widely studied of the parasitoid wasps, and their study forms a vital part of the information used to describe the order Hymenoptera, along with information from bees and ants. This parasitoid behaviour makes the wasps an interest for the development of biopesticide and biological systems for controlling unwanted insects.",
"Intro_from": "Wikipedia",
"Image_from": "renko@BY-NC",
"reference": "Dalla Benetta E, Antoshechkin I, Yang T, Nguyen HQM, Ferree PM, Akbari OS. Genome elimination mediated by gene expression from a selfish chromosome. Sci Adv. 2020;6(14):eaaz9808. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32284986/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009193385.2",
"GenomeLevel": "Chromosome",
"Busco": "C:97.8%[S:97.1%,D:0.7%],F:0.5%,M:1.7%,n:1367",
"GenomeSize": "301",
"GenomeGC": "30.2",
"SeqNumber": "436",
"N50": "25069.6",
"PCGnumber": "12539",
"Swissnumber": "8766",
"GOnumber": "8626",
"KEGGnumber": "9188",
"Pfamnumber": "9984",
"miRNAnumber": "135",
"lncRNAnumber": "3139"
},
{
"id": 565,
"InsectBaseID": "IBG_00565",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Nebria",
"TaxonomyID": "1158014",
"Tags": "None",
"OrganismName": "Nebria ingens",
"NormalName": "none",
"SpeciesIntro": "Nebria ingens is a species of ground beetle in the Nebriinae subfamily that is endemic to the US state of California.",
"Intro_from": "Wikipedia",
"Image_from": "Erwin, Terry@BY-NC",
"reference": "Weng YM, Francoeur CB, Currie CR, Kavanaugh DH, Schoville SD. A high-quality carabid genome assembly provides insights into beetle genome evolution and cold adaptation. Mol Ecol Resour. 2021;21(6):2145-2165.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33938156/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018344505.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.3%[S:96.0%,D:0.3%],F:0.7%,M:3.0%,n:1367",
"GenomeSize": "147.4",
"GenomeGC": "22.5",
"SeqNumber": "1636",
"N50": "301.5",
"PCGnumber": "17822",
"Swissnumber": "9575",
"GOnumber": "9394",
"KEGGnumber": "9983",
"Pfamnumber": "10639",
"miRNAnumber": "115",
"lncRNAnumber": "0"
},
{
"id": 566,
"InsectBaseID": "IBG_00566",
"Order": "Hymenoptera",
"Family": "Diprionidae",
"Genus": "Neodiprion",
"TaxonomyID": "441921",
"Tags": "pest;",
"OrganismName": "Neodiprion lecontei",
"NormalName": "None",
"SpeciesIntro": "Neodiprion lecontei is a species of sawfly in the family Diprionidae native to eastern North America, commonly known as the red-headed pine sawfly or lecontes sawfly. The larvae feed on the foliage of many species of native and imported pines. This species was named after John Lawrence LeConte, an American entomologist of the 19th century.",
"Intro_from": "Wikipedia",
"Image_from": "Mary Keim@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001263575.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.9%,D:0.4%],F:0.4%,M:0.3%,n:1367",
"GenomeSize": "242.7",
"GenomeGC": "32.6",
"SeqNumber": "4523",
"N50": "246.9",
"PCGnumber": "10758",
"Swissnumber": "8720",
"GOnumber": "8580",
"KEGGnumber": "8777",
"Pfamnumber": "9459",
"miRNAnumber": "117",
"lncRNAnumber": "0"
},
{
"id": 567,
"InsectBaseID": "IBG_00567",
"Order": "Hymenoptera",
"Family": "Diprionidae",
"Genus": "Neodiprion",
"TaxonomyID": "441929",
"Tags": "pest;",
"OrganismName": "Neodiprion pinetum",
"NormalName": "None",
"SpeciesIntro": "Neodiprion pinetum is a species of sawfly in the family Diprionidae. It is commonly known as the white pine sawfly, a name sometimes also applied to Diprion similis, because the larvae of both species feed on the needles of the white pine (Pinus strobus).",
"Intro_from": "Wikipedia",
"Image_from": "hitchco@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004916985.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.6%[S:97.2%,D:0.4%],F:1.2%,M:1.2%,n:1367",
"GenomeSize": "273.2",
"GenomeGC": "27.8",
"SeqNumber": "1593",
"N50": "617.6",
"PCGnumber": "25778",
"Swissnumber": "10103",
"GOnumber": "9919",
"KEGGnumber": "11096",
"Pfamnumber": "11393",
"miRNAnumber": "110",
"lncRNAnumber": "0"
},
{
"id": 568,
"InsectBaseID": "IBG_00568",
"Order": "Megaloptera",
"Family": "Corydalidae",
"Genus": "Neoneuromus",
"TaxonomyID": "1569773",
"Tags": "natural enemy",
"OrganismName": "Neoneuromus ignobilis",
"NormalName": "none",
"SpeciesIntro": "Neoneuromus ignobilis is a species of genus Neoneuromus.",
"Intro_from": "Wikipedia",
"Image_from": "budak@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014529405.1",
"GenomeLevel": "Scaffold",
"Busco": "C:78.2%[S:66.3%,D:11.9%],F:7.6%,M:14.2%,n:1367",
"GenomeSize": "767.9",
"GenomeGC": "13.8",
"SeqNumber": "450406",
"N50": "2.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "207",
"lncRNAnumber": "0"
},
{
"id": 569,
"InsectBaseID": "IBG_00569",
"Order": "Hemiptera",
"Family": "Miridae",
"Genus": "Nesidiocoris",
"TaxonomyID": "355587",
"Tags": "natural enemy;",
"OrganismName": "Nesidiocoris tenuis",
"NormalName": "None",
"SpeciesIntro": "Nesidiocoris tenuis is a small hemipteran about 5-6 mm in size present in tomato and many other vegetable crops and is considered to be a beneficial insect because of its predatory nature on many insect pests including aphids and thrips. However, it also feeds on plants in the absence of its prey. ",
"Intro_from": "http://entnemdept.ufl.edu/Creatures/FIELD/Nesidiocoris_tenuis.html",
"Image_from": "Rui Da Silva Pinto@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902806785.1",
"GenomeLevel": "Scaffold",
"Busco": "C:87.5%[S:66.1%,D:21.4%],F:6.1%,M:6.4%,n:1367",
"GenomeSize": "359.5",
"GenomeGC": "27.1",
"SeqNumber": "36513",
"N50": "29.1",
"PCGnumber": "24514",
"Swissnumber": "8825",
"GOnumber": "8693",
"KEGGnumber": "9625",
"Pfamnumber": "10173",
"miRNAnumber": "99",
"lncRNAnumber": "3134"
},
{
"id": 570,
"InsectBaseID": "IBG_00570",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Neuroterus",
"TaxonomyID": "351381",
"Tags": "None",
"OrganismName": "Neuroterus quercusbaccarum",
"NormalName": "common spangle gall",
"SpeciesIntro": "Neuroterus quercusbaccarumon is underside of leaves and the currant gall on the male catkins or occasionally the leaves, develop as chemically induced distortions on pedunculate oak (Quercus robur), or sessile oak (Quercus petraea) trees, caused by the cynipid wasp Neuroterus quercusbaccarum which has both agamic and bisexual generations.",
"Intro_from": "Wikipedia",
"Image_from": "AnneTanne@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900490065.1",
"GenomeLevel": "Scaffold",
"Busco": "C:26.7%[S:26.5%,D:0.2%],F:36.5%,M:36.8%,n:1367",
"GenomeSize": "2600.3",
"GenomeGC": "20.2",
"SeqNumber": "2812183",
"N50": "1.7",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "224",
"lncRNAnumber": "0"
},
{
"id": 571,
"InsectBaseID": "IBG_00571",
"Order": "Coleoptera",
"Family": "Silphidae",
"Genus": "Nicrophorus",
"TaxonomyID": "110193",
"Tags": "model organism;",
"OrganismName": "Nicrophorus vespilloides",
"NormalName": "None",
"SpeciesIntro": "Nicrophorus vespilloides is a burying beetle described by Johann Friedrich Wilhelm Herbst in 1783. It is one of the most well studied of the burying beetles with over 1,000 citations found via Google Scholar. What had been considered Nicrophorus vespilloides in mid and eastern Canada and northeastern USA was determined by Sikes et al. in 2016 to be a separate, overlooked sister species of Nicrophorus vespilloides that had been named by Kirby in 1837.",
"Intro_from": "Wikipedia",
"Image_from": "salvatore_infanti@BY-NC",
"reference": "Cunningham CB, Ji L, Wiberg RA, et al. The Genome and Methylome of a Beetle with Complex Social Behavior, Nicrophorus vespilloides (Coleoptera: Silphidae). Genome Biol Evol. 2015;7(12):3383-3396. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/26454014/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001412225.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.5%[S:98.0%,D:1.5%],F:0.2%,M:0.3%,n:1367",
"GenomeSize": "197.7",
"GenomeGC": "22.8",
"SeqNumber": "4650",
"N50": "123.9",
"PCGnumber": "11573",
"Swissnumber": "9134",
"GOnumber": "8988",
"KEGGnumber": "9080",
"Pfamnumber": "10015",
"miRNAnumber": "95",
"lncRNAnumber": "3014"
},
{
"id": 572,
"InsectBaseID": "IBG_00572",
"Order": "Hemiptera",
"Family": "Delphacidae",
"Genus": "Nilaparvata",
"TaxonomyID": "108931",
"Tags": "pest;",
"OrganismName": "Nilaparvata lugens",
"NormalName": "brown planthopper",
"SpeciesIntro": "Nilaparvata lugens is a planthopper species that feeds on rice plants (Oryza sativa L.). These insects are among the most important pests of rice, which is the major staple crop for about half the worlds population. They damage rice directly through feeding and also by transmitting two viruses, rice ragged stunt virus and rice grassy stunt virus. Up to 60% yield loss is common in susceptible rice cultivars attacked by the insect. The BPH is distributed throughout Australia, Bangladesh, Bhutan, Burma (Myanmar), Cambodia, China, Fiji, India, Indonesia, Japan, North and South Korea, Laos, Malaysia, India, Nepal, Pakistan, Papua New Guinea, Philippines, Sri Lanka, Taiwan, Thailand, and Vietnam. Their alternative host plant other than rice is Leersia hexandra.",
"Intro_from": "Wikipedia",
"Image_from": "budak@BY-NC",
"reference": "Ma W, Xu L, Hua H, et al. Chromosomal-level genomes of three rice planthoppers provide new insights into sex chromosome evolution. Mol Ecol Resour. 2021;21(1):226-237.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32780934/",
"DataSource": "InsectBase",
"NCBIassembly": "GCA_014356525.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.5%[S:92.9%,D:2.6%],F:1.2%,M:3.3%,n:1367",
"GenomeSize": "1087.9",
"GenomeGC": "34.7",
"SeqNumber": "7095",
"N50": "77631.9",
"PCGnumber": "24901",
"Swissnumber": "12858",
"GOnumber": "12397",
"KEGGnumber": "14892",
"Pfamnumber": "16027",
"miRNAnumber": "91",
"lncRNAnumber": "14922"
},
{
"id": 573,
"InsectBaseID": "IBG_00573",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Noctua",
"TaxonomyID": "753202",
"Tags": "None",
"OrganismName": "Noctua fimbriata",
"NormalName": "broad-bordered yellow underwing",
"SpeciesIntro": "Noctua fimbriata is a moth of the family Noctuidae. It is found in Europe, North Africa, Anatolia, the Caucasus, Turkey, Caucasus, Transcaucasia, Armenia, Turkmenistan and Novosibirsk Oblast. The border of its southern range is unclear because of the similar looking species Noctua tirrenica.",
"Intro_from": "Wikipedia",
"Image_from": "Zdeňka Nováková@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905163415.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:97.7%,D:0.9%],F:0.2%,M:1.2%,n:1367",
"GenomeSize": "574",
"GenomeGC": "24.3",
"SeqNumber": "52",
"N50": "18977.5",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "151",
"lncRNAnumber": "0"
},
{
"id": 574,
"InsectBaseID": "IBG_00574",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Noctua",
"TaxonomyID": "214277",
"Tags": "pest",
"OrganismName": "Noctua pronuba",
"NormalName": "large yellow underwing",
"SpeciesIntro": "Noctua pronuba is a moth, the type species for the family Noctuidae. It is an abundant species throughout the Palearctic realm, one of the most common and most familiar moths of the region. In some years the species is highly migratory with large numbers appearing suddenly in marginal parts of the range.",
"Intro_from": "Wikipedia",
"Image_from": "aliaska@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220335.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:98.0%,D:0.7%],F:0.2%,M:1.1%,n:1367",
"GenomeSize": "529.2",
"GenomeGC": "24.2",
"SeqNumber": "50",
"N50": "17891.6",
"PCGnumber": "29683",
"Swissnumber": "12245",
"GOnumber": "12002",
"KEGGnumber": "14710",
"Pfamnumber": "15370",
"miRNAnumber": "144",
"lncRNAnumber": "0"
},
{
"id": 575,
"InsectBaseID": "IBG_00575",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Nomada",
"TaxonomyID": "601510",
"Tags": "None",
"OrganismName": "Nomada fabriciana",
"NormalName": "none",
"SpeciesIntro": "Nomada fabriciana is a Palearctic species of nomad bee.",
"Intro_from": "Wikipedia",
"Image_from": "Hauke Koch@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907165295.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:98.1%,D:0.2%],F:0.6%,M:1.1%,n:1367",
"GenomeSize": "233.6",
"GenomeGC": "33.5",
"SeqNumber": "194",
"N50": "18567.6",
"PCGnumber": "19661",
"Swissnumber": "9537",
"GOnumber": "9224",
"KEGGnumber": "9987",
"Pfamnumber": "11033",
"miRNAnumber": "139",
"lncRNAnumber": "0"
},
{
"id": 576,
"InsectBaseID": "IBG_00576",
"Order": "Hymenoptera",
"Family": "Halictidae",
"Genus": "Nomia",
"TaxonomyID": "2448451",
"Tags": "None",
"OrganismName": "Nomia melanderi",
"NormalName": "alkali bee",
"SpeciesIntro": "Nomia melanderi is a ground-nesting bee native to deserts and semi-arid desert basins of the western United States. This bee nests in salt-saturated, or alkaline, soil. Like some other bees such as Megachile rotundata, alkali bees are an effective pollinator of alfalfa. The bee uses a specialized technique of opening alfalfa flowers for pollination by applying pressure to snap open the keel of the flower. Because of this and the fact that they prefer pollen to nectar, fly in a wide range of conditions, and perform well regardless of how well the field is watered, alkali bees are preferred to honeybees for alfalfa pollination but have been increasingly supplanted by M. rotundata in recent years.Due to the unusual nesting habits of this bee, farmers have developed methods to accommodate them with salty mud-fields where they can burrow and lay their eggs. Farmers started doing this after realizing that plowing up natural flats like these decreased the yield of alfalfa dramatically.",
"Intro_from": "Wikipedia",
"Image_from": "Lauren Glevanik@BY-NC",
"reference": "Kapheim KM, Pan H, Li C, et al. Draft Genome Assembly and Population Genetics of an Agricultural Pollinator, the Solitary Alkali Bee (Halictidae: Nomia melanderi). G3 (Bethesda). 2019;9(3):625-634.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30642875/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003710045.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:98.6%,D:0.2%],F:0.3%,M:0.9%,n:1367",
"GenomeSize": "329.9",
"GenomeGC": "29.7",
"SeqNumber": "95883",
"N50": "2380.5",
"PCGnumber": "9092",
"Swissnumber": "7414",
"GOnumber": "7279",
"KEGGnumber": "7389",
"Pfamnumber": "8024",
"miRNAnumber": "131",
"lncRNAnumber": "1115"
},
{
"id": 577,
"InsectBaseID": "IBG_00577",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Notocelia",
"TaxonomyID": "1594315",
"Tags": "pest",
"OrganismName": "Notocelia uddmanniana",
"NormalName": "bramble shoot moth",
"SpeciesIntro": "Notocelia uddmanniana is a moth of the family Tortricidae. It is found in Western Europe and the area surrounding the Mediterranean Sea all the way up to the Caucasus, Kazakhstan, Iran and China (Guizhou, Tibet).The wingspan is 15–20 mm. The forewings are dilated and the costa is moderately arched. The ground colour is whitish -brownish, striated with fuscous. The costa is posteriorly dark fuscous strigulated with whitish.. The angulated edge of basal patch is darker. The central fascia is fuscous, anteriorly indistinct, ending in a large rounded-triangular dark reddish-fuscous whitish-edged dorsal spot. There is an oblique fuscous fascia before the apex, hardly reaching the costa. The extreme apex is dark reddish-fuscous. The hindwings are grey. The larva is dull reddish-brown ; head and plate of 2 black.",
"Intro_from": "Wikipedia",
"Image_from": "joanescobetcasals@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905163555.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.1%[S:97.4%,D:0.7%],F:0.5%,M:1.4%,n:1367",
"GenomeSize": "794.1",
"GenomeGC": "22.2",
"SeqNumber": "49",
"N50": "28990.5",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "170",
"lncRNAnumber": "0"
},
{
"id": 578,
"InsectBaseID": "IBG_00578",
"Order": "Lepidoptera",
"Family": "Notodontidae",
"Genus": "Notodonta",
"TaxonomyID": "753204",
"Tags": "pest",
"OrganismName": "Notodonta dromedarius",
"NormalName": "iron prominent",
"SpeciesIntro": "Notodonta dromedarius is a moth of the family Notodontidae. The species was first described by Carl Linnaeus in 1767. It is found in Europe and Anatolia.The wingspan is 35–40 mm. Notodonta dromedarius has grey or dark brown forewings with rusty and yellowish stains. A broken rust-brown band runs along the outside edge of the forewing. There is a small discal spot, a postmedial crossline which is often broken and outer margins which are suffused dark red. The hindwings are usually pale grey-brown with dark veining. The colouring is very variable and very dark specimens are found.",
"Intro_from": "Wikipedia",
"Image_from": "cchapman@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147325.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:98.0%,D:0.6%],F:0.4%,M:1.0%,n:1367",
"GenomeSize": "342",
"GenomeGC": "24.6",
"SeqNumber": "146",
"N50": "12059.8",
"PCGnumber": "21102",
"Swissnumber": "10668",
"GOnumber": "10499",
"KEGGnumber": "12126",
"Pfamnumber": "12825",
"miRNAnumber": "283",
"lncRNAnumber": "0"
},
{
"id": 579,
"InsectBaseID": "IBG_00579",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Nylanderia",
"TaxonomyID": "613905",
"Tags": "pest;",
"OrganismName": "Nylanderia fulva",
"NormalName": "tawny crazy ant or Rasberry crazy ant",
"SpeciesIntro": "Nylanderia fulva is an ant originating from South America. Like the longhorn crazy ant (Paratrechina longicornis), this species is called crazy ant because of its quick, unpredictable movements (the related N. pubens is known as the Caribbean crazy ant). It is sometimes called the Rasberry crazy ant in Texas after the exterminator Tom Rasberry, who noticed that the ants were increasing in numbers in 2002.",
"Intro_from": "Wikipedia",
"Image_from": "Eduardo Nadal@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_005281655.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.7%[S:95.7%,D:2.0%],F:1.1%,M:1.2%,n:1367",
"GenomeSize": "379.8",
"GenomeGC": "23.2",
"SeqNumber": "2869",
"N50": "448.6",
"PCGnumber": "14522",
"Swissnumber": "9907",
"GOnumber": "9723",
"KEGGnumber": "11649",
"Pfamnumber": "12349",
"miRNAnumber": "150",
"lncRNAnumber": "2040"
},
{
"id": 580,
"InsectBaseID": "IBG_00580",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Nymphalis",
"TaxonomyID": "929971",
"Tags": "None",
"OrganismName": "Nymphalis c-album",
"NormalName": "comma",
"SpeciesIntro": "Nymphalis c-album is a food generalist (polyphagous) butterfly species belonging to the family Nymphalidae. The angular notches on the edges of the forewings are characteristic of the genus Polygonia, which is why species in the genus are commonly referred to as anglewing butterflies. Comma butterflies can be identified by their prominent orange and dark brown/black dorsal wings.",
"Intro_from": "Wikipedia",
"Image_from": "Paul Cools@BY-NC",
"reference": "Celorio-Mancera MP, Rastas P, Steward RA, Nylin S, Wheat CW. Chromosome Level Assembly of the Comma Butterfly (Polygonia c-album). Genome Biol Evol. 2021;13(5):evab054.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33749729/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905332345.1",
"GenomeLevel": "Chromosome",
"Busco": "C:88.3%[S:88.0%,D:0.3%],F:7.1%,M:4.6%,n:1367",
"GenomeSize": "373.1",
"GenomeGC": "19",
"SeqNumber": "13656",
"N50": "11186.2",
"PCGnumber": "23143",
"Swissnumber": "11517",
"GOnumber": "11337",
"KEGGnumber": "12720",
"Pfamnumber": "12901",
"miRNAnumber": "100",
"lncRNAnumber": "836"
},
{
"id": 581,
"InsectBaseID": "IBG_00581",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Nymphalis",
"TaxonomyID": "171585",
"Tags": "None",
"OrganismName": "Nymphalis io",
"NormalName": "European peacock or peacock butterfly",
"SpeciesIntro": "Nymphalis io is a colourful butterfly, found in Europe and temperate Asia as far east as Japan. It was formerly classified as the only member of the genus Inachis (the name is derived from Greek mythology, meaning Io, the daughter of Inachus). It should not be confused or classified with the American peacocks in the genus Anartia; while belonging to the same family as the European peacock, Nymphalidae, the American peacocks are not close relatives of the Eurasian species. The peacock butterfly is resident in much of its range, often wintering in buildings or trees. It therefore often appears quite early in spring. The peacock butterfly has figured in research in which the role of eyespots as an anti-predator mechanism has been investigated. The peacock is expanding its range and is not known to be threatened.",
"Intro_from": "Wikipedia",
"Image_from": "William Stephens@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147045.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:98.5%,D:0.2%],F:0.1%,M:1.2%,n:1367",
"GenomeSize": "384.2",
"GenomeGC": "20.4",
"SeqNumber": "42",
"N50": "13340.6",
"PCGnumber": "25789",
"Swissnumber": "11023",
"GOnumber": "10814",
"KEGGnumber": "12238",
"Pfamnumber": "12829",
"miRNAnumber": "177",
"lncRNAnumber": "1931"
},
{
"id": 582,
"InsectBaseID": "IBG_00582",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Nymphalis",
"TaxonomyID": "171594",
"Tags": "None",
"OrganismName": "Nymphalis polychloros",
"NormalName": "large tortoiseshell or blackleg tortoiseshell",
"SpeciesIntro": "Nymphalis polychloros is a butterfly of the family Nymphalidae.",
"Intro_from": "Wikipedia",
"Image_from": "sokolkov2002@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220585.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.1%[S:98.0%,D:0.1%],F:0.5%,M:1.4%,n:1367",
"GenomeSize": "398.1",
"GenomeGC": "20.5",
"SeqNumber": "38",
"N50": "13933.4",
"PCGnumber": "25795",
"Swissnumber": "11097",
"GOnumber": "10882",
"KEGGnumber": "12980",
"Pfamnumber": "13453",
"miRNAnumber": "168",
"lncRNAnumber": "0"
},
{
"id": 583,
"InsectBaseID": "IBG_00583",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Nymphalis",
"TaxonomyID": "111881",
"Tags": "None",
"OrganismName": "Nymphalis urticae",
"NormalName": "small tortoiseshell",
"SpeciesIntro": "Nymphalis urticae is a colourful Eurasian butterfly in the family Nymphalidae. Adults feed on nectar and may hibernate over winter; in warmer climates they may have two broods in a season. While the dorsal surface of the wings is vividly marked, the ventral surface is drab, providing camouflage. Eggs are laid on the common nettle, on which the larvae feed.",
"Intro_from": "Wikipedia",
"Image_from": "Thomas Bresson@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147175.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.4%[S:98.0%,D:0.4%],F:0.4%,M:1.2%,n:1367",
"GenomeSize": "392.8",
"GenomeGC": "21.2",
"SeqNumber": "35",
"N50": "13174.3",
"PCGnumber": "27915",
"Swissnumber": "11380",
"GOnumber": "11183",
"KEGGnumber": "13683",
"Pfamnumber": "13701",
"miRNAnumber": "171",
"lncRNAnumber": "0"
},
{
"id": 584,
"InsectBaseID": "IBG_00584",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Ochlodes",
"TaxonomyID": "876063",
"Tags": "None",
"OrganismName": "Ochlodes sylvanus",
"NormalName": "large skipper",
"SpeciesIntro": "Ochlodes sylvanus is a butterfly of the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "Fabio Polimadei@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905404295.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:98.3%,D:0.3%],F:0.1%,M:1.3%,n:1367",
"GenomeSize": "379.7",
"GenomeGC": "25.9",
"SeqNumber": "33",
"N50": "13557.8",
"PCGnumber": "26065",
"Swissnumber": "10838",
"GOnumber": "10629",
"KEGGnumber": "12891",
"Pfamnumber": "13310",
"miRNAnumber": "286",
"lncRNAnumber": "0"
},
{
"id": 585,
"InsectBaseID": "IBG_00585",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Ochropleura",
"TaxonomyID": "320037",
"Tags": "pest",
"OrganismName": "Ochropleura plecta",
"NormalName": "flame shoulder",
"SpeciesIntro": "Ochropleura plecta is a moth of the family Noctuidae. The species was first described by Carl Linnaeus in 1761. It is distributed throughout the Palearctic from Ireland in the west to Siberia then Korea and Japan in the east.The forewings of this species are reddish brown with a black streak interrupted by white stigmata and a creamy-yellow streak along the costa which gives the species its common name. The hindwings are pure white.",
"Intro_from": "Wikipedia",
"Image_from": "Michał Brzeziński@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905475445.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.9%[S:98.2%,D:0.7%],F:0.1%,M:1.0%,n:1367",
"GenomeSize": "644",
"GenomeGC": "22.2",
"SeqNumber": "35",
"N50": "21894.8",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "140",
"lncRNAnumber": "0"
},
{
"id": 586,
"InsectBaseID": "IBG_00586",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Odontomachus",
"TaxonomyID": "486640",
"Tags": "None",
"OrganismName": "Odontomachus brunneus",
"NormalName": "None",
"SpeciesIntro": "Odontomachus brunneus is a species of ant in the subfamily Ponerinae, found in the southeastern United States, parts of Central America, and the West Indies.",
"Intro_from": "Wikipedia",
"Image_from": "Nathan Burkett-Cadena@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010583005.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.4%[S:98.1%,D:1.3%],F:0.2%,M:0.4%,n:1367",
"GenomeSize": "398",
"GenomeGC": "27.6",
"SeqNumber": "960",
"N50": "1782.1",
"PCGnumber": "11389",
"Swissnumber": "8346",
"GOnumber": "8198",
"KEGGnumber": "8893",
"Pfamnumber": "9497",
"miRNAnumber": "198",
"lncRNAnumber": "3845"
},
{
"id": 587,
"InsectBaseID": "IBG_00587",
"Order": "Hemiptera",
"Family": "Lygaeidae",
"Genus": "Oncopeltus",
"TaxonomyID": "7536",
"Tags": "model organism;",
"OrganismName": "Oncopeltus fasciatus",
"NormalName": "large milkweed bug",
"SpeciesIntro": "Oncopeltus fasciatus is a medium-sized hemipteran (true bug) of the family Lygaeidae. It is distributed throughout North America. It ranges from Central America through Mexico and the Caribbean to southern areas in Canada. Costa Rica represents this insects southern limit. It inhabits disturbed areas, roadsides and open pastures. Due to this widespread geographic distribution, this insect exhibits varying life history trade-offs depending on the population location, including differences in wing length and other traits based on location.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "i5k",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:90.2%[S:89.8%,D:0.4%],F:5.6%,M:4.2%,n:1367",
"GenomeSize": "1120.7",
"GenomeGC": "22.5",
"SeqNumber": "17224",
"N50": "346.8",
"PCGnumber": "18951",
"Swissnumber": "11551",
"GOnumber": "11349",
"KEGGnumber": "12302",
"Pfamnumber": "12506",
"miRNAnumber": "112",
"lncRNAnumber": "4623"
},
{
"id": 588,
"InsectBaseID": "IBG_00588",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Onthophagus",
"TaxonomyID": "166361",
"Tags": "edible insect;medicinal insect;",
"OrganismName": "Onthophagus taurus",
"NormalName": "taurus scarab",
"SpeciesIntro": "Onthophagus taurus is a species of dung beetle in the genus Onthophagus and the family Scarabaeidae.",
"Intro_from": "Wikipedia",
"Image_from": "Cheryl Macaulay@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000648695.2",
"GenomeLevel": "Scaffold",
"Busco": "C:99.6%[S:96.9%,D:2.7%],F:0.1%,M:0.3%,n:1367",
"GenomeSize": "270.4",
"GenomeGC": "23.4",
"SeqNumber": "5821",
"N50": "341.4",
"PCGnumber": "13749",
"Swissnumber": "10459",
"GOnumber": "10217",
"KEGGnumber": "10936",
"Pfamnumber": "11889",
"miRNAnumber": "83",
"lncRNAnumber": "5946"
},
{
"id": 589,
"InsectBaseID": "IBG_00589",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Ooceraea",
"TaxonomyID": "2015173",
"Tags": "None",
"OrganismName": "Ooceraea biroi",
"NormalName": "clonal raider ant",
"SpeciesIntro": "Ooceraea biroi is a queenless clonal ant in the genus Ooceraea (recently transferred from the genus Cerapachys).Native to the Asian mainland, this species has become invasive on tropical and subtropical islands throughout the world. Unlike most ants, which have reproductive queens and mostly nonreproductive workers, all individuals in a O. biroi colony reproduce clonally via thelytokous parthenogenesis.Like most dorylines, O. biroi are obligate myrmecophages and raid nests of other ant species to feed on the brood.",
"Intro_from": "Wikipedia",
"Image_from": "alex_insect@BY-NC",
"reference": "McKenzie SK, Kronauer DJC. The genomic architecture and molecular evolution of ant odorant receptors. Genome Res. 2018;28(11):1757-1765.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30249741/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003672135.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.0%[S:98.0%,D:1.0%],F:0.2%,M:0.8%,n:1367",
"GenomeSize": "226.7",
"GenomeGC": "33.5",
"SeqNumber": "139",
"N50": "17099.4",
"PCGnumber": "11411",
"Swissnumber": "8400",
"GOnumber": "8254",
"KEGGnumber": "8971",
"Pfamnumber": "9634",
"miRNAnumber": "140",
"lncRNAnumber": "5497"
},
{
"id": 590,
"InsectBaseID": "IBG_00590",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Operophtera",
"TaxonomyID": "104452",
"Tags": "pest;",
"OrganismName": "Operophtera brumata",
"NormalName": "winter moth",
"SpeciesIntro": "Operophtera brumata is a moth of the family Geometridae. It is an abundant species of Europe and the Near East and a famous study organism for evaluating insect population dynamics. It is one of very few lepidopterans of temperate regions in which adults are active in late fall and early winter. The adults use endothermy for movement in these cold temperatures. The female of this species is virtually wingless and cannot fly, but the male is fully winged and flies strongly. After the initial frosts of late fall, the females emerge from their pupa, walk to and up trees, there emitting pheromones in the evening to attract males. Fertilized, she ascends to lay, on average, around 100 eggs. Typically, the larger the female moth is the more eggs she lays.",
"Intro_from": "Wikipedia",
"Image_from": "Kees Waterlander@BY-NC-SA",
"reference": "Derks MF, Smit S, Salis L, et al. The Genome of Winter Moth (Operophtera brumata) Provides a Genomic Perspective on Sexual Dimorphism and Phenology. Genome Biol Evol. 2015;7(8):2321-2332. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/26227816/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001266575.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.3%[S:91.7%,D:2.6%],F:2.9%,M:2.8%,n:1367",
"GenomeSize": "646.2",
"GenomeGC": "19.9",
"SeqNumber": "25801",
"N50": "66.5",
"PCGnumber": "16889",
"Swissnumber": "10461",
"GOnumber": "10309",
"KEGGnumber": "12603",
"Pfamnumber": "11936",
"miRNAnumber": "158",
"lncRNAnumber": "0"
},
{
"id": 591,
"InsectBaseID": "IBG_00591",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Ophraella",
"TaxonomyID": "38162",
"Tags": "pest;",
"OrganismName": "Ophraella communa",
"NormalName": "ragweed leaf beetle",
"SpeciesIntro": "Ophraella communa is a species of beetles belonging to the family Chrysomelidae",
"Intro_from": "Wikipedia",
"Image_from": "Yann Kemper@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902651945.1",
"GenomeLevel": "Contig",
"Busco": "C:95.6%[S:87.2%,D:8.4%],F:1.5%,M:2.9%,n:1367",
"GenomeSize": "784.1",
"GenomeGC": "18.3",
"SeqNumber": "7003",
"N50": "197.9",
"PCGnumber": "45208",
"Swissnumber": "16678",
"GOnumber": "16121",
"KEGGnumber": "23212",
"Pfamnumber": "24334",
"miRNAnumber": "110",
"lncRNAnumber": "4984"
},
{
"id": 592,
"InsectBaseID": "IBG_00592",
"Order": "Hemiptera",
"Family": "Anthocoridae",
"Genus": "Orius",
"TaxonomyID": "83647",
"Tags": "natural enemy;",
"OrganismName": "Orius insidiosus",
"NormalName": "insidious flower bug",
"SpeciesIntro": "Orius insidiosus is a species of minute pirate bug, a predatory insect in the order Hemiptera (the true bugs). They are considered beneficial, as they feed on small pest arthropods and their eggs.They are mass-reared for use in the biological control of thrips.",
"Intro_from": "Wikipedia",
"Image_from": "Ryan Hodnett@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014119065.1",
"GenomeLevel": "Contig",
"Busco": "C:83.1%[S:61.4%,D:21.7%],F:5.7%,M:11.2%,n:1367",
"GenomeSize": "333.1",
"GenomeGC": "23.2",
"SeqNumber": "4518",
"N50": "103.6",
"PCGnumber": "40579",
"Swissnumber": "22408",
"GOnumber": "22042",
"KEGGnumber": "24093",
"Pfamnumber": "24679",
"miRNAnumber": "97",
"lncRNAnumber": "0"
},
{
"id": 593,
"InsectBaseID": "IBG_00593",
"Order": "Hemiptera",
"Family": "Anthocoridae",
"Genus": "Orius",
"TaxonomyID": "82742",
"Tags": "None",
"OrganismName": "Orius laevigatus",
"NormalName": "none",
"SpeciesIntro": "Orius laevigatus is a species of the family Anthocoridae.",
"Intro_from": "Wikipedia",
"Image_from": "vaggeliskoutsoukos@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018703685.1",
"GenomeLevel": "Scaffold",
"Busco": "C:90.2%[S:88.3%,D:1.9%],F:2.0%,M:7.8%,n:1367",
"GenomeSize": "151",
"GenomeGC": "26.2",
"SeqNumber": "2050",
"N50": "125.6",
"PCGnumber": "18107",
"Swissnumber": "11112",
"GOnumber": "10880",
"KEGGnumber": "10638",
"Pfamnumber": "12845",
"miRNAnumber": "97",
"lncRNAnumber": "0"
},
{
"id": 594,
"InsectBaseID": "IBG_00594",
"Order": "Hymenoptera",
"Family": "Ormyridae",
"Genus": "Ormyrus",
"TaxonomyID": "591002",
"Tags": "None",
"OrganismName": "Ormyrus nitidulus",
"NormalName": "None",
"SpeciesIntro": "Ormyrus nitidulus is a member, with the closely allied Ormyrus pomaceus, of the parasitoid community associated with oak gall wasps .",
"Intro_from": "Wikipedia",
"Image_from": "bazwal@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900474335.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.6%[S:94.3%,D:1.3%],F:1.9%,M:2.5%,n:1367",
"GenomeSize": "263.1",
"GenomeGC": "30.6",
"SeqNumber": "37093",
"N50": "23.3",
"PCGnumber": "30675",
"Swissnumber": "16084",
"GOnumber": "15746",
"KEGGnumber": "15926",
"Pfamnumber": "18819",
"miRNAnumber": "135",
"lncRNAnumber": "0"
},
{
"id": 595,
"InsectBaseID": "IBG_00595",
"Order": "Hymenoptera",
"Family": "Ormyridae",
"Genus": "Ormyrus",
"TaxonomyID": "909788",
"Tags": "None",
"OrganismName": "Ormyrus pomaceus",
"NormalName": "None",
"SpeciesIntro": "Ormyrus pomaceus is a polyphagous ectoparasitoid that attacks more than 56 different cynipid galls on Quercus trees.",
"Intro_from": "Wikipedia",
"Image_from": "Nikolai Vladimirov@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900474385.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.2%[S:95.0%,D:1.2%],F:1.8%,M:2.0%,n:1367",
"GenomeSize": "270.1",
"GenomeGC": "30.2",
"SeqNumber": "72854",
"N50": "30.9",
"PCGnumber": "22785",
"Swissnumber": "11528",
"GOnumber": "11308",
"KEGGnumber": "13118",
"Pfamnumber": "13484",
"miRNAnumber": "138",
"lncRNAnumber": "0"
},
{
"id": 596,
"InsectBaseID": "IBG_00596",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Ornithoptera",
"TaxonomyID": "95593",
"Tags": "None",
"OrganismName": "Ornithoptera priamus",
"NormalName": "common green birdwing, Cape York birdwing, Priam's birdwing, northern birdwing or New Guinea birdwing",
"SpeciesIntro": "Ornithoptera priamus is a widespread species of birdwing butterfly found in the central and south Moluccas, New Guinea, Bismarck Archipelago, Solomon Islands, and north-east Australia.",
"Intro_from": "Wikipedia",
"Image_from": "shirdipam@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011317755.1",
"GenomeLevel": "Scaffold",
"Busco": "C:15.6%[S:13.4%,D:2.2%],F:9.0%,M:75.4%,n:1367",
"GenomeSize": "1303.6",
"GenomeGC": "23.6",
"SeqNumber": "744445",
"N50": "19.8",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "240",
"lncRNAnumber": "0"
},
{
"id": 597,
"InsectBaseID": "IBG_00597",
"Order": "Hymenoptera",
"Family": "Orussidae",
"Genus": "Orussus",
"TaxonomyID": "222816",
"Tags": "None",
"OrganismName": "Orussus abietinus",
"NormalName": "None",
"SpeciesIntro": "Orussus abietinus parasitizes wood-boring beetle larvae and exhibits numerous remarkable characteristics, such as an ovipositor that internally loops through the abdomen and thorax and eggs longer than the body size of the adult female.",
"Intro_from": "Wikipedia",
"Image_from": "Roman Providukhin@BY-NC",
"reference": "Misof B, Liu S, Meusemann K, et al. Phylogenomics resolves the timing and pattern of insect evolution. Science. 2014;346(6210):763-767.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25378627/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000612105.2",
"GenomeLevel": "Scaffold",
"Busco": "C:98.1%[S:97.7%,D:0.4%],F:0.7%,M:1.2%,n:1367",
"GenomeSize": "188.7",
"GenomeGC": "37.4",
"SeqNumber": "1789",
"N50": "619.7",
"PCGnumber": "9392",
"Swissnumber": "7642",
"GOnumber": "7499",
"KEGGnumber": "7591",
"Pfamnumber": "8222",
"miRNAnumber": "163",
"lncRNAnumber": "1377"
},
{
"id": 598,
"InsectBaseID": "IBG_00598",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Oryctes",
"TaxonomyID": "1629725",
"Tags": "None",
"OrganismName": "Oryctes borbonicus",
"NormalName": "None",
"SpeciesIntro": "Oryctes borbonicus is endemic to La Réunion, an island located in the Indian Ocean, and is the host of the nematode Pristionchus pacificus , a well-established model organism for integrative evolutionary biology.",
"Intro_from": "Draft Genome of the Scarab Beetle Oryctes borbonicus on La Réunion Island",
"Image_from": "Jjargoud@BY-SA",
"reference": "Meyer JM, Markov GV, Baskaran P, Herrmann M, Sommer RJ, Rödelsperger C. Draft Genome of the Scarab Beetle Oryctes borbonicus on La Réunion Island. Genome Biol Evol. 2016;8(7):2093-2105.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27289092/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902654985.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.4%[S:95.5%,D:0.9%],F:0.5%,M:3.1%,n:1367",
"GenomeSize": "393.5",
"GenomeGC": "25.4",
"SeqNumber": "523",
"N50": "8528",
"PCGnumber": "18028",
"Swissnumber": "9630",
"GOnumber": "9455",
"KEGGnumber": "10169",
"Pfamnumber": "11066",
"miRNAnumber": "101",
"lncRNAnumber": "619"
},
{
"id": 599,
"InsectBaseID": "IBG_00599",
"Order": "Coleoptera",
"Family": "Silvanidae",
"Genus": "Oryzaephilus",
"TaxonomyID": "41112",
"Tags": "pest;",
"OrganismName": "Oryzaephilus surinamensis",
"NormalName": "sawtoothed grain beetle",
"SpeciesIntro": "Oryzaephilus surinamensis is a beetle in the superfamily Cucujoidea. It is a common, worldwide pest of grain and grain products as well as chocolate, drugs, and tobacco. The speciess binomial name, meaning rice-lover from Surinam, was coined by Carl Linnaeus, who received specimens of the beetle from Surinam.",
"Intro_from": "Wikipedia",
"Image_from": "AWI i Pr.@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004796505.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.9%[S:97.5%,D:0.4%],F:1.1%,M:1.0%,n:1367",
"GenomeSize": "105.3",
"GenomeGC": "21.1",
"SeqNumber": "10890",
"N50": "22.2",
"PCGnumber": "18581",
"Swissnumber": "11414",
"GOnumber": "11210",
"KEGGnumber": "12392",
"Pfamnumber": "13234",
"miRNAnumber": "89",
"lncRNAnumber": "695"
},
{
"id": 600,
"InsectBaseID": "IBG_00600",
"Order": "Hymenoptera",
"Family": "Megachilidae",
"Genus": "Osmia",
"TaxonomyID": "1437190",
"Tags": "pollinator;",
"OrganismName": "Osmia bicornis",
"NormalName": "Osmia rufa or red mason bee",
"SpeciesIntro": "Osmia bicornis is a species of mason bee. It is a solitary bee that nests in holes or stems and is polylectic, meaning it forages pollen from various different flowering plants. These bees can be seen aggregating together and nests in preexisting hollows, choosing not to excavate their own. These bees are not aggressive; they will only sting if handled very roughly and are safe to be closely observed by children. Females only mate once, usually with closely related males. Further, females can determine the sex ratio of their offspring based on their body size, where larger females will invest more in diploid females eggs than small bees. These bees also have trichromatic colour vision and are important pollinators in agriculture.",
"Intro_from": "Wikipedia",
"Image_from": "Walwyn@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907164935.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.2%[S:98.0%,D:0.2%],F:0.8%,M:1.0%,n:1367",
"GenomeSize": "223",
"GenomeGC": "30.9",
"SeqNumber": "441",
"N50": "10976",
"PCGnumber": "24293",
"Swissnumber": "9492",
"GOnumber": "9287",
"KEGGnumber": "11237",
"Pfamnumber": "12466",
"miRNAnumber": "142",
"lncRNAnumber": "2558"
},
{
"id": 601,
"InsectBaseID": "IBG_00601",
"Order": "Hymenoptera",
"Family": "Megachilidae",
"Genus": "Osmia",
"TaxonomyID": "473952",
"Tags": "pollinator;",
"OrganismName": "Osmia lignaria",
"NormalName": "orchard mason bee or blue orchard bee",
"SpeciesIntro": "Osmia lignaria is a megachilid bee that makes nests in reeds and natural holes, creating individual cells for its brood that are separated by mud dividers. Unlike carpenter bees, it cannot drill holes in wood. O. lignaria is a common species used for early spring fruit bloom in Canada and the United States, though a number of other Osmia species are cultured for use in pollination.",
"Intro_from": "Wikipedia",
"Image_from": "Harley Hosford@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_012274295.1",
"GenomeLevel": "Contig",
"Busco": "C:98.9%[S:98.8%,D:0.1%],F:0.4%,M:0.7%,n:1367",
"GenomeSize": "179.3",
"GenomeGC": "32.3",
"SeqNumber": "147",
"N50": "5544.3",
"PCGnumber": "9903",
"Swissnumber": "7603",
"GOnumber": "7466",
"KEGGnumber": "7789",
"Pfamnumber": "8505",
"miRNAnumber": "116",
"lncRNAnumber": "2475"
},
{
"id": 602,
"InsectBaseID": "IBG_00602",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Ostrinia",
"TaxonomyID": "93504",
"Tags": "pest;",
"OrganismName": "Ostrinia furnacalis",
"NormalName": "None",
"SpeciesIntro": "Ostrinia furnacalis is a species of moth in the family Crambidae, the grass moths. It was described by Achille Guenée in 1854 and is known by the common name Asian corn borer since this species is found in Asia and feeds mainly on corn crop. The moth is found from China to Australia, including in Java, Sulawesi, the Philippines, Borneo, New Guinea, the Solomon Islands, and Micronesia. The Asian corn borer is part of the species complex, Ostrinia, in which members are difficult to distinguish based on appearance. Other Ostrinia such as O. orientalis, O. scapulalis, O. zealis, and O. zaguliaevi can occur with O. furnacalis, and the taxa can be hard to tell apart.",
"Intro_from": "Wikipedia",
"Image_from": "geoffbyrne@BY-NC",
"reference": "Yang B, Ozaki K, Ishikawa Y, Matsuo T. Identification of candidate odorant receptors in Asian corn borer Ostrinia furnacalis. PLoS One. 2015;10(3):e0121261. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25803580/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004193835.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.9%[S:96.9%,D:1.0%],F:0.5%,M:1.6%,n:1367",
"GenomeSize": "442.8",
"GenomeGC": "24.5",
"SeqNumber": "7722",
"N50": "571.4",
"PCGnumber": "15067",
"Swissnumber": "10716",
"GOnumber": "10518",
"KEGGnumber": "11330",
"Pfamnumber": "12117",
"miRNAnumber": "187",
"lncRNAnumber": "7349"
},
{
"id": 603,
"InsectBaseID": "IBG_00603",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Ostrinia",
"TaxonomyID": "29057",
"Tags": "pest;",
"OrganismName": "Ostrinia nubilalis",
"NormalName": "European corn borer,European corn worm or European high-flyer",
"SpeciesIntro": "Ostrinia nubilalis is a moth of the family Crambidae which includes other grass moths. It is a pest of grain, particularly corn (maize or Zea mays). The insect is native to Europe, originally infesting varieties of millet, including broom corn. The European corn borer was first reported in North America in 1917 in Massachusetts, but was probably introduced from Europe several years earlier. Since its initial discovery in the Americas, the insect has spread into Canada and westward across the United States to the Rocky Mountains.",
"Intro_from": "Wikipedia",
"Image_from": "Martin Grimm@BY-NC",
"reference": "Kozak GM, Wadsworth CB, Kahne SC, et al. Genomic Basis of Circannual Rhythm in the European Corn Borer Moth. Curr Biol. 2019;29(20):3501-3509.e5.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31607536/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_008921685.1",
"GenomeLevel": "Scaffold",
"Busco": "C:92.0%[S:90.9%,D:1.1%],F:3.7%,M:4.3%,n:1367",
"GenomeSize": "460.6",
"GenomeGC": "20.7",
"SeqNumber": "8843",
"N50": "397.4",
"PCGnumber": "20715",
"Swissnumber": "11270",
"GOnumber": "11081",
"KEGGnumber": "12620",
"Pfamnumber": "12697",
"miRNAnumber": "150",
"lncRNAnumber": "0"
},
{
"id": 604,
"InsectBaseID": "IBG_00604",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Ostrinia",
"TaxonomyID": "99575",
"Tags": "pest;",
"OrganismName": "Ostrinia scapulalis",
"NormalName": "adzuki bean borer or adzuki bean worm",
"SpeciesIntro": "Ostrinia scapulalis is a species of moth in the family Crambidae. It was described by Francis Walker in 1859. It is one of 20 moths in the genus Ostrinia and is of Eurasian origin. The larvae have a gray mid-dorsal line and can be light pink or beige. The adult adzuki bean borer has a yellowish-brown forewing with jagged lines and variable darker shading, with a wingspan that ranges from 20 to 32 mm. The moths of this species are nocturnal and tend to be attracted to light.",
"Intro_from": "Wikipedia",
"Image_from": "onidiras-iNaturalist@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:48.5%[S:48.1%,D:0.4%],F:17.2%,M:34.3%,n:1367",
"GenomeSize": "419.2",
"GenomeGC": "25.8",
"SeqNumber": "50738",
"N50": "29.3",
"PCGnumber": "25623",
"Swissnumber": "11385",
"GOnumber": "10819",
"KEGGnumber": "14347",
"Pfamnumber": "12215",
"miRNAnumber": "91",
"lncRNAnumber": "0"
},
{
"id": 605,
"InsectBaseID": "IBG_00605",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Oxynetra",
"TaxonomyID": "2585902",
"Tags": "None",
"OrganismName": "Oxynetra roscius",
"NormalName": "none",
"SpeciesIntro": "Oxynetra roscius is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "andersonwarkentin@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018244775.1",
"GenomeLevel": "Scaffold",
"Busco": "C:42.9%[S:42.9%,D:0.0%],F:35.8%,M:21.3%,n:1367",
"GenomeSize": "336.5",
"GenomeGC": "27.2",
"SeqNumber": "205418",
"N50": "2.8",
"PCGnumber": "46120",
"Swissnumber": "17267",
"GOnumber": "17066",
"KEGGnumber": "22994",
"Pfamnumber": "17819",
"miRNAnumber": "88",
"lncRNAnumber": "0"
},
{
"id": 606,
"InsectBaseID": "IBG_00606",
"Order": "Hemiptera",
"Family": "Aphalaridae",
"Genus": "Pachypsylla",
"TaxonomyID": "38123",
"Tags": "pest;",
"OrganismName": "Pachypsylla venusta",
"NormalName": "None",
"SpeciesIntro": "Pachypsylla venusta is a gall-forming psyllid specializing on hackberry trees, which are widely distributed in the United States.Psyllids have a nutritionally imbalanced diet consisting primarily of plant sap. To compensate for the paucity of essential amino acids and other required nutrients in their diets, these insects have evolved ancient and intimate symbiotic relationships with intracellular bacteria that are capable of synthesizing these compounds.",
"Intro_from": "Wikipedia",
"Image_from": "Dusty@BY-NC",
"reference": "Li Y, Zhang B, Moran NA. The Aphid X Chromosome Is a Dangerous Place for Functionally Important Genes: Diverse Evolution of Hemipteran Genomes Based on Chromosome-Level Assemblies. Mol Biol Evol. 2020;37(8):2357-2368.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32289166/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_012654025.1",
"GenomeLevel": "Chromosome",
"Busco": "C:88.4%[S:87.6%,D:0.8%],F:5.3%,M:6.3%,n:1367",
"GenomeSize": "488",
"GenomeGC": "19.4",
"SeqNumber": "39856",
"N50": "37165.7",
"PCGnumber": "20554",
"Swissnumber": "10044",
"GOnumber": "9878",
"KEGGnumber": "10935",
"Pfamnumber": "12079",
"miRNAnumber": "92",
"lncRNAnumber": "12846"
},
{
"id": 607,
"InsectBaseID": "IBG_00607",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "1527559",
"Tags": "pest",
"OrganismName": "Papilio aristodemus",
"NormalName": "Schaus' swallowtail or island swallowtail",
"SpeciesIntro": "Papilio aristodemus is a species of American butterfly in the family Papilionidae. It is found in southern Florida with subspecies in the Bahamas, Hispaniola, and Cuba. Historically it occurred in tropical hardwood hammock from South Miami to Lower Matecumbe Key, Florida. It is named in honor of William Schaus.",
"Intro_from": "Wikipedia",
"Image_from": "Pedro Genaro Rodriguez@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016277805.1",
"GenomeLevel": "Scaffold",
"Busco": "C:66.6%[S:66.4%,D:0.2%],F:21.0%,M:12.4%,n:1367",
"GenomeSize": "285.4",
"GenomeGC": "25.8",
"SeqNumber": "168068",
"N50": "262",
"PCGnumber": "38447",
"Swissnumber": "18807",
"GOnumber": "18573",
"KEGGnumber": "22811",
"Pfamnumber": "19497",
"miRNAnumber": "138",
"lncRNAnumber": "0"
},
{
"id": 608,
"InsectBaseID": "IBG_00608",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "76199",
"Tags": "None",
"OrganismName": "Papilio bianor",
"NormalName": "the Common peacock or Chinese peacock black swallowtail emerald or Chinese peacock",
"SpeciesIntro": "Papilio bianor is a species of butterfly in the family Papilionidae, the swallowtails. It is native to Asia. It is the state butterfly of the Indian state of Uttarakhand.",
"Intro_from": "Wikipedia",
"Image_from": "K S Gopi Sundar@BY-NC",
"reference": "Lu S, Yang J, Dai X, et al. Chromosomal-level reference genome of Chinese peacock butterfly (Papilio bianor) based on third-generation DNA sequencing and Hi-C analysis. Gigascience. 2019;8(11):giz128.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31682256/",
"DataSource": "GigaDB",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:95.1%[S:94.7%,D:0.4%],F:1.1%,M:3.8%,n:1367",
"GenomeSize": "426.8",
"GenomeGC": "36.1",
"SeqNumber": "1710",
"N50": "13284.3",
"PCGnumber": "15374",
"Swissnumber": "9423",
"GOnumber": "9281",
"KEGGnumber": "9625",
"Pfamnumber": "10250",
"miRNAnumber": "180",
"lncRNAnumber": "0"
},
{
"id": 609,
"InsectBaseID": "IBG_00609",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "77259",
"Tags": "None",
"OrganismName": "Papilio dardanus",
"NormalName": "African swallowtail, mocker swallowtail or flying handkerchief",
"SpeciesIntro": "Papilio dardanus is a species of butterfly in the family Papilionidae (the swallowtails). The species is broadly distributed throughout Sub-Saharan Africa. The British entomologist E. B. Poulton described it as the most interesting butterfly in the world.",
"Intro_from": "Wikipedia",
"Image_from": "Martin Grimm@BY-NC",
"reference": "Timmermans MJTN, Srivathsan A, Collins S, Meier R, Vogler AP. Mimicry diversification in Papilio dardanus via a genomic inversion in the regulatory region of engrailed-invected. Proc Biol Sci. 2020;287(1926):20200443.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32345166/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013186455.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.2%[S:93.9%,D:0.3%],F:3.0%,M:2.8%,n:1367",
"GenomeSize": "234",
"GenomeGC": "22.7",
"SeqNumber": "7365",
"N50": "604.1",
"PCGnumber": "19015",
"Swissnumber": "10387",
"GOnumber": "10211",
"KEGGnumber": "11093",
"Pfamnumber": "11383",
"miRNAnumber": "93",
"lncRNAnumber": "866"
},
{
"id": 610,
"InsectBaseID": "IBG_00610",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "45779",
"Tags": "None",
"OrganismName": "Papilio glaucus",
"NormalName": "eastern tiger swallowtail",
"SpeciesIntro": "Papilio glaucus is a species of butterfly native to eastern North America. It is one of the most familiar butterflies in the eastern United States, where it is common in many different habitats. It flies from spring to fall, during which it produces two to three broods. Adults feed on the nectar of many species of flowers, mostly from those of the families Apocynaceae, Asteraceae, and Fabaceae. P. glaucus has a wingspan measuring 7.9 to 14 cm (3.1 to 5.5 in). The male is yellow with four black tiger stripes on each forewing. Females may be either yellow or black, making them dimorphic. The yellow morph is similar to the male, but with a conspicuous band of blue spots along the hindwing, while the dark morph is almost completely black.",
"Intro_from": "Wikipedia",
"Image_from": "Leila Dasher@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "LepBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:94.6%[S:93.8%,D:0.8%],F:2.6%,M:2.8%,n:1367",
"GenomeSize": "376",
"GenomeGC": "34.1",
"SeqNumber": "68029",
"N50": "230.3",
"PCGnumber": "15520",
"Swissnumber": "10738",
"GOnumber": "10572",
"KEGGnumber": "11622",
"Pfamnumber": "11557",
"miRNAnumber": "0",
"lncRNAnumber": "1044"
},
{
"id": 611,
"InsectBaseID": "IBG_00611",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "76193",
"Tags": "None",
"OrganismName": "Papilio machaon",
"NormalName": "Old World swallowtail,common yellow swallowtail or simply the swallowtail",
"SpeciesIntro": "Papilio machaon is a butterfly of the family Papilionidae. It is the type species of the genus Papilio. This widespread species is found in much of the Palearctic (it is the only swallowtail in most of Europe) and in North America.",
"Intro_from": "Wikipedia",
"Image_from": "Martin Grimm@BY-NC",
"reference": "Li X, Fan D, Zhang W, et al. Outbred genome sequencing and CRISPR/Cas9 gene editing in butterflies. Nat Commun. 2015;6:8212.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/26354079/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001298355.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.9%[S:95.2%,D:0.7%],F:2.2%,M:1.9%,n:1367",
"GenomeSize": "281.9",
"GenomeGC": "22.6",
"SeqNumber": "63187",
"N50": "1189",
"PCGnumber": "13683",
"Swissnumber": "10364",
"GOnumber": "10194",
"KEGGnumber": "10775",
"Pfamnumber": "11329",
"miRNAnumber": "144",
"lncRNAnumber": "1915"
},
{
"id": 612,
"InsectBaseID": "IBG_00612",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "76198",
"Tags": "None",
"OrganismName": "Papilio memnon",
"NormalName": "great Mormon",
"SpeciesIntro": "Papilio memnon is a large butterfly native to southern Asia that belongs to the swallowtail family. It is widely distributed and has thirteen subspecies. The female is polymorphic and with mimetic forms.",
"Intro_from": "Wikipedia",
"Image_from": "Vijay Anand Ismavel@BY-NC-SA",
"reference": "Iijima T, Kajitani R, Komata S, et al. Parallel evolution of Batesian mimicry supergene in two Papilio butterflies, P. polytes and P. memnon. Sci Adv. 2018;4(4):eaao5416.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29675466/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003118335.3",
"GenomeLevel": "Scaffold",
"Busco": "C:96.6%[S:95.4%,D:1.2%],F:2.0%,M:1.4%,n:1367",
"GenomeSize": "235.5",
"GenomeGC": "23",
"SeqNumber": "11084",
"N50": "5524.9",
"PCGnumber": "22234",
"Swissnumber": "12902",
"GOnumber": "12591",
"KEGGnumber": "12028",
"Pfamnumber": "13866",
"miRNAnumber": "120",
"lncRNAnumber": "0"
},
{
"id": 613,
"InsectBaseID": "IBG_00613",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "76194",
"Tags": "None",
"OrganismName": "Papilio polytes",
"NormalName": "common Mormo",
"SpeciesIntro": "Papilio polytes is a common species of swallowtail butterfly widely distributed across Asia.This butterfly is known for the mimicry displayed by the numerous forms of its females which mimic inedible red-bodied swallowtails, such as the common rose and the crimson rose.",
"Intro_from": "Wikipedia",
"Image_from": "Manoj Samuel Grg@BY-NC",
"reference": "Nishikawa H, Iijima T, Kajitani R, et al. A genetic mechanism for female-limited Batesian mimicry in Papilio butterfly. Nat Genet. 2015;47(4):405-409.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25751626/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000836215.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.1%[S:92.7%,D:0.4%],F:2.6%,M:4.3%,n:1367",
"GenomeSize": "229.9",
"GenomeGC": "22.5",
"SeqNumber": "3874",
"N50": "3718.2",
"PCGnumber": "11979",
"Swissnumber": "9271",
"GOnumber": "9118",
"KEGGnumber": "9463",
"Pfamnumber": "10132",
"miRNAnumber": "101",
"lncRNAnumber": "1549"
},
{
"id": 614,
"InsectBaseID": "IBG_00614",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "66420",
"Tags": "None",
"OrganismName": "Papilio xuthus",
"NormalName": "Asian swallowtail, Chinese yellow swallowtail or Xuthus swallowtail",
"SpeciesIntro": "Papilio xuthus is a yellow-colored, medium to large sized swallowtail butterfly found in northeast Asia, northern Myanmar, southern China, Taiwan, the Korean Peninsula, Japan (from Hokkaidō to the Yaeyama Islands), Siberia and the Hawaiian Islands. It was also recorded in the state of Arunachal Pradesh, India, in 2014.",
"Intro_from": "Wikipedia",
"Image_from": "Wing Sau Fung@BY-NC",
"reference": "Nishikawa H, Iijima T, Kajitani R, et al. A genetic mechanism for female-limited Batesian mimicry in Papilio butterfly. Nat Genet. 2015;47(4):405-409.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25751626/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000836235.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.1%[S:97.1%,D:1.0%],F:0.4%,M:1.5%,n:1367",
"GenomeSize": "246.9",
"GenomeGC": "23.2",
"SeqNumber": "5572",
"N50": "6276.4",
"PCGnumber": "14358",
"Swissnumber": "11074",
"GOnumber": "10875",
"KEGGnumber": "11127",
"Pfamnumber": "12310",
"miRNAnumber": "81",
"lncRNAnumber": "1860"
},
{
"id": 615,
"InsectBaseID": "IBG_00615",
"Order": "Hemiptera",
"Family": "Pseudococcidae",
"Genus": "Paracoccus",
"TaxonomyID": "252483",
"Tags": "pest;",
"OrganismName": "Paracoccus marginatus",
"NormalName": "papaya mealybug",
"SpeciesIntro": "Paracoccus marginatus is a small sap-sucking insect in the mealybug family, Pseudococcidae. It is found on a number of different hosts, including economically important tropical fruit trees and various ornamental plants.",
"Intro_from": "Wikipedia",
"Image_from": "Christian Grenier@CC0",
"reference": "Husnik F, McCutcheon JP. Repeated replacement of an intrabacterial symbiont in the tripartite nested mealybug symbiosis. Proc Natl Acad Sci U S A. 2016;113(37):E5416-E5424.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27573819/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900065295.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.3%[S:92.0%,D:1.3%],F:2.6%,M:4.1%,n:1367",
"GenomeSize": "193.6",
"GenomeGC": "24.5",
"SeqNumber": "60102",
"N50": "6.6",
"PCGnumber": "21098",
"Swissnumber": "11580",
"GOnumber": "11384",
"KEGGnumber": "12530",
"Pfamnumber": "13192",
"miRNAnumber": "62",
"lncRNAnumber": "0"
},
{
"id": 616,
"InsectBaseID": "IBG_00616",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Pararge",
"TaxonomyID": "116150",
"Tags": "None",
"OrganismName": "Pararge aegeria",
"NormalName": "speckled wood",
"SpeciesIntro": "Pararge aegeria is a butterfly found in and on the borders of woodland areas throughout much of the Palearctic realm. The species is subdivided into multiple subspecies, including Pararge aegeria aegeria,Pararge aegeria tircis, Pararge aegeria oblita, and Pararge aegeria insula. The color of this butterfly varies between subspecies. The existence of these subspecies is due to variation in morphology down a gradient corresponding to a geographic cline. The background of the wings ranges from brown to orange, and the spots are either pale yellow, white, cream, or a tawny orange. The speckled wood feeds on a variety of grass species. The males of this species exhibit two types of mate locating behaviors: territorial defense and patrolling. The proportion of males exhibiting these two strategies changes based on ecological conditions. The monandrous female must choose which type of male can help her reproduce successfully. Her decision is heavily influenced by environmental conditions.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905163445.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.4%[S:96.0%,D:0.4%],F:1.0%,M:2.6%,n:1367",
"GenomeSize": "516.6",
"GenomeGC": "22.1",
"SeqNumber": "70",
"N50": "19375.4",
"PCGnumber": "13296",
"Swissnumber": "9453",
"GOnumber": "9244",
"KEGGnumber": "10293",
"Pfamnumber": "11204",
"miRNAnumber": "172",
"lncRNAnumber": "2334"
},
{
"id": 617,
"InsectBaseID": "IBG_00617",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Parnassius",
"TaxonomyID": "110799",
"Tags": "None",
"OrganismName": "Parnassius apollo",
"NormalName": "mountain Apollo",
"SpeciesIntro": "Parnassius apollo is a butterfly of the family Papilionidae.",
"Intro_from": "Wikipedia",
"Image_from": "Yvonne Nielsen@BY-NC",
"reference": "Podsiadlowski L, Tunström K, Espeland M, Wheat CW. The genome assembly and annotation of the Apollo butterfly Parnassius apollo, a flagship species for conservation biology [published online ahead of print, 2021 Jun 11]. Genome Biol Evol. 2021;evab122.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34115121/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907164705.1",
"GenomeLevel": "Contig",
"Busco": "C:96.1%[S:94.8%,D:1.3%],F:1.0%,M:2.9%,n:1367",
"GenomeSize": "1392",
"GenomeGC": "17.4",
"SeqNumber": "1707",
"N50": "7071.5",
"PCGnumber": "28319",
"Swissnumber": "11808",
"GOnumber": "11288",
"KEGGnumber": "15811",
"Pfamnumber": "15656",
"miRNAnumber": "237",
"lncRNAnumber": "0"
},
{
"id": 618,
"InsectBaseID": "IBG_00618",
"Order": "Diptera",
"Family": "Chironomidae",
"Genus": "Parochlus",
"TaxonomyID": "315571",
"Tags": "None",
"OrganismName": "Parochlus steinenii",
"NormalName": "None",
"SpeciesIntro": "Parochlus steinenii with a limited distribution to the South Shetland Islands.Parochlus steinenii is a study model of several Antarctic research teams in the different Stations, either as an indicator of climate change or in studies of genetic interest. ",
"Intro_from": "Wikipedia",
"Image_from": "Ary Mailhos@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "GigaDB",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:83.6%[S:79.4%,D:4.2%],F:5.8%,M:10.6%,n:1367",
"GenomeSize": "138",
"GenomeGC": "29.2",
"SeqNumber": "4151",
"N50": "175.7",
"PCGnumber": "13468",
"Swissnumber": "9482",
"GOnumber": "9363",
"KEGGnumber": "9819",
"Pfamnumber": "10374",
"miRNAnumber": "56",
"lncRNAnumber": "0"
},
{
"id": 619,
"InsectBaseID": "IBG_00619",
"Order": "Diptera",
"Family": "Rhinophoridae",
"Genus": "Paykullia",
"TaxonomyID": "559696",
"Tags": "None",
"OrganismName": "Paykullia maculata",
"NormalName": "None",
"SpeciesIntro": "Paykullia maculata is a species of fly in the family Rhinophoridae first described by Carl Fredrik Fallén in 1815.",
"Intro_from": "Wikipedia",
"Image_from": "Nikolai Vladimirov@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003055125.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.0%[S:92.5%,D:0.5%],F:4.1%,M:2.9%,n:1367",
"GenomeSize": "427.6",
"GenomeGC": "16",
"SeqNumber": "147653",
"N50": "7.7",
"PCGnumber": "23330",
"Swissnumber": "12494",
"GOnumber": "12248",
"KEGGnumber": "14465",
"Pfamnumber": "13913",
"miRNAnumber": "118",
"lncRNAnumber": "0"
},
{
"id": 620,
"InsectBaseID": "IBG_00620",
"Order": "Phthiraptera",
"Family": "Pediculidae",
"Genus": "Pediculus",
"TaxonomyID": "121225",
"Tags": "vector;",
"OrganismName": "Pediculus humanus",
"NormalName": "None",
"SpeciesIntro": "Pediculus humanus is a species of louse that infects humans. ",
"Intro_from": "Wikipedia",
"Image_from": "mike_h@BY-NC",
"reference": "Kirkness EF, Haas BJ, Sun W, et al. Genome sequences of the human body louse and its primary endosymbiont provide insights into the permanent parasitic lifestyle [published correction appears in Proc Natl Acad Sci U S A. 2011 Apr 12;108(15):6335. Krause, Emily [corrected to Kraus, Emily]]. Proc Natl Acad Sci U S A. 2010;107(27):12168-12173.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/20566863/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000006295.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.7%[S:96.6%,D:0.1%],F:1.2%,M:2.1%,n:1367",
"GenomeSize": "112.2",
"GenomeGC": "13.2",
"SeqNumber": "1882",
"N50": "503.3",
"PCGnumber": "10773",
"Swissnumber": "8087",
"GOnumber": "7946",
"KEGGnumber": "8172",
"Pfamnumber": "8616",
"miRNAnumber": "60",
"lncRNAnumber": "1420"
},
{
"id": 621,
"InsectBaseID": "IBG_00621",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Pentalonia",
"TaxonomyID": "693967",
"Tags": "pest;",
"OrganismName": "Pentalonia nigronervosa",
"NormalName": "banana aphid",
"SpeciesIntro": "Pentalonia nigronervosa is an aphid in the superfamily Aphidoidea in the order Hemiptera. It is a true bug and sucks sap mainly from Musa species.",
"Intro_from": "Wikipedia",
"Image_from": "alessandradalia@BY-SA",
"reference": "Mathers TC, Mugford ST, Hogenhout SA, Tripathi L. Genome Sequence of the Banana Aphid, Pentalonia nigronervosa Coquerel (Hemiptera: Aphididae) and Its Symbionts. G3 (Bethesda). 2020;10(12):4315-4321.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33004433/",
"DataSource": "BIPAA",
"NCBIassembly": "GCA_014851325.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.9%[S:94.2%,D:1.7%],F:1.2%,M:2.9%,n:1367",
"GenomeSize": "375.4",
"GenomeGC": "28.6",
"SeqNumber": "18348",
"N50": "104",
"PCGnumber": "27012",
"Swissnumber": "10915",
"GOnumber": "10640",
"KEGGnumber": "12738",
"Pfamnumber": "13923",
"miRNAnumber": "92",
"lncRNAnumber": "677"
},
{
"id": 622,
"InsectBaseID": "IBG_00622",
"Order": "Blattodea",
"Family": "Blattidae",
"Genus": "Periplaneta",
"TaxonomyID": "6978",
"Tags": "medicinal insect;pest;",
"OrganismName": "Periplaneta americana",
"NormalName": "American cockroach or waterbug,ship cockroach, kakerlac, and Bombay canary",
"SpeciesIntro": "Periplaneta americana is the largest species of common cockroach, and often considered a pest. In certain regions of the U.S. though it is not a true waterbug since it is not aquatic. It is often misidentified as a palmetto bug.",
"Intro_from": "Wikipedia",
"Image_from": "Keith Roragen@BY-NC",
"reference": "Li S, Zhu S, Jia Q, et al. The genomic and functional landscapes of developmental plasticity in the American cockroach. Nat Commun. 2018;9(1):1008. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29559629/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002939525.1",
"GenomeLevel": "Scaffold",
"Busco": "C:91.9%[S:86.6%,D:5.3%],F:4.8%,M:3.3%,n:1367",
"GenomeSize": "3417",
"GenomeGC": "16.1",
"SeqNumber": "18601",
"N50": "336.7",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "242",
"lncRNAnumber": "0"
},
{
"id": 623,
"InsectBaseID": "IBG_00623",
"Order": "Lepidoptera",
"Family": "Notodontidae",
"Genus": "Phalera",
"TaxonomyID": "753216",
"Tags": "pest",
"OrganismName": "Phalera bucephala",
"NormalName": "buff-tip",
"SpeciesIntro": "Phalera bucephala is a moth of the family Notodontidae. It is found throughout Europe and in Asia to eastern Siberia. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.",
"Intro_from": "Wikipedia",
"Image_from": "Алла Мойсеенок@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147815.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:97.6%,D:1.0%],F:0.4%,M:1.0%,n:1367",
"GenomeSize": "933.2",
"GenomeGC": "20",
"SeqNumber": "118",
"N50": "34116.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "233",
"lncRNAnumber": "0"
},
{
"id": 624,
"InsectBaseID": "IBG_00624",
"Order": "Hemiptera",
"Family": "Pseudococcidae",
"Genus": "Phenacoccus",
"TaxonomyID": "483260",
"Tags": "pest;",
"OrganismName": "Phenacoccus solenopsis",
"NormalName": "cotton mealybug or solenopsis mealybug",
"SpeciesIntro": "Phenacoccus solenopsis is a species of mealybug in the family Pseudococcidae. Having originated in North America, it has spread to other parts of the world and become a major pest of cotton crops.",
"Intro_from": "Wikipedia",
"Image_from": "J. Refugio Lomeli Flores@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009761765.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.2%[S:90.4%,D:3.8%],F:1.5%,M:4.3%,n:1367",
"GenomeSize": "292.6",
"GenomeGC": "33.5",
"SeqNumber": "589",
"N50": "48998.3",
"PCGnumber": "11714",
"Swissnumber": "7940",
"GOnumber": "7813",
"KEGGnumber": "8574",
"Pfamnumber": "8736",
"miRNAnumber": "26",
"lncRNAnumber": "0"
},
{
"id": 625,
"InsectBaseID": "IBG_00625",
"Order": "Lepidoptera",
"Family": "Notodontidae",
"Genus": "Pheosia",
"TaxonomyID": "988018",
"Tags": "pest",
"OrganismName": "Pheosia gnoma",
"NormalName": "lesser swallow prominent",
"SpeciesIntro": "Pheosia gnoma is a moth from the family Notodontidae. The species was first described by Johan Christian Fabricius in 1777.The moth can be found across the Palearctic realm (northern and central Europe, Russia, eastern Siberia, Russian Far East, Amur). It has a forewing length of 20–26 mm.",
"Intro_from": "Wikipedia",
"Image_from": "Tero Linjama@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905404115.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.8%[S:98.5%,D:0.3%],F:0.2%,M:1.0%,n:1367",
"GenomeSize": "271.4",
"GenomeGC": "27.3",
"SeqNumber": "39",
"N50": "9829.7",
"PCGnumber": "18463",
"Swissnumber": "10212",
"GOnumber": "10034",
"KEGGnumber": "11181",
"Pfamnumber": "11620",
"miRNAnumber": "198",
"lncRNAnumber": "0"
},
{
"id": 626,
"InsectBaseID": "IBG_00626",
"Order": "Lepidoptera",
"Family": "Notodontidae",
"Genus": "Pheosia",
"TaxonomyID": "988019",
"Tags": "pest",
"OrganismName": "Pheosia tremula",
"NormalName": "the swallow prominent",
"SpeciesIntro": "Pheosia tremula is a moth from the family Notodontidae. The species was first described by Carl Alexander Clerck in 1759.The moth can be found in the Palearctic realm, up to the Arctic Circle (northern and central Europe, Russia, Russian Far East, Ussuri, Caucasus). It has a forewing length of 22–28 mm. The moth survives winter as a pupa underground.",
"Intro_from": "Wikipedia",
"Image_from": "John D Reynolds@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905333125.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.8%[S:98.5%,D:0.3%],F:0.2%,M:1.0%,n:1367",
"GenomeSize": "290.2",
"GenomeGC": "26.6",
"SeqNumber": "38",
"N50": "10632.7",
"PCGnumber": "19552",
"Swissnumber": "10390",
"GOnumber": "10222",
"KEGGnumber": "11698",
"Pfamnumber": "12100",
"miRNAnumber": "205",
"lncRNAnumber": "0"
},
{
"id": 627,
"InsectBaseID": "IBG_00627",
"Order": "Hemiptera",
"Family": "Aphrophoridae",
"Genus": "Philaenus",
"TaxonomyID": "36667",
"Tags": "pest;",
"OrganismName": "Philaenus spumarius",
"NormalName": "meadow froghopper or meadow spittlebug",
"SpeciesIntro": "Philaenus spumarius is a species of insect belonging to the spittlebug family Aphrophoridae. In Italy and America, it is economically important as one of the vectors of Pierces Disease (Xylella fastidiosa).",
"Intro_from": "Wikipedia",
"Image_from": "bramblejungle@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018207615.1",
"GenomeLevel": "Scaffold",
"Busco": "C:82.6%[S:77.0%,D:5.6%],F:9.3%,M:8.1%,n:1367",
"GenomeSize": "2760.7",
"GenomeGC": "15.4",
"SeqNumber": "237480",
"N50": "115.6",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "154",
"lncRNAnumber": "0"
},
{
"id": 628,
"InsectBaseID": "IBG_00628",
"Order": "Hymenoptera",
"Family": "Pteromalidae",
"Genus": "Philotrypesis",
"TaxonomyID": "358065",
"Tags": "None",
"OrganismName": "Philotrypesis tridentata",
"NormalName": "none",
"SpeciesIntro": "Philotrypesis tridentata is a species in the family Agaonidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018906965.1",
"GenomeLevel": "Contig",
"Busco": "C:97.9%[S:96.6%,D:1.3%],F:0.5%,M:1.6%,n:1367",
"GenomeSize": "398.6",
"GenomeGC": "27.5",
"SeqNumber": "1981",
"N50": "1061.6",
"PCGnumber": "37592",
"Swissnumber": "11370",
"GOnumber": "11162",
"KEGGnumber": "13562",
"Pfamnumber": "14991",
"miRNAnumber": "169",
"lncRNAnumber": "0"
},
{
"id": 629,
"InsectBaseID": "IBG_00629",
"Order": "Diptera",
"Family": "Psychodidae",
"Genus": "Phlebotomus",
"TaxonomyID": "29031",
"Tags": "None",
"OrganismName": "Phlebotomus papatasi",
"NormalName": "None",
"SpeciesIntro": "Phlebotomus papatasi is the main vector of the Old World cutaneous leishmaniasis. It is distributed from Morocco to the Indian subcontinent and from southern Europe to central and eastern Africa.",
"Intro_from": "https://iscapularis.vectorbase.org/organisms/phlebotomus-papatasi",
"Image_from": "James Gathany,Scientific Photographer,CDC@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "VectorBase",
"NCBIassembly": "GCA_000262795.1",
"GenomeLevel": "Scaffold",
"Busco": "C:83.5%[S:80.0%,D:3.5%],F:10.8%,M:5.7%,n:1367",
"GenomeSize": "368.3",
"GenomeGC": "16.1",
"SeqNumber": "106826",
"N50": "28.3",
"PCGnumber": "10990",
"Swissnumber": "8397",
"GOnumber": "8295",
"KEGGnumber": "8896",
"Pfamnumber": "8965",
"miRNAnumber": "78",
"lncRNAnumber": "2894"
},
{
"id": 630,
"InsectBaseID": "IBG_00630",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Phlogophora",
"TaxonomyID": "875884",
"Tags": "pest",
"OrganismName": "Phlogophora meticulosa",
"NormalName": "angle shades",
"SpeciesIntro": "Phlogophora meticulosa is a moth of the family Noctuidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is distributed throughout Europe as far east as the Urals and also in the Azores, in Algeria, and in Asia Minor, Armenia, and Syria. It is strongly migratory.",
"Intro_from": "Wikipedia",
"Image_from": "Hr. Roth@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147745.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.7%[S:97.2%,D:0.5%],F:0.3%,M:2.0%,n:1367",
"GenomeSize": "538.7",
"GenomeGC": "24.6",
"SeqNumber": "47",
"N50": "18098.2",
"PCGnumber": "30159",
"Swissnumber": "12339",
"GOnumber": "12095",
"KEGGnumber": "15197",
"Pfamnumber": "15414",
"miRNAnumber": "180",
"lncRNAnumber": "0"
},
{
"id": 631,
"InsectBaseID": "IBG_00631",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Phoebis",
"TaxonomyID": "40077",
"Tags": "None",
"OrganismName": "Phoebis sennae",
"NormalName": "cloudless sulphur or cloudless giant sulphur",
"SpeciesIntro": "Phoebis sennae is a mid-sized butterfly in the family Pieridae found in the New World. There are several similar species such as the yellow angled-sulphur (Anteos maerula), which has angled wings, statira sulphur (Aphrissa statira), and other sulphurs, which are much smaller.",
"Intro_from": "Wikipedia",
"Image_from": "Lee Elliott@BY-NC-SA",
"reference": "Cong Q, Shen J, Warren AD, Borek D, Otwinowski Z, Grishin NV. Speciation in Cloudless Sulphurs Gleaned from Complete Genomes. Genome Biol Evol. 2016;8(3):915-931.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/26951782/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001586405.1",
"GenomeLevel": "Scaffold",
"Busco": "C:91.0%[S:90.2%,D:0.8%],F:0.7%,M:8.3%,n:1367",
"GenomeSize": "287.5",
"GenomeGC": "22.1",
"SeqNumber": "3484",
"N50": "299.1",
"PCGnumber": "19196",
"Swissnumber": "9754",
"GOnumber": "9580",
"KEGGnumber": "10766",
"Pfamnumber": "11088",
"miRNAnumber": "101",
"lncRNAnumber": "349"
},
{
"id": 632,
"InsectBaseID": "IBG_00632",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Phormia",
"TaxonomyID": "7380",
"Tags": "medicinal insect;vector;",
"OrganismName": "Phormia regina",
"NormalName": "black blow fly",
"SpeciesIntro": "Phormia regina belongs to the blow fly family Calliphoridae and was first described by Johann Wilhelm Meigen.The black blow flys wings are specialized with a sharp bend. These flies are also have well-developed calypters. Blow flies generally are about the size of a house fly or a little larger, and many are metallic blue or green in color. Key characteristics of this species include black gena, mostly white calypters, and anterior thoracic spiracles that appear to be orange yellow due to being surrounded by bright orange setae.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "Andere AA, Platt RN 2nd, Ray DA, Picard CJ. Genome sequence of Phormia regina Meigen (Diptera: Calliphoridae): implications for medical, veterinary and forensic research. BMC Genomics. 2016;17(1):842. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27793085/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001735585.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.8%[S:94.2%,D:2.6%],F:2.0%,M:1.2%,n:1367",
"GenomeSize": "539.4",
"GenomeGC": "15.3",
"SeqNumber": "187166",
"N50": "7.3",
"PCGnumber": "36811",
"Swissnumber": "20044",
"GOnumber": "19766",
"KEGGnumber": "18503",
"Pfamnumber": "22254",
"miRNAnumber": "108",
"lncRNAnumber": "0"
},
{
"id": 633,
"InsectBaseID": "IBG_00633",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Phortica",
"TaxonomyID": "462259",
"Tags": "vector;",
"OrganismName": "Phortica variegata",
"NormalName": "None",
"SpeciesIntro": "Phortica variegata is the intermediate host of the zoonotic nematode Thelazia callipaeda.",
"Intro_from": "Predicting the distribution of Phortica variegata and potential for Thelazia callipaeda transmission in Europe and the United Kingdom",
"Image_from": "Owen Strickland@BY-NC",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001014415.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.9%[S:95.2%,D:0.7%],F:1.6%,M:2.5%,n:1367",
"GenomeSize": "157.5",
"GenomeGC": "26.1",
"SeqNumber": "19473",
"N50": "16.9",
"PCGnumber": "17727",
"Swissnumber": "11137",
"GOnumber": "10946",
"KEGGnumber": "10943",
"Pfamnumber": "12501",
"miRNAnumber": "98",
"lncRNAnumber": "1316"
},
{
"id": 634,
"InsectBaseID": "IBG_00634",
"Order": "Coleoptera",
"Family": "Lampyridae",
"Genus": "Photinus",
"TaxonomyID": "7054",
"Tags": "None",
"OrganismName": "Photinus pyralis",
"NormalName": "common eastern firefly and big dipper firefly",
"SpeciesIntro": "Photinus pyralis is the most common species of firefly in North America. P. pyralis is a flying and light-producing beetle with a light organ on the ventral side of its abdomen. This organism is sometimes incorrectly classified as Photuris pyralis, which likely results from mistaking the similar-sounding genus Photuris.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "Fallon TR, Lower SE, Chang CH, et al. Firefly genomes illuminate parallel origins of bioluminescence in beetles. Elife. 2018;7:e36495. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30324905/",
"DataSource": "FireflyBase",
"NCBIassembly": "GCA_008802855.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:89.9%,D:8.7%],F:0.7%,M:0.7%,n:1367",
"GenomeSize": "479.4",
"GenomeGC": "35.6",
"SeqNumber": "2160",
"N50": "47801.5",
"PCGnumber": "15771",
"Swissnumber": "11146",
"GOnumber": "10936",
"KEGGnumber": "12073",
"Pfamnumber": "13147",
"miRNAnumber": "110",
"lncRNAnumber": "11916"
},
{
"id": 635,
"InsectBaseID": "IBG_00635",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Pieris",
"TaxonomyID": "7116",
"Tags": "pest",
"OrganismName": "Pieris brassicae",
"NormalName": "large white,cabbage butterfly, cabbage white, cabbage moth or large cabbage white",
"SpeciesIntro": "Pieris brassicae is a butterfly in the family Pieridae. It is a close relative of the small white, Pieris rapae.The large white is common throughout Europe, North Africa and Asia.",
"Intro_from": "Wikipedia",
"Image_from": "Thomas Bresson@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147105.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.1%[S:97.5%,D:0.6%],F:0.4%,M:1.5%,n:1367",
"GenomeSize": "292.3",
"GenomeGC": "23",
"SeqNumber": "402",
"N50": "21549.5",
"PCGnumber": "21848",
"Swissnumber": "10180",
"GOnumber": "10028",
"KEGGnumber": "10982",
"Pfamnumber": "12043",
"miRNAnumber": "93",
"lncRNAnumber": "2846"
},
{
"id": 636,
"InsectBaseID": "IBG_00636",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Pieris",
"TaxonomyID": "345717",
"Tags": "None",
"OrganismName": "Pieris macdunnoughii",
"NormalName": "none",
"SpeciesIntro": "Pieris macdunnoughii is a butterfly of the family Pieridae.",
"Intro_from": "Wikipedia",
"Image_from": "nitinr@BY-NC",
"reference": "Steward RA, Okamura Y, Boggs CL, Vogel H, Wheat CW. The Genome of the Margined White Butterfly (Pieris macdunnoughii): Sex Chromosome Insights and the Power of Polishing with PoolSeq Data. Genome Biol Evol. 2021;13(4):evab053.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33739414/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905332375.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.1%[S:93.1%,D:1.0%],F:1.5%,M:4.4%,n:1367",
"GenomeSize": "316.6",
"GenomeGC": "22.9",
"SeqNumber": "106",
"N50": "5202.4",
"PCGnumber": "16606",
"Swissnumber": "10797",
"GOnumber": "10584",
"KEGGnumber": "11641",
"Pfamnumber": "12039",
"miRNAnumber": "122",
"lncRNAnumber": "0"
},
{
"id": 637,
"InsectBaseID": "IBG_00637",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Pieris",
"TaxonomyID": "78633",
"Tags": "None",
"OrganismName": "Pieris napi",
"NormalName": "green-veined white",
"SpeciesIntro": "Pieris napi is a butterfly of the family Pieridae.",
"Intro_from": "Wikipedia",
"Image_from": "Ryzhkov Oleg@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905475465.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.7%[S:95.0%,D:0.7%],F:1.0%,M:3.3%,n:1367",
"GenomeSize": "319.2",
"GenomeGC": "22.5",
"SeqNumber": "43",
"N50": "13068.9",
"PCGnumber": "24409",
"Swissnumber": "10606",
"GOnumber": "10399",
"KEGGnumber": "12749",
"Pfamnumber": "13687",
"miRNAnumber": "93",
"lncRNAnumber": "3926"
},
{
"id": 638,
"InsectBaseID": "IBG_00638",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Pieris",
"TaxonomyID": "64459",
"Tags": "pest;",
"OrganismName": "Pieris rapae",
"NormalName": "small white, cabbage white or cabbage butterfly, small cabbage white, white butterfly",
"SpeciesIntro": "Pieris rapae is a small- to medium-sized butterfly species of the whites-and-yellows family Pieridae. The butterfly is recognizable by its white color with small black dots on its wings, and it can be distinguished from P. brassicae by the smaller size and lack of the black band at the tip of their forewings.",
"Intro_from": "Wikipedia",
"Image_from": "Nadja Baumgartner@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147795.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.1%[S:94.2%,D:0.9%],F:1.3%,M:3.6%,n:1367",
"GenomeSize": "256.4",
"GenomeGC": "24.2",
"SeqNumber": "40",
"N50": "10651.1",
"PCGnumber": "20266",
"Swissnumber": "10178",
"GOnumber": "10005",
"KEGGnumber": "11591",
"Pfamnumber": "12185",
"miRNAnumber": "118",
"lncRNAnumber": "2442"
},
{
"id": 639,
"InsectBaseID": "IBG_00639",
"Order": "Hemiptera",
"Family": "Pentatomidae",
"Genus": "Piezodorus",
"TaxonomyID": "437484",
"Tags": "pest",
"OrganismName": "Piezodorus guildinii",
"NormalName": " red-banded stink bug",
"SpeciesIntro": "Piezodorus guildinii is a species of stink bug in the family Pentatomidae. Other common names include the small green stink bug and alfalfa bug.Redbanded stink bugs are neotropical and range in geographic distribution from Argentina north to the southern United States, where they can be frequent pests of soybeans.",
"Intro_from": "Wikipedia",
"Image_from": "Scott Buckel@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000786065.1",
"GenomeLevel": "Scaffold",
"Busco": "C:0.2%[S:0.2%,D:0.0%],F:0.1%,M:99.7%,n:1367",
"GenomeSize": "3.2",
"GenomeGC": "33.2",
"SeqNumber": "1932",
"N50": "1.5",
"PCGnumber": "158",
"Swissnumber": "101",
"GOnumber": "92",
"KEGGnumber": "111",
"Pfamnumber": "116",
"miRNAnumber": "0",
"lncRNAnumber": "0"
},
{
"id": 640,
"InsectBaseID": "IBG_00640",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Pissodes",
"TaxonomyID": "49927",
"Tags": "pest",
"OrganismName": "Pissodes strobi",
"NormalName": "white pine weevil or Engelmann spruce weevil",
"SpeciesIntro": "Pissodes strobi is the primary weevil attacking and destroying white pines. It was described in 1817 by William Dandridge Peck, professor of natural history and botany at Harvard University. The weevil is dark brown with white spots and is native to North America.",
"Intro_from": "Wikipedia",
"Image_from": "Eric Knopf@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016904865.1",
"GenomeLevel": "Scaffold",
"Busco": "C:81.3%[S:73.2%,D:8.1%],F:11.3%,M:7.4%,n:1367",
"GenomeSize": "2025",
"GenomeGC": "18.7",
"SeqNumber": "84140",
"N50": "105.2",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "142",
"lncRNAnumber": "0"
},
{
"id": 641,
"InsectBaseID": "IBG_00641",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Platyscapa",
"TaxonomyID": "130029",
"Tags": "None",
"OrganismName": "Platyscapa corneri",
"NormalName": "none",
"SpeciesIntro": "Platyscapa corneri is a species of wasps belonging to the family Agaonidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Xiao J, Wei X, Zhou Y, et al. Genomes of 12 fig wasps provide insights into the adaptation of pollinators to fig syconia. J Genet Genomics. 2021;48(3):225-236.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34011484/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018907185.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.0%[S:93.6%,D:0.4%],F:1.0%,M:5.0%,n:1367",
"GenomeSize": "304.4",
"GenomeGC": "21.5",
"SeqNumber": "230",
"N50": "4152.4",
"PCGnumber": "62541",
"Swissnumber": "9054",
"GOnumber": "8920",
"KEGGnumber": "9896",
"Pfamnumber": "9841",
"miRNAnumber": "104",
"lncRNAnumber": "0"
},
{
"id": 642,
"InsectBaseID": "IBG_00642",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Plebejus",
"TaxonomyID": "242267",
"Tags": "None",
"OrganismName": "Plebejus argus",
"NormalName": "silver-studded blue",
"SpeciesIntro": "http://www.flickr.com/photos/9082612@N05/2604151978",
"Intro_from": "Plebejus argus is a butterfly in the family Lycaenidae. It has bright blue wings rimmed in black with white edges and silver spots on its hindwings, lending it the name of the silver-studded blue. P. argus can be found across Europe and east across the Palearctic, but is most often studied in the United Kingdom in which the species has experienced a severe decline in population due to habitat loss and fragmentation.",
"Image_from": "Gilles San Martin@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905404155.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.4%[S:96.3%,D:0.1%],F:0.8%,M:2.8%,n:1367",
"GenomeSize": "382.1",
"GenomeGC": "21.2",
"SeqNumber": "39",
"N50": "16721.5",
"PCGnumber": "24090",
"Swissnumber": "10432",
"GOnumber": "10246",
"KEGGnumber": "12309",
"Pfamnumber": "13124",
"miRNAnumber": "165",
"lncRNAnumber": "0"
},
{
"id": 643,
"InsectBaseID": "IBG_00643",
"Order": "Trichoptera",
"Family": "Polycentropodidae",
"Genus": "Plectrocnemia",
"TaxonomyID": "161770",
"Tags": "None",
"OrganismName": "Plectrocnemia conspersa",
"NormalName": "None",
"SpeciesIntro": "Plectrocnemia conspersa has a medium sized brown caddis. In common with many members of this family its wings are patterned with various streaks and a few blobs. It has pale tan legs and usually a pale patch on top of the head and thorax. The antennae do not have any spiral thickening. There are a number of very similar species and detailed examination is necessary.",
"Intro_from": "https://www.naturespot.org.uk/species/plectrocnemia-conspersa",
"Image_from": "renko@BY-NC",
"reference": "Heckenhauer J, Frandsen PB, Gupta DK, et al. Annotated Draft Genomes of Two Caddisfly Species Plectrocnemia conspersa CURTIS and Hydropsyche tenuis NAVAS (Insecta: Trichoptera). Genome Biol Evol. 2019;11(12):3445-3451.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31774498/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009617715.1",
"GenomeLevel": "Contig",
"Busco": "C:97.7%[S:96.7%,D:1.0%],F:0.8%,M:1.5%,n:1367",
"GenomeSize": "401.7",
"GenomeGC": "19.4",
"SeqNumber": "1614",
"N50": "879.8",
"PCGnumber": "24094",
"Swissnumber": "10118",
"GOnumber": "9950",
"KEGGnumber": "10665",
"Pfamnumber": "11038",
"miRNAnumber": "112",
"lncRNAnumber": "0"
},
{
"id": 644,
"InsectBaseID": "IBG_00644",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Pleistodontes",
"TaxonomyID": "108974",
"Tags": "None",
"OrganismName": "Pleistodontes nigriventris",
"NormalName": "none",
"SpeciesIntro": "Pleistodontes nigriventris is a species of fig wasp which is native to Australia. It has an obligate mutualism with Ficus watkinsiana, the fig species it pollinates.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_903653215.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.6%[S:94.4%,D:0.2%],F:3.0%,M:2.4%,n:1367",
"GenomeSize": "516.3",
"GenomeGC": "18.5",
"SeqNumber": "883852",
"N50": "27.3",
"PCGnumber": "67431",
"Swissnumber": "20791",
"GOnumber": "20375",
"KEGGnumber": "15729",
"Pfamnumber": "21451",
"miRNAnumber": "110",
"lncRNAnumber": "0"
},
{
"id": 645,
"InsectBaseID": "IBG_00645",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Plodia",
"TaxonomyID": "58824",
"Tags": "pest;",
"OrganismName": "Plodia interpunctella",
"NormalName": "Indianmeal moth,Indian meal moth and Indian-meal moth,weevil moth, pantry moth, flour moth or grain moth.",
"SpeciesIntro": "Plodia interpunctella is a pyraloid moth of the family Pyralidae. The almond moth (Cadra cautella) and the raisin moth (Cadra figulilella) are commonly confused with the Indian-meal moth due to similar food sources and appearance. The species was named after being noted for feeding on Indian-meal or cornmeal and it does not occur natively in India as the aberrant usage of Indian meal moth would suggest. It is also not to be confused with the Mediterranean flour moth (Ephestia kuehniella), another common pest of stored grains.",
"Intro_from": "Wikipedia",
"Image_from": "Wolf-Achim and Hanna Roland@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900182495.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.0%[S:95.7%,D:1.3%],F:0.7%,M:2.3%,n:1367",
"GenomeSize": "382.2",
"GenomeGC": "24.1",
"SeqNumber": "7743",
"N50": "5094.6",
"PCGnumber": "21392",
"Swissnumber": "11226",
"GOnumber": "11058",
"KEGGnumber": "12551",
"Pfamnumber": "13055",
"miRNAnumber": "449",
"lncRNAnumber": "8126"
},
{
"id": 646,
"InsectBaseID": "IBG_00646",
"Order": "Lepidoptera",
"Family": "Plutellidae",
"Genus": "Plutella",
"TaxonomyID": "51655",
"Tags": "pest;",
"OrganismName": "Plutella xylostella",
"NormalName": "diamondback moth or cabbage moth",
"SpeciesIntro": "Plutella xylostella is a moth species of the family Plutellidae and genus Plutella. The small, grayish-brown moth sometimes has a cream-colored band that forms a diamond along its back. The species may have originated in Europe, South Africa, or the Mediterranean region, but it has now spread worldwide.",
"Intro_from": "Wikipedia",
"Image_from": "Martin Grimm@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905116875.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.9%[S:94.4%,D:0.5%],F:1.8%,M:3.3%,n:1367",
"GenomeSize": "343.6",
"GenomeGC": "26.7",
"SeqNumber": "573",
"N50": "11309.2",
"PCGnumber": "29185",
"Swissnumber": "11671",
"GOnumber": "11483",
"KEGGnumber": "15687",
"Pfamnumber": "15256",
"miRNAnumber": "98",
"lncRNAnumber": "12072"
},
{
"id": 647,
"InsectBaseID": "IBG_00647",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Pogonomyrmex",
"TaxonomyID": "144034",
"Tags": "medicinal insect;",
"OrganismName": "Pogonomyrmex barbatus",
"NormalName": "red ant and red harvester ant.",
"SpeciesIntro": "Pogonomyrmex barbatus is a species of harvester ant from the genus Pogonomyrmex. These large (5– to 7-mm) ants prefer arid chaparral habitats and are native to the Southwestern United States.Nests are made underground (up to 2.5 m deep) in exposed areas. Their diets consist primarily of seeds, and they consequently participate in myrmecochory, an ant-plant interaction through which the ants gain nutrients and the plants benefit through seed dispersal. Red harvester ants are often mistaken for fire ants, but are not closely related to any fire ant species, native or introduced.",
"Intro_from": "Wikipedia",
"Image_from": "csimmons7d@BY-NC",
"reference": "Smith CR, Smith CD, Robertson HM, et al. Draft genome of the red harvester ant Pogonomyrmex barbatus. Proc Natl Acad Sci U S A. 2011;108(14):5667-5672.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/21282651/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000187915.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.6%[S:96.3%,D:0.3%],F:2.2%,M:1.2%,n:1367",
"GenomeSize": "238.6",
"GenomeGC": "26.9",
"SeqNumber": "4645",
"N50": "829.9",
"PCGnumber": "10659",
"Swissnumber": "8218",
"GOnumber": "8085",
"KEGGnumber": "8405",
"Pfamnumber": "8948",
"miRNAnumber": "135",
"lncRNAnumber": "4875"
},
{
"id": 648,
"InsectBaseID": "IBG_00648",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Pogonomyrmex",
"TaxonomyID": "144036",
"Tags": "None",
"OrganismName": "Pogonomyrmex californicus",
"NormalName": "California harvester ant",
"SpeciesIntro": "Pogonomyrmex californicus is a species of ant in the subfamily Myrmicinae. It is native to North America, where it occurs in the southwestern United States and northern Mexico. It is best known as the ant that is sent out for Uncle Miltons Ant Farm.",
"Intro_from": "Wikipedia",
"Image_from": "Andy Kleinhesselink@CC0",
"reference": "Bohn J, Halabian R, Schrader L, et al. Genome assembly and annotation of the California harvester ant Pogonomyrmex californicus. G3 (Bethesda). 2021;11(1):jkaa019.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33561225/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017141365.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:96.3%,D:2.3%],F:0.7%,M:0.7%,n:1367",
"GenomeSize": "241.1",
"GenomeGC": "28.9",
"SeqNumber": "6782",
"N50": "208.9",
"PCGnumber": "34491",
"Swissnumber": "9915",
"GOnumber": "9756",
"KEGGnumber": "11035",
"Pfamnumber": "10759",
"miRNAnumber": "152",
"lncRNAnumber": "0"
},
{
"id": 649,
"InsectBaseID": "IBG_00649",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Pogonus",
"TaxonomyID": "235516",
"Tags": "None",
"OrganismName": "Pogonus chalceus",
"NormalName": "None",
"SpeciesIntro": "Pogonus chalceus is small (5.5-6.5mm) bronze ground beetle with greenish or bluish metallic reflections. Found on saltmarshes and estuaries, where it is often locally common under seaweed and driftwood on the strandline.",
"Intro_from": "http://www.habitas.org.uk/groundbeetles/species.asp?item=7274",
"Image_from": "faluke@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002278615.1",
"GenomeLevel": "Chromosome",
"Busco": "C:93.5%[S:92.8%,D:0.7%],F:3.3%,M:3.2%,n:1367",
"GenomeSize": "284.4",
"GenomeGC": "13.5",
"SeqNumber": "28172",
"N50": "97.2",
"PCGnumber": "21517",
"Swissnumber": "11725",
"GOnumber": "11460",
"KEGGnumber": "11800",
"Pfamnumber": "13165",
"miRNAnumber": "73",
"lncRNAnumber": "809"
},
{
"id": 650,
"InsectBaseID": "IBG_00650",
"Order": "Hymenoptera",
"Family": "Vespidae",
"Genus": "Polistes",
"TaxonomyID": "91411",
"Tags": "None",
"OrganismName": "Polistes canadensis",
"NormalName": "red paper wasp",
"SpeciesIntro": "Polistes canadensis is a Neotropical, primitively eusocial wasp. A largely predatory species, it hunts for caterpillar meat to supply its colony, often supplementing its developing larvae with nectar. The most widely distributed American species of the genus Polistes, it colonises multiple combs, which it rears year-round.Emerging from hibernation in the spring, the females found nests built out of plant material such as dry grass and dead wood. These nests are not covered with an envelope and feature hexagonal cells in which eggs are laid and larvae develop.",
"Intro_from": "Wikipedia",
"Image_from": "Alfonso Gutiérrez Aldana@BY-NC",
"reference": "Patalano S, Vlasova A, Wyatt C, et al. Molecular signatures of plastic phenotypes in two eusocial insect species with simple societies. Proc Natl Acad Sci U S A. 2015;112(45):13970-13975.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/26483466/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001313835.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:98.8%,D:0.4%],F:0.1%,M:0.7%,n:1367",
"GenomeSize": "213.8",
"GenomeGC": "20.2",
"SeqNumber": "3836",
"N50": "528.1",
"PCGnumber": "9236",
"Swissnumber": "7653",
"GOnumber": "7490",
"KEGGnumber": "7638",
"Pfamnumber": "8172",
"miRNAnumber": "120",
"lncRNAnumber": "0"
},
{
"id": 651,
"InsectBaseID": "IBG_00651",
"Order": "Hymenoptera",
"Family": "Vespidae",
"Genus": "Polistes",
"TaxonomyID": "743375",
"Tags": "resource insect;",
"OrganismName": "Polistes dominula",
"NormalName": "European paper wasp",
"SpeciesIntro": "Polistes dominula is one of the most common and well-known species of social wasps in the genus Polistes. Its diet is more diverse than that of most Polistes species—many genera of insects versus mainly caterpillars in other Polistes—giving it superior survival ability compared to other wasp species during a shortage of resources.",
"Intro_from": "Wikipedia",
"Image_from": "David Bell@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001465965.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.1%[S:98.7%,D:0.4%],F:0.1%,M:0.8%,n:1367",
"GenomeSize": "210.6",
"GenomeGC": "20",
"SeqNumber": "1483",
"N50": "1645.9",
"PCGnumber": "9456",
"Swissnumber": "7711",
"GOnumber": "7552",
"KEGGnumber": "7774",
"Pfamnumber": "8358",
"miRNAnumber": "126",
"lncRNAnumber": "0"
},
{
"id": 652,
"InsectBaseID": "IBG_00652",
"Order": "Hymenoptera",
"Family": "Vespidae",
"Genus": "Polistes",
"TaxonomyID": "34729",
"Tags": "medicinal insect;pollinator;",
"OrganismName": "Polistes dorsalis",
"NormalName": "None",
"SpeciesIntro": "Polistes dorsalis is a species of social wasps that can be found throughout various parts of North America. It is classified under the Vespidae within the genus of Polistes. Male Polistes dorsalis wasps can be distinguished from other Polistes species by their distinctly prominent median tubercle of sternum 7. Both sexes can also be recognized due to their v- shaped yellow markings on their head. They are distributed widely across North America and can be found in sheltered nests, typically closer to the ground. These wasps live in a dominance hierarchy in which the queens role differs from that of ordinary workers. When threatened, these wasps can deliver moderately painful stings. Their venom might also be of human interest for their antimicrobial uses.",
"Intro_from": "Wikipedia",
"Image_from": "Mary Keim@BY-NC-SA",
"reference": "Miller SE, Legan AW, Henshaw MT, et al. Evolutionary dynamics of recent selection on cognitive abilities. Proc Natl Acad Sci U S A. 2020;117(6):3045-3052.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31980529/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010416905.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:98.9%,D:0.4%],F:0.0%,M:0.7%,n:1367",
"GenomeSize": "211.9",
"GenomeGC": "21.6",
"SeqNumber": "5129",
"N50": "5439.8",
"PCGnumber": "14441",
"Swissnumber": "9025",
"GOnumber": "8819",
"KEGGnumber": "9563",
"Pfamnumber": "9936",
"miRNAnumber": "149",
"lncRNAnumber": "0"
},
{
"id": 653,
"InsectBaseID": "IBG_00653",
"Order": "Hymenoptera",
"Family": "Vespidae",
"Genus": "Polistes",
"TaxonomyID": "30207",
"Tags": "None",
"OrganismName": "Polistes fuscatus",
"NormalName": "dark or northern paper wasp",
"SpeciesIntro": "Polistes fuscatus is widely found throughout southern Canada, the United States, Mexico, and Central America. It often nests around human development. However, it greatly prefers areas in which wood is readily available for use as nest material, therefore they are also found near and in woodlands and savannas. P. fuscatus is a social wasp that is part of a complex society based around a single dominant queen along with other cofoundresses and a dominance hierarchy.",
"Intro_from": "Wikipedia",
"Image_from": "Jimmy Dee@BY-SA",
"reference": "Miller SE, Legan AW, Henshaw MT, et al. Evolutionary dynamics of recent selection on cognitive abilities. Proc Natl Acad Sci U S A. 2020;117(6):3045-3052.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31980529/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010416935.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.9%[S:98.2%,D:0.7%],F:0.2%,M:0.9%,n:1367",
"GenomeSize": "221.9",
"GenomeGC": "22",
"SeqNumber": "187",
"N50": "9230",
"PCGnumber": "14563",
"Swissnumber": "9126",
"GOnumber": "8916",
"KEGGnumber": "9734",
"Pfamnumber": "10147",
"miRNAnumber": "127",
"lncRNAnumber": "1983"
},
{
"id": 654,
"InsectBaseID": "IBG_00654",
"Order": "Hymenoptera",
"Family": "Vespidae",
"Genus": "Polistes",
"TaxonomyID": "91422",
"Tags": "None",
"OrganismName": "Polistes metricus",
"NormalName": "metric paper wasp or metricus paper wasp",
"SpeciesIntro": "Polistes metricus is a wasp native to North America. In the United States, it ranges throughout the southern Midwest, the South, and as far northeast as New York, but has recently been spotted in southwest Ontario. A single female specimen has also been reported from Dryden, Maine. Polistes metricus is dark colored, with yellow tarsi and black tibia. Nests of Polistes metricus can be found attached to the sides of buildings, trees, and shrubbery.",
"Intro_from": "Wikipedia",
"Image_from": "Monica Krancevic@BY-NC",
"reference": "Miller SE, Legan AW, Henshaw MT, et al. Evolutionary dynamics of recent selection on cognitive abilities. Proc Natl Acad Sci U S A. 2020;117(6):3045-3052.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31980529/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010416925.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.4%[S:98.3%,D:1.1%],F:0.0%,M:0.6%,n:1367",
"GenomeSize": "222.6",
"GenomeGC": "21.5",
"SeqNumber": "216",
"N50": "4692",
"PCGnumber": "14036",
"Swissnumber": "9006",
"GOnumber": "8806",
"KEGGnumber": "9488",
"Pfamnumber": "9922",
"miRNAnumber": "149",
"lncRNAnumber": "2194"
},
{
"id": 655,
"InsectBaseID": "IBG_00655",
"Order": "Diptera",
"Family": "Chironomidae",
"Genus": "Polypedilum",
"TaxonomyID": "1871131",
"Tags": "None",
"OrganismName": "Polypedilum pembai",
"NormalName": "none",
"SpeciesIntro": "Polypedilum pembai is a species in the family Chironomidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014622435.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.5%[S:95.5%,D:2.0%],F:0.4%,M:2.1%,n:1367",
"GenomeSize": "122.9",
"GenomeGC": "19.2",
"SeqNumber": "4662",
"N50": "40.9",
"PCGnumber": "17339",
"Swissnumber": "11065",
"GOnumber": "10919",
"KEGGnumber": "11516",
"Pfamnumber": "13219",
"miRNAnumber": "41",
"lncRNAnumber": "0"
},
{
"id": 656,
"InsectBaseID": "IBG_00656",
"Order": "Diptera",
"Family": "Chironomidae",
"Genus": "Polypedilum",
"TaxonomyID": "319348",
"Tags": "None",
"OrganismName": "Polypedilum vanderplanki",
"NormalName": "sleeping chironomid",
"SpeciesIntro": "Polypedilum vanderplanki is a dipteran in the family Chironomidae (non-biting midges). It occurs in the semi-arid regions of the African continent (e.g. northern Nigeria and Uganda). Its larvae are found in small tubular nests in the mud at the bottom of temporary pools that frequently dry out during the lifetime of P. vanderplanki larvae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018290095.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.6%[S:97.4%,D:1.2%],F:0.2%,M:1.2%,n:1367",
"GenomeSize": "119",
"GenomeGC": "18.8",
"SeqNumber": "387",
"N50": "35209.1",
"PCGnumber": "17631",
"Swissnumber": "10806",
"GOnumber": "10668",
"KEGGnumber": "11255",
"Pfamnumber": "13499",
"miRNAnumber": "32",
"lncRNAnumber": "2200"
},
{
"id": 657,
"InsectBaseID": "IBG_00657",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Popillia",
"TaxonomyID": "7064",
"Tags": "pest;",
"OrganismName": "Popillia japonica",
"NormalName": "Japanese beetle",
"SpeciesIntro": "Popillia japonica is a species of scarab beetle. The adult measures 15 mm (0.6 in) in length and 10 mm (0.4 in) in width, has iridescent copper-colored elytra and a green thorax and head. It is not very destructive in Japan, where it is controlled by natural predators, but in North America, it is a noted pest of about 300 species of plants including rose bushes, grapes, hops, canna, crape myrtles, birch trees, linden trees, and others.",
"Intro_from": "Wikipedia",
"Image_from": "Judy Gallagher@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004785975.1",
"GenomeLevel": "Scaffold",
"Busco": "C:85.6%[S:82.8%,D:2.8%],F:7.8%,M:6.6%,n:1367",
"GenomeSize": "538.1",
"GenomeGC": "25.2",
"SeqNumber": "75144",
"N50": "15.4",
"PCGnumber": "31196",
"Swissnumber": "12483",
"GOnumber": "12154",
"KEGGnumber": "14832",
"Pfamnumber": "15330",
"miRNAnumber": "98",
"lncRNAnumber": "0"
},
{
"id": 658,
"InsectBaseID": "IBG_00658",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Proctacanthus",
"TaxonomyID": "1717472",
"Tags": "None",
"OrganismName": "Proctacanthus coquilletti",
"NormalName": "None",
"SpeciesIntro": "Proctacanthus coquillettii is a species of robber flies (insects in the family Asilidae).",
"Intro_from": "Wikipedia",
"Image_from": "docprt@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001932985.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.5%[S:98.8%,D:0.7%],F:0.4%,M:0.1%,n:1367",
"GenomeSize": "211.5",
"GenomeGC": "26.2",
"SeqNumber": "14695",
"N50": "873.1",
"PCGnumber": "26583",
"Swissnumber": "9425",
"GOnumber": "9253",
"KEGGnumber": "9673",
"Pfamnumber": "10464",
"miRNAnumber": "73",
"lncRNAnumber": "701"
},
{
"id": 659,
"InsectBaseID": "IBG_00659",
"Order": "Diptera",
"Family": "Chironomidae",
"Genus": "Propsilocerus",
"TaxonomyID": "903466",
"Tags": "None",
"OrganismName": "Propsilocerus akamusi",
"NormalName": "none",
"SpeciesIntro": "Propsilocerus akamusi is a species in the family Chironomidae.",
"Intro_from": "Wikipedia",
"Image_from": "Chironomid Group, NIES, National Institute for Environmental Studies, Japan@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018397935.1",
"GenomeLevel": "Chromosome",
"Busco": "C:93.0%[S:91.7%,D:1.3%],F:0.9%,M:6.1%,n:1367",
"GenomeSize": "85.8",
"GenomeGC": "27.1",
"SeqNumber": "112",
"N50": "26110.3",
"PCGnumber": "14557",
"Swissnumber": "10176",
"GOnumber": "10040",
"KEGGnumber": "10460",
"Pfamnumber": "11662",
"miRNAnumber": "24",
"lncRNAnumber": "0"
},
{
"id": 660,
"InsectBaseID": "IBG_00660",
"Order": "Coleoptera",
"Family": "Coccinellidae",
"Genus": "Propylea",
"TaxonomyID": "158624",
"Tags": "natural enemy;",
"OrganismName": "Propylea japonica",
"NormalName": "ladybird beetle",
"SpeciesIntro": "Propylea japonica is an important natural enemy in agro‐ecological systems. ",
"Intro_from": "Chromosome‐level genome assembly of the predator Propylea japonica to understand its tolerance to insecticides and high temperatures",
"Image_from": "leemt2@BY-NC-ND",
"reference": "Zhang L, Li S, Luo J, et al. Chromosome-level genome assembly of the predator Propylea japonica to understand its tolerance to insecticides and high temperatures. Mol Ecol Resour. 2020;20(1):292-307. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31599108/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013421045.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.4%[S:88.2%,D:6.2%],F:1.0%,M:4.6%,n:1367",
"GenomeSize": "861.9",
"GenomeGC": "19.4",
"SeqNumber": "1074",
"N50": "101590.6",
"PCGnumber": "43216",
"Swissnumber": "19912",
"GOnumber": "19502",
"KEGGnumber": "24286",
"Pfamnumber": "25038",
"miRNAnumber": "152",
"lncRNAnumber": "2392"
},
{
"id": 661,
"InsectBaseID": "IBG_00661",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Protaetia",
"TaxonomyID": "348688",
"Tags": "medicinal insect;pest;",
"OrganismName": "Protaetia brevitarsis",
"NormalName": "the white-spotted flower chafer",
"SpeciesIntro": "Protaetia brevitarsis is an important Scarabaeidae insect that is distributed in most Asian countries.",
"Intro_from": "De novo genome assembly of the white-spotted flower chafer (Protaetia brevitarsis)",
"Image_from": "Paul B.@BY-NC-ND",
"reference": "Wang K, Li P, Gao Y, et al. De novo genome assembly of the white-spotted flower chafer (Protaetia brevitarsis). Gigascience. 2019;8(4):giz019.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30949689/",
"DataSource": "GigaDB",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:90.7%[S:83.5%,D:7.2%],F:3.4%,M:5.9%,n:1367",
"GenomeSize": "761.5",
"GenomeGC": "32.9",
"SeqNumber": "327",
"N50": "2981.5",
"PCGnumber": "21626",
"Swissnumber": "10274",
"GOnumber": "10081",
"KEGGnumber": "11943",
"Pfamnumber": "12422",
"miRNAnumber": "125",
"lncRNAnumber": "6778"
},
{
"id": 662,
"InsectBaseID": "IBG_00662",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Pseudoatta",
"TaxonomyID": "621737",
"Tags": "None",
"OrganismName": "Pseudoatta argentina",
"NormalName": "none",
"SpeciesIntro": "Pseudoatta argentina are known to use Acromyrmex heyeri, Acromyrmex lundii and possibly Acromyrmex balzani as hosts. Details concerning their biology can be found in Bruch (1928) and Gallardo (1929).",
"Intro_from": "AntWiki",
"Image_from": "www.AntWeb.org@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017607525.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:98.2%,D:0.4%],F:0.7%,M:0.7%,n:1367",
"GenomeSize": "280.2",
"GenomeGC": "25.1",
"SeqNumber": "2998",
"N50": "3483.3",
"PCGnumber": "9302",
"Swissnumber": "8920",
"GOnumber": "8633",
"KEGGnumber": "8646",
"Pfamnumber": "8648",
"miRNAnumber": "136",
"lncRNAnumber": "0"
},
{
"id": 663,
"InsectBaseID": "IBG_00663",
"Order": "Hemiptera",
"Family": "Pseudococcidae",
"Genus": "Pseudococcus",
"TaxonomyID": "13233",
"Tags": "pest;",
"OrganismName": "Pseudococcus longispinus",
"NormalName": "long-tailed mealybug",
"SpeciesIntro": "Pseudococcus longispinus is a species of mealybug in the family Pseudococcidae.",
"Intro_from": "Wikipedia",
"Image_from": "Jeff Fryett@BY",
"reference": "Garber AI, Kupper M, Laetsch DR, et al. The Evolution of Interdependence in a Four-Way Mealybug Symbiosis. Genome Biol Evol. 2021;13(8):evab123.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34061185/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900064475.1",
"GenomeLevel": "Scaffold",
"Busco": "C:91.0%[S:89.8%,D:1.2%],F:4.5%,M:4.5%,n:1367",
"GenomeSize": "288.5",
"GenomeGC": "21.4",
"SeqNumber": "66857",
"N50": "10",
"PCGnumber": "23609",
"Swissnumber": "12714",
"GOnumber": "12511",
"KEGGnumber": "13855",
"Pfamnumber": "14548",
"miRNAnumber": "60",
"lncRNAnumber": "0"
},
{
"id": 664,
"InsectBaseID": "IBG_00664",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Pseudomyrmex",
"TaxonomyID": "292152",
"Tags": "None",
"OrganismName": "Pseudomyrmex concolor",
"NormalName": "none",
"SpeciesIntro": "Pseudomyrmex concolor is a wide ranging species associated with Tachigali plants.",
"Intro_from": "AntWiki",
"Image_from": "Zach Lieberman@BY-SA",
"reference": "Rubin BE, Moreau CS. Comparative genomics reveals convergent rates of evolution in ant-plant mutualisms. Nat Commun. 2016;7:12679.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27557866/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014839585.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.0%[S:95.2%,D:0.8%],F:2.2%,M:1.8%,n:1367",
"GenomeSize": "196.8",
"GenomeGC": "32",
"SeqNumber": "28854",
"N50": "14.6",
"PCGnumber": "23633",
"Swissnumber": "13020",
"GOnumber": "12683",
"KEGGnumber": "10982",
"Pfamnumber": "14041",
"miRNAnumber": "120",
"lncRNAnumber": "0"
},
{
"id": 665,
"InsectBaseID": "IBG_00665",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Pseudomyrmex",
"TaxonomyID": "292154",
"Tags": "None",
"OrganismName": "Pseudomyrmex cubaensis",
"NormalName": "none",
"SpeciesIntro": "Pseudomyrmex cubaensis is a species of ant in the family Formicidae.",
"Intro_from": "Wikipedia",
"Image_from": "Wayne Fidler@BY-NC",
"reference": "Rubin BE, Moreau CS. Comparative genomics reveals convergent rates of evolution in ant-plant mutualisms. Nat Commun. 2016;7:12679.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27557867/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014825685.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.8%[S:97.4%,D:0.4%],F:1.0%,M:1.2%,n:1367",
"GenomeSize": "204.6",
"GenomeGC": "32.2",
"SeqNumber": "24805",
"N50": "34",
"PCGnumber": "23831",
"Swissnumber": "10437",
"GOnumber": "10243",
"KEGGnumber": "11135",
"Pfamnumber": "11962",
"miRNAnumber": "108",
"lncRNAnumber": "0"
},
{
"id": 666,
"InsectBaseID": "IBG_00666",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Pseudomyrmex",
"TaxonomyID": "292155",
"Tags": "None",
"OrganismName": "Pseudomyrmex dendroicus",
"NormalName": "none",
"SpeciesIntro": "Pseudomyrmex dendroicus is a mutualist with plants in the genus Triplaris. The ants patrol and aggressively defend the plant they nest in from intruders.",
"Intro_from": "AntWiki",
"Image_from": "Will Ericson@BY-SA",
"reference": "Rubin BE, Moreau CS. Comparative genomics reveals convergent rates of evolution in ant-plant mutualisms. Nat Commun. 2016;7:12679.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27557868/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014825645.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.7%[S:96.3%,D:0.4%],F:1.5%,M:1.8%,n:1367",
"GenomeSize": "206.6",
"GenomeGC": "31.6",
"SeqNumber": "27828",
"N50": "19.5",
"PCGnumber": "26134",
"Swissnumber": "10437",
"GOnumber": "10247",
"KEGGnumber": "11056",
"Pfamnumber": "11799",
"miRNAnumber": "111",
"lncRNAnumber": "0"
},
{
"id": 667,
"InsectBaseID": "IBG_00667",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Pseudomyrmex",
"TaxonomyID": "600709",
"Tags": "None",
"OrganismName": "Pseudomyrmex elongatus",
"NormalName": "none",
"SpeciesIntro": "Pseudomyrmex elongatus is a species of ant in the family Formicidae.This is widely spread and common species from Mexico to Argentina. Long eyes, predominantly opaque head, small size (HW 0.56-0.68) these are some features of P. elongatus.",
"Intro_from": "AntWiki",
"Image_from": "Robby Deans@BY-NC",
"reference": "Rubin BE, Moreau CS. Comparative genomics reveals convergent rates of evolution in ant-plant mutualisms. Nat Commun. 2016;7:12679.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27557869/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014825605.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.1%[S:97.1%,D:1.0%],F:0.8%,M:1.1%,n:1367",
"GenomeSize": "244.1",
"GenomeGC": "34.8",
"SeqNumber": "37228",
"N50": "24.7",
"PCGnumber": "50129",
"Swissnumber": "21324",
"GOnumber": "20868",
"KEGGnumber": "16720",
"Pfamnumber": "24296",
"miRNAnumber": "113",
"lncRNAnumber": "0"
},
{
"id": 668,
"InsectBaseID": "IBG_00668",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Pseudomyrmex",
"TaxonomyID": "292159",
"Tags": "None",
"OrganismName": "Pseudomyrmex flavicornis",
"NormalName": "obligate acacia mutualist",
"SpeciesIntro": "Pseudomyrmex flavicornis that can inhabit a few different species of Vachellia. This is the Pseudomyrmex species noted in Belts 1874 account of his travels in Nicaragua.",
"Intro_from": "Wikipedia",
"Image_from": "John Jackson@BY-NC",
"reference": "Rubin BE, Moreau CS. Comparative genomics reveals convergent rates of evolution in ant-plant mutualisms. Nat Commun. 2016;7:12679.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27557870/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014825475.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.2%[S:97.8%,D:0.4%],F:0.7%,M:1.1%,n:1367",
"GenomeSize": "198.5",
"GenomeGC": "31.7",
"SeqNumber": "19545",
"N50": "36",
"PCGnumber": "23529",
"Swissnumber": "10292",
"GOnumber": "10108",
"KEGGnumber": "10751",
"Pfamnumber": "11553",
"miRNAnumber": "109",
"lncRNAnumber": "0"
},
{
"id": 669,
"InsectBaseID": "IBG_00669",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Pseudomyrmex",
"TaxonomyID": "219809",
"Tags": "None",
"OrganismName": "Pseudomyrmex gracilis",
"NormalName": "None",
"SpeciesIntro": "Pseudomyrmex gracilis is a wide ranging species that is quite variable in its appearance. This ant can also be found in many different habitats. Pseudomyrmex gracilis typically nest in dead twigs or branches but will occasional be found in myrmecophytic plants. When nesting in a myrmecophyte, they play the role of a parasite of the ant-plant mutualism.",
"Intro_from": "AntWiki",
"Image_from": "Richard Stovall@BY",
"reference": "Rubin BE, Moreau CS. Comparative genomics reveals convergent rates of evolution in ant-plant mutualisms. Nat Commun. 2016;7:12679.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27557870/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002006095.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:98.5%,D:0.7%],F:0.1%,M:0.7%,n:1367",
"GenomeSize": "286.3",
"GenomeGC": "28.1",
"SeqNumber": "6556",
"N50": "321.7",
"PCGnumber": "10815",
"Swissnumber": "8422",
"GOnumber": "8241",
"KEGGnumber": "8766",
"Pfamnumber": "9381",
"miRNAnumber": "117",
"lncRNAnumber": "549"
},
{
"id": 670,
"InsectBaseID": "IBG_00670",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Pseudomyrmex",
"TaxonomyID": "56622",
"Tags": "None",
"OrganismName": "Pseudomyrmex pallidus",
"NormalName": "none",
"SpeciesIntro": "Pseudomyrmex pallidus is a species of ant found in the Nearctic realm with an extensive range throughout the southern United States to Central America.",
"Intro_from": "Wikipedia",
"Image_from": "Jake Nitta@BY",
"reference": "Rubin BE, Moreau CS. Comparative genomics reveals convergent rates of evolution in ant-plant mutualisms. Nat Commun. 2016;7:12679.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27557871/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014825455.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.2%[S:95.7%,D:0.5%],F:1.8%,M:2.0%,n:1367",
"GenomeSize": "200.4",
"GenomeGC": "32",
"SeqNumber": "28260",
"N50": "22.3",
"PCGnumber": "21859",
"Swissnumber": "9728",
"GOnumber": "9558",
"KEGGnumber": "10897",
"Pfamnumber": "11192",
"miRNAnumber": "126",
"lncRNAnumber": "0"
},
{
"id": 671,
"InsectBaseID": "IBG_00671",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Pseudoneuroterus",
"TaxonomyID": "207806",
"Tags": "None",
"OrganismName": "Pseudoneuroterus saliens",
"NormalName": "Cynipid gall wasp",
"SpeciesIntro": "Pseudoneuroterus salienss larva produces a spindle-shaped gall (actually more like a slender cowry shell), attached to a twig, petiole or midrib, often several in a row. The gall is up to 3 mm long, hard, shiny, sometimes with a few length ridges, green at first becoming reddish brown and spotted, or brown later.",
"Intro_from": "https://www.naturespot.org.uk/node/128846",
"Image_from": "Sally Jennings@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900490055.1",
"GenomeLevel": "Scaffold",
"Busco": "C:31.9%[S:30.9%,D:1.0%],F:23.4%,M:44.7%,n:1367",
"GenomeSize": "2084.8",
"GenomeGC": "16.4",
"SeqNumber": "3378461",
"N50": "1",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "152",
"lncRNAnumber": "0"
},
{
"id": 672,
"InsectBaseID": "IBG_00672",
"Order": "Hymenoptera",
"Family": "Pteromalidae",
"Genus": "Pteromalus",
"TaxonomyID": "32389",
"Tags": "natural enemy;",
"OrganismName": "Pteromalus puparum",
"NormalName": "None",
"SpeciesIntro": "Pteromalus puparum is a gregarious pupal endoparasitoid wasp which has evolved unique means to adopt the hosts immune system, as no other parasitoid-associated factors other than venom are injected into its hosts during oviposition. ",
"Intro_from": "Venom of the Endoparasitoid Wasp Pteromalus puparum: An Overview",
"Image_from": "Chris Mallory@BY-NC",
"reference": "Ye X, Yan Z, Yang Y, et al. A chromosome-level genome assembly of the parasitoid wasp Pteromalus puparum. Mol Ecol Resour. 2020;20(5):1384-1402. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32562592/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_012977825.2",
"GenomeLevel": "Chromosome",
"Busco": "C:97.8%[S:96.8%,D:1.0%],F:0.7%,M:1.5%,n:1367",
"GenomeSize": "338.2",
"GenomeGC": "28.5",
"SeqNumber": "2736",
"N50": "65768.2",
"PCGnumber": "17656",
"Swissnumber": "10092",
"GOnumber": "9902",
"KEGGnumber": "11171",
"Pfamnumber": "11842",
"miRNAnumber": "198",
"lncRNAnumber": "0"
},
{
"id": 673,
"InsectBaseID": "IBG_00673",
"Order": "Coleoptera",
"Family": "Pyrochroidae",
"Genus": "Pyrochroa",
"TaxonomyID": "346838",
"Tags": "None",
"OrganismName": "Pyrochroa serraticornis",
"NormalName": "cardinal beetle",
"SpeciesIntro": "Pyrochroa serraticornis is a species of fire-colored beetle in the family Pyrochroidae. It is found in Europe.",
"Intro_from": "Wikipedia",
"Image_from": "Corinna Herr@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905333025.1",
"GenomeLevel": "Chromosome",
"Busco": "None",
"GenomeSize": "249.4",
"GenomeGC": "24.9",
"SeqNumber": "40",
"N50": "37181.7",
"PCGnumber": "22428",
"Swissnumber": "12001",
"GOnumber": "11814",
"KEGGnumber": "13324",
"Pfamnumber": "14681",
"miRNAnumber": "110",
"lncRNAnumber": "0"
},
{
"id": 674,
"InsectBaseID": "IBG_00674",
"Order": "Coleoptera",
"Family": "Lampyridae",
"Genus": "Pyrocoelia",
"TaxonomyID": "417401",
"Tags": "None",
"OrganismName": "Pyrocoelia pectoralis",
"NormalName": "None",
"SpeciesIntro": "Pyrocoelia pectoralis was discovered in mainland China in 2002. The larvae of P. pectoralis inhabit moist grasslands and deserted farmlands rich in terrestrial vegetation. ",
"Intro_from": "Biological Characteristics of the Terrestrial Firefly Pyrocoelia pectoralis (Cleoptera: Lampyridae)",
"Image_from": "云中鸟@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "GigaDB",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:98.8%[S:64.1%,D:34.7%],F:0.2%,M:1.0%,n:1367",
"GenomeSize": "769.9",
"GenomeGC": "34.4",
"SeqNumber": "474",
"N50": "3073.8",
"PCGnumber": "22657",
"Swissnumber": "14712",
"GOnumber": "14524",
"KEGGnumber": "15294",
"Pfamnumber": "17525",
"miRNAnumber": "119",
"lncRNAnumber": "4569"
},
{
"id": 675,
"InsectBaseID": "IBG_00675",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "2585923",
"Tags": "None",
"OrganismName": "Pyrrhopyge aziza",
"NormalName": "none",
"SpeciesIntro": "Pyrrhopyge aziza is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "Indiana Cristo@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018239165.1",
"GenomeLevel": "Contig",
"Busco": "C:0.9%[S:0.9%,D:0.0%],F:1.0%,M:98.1%,n:1367",
"GenomeSize": "11.9",
"GenomeGC": "45.2",
"SeqNumber": "28430",
"N50": "0.4",
"PCGnumber": "4720",
"Swissnumber": "3494",
"GOnumber": "3389",
"KEGGnumber": "1370",
"Pfamnumber": "3936",
"miRNAnumber": "2",
"lncRNAnumber": "0"
},
{
"id": 676,
"InsectBaseID": "IBG_00676",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "2201600",
"Tags": "None",
"OrganismName": "Pyrrhopyge hadassa",
"NormalName": "none",
"SpeciesIntro": "Pyrrhopyge hadassa is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "Ken Kertell@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018251255.1",
"GenomeLevel": "Contig",
"Busco": "C:14.3%[S:14.2%,D:0.1%],F:32.9%,M:52.8%,n:1367",
"GenomeSize": "358.2",
"GenomeGC": "26.2",
"SeqNumber": "532116",
"N50": "0.9",
"PCGnumber": "44947",
"Swissnumber": "14973",
"GOnumber": "14801",
"KEGGnumber": "21920",
"Pfamnumber": "15442",
"miRNAnumber": "116",
"lncRNAnumber": "0"
},
{
"id": 677,
"InsectBaseID": "IBG_00677",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "2585939",
"Tags": "None",
"OrganismName": "Pyrrhopyge phidias",
"NormalName": "none",
"SpeciesIntro": "Pyrrhopyge phidias is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "Gabriel Camilo Jaramillo Giraldo@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246615.1",
"GenomeLevel": "Contig",
"Busco": "C:0.0%[S:0.0%,D:0.0%],F:0.1%,M:99.9%,n:1367",
"GenomeSize": "24.8",
"GenomeGC": "32.6",
"SeqNumber": "80181",
"N50": "0.3",
"PCGnumber": "152",
"Swissnumber": "58",
"GOnumber": "53",
"KEGGnumber": "90",
"Pfamnumber": "70",
"miRNAnumber": "6",
"lncRNAnumber": "0"
},
{
"id": 678,
"InsectBaseID": "IBG_00678",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "2585942",
"Tags": "None",
"OrganismName": "Pyrrhopyge proculus",
"NormalName": "none",
"SpeciesIntro": "Pyrrhopyge phidias is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "Sidnei Dantas@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246695.1",
"GenomeLevel": "Contig",
"Busco": "C:0.0%[S:0.0%,D:0.0%],F:0.9%,M:99.1%,n:1367",
"GenomeSize": "20.8",
"GenomeGC": "36.7",
"SeqNumber": "67037",
"N50": "0.3",
"PCGnumber": "701",
"Swissnumber": "458",
"GOnumber": "446",
"KEGGnumber": "284",
"Pfamnumber": "484",
"miRNAnumber": "8",
"lncRNAnumber": "0"
},
{
"id": 679,
"InsectBaseID": "IBG_00679",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "2585947",
"Tags": "None",
"OrganismName": "Pyrrhopyge sergius",
"NormalName": "none",
"SpeciesIntro": "Pyrrhopyge sergius is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "Instituto Últimos Refúgios@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018239425.1",
"GenomeLevel": "Contig",
"Busco": "C:0.1%[S:0.1%,D:0.0%],F:0.0%,M:99.9%,n:1367",
"GenomeSize": "4.1",
"GenomeGC": "33.5",
"SeqNumber": "8954",
"N50": "0.5",
"PCGnumber": "107",
"Swissnumber": "53",
"GOnumber": "46",
"KEGGnumber": "71",
"Pfamnumber": "66",
"miRNAnumber": "1",
"lncRNAnumber": "0"
},
{
"id": 680,
"InsectBaseID": "IBG_00680",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "2585955",
"Tags": "None",
"OrganismName": "Pyrrhopyge thericles",
"NormalName": "none",
"SpeciesIntro": "Pyrrhopyge thericles is a species in the family Hesperiidae.",
"Intro_from": "Wikipedia",
"Image_from": "axca@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018239185.1",
"GenomeLevel": "Contig",
"Busco": "C:0.1%[S:0.1%,D:0.0%],F:0.4%,M:99.5%,n:1367",
"GenomeSize": "34.4",
"GenomeGC": "34",
"SeqNumber": "110479",
"N50": "0.3",
"PCGnumber": "287",
"Swissnumber": "151",
"GOnumber": "148",
"KEGGnumber": "170",
"Pfamnumber": "170",
"miRNAnumber": "7",
"lncRNAnumber": "0"
},
{
"id": 681,
"InsectBaseID": "IBG_00681",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Rhagoletis",
"TaxonomyID": "28610",
"Tags": "pest",
"OrganismName": "Rhagoletis pomonella",
"NormalName": "apple maggot or railroad worm",
"SpeciesIntro": "Rhagoletis pomonella is a species of fruit fly, and a pest of several types of fruits, mainly apples. This species evolved about 150 years ago through a sympatric shift from the native host hawthorn to the domesticated apple species Malus domestica in the northeastern United States. This fly is believed to have been accidentally spread to the western United States from the endemic eastern United States region through contaminated apples at multiple points throughout the 20th century. The apple maggot uses Batesian mimicry as a method of defense, with coloration resembling that of the forelegs and pedipalps of a jumping spider (family Salticidae).",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@CC0",
"reference": "Meyers PJ, Powell TH, Walden KK, et al. Divergence of the diapause transcriptome in apple maggot flies: winter regulation and post-winter transcriptional repression. J Exp Biol. 2016;219(Pt 17):2613-2622.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27312473/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013731165.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.9%[S:78.6%,D:15.3%],F:2.0%,M:4.1%,n:1367",
"GenomeSize": "1223.3",
"GenomeGC": "19.2",
"SeqNumber": "32060",
"N50": "72319.6",
"PCGnumber": "21503",
"Swissnumber": "13241",
"GOnumber": "13021",
"KEGGnumber": "15602",
"Pfamnumber": "16765",
"miRNAnumber": "150",
"lncRNAnumber": "8091"
},
{
"id": 682,
"InsectBaseID": "IBG_00682",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Rhagoletis",
"TaxonomyID": "28612",
"Tags": "None",
"OrganismName": "Rhagoletis zephyria",
"NormalName": "None",
"SpeciesIntro": "Rhagoletis zephyria is a species of tephritid or fruit fly in the genus Rhagoletis of the family Tephritidae.",
"Intro_from": "Wikipedia",
"Image_from": "natureguy@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001687245.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.5%[S:82.1%,D:15.4%],F:0.9%,M:1.6%,n:1367",
"GenomeSize": "1114",
"GenomeGC": "21.5",
"SeqNumber": "86670",
"N50": "62.6",
"PCGnumber": "25206",
"Swissnumber": "17608",
"GOnumber": "17342",
"KEGGnumber": "18757",
"Pfamnumber": "20235",
"miRNAnumber": "230",
"lncRNAnumber": "0"
},
{
"id": 683,
"InsectBaseID": "IBG_00683",
"Order": "Coleoptera",
"Family": "Cantharidae",
"Genus": "Rhagonycha",
"TaxonomyID": "41101",
"Tags": "natural enemy",
"OrganismName": "Rhagonycha fulva",
"NormalName": "common red soldier beetle,bloodsucker beetle or hogweed bonking beetl",
"SpeciesIntro": "Rhagonycha fulva also misleadingly known as the bloodsucker beetle, and popularly known in England as the hogweed bonking beetle is a species of soldier beetle (Cantharidae).",
"Intro_from": "Wikipedia",
"Image_from": "Corinna Herr@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905340355.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.3%[S:97.3%,D:2.0%],F:0.3%,M:0.4%,n:1367",
"GenomeSize": "424.7",
"GenomeGC": "17.2",
"SeqNumber": "13",
"N50": "115753.1",
"PCGnumber": "32976",
"Swissnumber": "15629",
"GOnumber": "15216",
"KEGGnumber": "17840",
"Pfamnumber": "21086",
"miRNAnumber": "94",
"lncRNAnumber": "1112"
},
{
"id": 684,
"InsectBaseID": "IBG_00684",
"Order": "Odonata",
"Family": "Chlorocyphidae",
"Genus": "Rhinocypha",
"TaxonomyID": "2487776",
"Tags": "None",
"OrganismName": "Rhinocypha anisoptera",
"NormalName": "None",
"SpeciesIntro": "Rhinocypha anisoptera is distributed in Sumatra and Java.Despite the vast encounter localities, there was lack of specimens collected to reveal its typical characteristic and behavior. ",
"Intro_from": "https://www.researchgate.net/publication/348276507_Distribution_Characteristic_and_Behavior_of_Rhinocypha_anisoptera_Selys",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011762765.1",
"GenomeLevel": "Scaffold",
"Busco": "C:84.7%[S:77.0%,D:7.7%],F:6.4%,M:8.9%,n:1367",
"GenomeSize": "1894.8",
"GenomeGC": "28",
"SeqNumber": "754445",
"N50": "408.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "326",
"lncRNAnumber": "0"
},
{
"id": 685,
"InsectBaseID": "IBG_00685",
"Order": "Hemiptera",
"Family": "Reduviidae",
"Genus": "Rhodnius",
"TaxonomyID": "13249",
"Tags": "vector;",
"OrganismName": "Rhodnius prolixus",
"NormalName": "None",
"SpeciesIntro": "Rhodnius prolixus is the principal triatomine vector of the Chagas parasite due to both its sylvatic and domestic populations in northern South America as well as to its exclusively domestic populations in Central America. It has a wide range of ecotopes, mainly savanna and foothills with an altitude of between 500 to 1,500 metres (1,640 to 4,921 ft) above sea level and temperatures of 16 to 28 °C (61 to 82 °F). Sylvatic R. prolixus, as virtually all Rhodnius spp., is primarily associated with palm tree habitats and has a wide range of hosts including birds, rodents, marsupials, sloths, and reptiles.",
"Intro_from": "Wikipedia",
"Image_from": "Annika Lindqvist@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "DNA Zoo",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:95.5%[S:94.8%,D:0.7%],F:2.0%,M:2.5%,n:1367",
"GenomeSize": "671.6",
"GenomeGC": "17.9",
"SeqNumber": "17755",
"N50": "47232.7",
"PCGnumber": "20099",
"Swissnumber": "11020",
"GOnumber": "10766",
"KEGGnumber": "11094",
"Pfamnumber": "12567",
"miRNAnumber": "78",
"lncRNAnumber": "15564"
},
{
"id": 686,
"InsectBaseID": "IBG_00686",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Rhopalosiphum",
"TaxonomyID": "43146",
"Tags": "pest;",
"OrganismName": "Rhopalosiphum maidis",
"NormalName": "corn leaf aphid and corn aphid",
"SpeciesIntro": "Rhopalosiphum maidis is an insect, and a pest of maize and other crops. It has a nearly worldwide distribution and is typically found in agricultural fields, grasslands, and forest-grassland zones. Among aphids that feed on maize, it is the most commonly encountered and most economically damaging, particularly in tropical and warmer temperate areas. In addition to maize, R. maidis damages rice, sorghum, and other cultivated and wild monocots.",
"Intro_from": "Wikipedia",
"Image_from": "Ron Matsumoto@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003676215.3",
"GenomeLevel": "Chromosome",
"Busco": "C:97.0%[S:94.8%,D:2.2%],F:0.7%,M:2.3%,n:1367",
"GenomeSize": "330.1",
"GenomeGC": "17",
"SeqNumber": "220",
"N50": "94465.1",
"PCGnumber": "11712",
"Swissnumber": "8773",
"GOnumber": "8598",
"KEGGnumber": "9061",
"Pfamnumber": "9849",
"miRNAnumber": "69",
"lncRNAnumber": "313"
},
{
"id": 687,
"InsectBaseID": "IBG_00687",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Rhopalosiphum",
"TaxonomyID": "40932",
"Tags": "pest;",
"OrganismName": "Rhopalosiphum padi",
"NormalName": "Bird cherry-oat aphid",
"SpeciesIntro": "Rhopalosiphum padi is an aphid in the superfamily Aphidoidea in the order Hemiptera. It is a true bug and sucks sap from plants. It is considered a major pest in cereal crops, especially in temperate regions, as well as other hosts in parts of Northern Europe. It is the principal vector of many viruses in economically important field crops.",
"Intro_from": "Wikipedia",
"Image_from": "Jesse Rorabaugh@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:96.1%[S:93.4%,D:2.7%],F:1.0%,M:2.9%,n:1367",
"GenomeSize": "321.6",
"GenomeGC": "27.8",
"SeqNumber": "2172",
"N50": "652.7",
"PCGnumber": "26301",
"Swissnumber": "11918",
"GOnumber": "11540",
"KEGGnumber": "13679",
"Pfamnumber": "14554",
"miRNAnumber": "22",
"lncRNAnumber": "1909"
},
{
"id": 688,
"InsectBaseID": "IBG_00688",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Rhynchophorus",
"TaxonomyID": "354439",
"Tags": "edible insect;pest;",
"OrganismName": "Rhynchophorus ferrugineus",
"NormalName": "red palm weevil, Asian palm weevil or sago palm weevil",
"SpeciesIntro": "Rhynchophorus ferrugineus is one of two species of snout beetle. The adult beetles are relatively large, ranging between 2 and 4 centimetres (1 and 1 1⁄2 inches) long, and are usually a rusty red colour—but many colour variants exist and have often been classified as different species (e.g., Rhynchophorus vulneratus). Weevil larvae can excavate holes in the trunks of palm trees up to 1 metre (3.3 ft) long, thereby weakening and eventually killing the host plant. As a result, the weevil is considered a major pest in palm plantations, including the coconut palm, date palm and oil palm.",
"Intro_from": "Wikipedia",
"Image_from": "Michael Lai@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014462685.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.5%[S:92.2%,D:2.3%],F:1.2%,M:4.3%,n:1367",
"GenomeSize": "589.4",
"GenomeGC": "19.3",
"SeqNumber": "24005",
"N50": "471.6",
"PCGnumber": "22719",
"Swissnumber": "11008",
"GOnumber": "10822",
"KEGGnumber": "11590",
"Pfamnumber": "12411",
"miRNAnumber": "98",
"lncRNAnumber": "4444"
},
{
"id": 689,
"InsectBaseID": "IBG_00689",
"Order": "Hemiptera",
"Family": "Alydidae",
"Genus": "Riptortus",
"TaxonomyID": "329032",
"Tags": "pest",
"OrganismName": "Riptortus pedestris",
"NormalName": "none",
"SpeciesIntro": "Riptortus pedestris is a species of the family Alydidae.",
"Intro_from": "Wikipedia",
"Image_from": "budak@BY-NC",
"reference": "Huang HJ, Ye YX, Ye ZX, et al. Chromosome-level genome assembly of the bean bug Riptortus pedestris [published online ahead of print, 2021 May 26]. Mol Ecol Resour. 2021;10.1111/1755-0998.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34038033/",
"DataSource": "NGDC",
"NCBIassembly": "GCA_019009955.1",
"GenomeLevel": "Chromosome",
"Busco": "C:83.7%[S:82.2%,D:1.5%],F:1.5%,M:14.8%,n:1367",
"GenomeSize": "1079.5",
"GenomeGC": "33.7",
"SeqNumber": "290",
"N50": "161368.8",
"PCGnumber": "19026",
"Swissnumber": "11373",
"GOnumber": "11139",
"KEGGnumber": "12195",
"Pfamnumber": "14298",
"miRNAnumber": "137",
"lncRNAnumber": "8868"
},
{
"id": 690,
"InsectBaseID": "IBG_00690",
"Order": "Lepidoptera",
"Family": "Saturniidae",
"Genus": "Samia",
"TaxonomyID": "63990",
"Tags": "resource insect;medicinal insect;",
"OrganismName": "Samia ricini",
"NormalName": "ailanthus silkmoth",
"SpeciesIntro": "Samia cynthia is a saturniid moth, used to produce silk fabric but not as domesticated as the silkworm, Bombyx mori. The moth has very large wings of 113–125 mm (4.4–4.9 in), with a quarter-moon shaped spot on both the upper and lower wings, whitish and yellow stripes and brown background. There are eyespots on the outer forewings. The species was first described by Dru Drury in 1773.",
"Intro_from": "Wikipedia",
"Image_from": "David Marquina Reyes@BY-NC-ND",
"reference": "Lee J, Nishiyama T, Shigenobu S, et al. The genome sequence of Samia ricini, a new model species of lepidopteran insect. Mol Ecol Resour. 2021;21(1):327-339. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32985129/",
"DataSource": "DDBJ",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:86.6%[S:86.2%,D:0.4%],F:3.8%,M:9.6%,n:1367",
"GenomeSize": "450.5",
"GenomeGC": "34.3",
"SeqNumber": "155",
"N50": "21366.4",
"PCGnumber": "20366",
"Swissnumber": "10676",
"GOnumber": "10490",
"KEGGnumber": "11780",
"Pfamnumber": "12300",
"miRNAnumber": "48",
"lncRNAnumber": "2070"
},
{
"id": 691,
"InsectBaseID": "IBG_00691",
"Order": "Diptera",
"Family": "Sarcophagidae",
"Genus": "Sarcophaga",
"TaxonomyID": "7385",
"Tags": "None",
"OrganismName": "Sarcophaga bullata",
"NormalName": "grey flesh fly",
"SpeciesIntro": "Sarcophaga bullata is a species of fly belonging to the family Sarcophagidae. It varies in size from small to large, 8 to 17 millimeters in length and is very similar in appearance and behavior to a closely related species, Sarcophaga haemorrhoidalis. S. bullata is a common scavenger species in the Eastern United States, but is found throughout the Nearctic region. Identification down to the species level in the family Sarcophagidae is notably difficult and relies primarily on the male genitalia.Though limited information is available regarding S. bullata, it has gained increasing recognition in the field of forensic entomology as a forensically-relevant fly species, as it may be among the first species to colonize human remains. In these instances, recovered maggots may be analyzed for post-mortem interval (PMI) estimations, which may be used as evidence in courts of law. Current studies regarding S. bullata have revealed a maternal effect operating in these flies that prevents pupal diapause under certain environmental conditions, which is an important factor to be considered during forensic analyses.",
"Intro_from": "Wikipedia",
"Image_from": "Adriana Nelly Correa Sandoval@BY",
"reference": "Martinson EO, Peyton J, Kelkar YD, et al. Genome and Ontogenetic-Based Transcriptomic Analyses of the Flesh Fly, Sarcophaga bullata. G3 (Bethesda). 2019;9(5):1313-1320. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30926723/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_005959815.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.1%[S:91.7%,D:1.4%],F:3.7%,M:3.2%,n:1367",
"GenomeSize": "482.2",
"GenomeGC": "22.2",
"SeqNumber": "42093",
"N50": "56.2",
"PCGnumber": "14991",
"Swissnumber": "10133",
"GOnumber": "10002",
"KEGGnumber": "10796",
"Pfamnumber": "10768",
"miRNAnumber": "51",
"lncRNAnumber": "4143"
},
{
"id": 692,
"InsectBaseID": "IBG_00692",
"Order": "Diptera",
"Family": "Sarcophagidae",
"Genus": "Sarcophaga",
"TaxonomyID": "7386",
"Tags": "vector",
"OrganismName": "Sarcophaga peregrina",
"NormalName": "none",
"SpeciesIntro": "Sarcophaga peregrina is a species of flesh fly belonging to the family Sarcophagidae. They easily breed, multiply and spread in human habitation, from garbage, faeces and livestock manures. In many regions, they are health concerns as they are active vectors of infectious diseases such as myiasis in humans. Due to their close contact with human activities, they are considered as forensically important insects. They can be used for molecular analysis of the time of postmortem intervals. They are also occasionally parasitic in other invertebrates. They produce a group of antibacterial peptide called sarcotoxins. The first of such protein, sarcotoxin 1A, was determined in 1983 by Masayuki Okada and Shunji Natori at the University of Tokyo, Japan.",
"Intro_from": "Wikipedia",
"Image_from": "潘立傑 LiChieh Pan@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014635995.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.3%[S:96.8%,D:0.5%],F:0.7%,M:2.0%,n:1367",
"GenomeSize": "560.7",
"GenomeGC": "18.6",
"SeqNumber": "1118",
"N50": "105450.9",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "113",
"lncRNAnumber": "0"
},
{
"id": 693,
"InsectBaseID": "IBG_00693",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Scaeva",
"TaxonomyID": "219539",
"Tags": "None",
"OrganismName": "Scaeva pyrastri",
"NormalName": "none",
"SpeciesIntro": "Scaeva pyrastri, common name the pied hoverfly, is a species of hoverfly.",
"Intro_from": "Wikipedia",
"Image_from": "Denis Doucet@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905146935.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.0%[S:98.7%,D:0.3%],F:0.3%,M:0.7%,n:1367",
"GenomeSize": "320.1",
"GenomeGC": "22.6",
"SeqNumber": "5",
"N50": "86161.1",
"PCGnumber": "32409",
"Swissnumber": "10892",
"GOnumber": "10715",
"KEGGnumber": "11865",
"Pfamnumber": "13477",
"miRNAnumber": "100",
"lncRNAnumber": "0"
},
{
"id": 694,
"InsectBaseID": "IBG_00694",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptodrosophila",
"TaxonomyID": "7225",
"Tags": "None",
"OrganismName": "Scaptodrosophila lebanonensis",
"NormalName": "None",
"SpeciesIntro": "Scaptodrosophila lebanonensis is a species of fly belonging to the family Drosophilidae.",
"Intro_from": "https://www.uniprot.org/taxonomy/7225",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003285725.2",
"GenomeLevel": "Contig",
"Busco": "C:99.1%[S:97.5%,D:1.6%],F:0.4%,M:0.5%,n:1367",
"GenomeSize": "250.2",
"GenomeGC": "27.9",
"SeqNumber": "267",
"N50": "7953",
"PCGnumber": "13287",
"Swissnumber": "9817",
"GOnumber": "9661",
"KEGGnumber": "9748",
"Pfamnumber": "11109",
"miRNAnumber": "139",
"lncRNAnumber": "1957"
},
{
"id": 695,
"InsectBaseID": "IBG_00695",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptomyza",
"TaxonomyID": "928822",
"Tags": "pest;",
"OrganismName": "Scaptomyza flava",
"NormalName": "None",
"SpeciesIntro": "Scaptomyza flava is an herbivorous fly species in the family Drosophilidae. The fly is brown in color and approximately 2.5 mm in length. The larvae of the fly is a known pest of plants in the family Brassicaceae, the mustard plants. They are present in Europe and New Zealand. It is unique among Drospophilidae because it is one of few herbivorous species in the family.",
"Intro_from": "Wikipedia",
"Image_from": "Steve Kerr@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003952975.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.7%[S:94.1%,D:4.6%],F:0.2%,M:1.1%,n:1367",
"GenomeSize": "217.5",
"GenomeGC": "26.9",
"SeqNumber": "6479",
"N50": "114.4",
"PCGnumber": "16359",
"Swissnumber": "10392",
"GOnumber": "10201",
"KEGGnumber": "10729",
"Pfamnumber": "11727",
"miRNAnumber": "124",
"lncRNAnumber": "1358"
},
{
"id": 696,
"InsectBaseID": "IBG_00696",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptomyza",
"TaxonomyID": "106258",
"Tags": "None",
"OrganismName": "Scaptomyza graminum",
"NormalName": "none",
"SpeciesIntro": "Scaptomyza graminum is a species of fly in the family of fruit flies (Drosophilidae).",
"Intro_from": "Wikipedia",
"Image_from": "SNSB, Zoologische Staatssammlung Muenchen@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018901835.1",
"GenomeLevel": "Contig",
"Busco": "C:99.4%[S:98.2%,D:1.2%],F:0.1%,M:0.5%,n:1367",
"GenomeSize": "137.8",
"GenomeGC": "29.6",
"SeqNumber": "348",
"N50": "17407",
"PCGnumber": "15253",
"Swissnumber": "10034",
"GOnumber": "9870",
"KEGGnumber": "10304",
"Pfamnumber": "11293",
"miRNAnumber": "112",
"lncRNAnumber": "0"
},
{
"id": 697,
"InsectBaseID": "IBG_00697",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptomyza",
"TaxonomyID": "1334208",
"Tags": "None",
"OrganismName": "Scaptomyza hsui",
"NormalName": "none",
"SpeciesIntro": "Scaptomyza hsui is a species of fly in the family of fruit flies (Drosophilidae).",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018152825.1",
"GenomeLevel": "Contig",
"Busco": "C:99.2%[S:97.5%,D:1.7%],F:0.3%,M:0.5%,n:1367",
"GenomeSize": "223.6",
"GenomeGC": "27",
"SeqNumber": "312",
"N50": "5287.9",
"PCGnumber": "19754",
"Swissnumber": "10450",
"GOnumber": "10304",
"KEGGnumber": "10743",
"Pfamnumber": "12129",
"miRNAnumber": "135",
"lncRNAnumber": "0"
},
{
"id": 698,
"InsectBaseID": "IBG_00698",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptomyza",
"TaxonomyID": "1740953",
"Tags": "None",
"OrganismName": "Scaptomyza montana",
"NormalName": "none",
"SpeciesIntro": "Scaptomyza montana is a species of fly in the family of fruit flies (Drosophilidae), the scientific name of the species was first validly published in 1949 by Wheeler.",
"Intro_from": "Wikipedia",
"Image_from": "Dare Talvitie, Finnish Museum of Natural History@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904305.1",
"GenomeLevel": "Contig",
"Busco": "C:99.3%[S:97.1%,D:2.2%],F:0.1%,M:0.6%,n:1367",
"GenomeSize": "229.1",
"GenomeGC": "26.2",
"SeqNumber": "733",
"N50": "2436.8",
"PCGnumber": "19325",
"Swissnumber": "10349",
"GOnumber": "10191",
"KEGGnumber": "10908",
"Pfamnumber": "12258",
"miRNAnumber": "144",
"lncRNAnumber": "0"
},
{
"id": 699,
"InsectBaseID": "IBG_00699",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptomyza",
"TaxonomyID": "7300",
"Tags": "None",
"OrganismName": "Scaptomyza pallida",
"NormalName": "none",
"SpeciesIntro": "Scaptomyza pallida is a species of fruit fly in the family Drosophilidae. It is found in Europe.",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018152965.1",
"GenomeLevel": "Contig",
"Busco": "C:99.1%[S:96.9%,D:2.2%],F:0.1%,M:0.8%,n:1367",
"GenomeSize": "201.7",
"GenomeGC": "27.4",
"SeqNumber": "272",
"N50": "4279.6",
"PCGnumber": "18516",
"Swissnumber": "10685",
"GOnumber": "10533",
"KEGGnumber": "11159",
"Pfamnumber": "12726",
"miRNAnumber": "146",
"lncRNAnumber": "0"
},
{
"id": 700,
"InsectBaseID": "IBG_00700",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Schizaphis",
"TaxonomyID": "13262",
"Tags": "pest;",
"OrganismName": "Schizaphis graminum",
"NormalName": "greenbug or wheat aphid",
"SpeciesIntro": "Schizaphis graminum is an aphid in the superfamily Aphidoidea in the order Hemiptera. It is a true bug and feeds on the leaves of Gramineae (grass) family members.Its original distribution is the Palaearctic, but it has been introduced to other parts of the world. It is one of about 40 recognized Schizaphis species worldwide.",
"Intro_from": "Wikipedia",
"Image_from": "Kent Loeffler@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003264975.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.9%[S:91.7%,D:3.2%],F:1.4%,M:3.7%,n:1367",
"GenomeSize": "390",
"GenomeGC": "16.8",
"SeqNumber": "7859",
"N50": "1308.5",
"PCGnumber": "26072",
"Swissnumber": "11168",
"GOnumber": "10908",
"KEGGnumber": "13269",
"Pfamnumber": "14348",
"miRNAnumber": "79",
"lncRNAnumber": "1538"
},
{
"id": 701,
"InsectBaseID": "IBG_00701",
"Order": "Hemiptera",
"Family": "Pemphigidae",
"Genus": "Schlechtendalia",
"TaxonomyID": "38111",
"Tags": "pest",
"OrganismName": "Schlechtendalia chinensis",
"NormalName": "Chinese sumac aphid",
"SpeciesIntro": "Schlechtendalia chinensis is an aphid species, and the only species in the genus Schlechtendalia.",
"Intro_from": "Wikipedia",
"Image_from": "onidiras-iNaturalist@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_019022885.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.4%[S:93.5%,D:0.9%],F:1.5%,M:4.1%,n:1367",
"GenomeSize": "280.4",
"GenomeGC": "25.2",
"SeqNumber": "208",
"N50": "20581.4",
"PCGnumber": "24072",
"Swissnumber": "10219",
"GOnumber": "10031",
"KEGGnumber": "11711",
"Pfamnumber": "12723",
"miRNAnumber": "115",
"lncRNAnumber": "6996"
},
{
"id": 702,
"InsectBaseID": "IBG_00702",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Schrankia",
"TaxonomyID": "411963",
"Tags": "pest",
"OrganismName": "Schrankia costaestrigalis",
"NormalName": "pinion-streaked snout",
"SpeciesIntro": "Schrankia costaestrigalis is a species of moth of the family Erebidae. It is found in Europe, the Canaries, Madeira, Syria, Armenia. It is also present in New Zealand. The species closely resembles Crambidae or Pyralidae species.",
"Intro_from": "Wikipedia",
"Image_from": "Aalbert Rebergen@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905475405.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.1%[S:94.7%,D:0.4%],F:1.2%,M:3.7%,n:1367",
"GenomeSize": "572",
"GenomeGC": "21.1",
"SeqNumber": "46",
"N50": "20082.5",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "197",
"lncRNAnumber": "0"
},
{
"id": 703,
"InsectBaseID": "IBG_00703",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Scirpophaga",
"TaxonomyID": "72366",
"Tags": "pest",
"OrganismName": "Scirpophaga incertulas",
"NormalName": "the yellow stem borer or rice yellow stem borer",
"SpeciesIntro": "Scirpophaga incertulas, the yellow stem borer or rice yellow stem borer, is a species of moth of the family Crambidae. It was described by Francis Walker in 1863.",
"Intro_from": "Wikipedia",
"Image_from": "Wikipedia@None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "InsectBase",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:95.4%[S:88.8%,D:6.6%],F:1.5%,M:3.1%,n:1367",
"GenomeSize": "856.73",
"GenomeGC": "33.77",
"SeqNumber": "5841",
"N50": "1874.6",
"PCGnumber": "20776",
"Swissnumber": "12947",
"GOnumber": "12736",
"KEGGnumber": "19840",
"Pfamnumber": "19515",
"miRNAnumber": "0",
"lncRNAnumber": "0"
},
{
"id": 704,
"InsectBaseID": "IBG_00704",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Sesamia",
"TaxonomyID": "236805",
"Tags": "pest",
"OrganismName": "Sesamia nonagrioides",
"NormalName": "Mediterranean corn borer, pink stalk borer or West African pink borer",
"SpeciesIntro": "Sesamia nonagrioides is a moth of the family Noctuidae. It was described by Alexandre Louis Lefèbvre de Cérisy in 1827. It is found in Spain, southern France, Italy and on the Balkan Peninsula, as well as in north-western, south-western and western Africa.",
"Intro_from": "Wikipedia",
"Image_from": "diegoreggianti@BY-NC",
"reference": "Muller H, Ogereau D, Da-Lage JL, et al. Draft nuclear genome and complete mitogenome of the Mediterranean corn borer, Sesamia nonagrioides, a major pest of maize [published online ahead of print, 2021 May 7]. G3 (Bethesda). 2021;jkab155.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33963397/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_017933935.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.5%[S:93.3%,D:4.2%],F:1.0%,M:1.5%,n:1367",
"GenomeSize": "1021.3",
"GenomeGC": "18.2",
"SeqNumber": "2554",
"N50": "1104.9",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "205",
"lncRNAnumber": "0"
},
{
"id": 705,
"InsectBaseID": "IBG_00705",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Sipha",
"TaxonomyID": "143950",
"Tags": "pest;",
"OrganismName": "Sipha flava",
"NormalName": "yellow sugarcane aphid",
"SpeciesIntro": "Sipha flava is a species of aphid in the family Aphididae. It is native to North America.This aphid is an agricultural pest of corn, rice, sorghum, and sugarcane. It also infests lawn and pasture grasses. It has been noted on crabgrasses, barleys, panic grasses, paspalums, pennisetums, and wheats. It can also be found on some sedges.",
"Intro_from": "Wikipedia",
"Image_from": "Jesse Rorabaugh@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003268045.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.8%[S:92.8%,D:1.0%],F:0.7%,M:5.5%,n:1367",
"GenomeSize": "357.6",
"GenomeGC": "21",
"SeqNumber": "1923",
"N50": "1707.7",
"PCGnumber": "12581",
"Swissnumber": "9046",
"GOnumber": "8834",
"KEGGnumber": "9715",
"Pfamnumber": "10211",
"miRNAnumber": "77",
"lncRNAnumber": "1100"
},
{
"id": 706,
"InsectBaseID": "IBG_00706",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Sitobion",
"TaxonomyID": "44668",
"Tags": "pest;",
"OrganismName": "Sitobion miscanthi",
"NormalName": "Indian Grain Aphid",
"SpeciesIntro": "Sitobion miscanthi is an aphid in the superfamily Aphidoidea in the order Hemiptera. It is a true bug and sucks sap from cereal plants, making it a pest of wheat production. ",
"Intro_from": "Wikipedia",
"Image_from": "Xin Jiang@BY",
"reference": "Jiang X, Zhang Q, Qin Y, et al. A chromosome-level draft genome of the grain aphid Sitobion miscanthi. Gigascience. 2019;8(8):giz101.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31430367/",
"DataSource": "GigaDB",
"NCBIassembly": "GCA_008086715.1",
"GenomeLevel": "Chromosome",
"Busco": "C:92.4%[S:88.7%,D:3.7%],F:0.9%,M:6.7%,n:1367",
"GenomeSize": "402.9",
"GenomeGC": "29.7",
"SeqNumber": "655",
"N50": "36716.3",
"PCGnumber": "15933",
"Swissnumber": "2767",
"GOnumber": "2697",
"KEGGnumber": "3662",
"Pfamnumber": "3265",
"miRNAnumber": "121",
"lncRNAnumber": "567"
},
{
"id": 707,
"InsectBaseID": "IBG_00707",
"Order": "Diptera",
"Family": "Cecidomyiidae",
"Genus": "Sitodiplosis",
"TaxonomyID": "263140",
"Tags": "pest;",
"OrganismName": "Sitodiplosis mosellana",
"NormalName": "wheat midge or orange wheat blossom midge",
"SpeciesIntro": "Sitodiplosis mosellana is a species of fly in the family Cecidomyiidae. It is found in the Holarctic, where it is a significant pest of wheat, triticale and rye.",
"Intro_from": "Wikipedia",
"Image_from": "Gilles San Martin@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009176505.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:96.7%,D:1.9%],F:0.3%,M:1.1%,n:1367",
"GenomeSize": "211.4",
"GenomeGC": "25.5",
"SeqNumber": "7269",
"N50": "5189.1",
"PCGnumber": "19428",
"Swissnumber": "11264",
"GOnumber": "11097",
"KEGGnumber": "11941",
"Pfamnumber": "13623",
"miRNAnumber": "53",
"lncRNAnumber": "888"
},
{
"id": 708,
"InsectBaseID": "IBG_00708",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Sitophilus",
"TaxonomyID": "7048",
"Tags": "pest;",
"OrganismName": "Sitophilus oryzae",
"NormalName": "rice weevil",
"SpeciesIntro": "Sitophilus oryzae is a stored product pest which attacks seeds of several crops, including wheat, rice, and maize.",
"Intro_from": "Wikipedia",
"Image_from": "Olaf Leillinger@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002938485.2",
"GenomeLevel": "Scaffold",
"Busco": "C:98.4%[S:96.5%,D:1.9%],F:0.4%,M:1.2%,n:1367",
"GenomeSize": "780.2",
"GenomeGC": "14.8",
"SeqNumber": "2025",
"N50": "2896.6",
"PCGnumber": "14313",
"Swissnumber": "10086",
"GOnumber": "9831",
"KEGGnumber": "11170",
"Pfamnumber": "11910",
"miRNAnumber": "101",
"lncRNAnumber": "5650"
},
{
"id": 709,
"InsectBaseID": "IBG_00709",
"Order": "Hemiptera",
"Family": "Delphacidae",
"Genus": "Sogatella",
"TaxonomyID": "113103",
"Tags": "pest;",
"OrganismName": "Sogatella furcifera",
"NormalName": "None",
"SpeciesIntro": "Sogatella furcifera is a migratory insect that is one of the most important pest species on rice in many Asian countries but problematic pest throughout the main rice-growing areas of Oceania and Australia too.",
"Intro_from": "Wikipedia",
"Image_from": "hollythefrog@BY-NC",
"reference": "Ma W, Xu L, Hua H, et al. Chromosomal-level genomes of three rice planthoppers provide new insights into sex chromosome evolution. Mol Ecol Resour. 2021;21(1):226-237.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32780934/",
"DataSource": "InsectBase",
"NCBIassembly": "GCA_014356515.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.3%[S:92.2%,D:2.1%],F:2.8%,M:2.9%,n:1367",
"GenomeSize": "656.8",
"GenomeGC": "31.4",
"SeqNumber": "3700",
"N50": "43360.9",
"PCGnumber": "20978",
"Swissnumber": "14709",
"GOnumber": "14397",
"KEGGnumber": "15860",
"Pfamnumber": "16634",
"miRNAnumber": "55",
"lncRNAnumber": "7013"
},
{
"id": 710,
"InsectBaseID": "IBG_00710",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Solenopsis",
"TaxonomyID": "625136",
"Tags": "None",
"OrganismName": "Solenopsis fugax",
"NormalName": "None",
"SpeciesIntro": "Solenopsis fugax is a myrmicine ant of the genus Solenopsis.It is the only member of its genus to be native to the British Isles, and although rare, it has been taken by Horace Donisthorpe in a number of localities on Englands southern coast, including Sandown and Shanklin on the Isle of Wight, and also in the southwesterly region of Lyme Regis.",
"Intro_from": "Wikipedia",
"Image_from": "Marcello Consolo@BY-NC-SA",
"reference": "Privman E, Cohen P, Cohanim AB, Riba-Grognuz O, Shoemaker D, Keller L. Positive selection on sociobiological traits in invasive fire ants. Mol Ecol. 2018;27(15):3116-3130.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/29920818/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003595255.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.4%[S:93.0%,D:0.4%],F:3.4%,M:3.2%,n:1367",
"GenomeSize": "339.5",
"GenomeGC": "27.5",
"SeqNumber": "81632",
"N50": "14.6",
"PCGnumber": "32097",
"Swissnumber": "11193",
"GOnumber": "11003",
"KEGGnumber": "13681",
"Pfamnumber": "12561",
"miRNAnumber": "159",
"lncRNAnumber": "0"
},
{
"id": 711,
"InsectBaseID": "IBG_00711",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Solenopsis",
"TaxonomyID": "13686",
"Tags": "model organism;natural enemy;pest;",
"OrganismName": "Solenopsis invicta",
"NormalName": "red imported fire ant，fire ant or RIFA",
"SpeciesIntro": "Solenopsis invicta is a species of ant native to South America. A member of the genus Solenopsis in the subfamily Myrmicinae, it was described by Swiss entomologist Felix Santschi as a variant in 1916. Its current specific name invicta was given to the ant in 1972 as a separate species. However, the variant and species were the same ant, and the name was preserved due to its wide use. Though South American in origin, the red imported fire ant has been accidentally introduced in Australia, New Zealand, several Asian and Caribbean countries, and the United States. The red imported fire ant is polymorphic, as workers appear in different shapes and sizes. The ants colours are red and somewhat yellowish with a brown or black gaster, but males are completely black. Red imported fire ants are dominant in altered areas and live in a wide variety of habitats. They can be found in rain forests, disturbed areas, deserts, grasslands, alongside roads and buildings, and in electrical equipment. Colonies form large mounds constructed from soil with no visible entrances because foraging tunnels are built and workers emerge far away from the nest.",
"Intro_from": "Wikipedia",
"Image_from": "Judy Gallagher@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_016802725.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.8%[S:93.9%,D:0.9%],F:0.9%,M:4.3%,n:1367",
"GenomeSize": "378.1",
"GenomeGC": "26.3",
"SeqNumber": "219",
"N50": "26227.2",
"PCGnumber": "14078",
"Swissnumber": "9330",
"GOnumber": "9159",
"KEGGnumber": "10725",
"Pfamnumber": "11469",
"miRNAnumber": "158",
"lncRNAnumber": "9949"
},
{
"id": 712,
"InsectBaseID": "IBG_00712",
"Order": "Diptera",
"Family": "Diopsidae",
"Genus": "Sphyracephala",
"TaxonomyID": "139677",
"Tags": "None",
"OrganismName": "Sphyracephala brevicornis",
"NormalName": "None",
"SpeciesIntro": "Sphyracephala brevicornis is a species in the family Diopsidae (stalk-eyed flies), in the order Diptera (flies). A common name for Sphyracephala brevicornis is short-horned ankle-headed fly.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001015235.1",
"GenomeLevel": "Scaffold",
"Busco": "C:68.0%[S:67.4%,D:0.6%],F:14.1%,M:17.9%,n:1367",
"GenomeSize": "319.4",
"GenomeGC": "19.1",
"SeqNumber": "135449",
"N50": "2.6",
"PCGnumber": "25654",
"Swissnumber": "11159",
"GOnumber": "10964",
"KEGGnumber": "12255",
"Pfamnumber": "11817",
"miRNAnumber": "65",
"lncRNAnumber": "0"
},
{
"id": 713,
"InsectBaseID": "IBG_00713",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Spilosoma",
"TaxonomyID": "875880",
"Tags": "pest",
"OrganismName": "Spilosoma lubricipeda",
"NormalName": "white ermine",
"SpeciesIntro": "Spilosoma lubricipeda is a moth of the family Erebidae. It is found throughout the temperate belt of Eurasia from Europe through Kazakhstan and southern Siberia to Amur Region, China, Korea and Japan. In China several sibling species occur.The wingspan is 34–48 mm. Wing pattern is very variable, from entirely white wings to strongly covered with black dots. Hindwings often with one or several black dots (rarely without any black dot). Antennae branches long (much longer than in similar Spilosoma urticae), 3–5 times longer than the antenna stem diameter.",
"Intro_from": "Wikipedia",
"Image_from": "Радик@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220595.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.1%[S:97.1%,D:1.0%],F:0.7%,M:1.2%,n:1367",
"GenomeSize": "587.4",
"GenomeGC": "21.7",
"SeqNumber": "37",
"N50": "21028.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "228",
"lncRNAnumber": "0"
},
{
"id": 714,
"InsectBaseID": "IBG_00714",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Spodoptera",
"TaxonomyID": "7107",
"Tags": "pest;",
"OrganismName": "Spodoptera exigua",
"NormalName": "beet armyworm or small mottled willow moth， asparagus fern caterpillar",
"SpeciesIntro": "Spodoptera exigua is one of the best-known agricultural pest insects. It is native to Asia, but has been introduced worldwide and is now found almost anywhere its many host crops are grown.The voracious larvae are the main culprits.",
"Intro_from": "Wikipedia",
"Image_from": "giorege1959@BY-NC",
"reference": "Zhang F, zhang J, Yan Y, et al. A chromosome-level genome assembly for the beet armyworm (Spodoptera exigua) using PacBio and Hi-C sequencing. bioRxiv.",
"referenceFrom": "https://www.biorxiv.org/content/10.1101/2019.12.26.889121v2",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011316535.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.6%[S:95.9%,D:1.7%],F:0.1%,M:2.3%,n:1367",
"GenomeSize": "452.4",
"GenomeGC": "24.1",
"SeqNumber": "301",
"N50": "14543",
"PCGnumber": "22910",
"Swissnumber": "11243",
"GOnumber": "10982",
"KEGGnumber": "13112",
"Pfamnumber": "13866",
"miRNAnumber": "194",
"lncRNAnumber": "1875"
},
{
"id": 715,
"InsectBaseID": "IBG_00715",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Spodoptera",
"TaxonomyID": "7108",
"Tags": "pest;",
"OrganismName": "Spodoptera frugiperda",
"NormalName": "fall armyworm",
"SpeciesIntro": "Spodoptera frugiperda is a species in the order Lepidoptera and is the larval life stage of a fall armyworm moth. The term armyworm can refer to several species, often describing the large-scale invasive behavior of the species larval stage. It is regarded as a pest and can damage and destroy a wide variety of crops, which causes large economic damage. Its scientific name derives from frugiperda, which is Latin for lost fruit, named because of the species ability to destroy crops. Because of its propensity for destruction, the fall armyworms habits and possibilities for crop protection have been studied in depth. It is also a notable case for studying sympatric speciation, as it appears to be diverging into two species currently. Another remarkable trait of the larva is that they practice cannibalism as a disease control mechanism.",
"Intro_from": "Wikipedia",
"Image_from": "Peter and Kim@BY-NC",
"reference": "Xiao H, Ye X, Xu H, et al. The genetic adaptations of fall armyworm Spodoptera frugiperda facilitated its rapid global dispersal and invasion. Mol Ecol Resour. 2020;20(4):1050-1068.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32359007/",
"DataSource": "InsectBase",
"NCBIassembly": "GCA_011064685.1",
"GenomeLevel": "Chromosome",
"Busco": "C:92.8%[S:90.4%,D:2.4%],F:1.2%,M:6.0%,n:1367",
"GenomeSize": "486.3",
"GenomeGC": "36.4",
"SeqNumber": "93",
"N50": "16346.9",
"PCGnumber": "22202",
"Swissnumber": "12698",
"GOnumber": "12404",
"KEGGnumber": "13713",
"Pfamnumber": "14726",
"miRNAnumber": "161",
"lncRNAnumber": "6993"
},
{
"id": 716,
"InsectBaseID": "IBG_00716",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Spodoptera",
"TaxonomyID": "69820",
"Tags": "pest;",
"OrganismName": "Spodoptera litura",
"NormalName": "tobacco cutworm or cotton leafworm",
"SpeciesIntro": "Spodoptera litura is a nocturnal moth in the family Noctuidae. S. litura is a serious polyphagous pest in Asia, Oceania, and the Indian subcontinent that was first described by Johan Christian Fabricius in 1775. Its common names reference two of the most frequent host plants of the moth. In total, 87 species of host plants that are infested by S. litura are of economic importance.The species parasitize the plants through the larvae vigorous eating patterns, oftentimes leaving the leaves completely destroyed. The moths effects are quite disastrous, destroying economically important agricultural crops and decreasing yield in some plants completely. Their potential impact on the many different cultivated crops, and subsequently the local agricultural economy, has led to serious efforts to control the pests.",
"Intro_from": "Wikipedia",
"Image_from": "Craig Williams@BY-NC",
"reference": "Cheng T, Wu J, Wu Y, et al. Genomic adaptation to polyphagy and insecticides in a major East Asian noctuid pest. Nat Ecol Evol. 2017;1(11):1747-1756.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/28963452/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002706865.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:97.5%,D:0.8%],F:0.4%,M:1.3%,n:1367",
"GenomeSize": "444.4",
"GenomeGC": "23.4",
"SeqNumber": "2975",
"N50": "13761.9",
"PCGnumber": "15885",
"Swissnumber": "11754",
"GOnumber": "11521",
"KEGGnumber": "11720",
"Pfamnumber": "13215",
"miRNAnumber": "397",
"lncRNAnumber": "8032"
},
{
"id": 717,
"InsectBaseID": "IBG_00717",
"Order": "Trichoptera",
"Family": "Stenopsychidae",
"Genus": "Stenopsyche",
"TaxonomyID": "1560151",
"Tags": "None",
"OrganismName": "Stenopsyche tienmushanensis",
"NormalName": "None",
"SpeciesIntro": "Stenopsyche tienmushanensis is a highly adapted freshwater group of insects split from a common ancestor with Lepidoptera. They are the most diverse (>16,000 species) of the strictly aquatic insect orders and are widely employed as bio-indicators in water quality assessment and monitoring.",
"Intro_from": "The genome of an underwater architect, the caddisfly Stenopsyche tienmushanensis Hwang (Insecta: Trichoptera)",
"Image_from": "Xin Zhou, Centre for Biodiversity Genomics@BY-NC-SA",
"reference": "Luo S, Tang M, Frandsen PB, Stewart RJ, Zhou X. The genome of an underwater architect, the caddisfly Stenopsyche tienmushanensis Hwang (Insecta: Trichoptera). Gigascience. 2018;7(12):giy143.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/30476205/",
"DataSource": "GigaDB",
"NCBIassembly": "GCA_008973525.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.1%[S:94.8%,D:2.3%],F:1.1%,M:1.8%,n:1367",
"GenomeSize": "457.1",
"GenomeGC": "33.7",
"SeqNumber": "552",
"N50": "1313.1",
"PCGnumber": "14672",
"Swissnumber": "9083",
"GOnumber": "8948",
"KEGGnumber": "9533",
"Pfamnumber": "10045",
"miRNAnumber": "113",
"lncRNAnumber": "0"
},
{
"id": 718,
"InsectBaseID": "IBG_00718",
"Order": "Hemiptera",
"Family": "Pentatomidae",
"Genus": "Stiretrus",
"TaxonomyID": "1891344",
"Tags": "None",
"OrganismName": "Stiretrus anchorago",
"NormalName": "anchor stink bug",
"SpeciesIntro": "Stiretrus anchorago is a species of predatory stink bug in the family Pentatomidae. It is found in Central America and North America.",
"Intro_from": "Wikipedia",
"Image_from": "cotinis@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010014745.1",
"GenomeLevel": "Scaffold",
"Busco": "C:68.1%[S:67.5%,D:0.6%],F:18.8%,M:13.1%,n:1367",
"GenomeSize": "877.3",
"GenomeGC": "20.8",
"SeqNumber": "186885",
"N50": "814.2",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "126",
"lncRNAnumber": "0"
},
{
"id": 719,
"InsectBaseID": "IBG_00719",
"Order": "Diptera",
"Family": "Muscidae",
"Genus": "Stomoxys",
"TaxonomyID": "35570",
"Tags": "pest;",
"OrganismName": "Stomoxys calcitrans",
"NormalName": "stable fly, barn fly, biting house fly, dog fly, or power mower fly.",
"SpeciesIntro": "Stomoxys calcitrans unlike most members of the family Muscidae, Stomoxys calcitrans (sharp mouth + kicking) and others of its genus suck blood from mammals. Now found worldwide, the species is considered to be of Eurasian origin.",
"Intro_from": "Wikipedia",
"Image_from": "Judy Gallagher@BY",
"reference": "Olafson PU, Aksoy S, Attardo GM, et al. The genome of the stable fly, Stomoxys calcitrans, reveals potential mechanisms underlying reproduction, host interactions, and novel targets for pest control [published correction appears in BMC Biol. 2021 Jul 29;19(1):150]. BMC Biol. 2021;19(1):41.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/33750380/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001015335.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.0%[S:98.3%,D:0.7%],F:0.4%,M:0.6%,n:1367",
"GenomeSize": "971.2",
"GenomeGC": "14.4",
"SeqNumber": "12042",
"N50": "504.7",
"PCGnumber": "13743",
"Swissnumber": "9993",
"GOnumber": "9860",
"KEGGnumber": "10157",
"Pfamnumber": "11479",
"miRNAnumber": "121",
"lncRNAnumber": "531"
},
{
"id": 720,
"InsectBaseID": "IBG_00720",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Sycophaga",
"TaxonomyID": "2072516",
"Tags": "natural enemy",
"OrganismName": "Sycophaga agraensis",
"NormalName": "none",
"SpeciesIntro": "Sycophaga agraensis is a species of wasps belonging to the family Agaonidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018906755.1",
"GenomeLevel": "Contig",
"Busco": "C:98.1%[S:97.4%,D:0.7%],F:0.3%,M:1.6%,n:1367",
"GenomeSize": "246.1",
"GenomeGC": "31.7",
"SeqNumber": "410",
"N50": "2637.2",
"PCGnumber": "23541",
"Swissnumber": "7055",
"GOnumber": "6947",
"KEGGnumber": "7798",
"Pfamnumber": "8628",
"miRNAnumber": "170",
"lncRNAnumber": "0"
},
{
"id": 721,
"InsectBaseID": "IBG_00721",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Synergus",
"TaxonomyID": "2006715",
"Tags": "natural enemy",
"OrganismName": "Synergus gifuensis",
"NormalName": "none",
"SpeciesIntro": "Synergus gifuensis is a species belonging to the family Cynipidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_904066015.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.1%[S:93.7%,D:1.4%],F:2.7%,M:2.2%,n:1367",
"GenomeSize": "276.1",
"GenomeGC": "21.8",
"SeqNumber": "18504",
"N50": "556.3",
"PCGnumber": "31631",
"Swissnumber": "11437",
"GOnumber": "11272",
"KEGGnumber": "13065",
"Pfamnumber": "13631",
"miRNAnumber": "135",
"lncRNAnumber": "0"
},
{
"id": 722,
"InsectBaseID": "IBG_00722",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Synergus",
"TaxonomyID": "2006714",
"Tags": "natural enemy",
"OrganismName": "Synergus itoensis",
"NormalName": "none",
"SpeciesIntro": "Synergus itoensis is a species belonging to the family Cynipidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_904066005.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.7%[S:93.9%,D:0.8%],F:3.2%,M:2.1%,n:1367",
"GenomeSize": "266",
"GenomeGC": "22.4",
"SeqNumber": "26122",
"N50": "362.1",
"PCGnumber": "31313",
"Swissnumber": "12404",
"GOnumber": "12205",
"KEGGnumber": "13429",
"Pfamnumber": "14714",
"miRNAnumber": "128",
"lncRNAnumber": "0"
},
{
"id": 723,
"InsectBaseID": "IBG_00723",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Synergus",
"TaxonomyID": "452695",
"Tags": "None",
"OrganismName": "Synergus japonicus",
"NormalName": "None",
"SpeciesIntro": "Synergus japonicus is a species of gall wasp in the family Cynipidae. Whereas most gall wasps create the galls in which they live, Synergus japonicus is an inquiline species, living in the gall created by another species of wasp. It is native to Japan, China and Russia.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900474275.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.3%[S:96.0%,D:1.3%],F:1.8%,M:0.9%,n:1367",
"GenomeSize": "229.2",
"GenomeGC": "24.3",
"SeqNumber": "12796",
"N50": "62.3",
"PCGnumber": "24097",
"Swissnumber": "10605",
"GOnumber": "10421",
"KEGGnumber": "11942",
"Pfamnumber": "12356",
"miRNAnumber": "113",
"lncRNAnumber": "0"
},
{
"id": 724,
"InsectBaseID": "IBG_00724",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Synergus",
"TaxonomyID": "331713",
"Tags": "None",
"OrganismName": "Synergus umbraculus",
"NormalName": "None",
"SpeciesIntro": "Synergus umbraculus is a hymenopterous insect of the family of true gall wasps (Cynipidae),the scientific name of the species was first validly published in 1791 by Olivier.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900474325.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.7%[S:95.8%,D:0.9%],F:1.6%,M:1.7%,n:1367",
"GenomeSize": "238.3",
"GenomeGC": "24.1",
"SeqNumber": "20256",
"N50": "49.9",
"PCGnumber": "26391",
"Swissnumber": "10851",
"GOnumber": "10659",
"KEGGnumber": "12130",
"Pfamnumber": "12902",
"miRNAnumber": "107",
"lncRNAnumber": "1178"
},
{
"id": 725,
"InsectBaseID": "IBG_00725",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Syritta",
"TaxonomyID": "34682",
"Tags": "natural enemy",
"OrganismName": "Syritta pipiens",
"NormalName": "thick-legged hoverfly",
"SpeciesIntro": "Syritta pipiens is one of the most common species in the insect family Syrphidae. This fly originates from Europe and is currently distributed across Eurasia and North America. They are fast and nimble fliers, and their larvae are found in wet, rotting organic matter such as garden compost, manure, and silage. The species is also commonly found in human-created environments such as most farmland, gardens, and urban parks, wherever there are flowers. This species is an important part of its native ecosystem as adult Syritta pipiens flies are critical pollinators for a variety of flowering plants and the species supports parasitism by various parasitic wasp species. Thus, they play an important role in environmental functionality, and can serve as bio-indicators, in which their abundance can reflect the health of the environment. They can also serve as a biological control agent against pests such as lettuce aphids.",
"Intro_from": "Wikipedia",
"Image_from": "Corinna Herr@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905187475.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.9%[S:98.0%,D:0.9%],F:0.3%,M:0.8%,n:1367",
"GenomeSize": "318.5",
"GenomeGC": "28.6",
"SeqNumber": "7",
"N50": "86509.48",
"PCGnumber": "19615",
"Swissnumber": "8688",
"GOnumber": "8469",
"KEGGnumber": "9192",
"Pfamnumber": "10371",
"miRNAnumber": "101",
"lncRNAnumber": "2377"
},
{
"id": 726,
"InsectBaseID": "IBG_00726",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Tachina",
"TaxonomyID": "631328",
"Tags": "pest",
"OrganismName": "Tachina fera",
"NormalName": "none",
"SpeciesIntro": "Tachina fera is a species of fly in the genus Tachina of the family Tachinidae. It was first described by Carl Linnaeus in 1761.",
"Intro_from": "Wikipedia",
"Image_from": "Michael Knapp@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220375.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.4%[S:97.9%,D:0.5%],F:0.3%,M:1.3%,n:1367",
"GenomeSize": "751.7",
"GenomeGC": "15.1",
"SeqNumber": "13",
"N50": "141997.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "117",
"lncRNAnumber": "0"
},
{
"id": 727,
"InsectBaseID": "IBG_00727",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Taenaris",
"TaxonomyID": "1882922",
"Tags": "None",
"OrganismName": "Taenaris catops",
"NormalName": "silky owl",
"SpeciesIntro": "Taenaris catops is a butterfly of the family Nymphalidae. It is found in New Guinea and surrounding islands.",
"Intro_from": "Wikipedia",
"Image_from": "marcel-silvius@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_009936525.1",
"GenomeLevel": "Scaffold",
"Busco": "C:28.3%[S:27.3%,D:1.0%],F:21.9%,M:49.8%,n:1367",
"GenomeSize": "461.9",
"GenomeGC": "24.9",
"SeqNumber": "288312",
"N50": "1742",
"PCGnumber": "43952",
"Swissnumber": "23582",
"GOnumber": "22875",
"KEGGnumber": "9062",
"Pfamnumber": "29630",
"miRNAnumber": "157",
"lncRNAnumber": "0"
},
{
"id": 728,
"InsectBaseID": "IBG_00728",
"Order": "Orthoptera",
"Family": "Gryllidae",
"Genus": "Teleogryllus",
"TaxonomyID": "470939",
"Tags": "edible insect;medicinal insect;",
"OrganismName": "Teleogryllus occipitalis",
"NormalName": "None",
"SpeciesIntro": "Teleogryllus occipitalis is a species in the family Gryllidae.",
"Intro_from": "Wikipedia",
"Image_from": "張智偉(Chang, Jack, Chih-Wei)@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011170035.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.4%[S:93.9%,D:1.5%],F:2.0%,M:2.6%,n:1367",
"GenomeSize": "1958",
"GenomeGC": "25.1",
"SeqNumber": "19866",
"N50": "216.8",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "530",
"lncRNAnumber": "0"
},
{
"id": 729,
"InsectBaseID": "IBG_00729",
"Order": "Diptera",
"Family": "Diopsidae",
"Genus": "Teleopsis",
"TaxonomyID": "139649",
"Tags": "None",
"OrganismName": "Teleopsis dalmanni",
"NormalName": "Malaysian stalk-eyed fly",
"SpeciesIntro": "Teleopsis dalmanni is a species of fly in the family Diopsidae. T. dalmanni flies possess lateral elongations on their head capsules called eyestalks. These eyestalks play an important role in mate selection and as a result physical characteristic of the fly has been the subject of several studies on sexual selection, natural selection, and mating behavior.",
"Intro_from": "Wikipedia",
"Image_from": "Carmelo López Abad@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002237135.2",
"GenomeLevel": "Chromosome",
"Busco": "C:97.8%[S:88.8%,D:9.0%],F:0.7%,M:1.5%,n:1367",
"GenomeSize": "623.7",
"GenomeGC": "21.1",
"SeqNumber": "5647",
"N50": "235434.2",
"PCGnumber": "25351",
"Swissnumber": "16614",
"GOnumber": "16340",
"KEGGnumber": "18343",
"Pfamnumber": "20131",
"miRNAnumber": "133",
"lncRNAnumber": "5435"
},
{
"id": 730,
"InsectBaseID": "IBG_00730",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Temnothorax",
"TaxonomyID": "300111",
"Tags": "None",
"OrganismName": "Temnothorax curvispinosus",
"NormalName": "None",
"SpeciesIntro": "Temnothorax curvispinosus is a species of ant in the genus Temnothorax.The species is common and widely distributed in eastern United States, where they inhabit forested areas. They build their nests in plant cavities, in the soil or under rocks.",
"Intro_from": "Wikipedia",
"Image_from": "Jason Michael Crockwell@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003070985.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.4%[S:87.9%,D:6.5%],F:1.8%,M:3.8%,n:1367",
"GenomeSize": "307.3",
"GenomeGC": "30.7",
"SeqNumber": "18692",
"N50": "226.4",
"PCGnumber": "13388",
"Swissnumber": "9377",
"GOnumber": "9230",
"KEGGnumber": "10507",
"Pfamnumber": "11117",
"miRNAnumber": "177",
"lncRNAnumber": "3704"
},
{
"id": 731,
"InsectBaseID": "IBG_00731",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Temnothorax",
"TaxonomyID": "300112",
"Tags": "None",
"OrganismName": "Temnothorax longispinosus",
"NormalName": "None",
"SpeciesIntro": "Temnothorax longispinosus is well studied North American ant species. It is a small, brown species with an 11-segmented antenna and with very well developed propodeal spines. The spines are nearly twice the length of the distance between their bases, and are in about the same plane as the remainder of the mesosoma. The head is nearly mostly smooth and glossy, but with fine striolae.",
"Intro_from": "Wikipedia",
"Image_from": "Jason Michael Crockwell@BY-NC-ND",
"reference": "Kaur R, Stoldt M, Jongepier E, et al. Ant behaviour and brain gene expression of defending hosts depend on the ecological success of the intruding social parasite. Philos Trans R Soc Lond B Biol Sci. 2019;374(1769):20180192.",
"referenceFrom": "https://royalsocietypublishing.org/doi/10.1098/rstb.2018.0192",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004794745.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.4%[S:96.8%,D:0.6%],F:1.1%,M:1.5%,n:1367",
"GenomeSize": "263.9",
"GenomeGC": "29.1",
"SeqNumber": "3987",
"N50": "520.9",
"PCGnumber": "12877",
"Swissnumber": "7796",
"GOnumber": "7683",
"KEGGnumber": "8367",
"Pfamnumber": "8617",
"miRNAnumber": "182",
"lncRNAnumber": "6061"
},
{
"id": 732,
"InsectBaseID": "IBG_00732",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Tenebrio",
"TaxonomyID": "7067",
"Tags": "edible insect",
"OrganismName": "Tenebrio molitor",
"NormalName": "mealworm beetle",
"SpeciesIntro": "Tenebrio molitor is a species of darkling beetle. Like all holometabolic insects, they go through four life stages: egg, larva, pupa, and adult. Larvae typically measure about 2.5 cm or more, whereas adults are generally between 1.25 and 1.8 cm in length.",
"Intro_from": "Wikipedia",
"Image_from": "gbohne@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014282415.2",
"GenomeLevel": "Scaffold",
"Busco": "C:90.3%[S:86.1%,D:4.2%],F:4.8%,M:4.9%,n:1367",
"GenomeSize": "294.4",
"GenomeGC": "25.7",
"SeqNumber": "31102",
"N50": "27.1",
"PCGnumber": "30487",
"Swissnumber": "13535",
"GOnumber": "13313",
"KEGGnumber": "15387",
"Pfamnumber": "16360",
"miRNAnumber": "137",
"lncRNAnumber": "6363"
},
{
"id": 733,
"InsectBaseID": "IBG_00733",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Tephritis",
"TaxonomyID": "594049",
"Tags": "None",
"OrganismName": "Tephritis californica",
"NormalName": "None",
"SpeciesIntro": "Tephritis californica is a species in the family Tephritidae.",
"Intro_from": "Wikipedia",
"Image_from": "Don Loarie@BY",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001017515.1",
"GenomeLevel": "Scaffold",
"Busco": "C:53.7%[S:53.5%,D:0.2%],F:21.7%,M:24.6%,n:1367",
"GenomeSize": "346.4",
"GenomeGC": "21.7",
"SeqNumber": "183295",
"N50": "2",
"PCGnumber": "21683",
"Swissnumber": "12808",
"GOnumber": "12618",
"KEGGnumber": "13841",
"Pfamnumber": "12946",
"miRNAnumber": "46",
"lncRNAnumber": "0"
},
{
"id": 734,
"InsectBaseID": "IBG_00734",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Tetragonula",
"TaxonomyID": "148810",
"Tags": "resource insect;pollinator;",
"OrganismName": "Tetragonula carbonaria",
"NormalName": "sugarbag bee",
"SpeciesIntro": "Trigona carbonaria is a stingless bee, endemic to the north-east coast of Australia.They are also occasionally referred to as bush bees. The bee is known to pollinate orchid species, such as Dendrobium lichenastrum, D. toressae, and D. speciosum. It has been identified as an insect that collects pollen from the cycad Cycas media. They are also known for their small body size, reduced wing venation, and highly developed social structure comparable to honey bees.",
"Intro_from": "Wikipedia",
"Image_from": "Graham Wise@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010645115.1",
"GenomeLevel": "Contig",
"Busco": "C:96.3%[S:95.9%,D:0.4%],F:1.8%,M:1.9%,n:1367",
"GenomeSize": "303.3",
"GenomeGC": "29.3",
"SeqNumber": "90201",
"N50": "13.8",
"PCGnumber": "27320",
"Swissnumber": "10562",
"GOnumber": "10366",
"KEGGnumber": "10799",
"Pfamnumber": "11381",
"miRNAnumber": "164",
"lncRNAnumber": "1267"
},
{
"id": 735,
"InsectBaseID": "IBG_00735",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Tetragonula",
"TaxonomyID": "270525",
"Tags": "None",
"OrganismName": "Tetragonula clypearis",
"NormalName": "None",
"SpeciesIntro": "Tetragonula Clypearis are one of Australia’s smallest bees",
"Intro_from": "https://www.australiannativebee.com/2015/09/28/tetragonula-clypearis/",
"Image_from": "Aussie Bee@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010645135.1",
"GenomeLevel": "Contig",
"Busco": "C:96.1%[S:95.7%,D:0.4%],F:1.8%,M:2.1%,n:1367",
"GenomeSize": "297.7",
"GenomeGC": "30.2",
"SeqNumber": "77144",
"N50": "15",
"PCGnumber": "31500",
"Swissnumber": "15340",
"GOnumber": "15059",
"KEGGnumber": "13218",
"Pfamnumber": "16694",
"miRNAnumber": "165",
"lncRNAnumber": "0"
},
{
"id": 736,
"InsectBaseID": "IBG_00736",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Tetragonula",
"TaxonomyID": "597209",
"Tags": "None",
"OrganismName": "Tetragonula davenporti",
"NormalName": "None",
"SpeciesIntro": "Tetragonula davenporti is found in Oceania, in countries such as Australia, Indonesia, New Guinea, Malaysia, Thailand, The Philippines, India, Sri Lanka, and The Solomon Islands. ",
"Intro_from": "Wikipedia",
"Image_from": "Ken Walker, Museum Victoria@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010645165.1",
"GenomeLevel": "Contig",
"Busco": "C:96.9%[S:96.6%,D:0.3%],F:1.4%,M:1.7%,n:1367",
"GenomeSize": "288.2",
"GenomeGC": "29.4",
"SeqNumber": "47286",
"N50": "18.7",
"PCGnumber": "21237",
"Swissnumber": "10259",
"GOnumber": "10066",
"KEGGnumber": "10851",
"Pfamnumber": "10930",
"miRNAnumber": "170",
"lncRNAnumber": "0"
},
{
"id": 737,
"InsectBaseID": "IBG_00737",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Tetragonula",
"TaxonomyID": "270528",
"Tags": "pollinator;",
"OrganismName": "Tetragonula hockingsi",
"NormalName": "None",
"SpeciesIntro": "Tetragonula hockingsi is a small stingless bee native to Australia. It is found primarily in the Northern Territory and in northern Queensland. The colonies can get quite large, with up to 10,000 workers and a single queen. Workers of Tetragonula hockingsi have been observed in fatal fights with other Tetragonula species, where the worker bees risk their lives for the potential benefit of scarce resources.",
"Intro_from": "Wikipedia",
"Image_from": "Ken Walker, Museum Victoria@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010645185.1",
"GenomeLevel": "Contig",
"Busco": "C:95.5%[S:95.2%,D:0.3%],F:2.3%,M:2.2%,n:1367",
"GenomeSize": "310.9",
"GenomeGC": "29.8",
"SeqNumber": "112753",
"N50": "10.6",
"PCGnumber": "38136",
"Swissnumber": "17355",
"GOnumber": "17083",
"KEGGnumber": "14403",
"Pfamnumber": "18960",
"miRNAnumber": "163",
"lncRNAnumber": "0"
},
{
"id": 738,
"InsectBaseID": "IBG_00738",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Tetragonula",
"TaxonomyID": "270529",
"Tags": "None",
"OrganismName": "Tetragonula mellipes",
"NormalName": "None",
"SpeciesIntro": "Tetragonula mellipes does not occur in the Australian states of New South Wales (NSW) or QLD, but is confined to the Northern Territory.",
"Intro_from": "Genetic architecture of the Tetragonula carbonaria species complex of Australian stingless bees (Hymenoptera: Apidae: Meliponini)",
"Image_from": "Taxon Expeditions@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011634685.1",
"GenomeLevel": "Contig",
"Busco": "C:96.6%[S:96.3%,D:0.3%],F:1.5%,M:1.9%,n:1367",
"GenomeSize": "341.7",
"GenomeGC": "30.4",
"SeqNumber": "133257",
"N50": "16.6",
"PCGnumber": "50535",
"Swissnumber": "19416",
"GOnumber": "18970",
"KEGGnumber": "13924",
"Pfamnumber": "23413",
"miRNAnumber": "171",
"lncRNAnumber": "0"
},
{
"id": 739,
"InsectBaseID": "IBG_00739",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Tetramorium",
"TaxonomyID": "219812",
"Tags": "medicinal insect;",
"OrganismName": "Tetramorium bicarinatum",
"NormalName": "None",
"SpeciesIntro": "Tetramorium bicarinatum is a species of ant of the family Formicidae in the order Hymenoptera that originated in South East Asia.",
"Intro_from": "Wikipedia",
"Image_from": "Jen Schlauch@BY-NC",
"reference": "Cicconardi F, Krapf P, D'Annessa I, et al. Genomic Signature of Shifts in Selection in a Subalpine Ant and Its Physiological Adaptations. Mol Biol Evol. 2020;37(8):2211-2227. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32181804/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011636605.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.5%[S:97.1%,D:0.4%],F:1.2%,M:1.3%,n:1367",
"GenomeSize": "232.1",
"GenomeGC": "30.7",
"SeqNumber": "19788",
"N50": "30.5",
"PCGnumber": "26697",
"Swissnumber": "10191",
"GOnumber": "10016",
"KEGGnumber": "11586",
"Pfamnumber": "11471",
"miRNAnumber": "135",
"lncRNAnumber": "726"
},
{
"id": 740,
"InsectBaseID": "IBG_00740",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Tetramorium",
"TaxonomyID": "2164160",
"Tags": "None",
"OrganismName": "Tetramorium immigrans",
"NormalName": "pavement ant,immigrant pavement ant and the sugar ant",
"SpeciesIntro": "Tetramorium immigrans is an ant native to Europe, which also occurs as an introduced pest in North America. Its common name comes from the fact that colonies in North America usually make their nests under pavement. This is one of the most commonly seen ants in North America, being well adapted to urban and suburban habitats. It is distinguished by one pair of spines on the back, two nodes on the petiole, and grooves on the head and thorax.",
"Intro_from": "Wikipedia",
"Image_from": "Merav Vonshak@BY-NC",
"reference": "Cicconardi F, Krapf P, D'Annessa I, et al. Genomic Signature of Shifts in Selection in a Subalpine Ant and Its Physiological Adaptations. Mol Biol Evol. 2020;37(8):2211-2227. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32181804/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011636585.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.5%[S:97.3%,D:0.2%],F:1.6%,M:0.9%,n:1367",
"GenomeSize": "229.9",
"GenomeGC": "30.5",
"SeqNumber": "18306",
"N50": "32.3",
"PCGnumber": "27120",
"Swissnumber": "10543",
"GOnumber": "10369",
"KEGGnumber": "12062",
"Pfamnumber": "11830",
"miRNAnumber": "140",
"lncRNAnumber": "0"
},
{
"id": 741,
"InsectBaseID": "IBG_00741",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Tetramorium",
"TaxonomyID": "628798",
"Tags": "None",
"OrganismName": "Tetramorium parvispinum",
"NormalName": "None",
"SpeciesIntro": "Tetramorium parvispinum is found in Borneo (type locality), Indonesia, Malaysia, Philippines,Taiwan, Thailand and China.",
"Intro_from": "Antwiki",
"Image_from": "Will Ericson@BY-SA",
"reference": "Cicconardi F, Krapf P, D'Annessa I, et al. Genomic Signature of Shifts in Selection in a Subalpine Ant and Its Physiological Adaptations. Mol Biol Evol. 2020;37(8):2211-2227. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32181804/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011638315.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.6%[S:95.3%,D:0.3%],F:3.1%,M:1.3%,n:1367",
"GenomeSize": "232.5",
"GenomeGC": "30.9",
"SeqNumber": "28196",
"N50": "18.1",
"PCGnumber": "26699",
"Swissnumber": "11782",
"GOnumber": "11575",
"KEGGnumber": "13156",
"Pfamnumber": "13251",
"miRNAnumber": "125",
"lncRNAnumber": "0"
},
{
"id": 742,
"InsectBaseID": "IBG_00742",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Tetramorium",
"TaxonomyID": "443853",
"Tags": "None",
"OrganismName": "Tetramorium simillimum",
"NormalName": "None",
"SpeciesIntro": "Tetramorium simillimum, is a species of ant in the subfamily Myrmicinae. It is a small pale colored widespread species that can be found in almost all the continents.",
"Intro_from": "Wikipedia",
"Image_from": "Nigel Main@BY",
"reference": "Cicconardi F, Krapf P, D'Annessa I, et al. Genomic Signature of Shifts in Selection in a Subalpine Ant and Its Physiological Adaptations. Mol Biol Evol. 2020;37(8):2211-2227. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/32181804/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011636635.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.6%[S:98.0%,D:0.6%],F:0.9%,M:0.5%,n:1367",
"GenomeSize": "235.1",
"GenomeGC": "31.3",
"SeqNumber": "23892",
"N50": "23.9",
"PCGnumber": "26503",
"Swissnumber": "11006",
"GOnumber": "10816",
"KEGGnumber": "12819",
"Pfamnumber": "12696",
"miRNAnumber": "135",
"lncRNAnumber": "0"
},
{
"id": 743,
"InsectBaseID": "IBG_00743",
"Order": "Lepidoptera",
"Family": "Notodontidae",
"Genus": "Thaumetopoea",
"TaxonomyID": "208016",
"Tags": "pest;",
"OrganismName": "Thaumetopoea pityocampa",
"NormalName": "pine processionary",
"SpeciesIntro": "Thaumetopoea pityocampa is a moth of the subfamily Thaumetopoeinae in the family Notodontidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. Sometimes placed in the genus Traumatocampa, it is one of the most destructive species to pines and cedars in Central Asia, North Africa and the countries of southern Europe. The urticating hairs of the caterpillar larvae cause harmful reactions in humans and other mammals. The species is notable for the behaviour of its caterpillars, which overwinter in tent-like nests high in pine trees, and which proceed through the woods in nose-to-tail columns, protected by their severely irritating hairs, as described by the French entomologist Jean-Henri Fabre.",
"Intro_from": "Wikipedia",
"Image_from": "Donald Hobern@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "GCA_017165845.1",
"GenomeLevel": "Scaffold",
"Busco": "C:82.9%[S:81.9%,D:1.0%],F:11.0%,M:6.1%,n:1367",
"GenomeSize": "593.4",
"GenomeGC": "20.6",
"SeqNumber": "38644",
"N50": "28.9",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "125",
"lncRNAnumber": "0"
},
{
"id": 744,
"InsectBaseID": "IBG_00744",
"Order": "Diptera",
"Family": "Sepsidae",
"Genus": "Themira",
"TaxonomyID": "292402",
"Tags": "None",
"OrganismName": "Themira minor",
"NormalName": "None",
"SpeciesIntro": "Themira minor is a species in the family Sepsidae.",
"Intro_from": "https://eunis.eea.europa.eu/species/74674",
"Image_from": "janet graham@BY",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001014575.1",
"GenomeLevel": "Scaffold",
"Busco": "C:66.5%[S:64.8%,D:1.7%],F:10.6%,M:22.9%,n:1367",
"GenomeSize": "101.1",
"GenomeGC": "32.6",
"SeqNumber": "33166",
"N50": "3.6",
"PCGnumber": "13620",
"Swissnumber": "8031",
"GOnumber": "7924",
"KEGGnumber": "8532",
"Pfamnumber": "8424",
"miRNAnumber": "46",
"lncRNAnumber": "2044"
},
{
"id": 745,
"InsectBaseID": "IBG_00745",
"Order": "Thysanoptera",
"Family": "Thripidae",
"Genus": "Thrips",
"TaxonomyID": "161013",
"Tags": "pest;",
"OrganismName": "Thrips palmi",
"NormalName": "None",
"SpeciesIntro": "Thrips palmi is an insect from the genus Thrips in the order Thysanoptera. It is known commonly as the melon thrips.It is a primary vector of plant viruses. The melon thrips can cause damage to a wide range of glasshouse ornamental and vegetable crops, particularly plants in the families Cucurbitaceae and Solanaceae, such as cucumber, aubergine, tomato and sweet pepper.",
"Intro_from": "Wikipedia",
"Image_from": "Lori Owenby@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_012932325.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.0%[S:96.6%,D:0.4%],F:0.3%,M:2.7%,n:1367",
"GenomeSize": "240.8",
"GenomeGC": "34.1",
"SeqNumber": "17",
"N50": "14854.3",
"PCGnumber": "14078",
"Swissnumber": "9697",
"GOnumber": "9556",
"KEGGnumber": "9804",
"Pfamnumber": "11335",
"miRNAnumber": "288",
"lncRNAnumber": "1424"
},
{
"id": 746,
"InsectBaseID": "IBG_00746",
"Order": "Lepidoptera",
"Family": "Drepanidae",
"Genus": "Thyatira",
"TaxonomyID": "721163",
"Tags": "None",
"OrganismName": "Thyatira batis",
"NormalName": "peach blossom",
"SpeciesIntro": "Thyatira batis is a moth of the family Drepanidae. It was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.It is found throughout Europe and east through the Palearctic to Japan and Mongolia. It is a fairly common species in the British Isles.",
"Intro_from": "Wikipedia",
"Image_from": "Nikolai Vladimirov@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147785.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.9%[S:98.6%,D:0.3%],F:0.1%,M:1.0%,n:1367",
"GenomeSize": "314.8",
"GenomeGC": "25",
"SeqNumber": "52",
"N50": "11052.4",
"PCGnumber": "25120",
"Swissnumber": "11079",
"GOnumber": "10859",
"KEGGnumber": "13569",
"Pfamnumber": "13931",
"miRNAnumber": "256",
"lncRNAnumber": "1248"
},
{
"id": 747,
"InsectBaseID": "IBG_00747",
"Order": "Phasmatodea",
"Family": "Timematidae",
"Genus": "Timema",
"TaxonomyID": "61472",
"Tags": "None",
"OrganismName": "Timema bartmani",
"NormalName": "Bartman's timema",
"SpeciesIntro": "Timema bartmani is a species of stick insect in the family Timematidae. It is found in North America.",
"Intro_from": "Wikipedia",
"Image_from": "jac_serrano@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902151455.1",
"GenomeLevel": "Scaffold",
"Busco": "C:87.7%[S:87.5%,D:0.2%],F:6.8%,M:5.5%,n:1367",
"GenomeSize": "1122.3",
"GenomeGC": "22.1",
"SeqNumber": "333758",
"N50": "106.1",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "159",
"lncRNAnumber": "0"
},
{
"id": 748,
"InsectBaseID": "IBG_00748",
"Order": "Phasmatodea",
"Family": "Timematidae",
"Genus": "Timema",
"TaxonomyID": "61474",
"Tags": "None",
"OrganismName": "Timema californicum",
"NormalName": "California timema",
"SpeciesIntro": "Timema californicum is a species of walkingstick in the family Timematidae. It is found in North America.",
"Intro_from": "Wikipedia",
"Image_from": "Tony Iwane@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902141385.1",
"GenomeLevel": "Scaffold",
"Busco": "C:79.2%[S:78.6%,D:0.6%],F:11.3%,M:9.5%,n:1367",
"GenomeSize": "1235.4",
"GenomeGC": "22.6",
"SeqNumber": "660024",
"N50": "67.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "150",
"lncRNAnumber": "0"
},
{
"id": 749,
"InsectBaseID": "IBG_00749",
"Order": "Phasmatodea",
"Family": "Timematidae",
"Genus": "Timema",
"TaxonomyID": "61476",
"Tags": "model organism;",
"OrganismName": "Timema cristinae",
"NormalName": "Cristina's Timema",
"SpeciesIntro": "Timema cristinae is a species of walking stick in the family Timematidae. This species is named in recognition of the person who first found and collected it, Cristina Sandoval. It is found in North America, in a small region of southern California, US. T. cristinae is one of the smallest species of stick insects. They are flightless, and feed on the shrubs on which they live.",
"Intro_from": "Wikipedia",
"Image_from": "cristinasandoval@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002928295.1",
"GenomeLevel": "Chromosome",
"Busco": "C:93.4%[S:93.3%,D:0.1%],F:3.0%,M:3.6%,n:1367",
"GenomeSize": "967.4",
"GenomeGC": "21.4",
"SeqNumber": "3839",
"N50": "55714.7",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "130",
"lncRNAnumber": "0"
},
{
"id": 750,
"InsectBaseID": "IBG_00750",
"Order": "Phasmatodea",
"Family": "Timematidae",
"Genus": "Timema",
"TaxonomyID": "61478",
"Tags": "None",
"OrganismName": "Timema douglasi",
"NormalName": "None",
"SpeciesIntro": "Timema douglasi is a stick insect native to northern California and southern Oregon. It was first identified in 1996 as a specialist feeder on old-growth Douglas fir. It is one of five parthenogenetic species of Timema.",
"Intro_from": "Wikipedia",
"Image_from": "humbotany@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_901482245.1",
"GenomeLevel": "Scaffold",
"Busco": "C:82.8%[S:82.4%,D:0.4%],F:7.0%,M:10.2%,n:1367",
"GenomeSize": "1137",
"GenomeGC": "22.6",
"SeqNumber": "317771",
"N50": "97.6",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "164",
"lncRNAnumber": "0"
},
{
"id": 751,
"InsectBaseID": "IBG_00751",
"Order": "Phasmatodea",
"Family": "Timematidae",
"Genus": "Timema",
"TaxonomyID": "629358",
"Tags": "None",
"OrganismName": "Timema genevievae",
"NormalName": "Genevieve's timema",
"SpeciesIntro": "Timema genevievae is a species of walkingstick in the family Timematidae. It is found in North America.",
"Intro_from": "Wikipedia",
"Image_from": "Paul G. Johnson@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902155825.1",
"GenomeLevel": "Scaffold",
"Busco": "C:90.7%[S:90.4%,D:0.3%],F:5.6%,M:3.7%,n:1367",
"GenomeSize": "1062.7",
"GenomeGC": "22.2",
"SeqNumber": "155957",
"N50": "143.2",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "176",
"lncRNAnumber": "0"
},
{
"id": 752,
"InsectBaseID": "IBG_00752",
"Order": "Phasmatodea",
"Family": "Timematidae",
"Genus": "Timema",
"TaxonomyID": "170555",
"Tags": "None",
"OrganismName": "Timema monikensis",
"NormalName": "None",
"SpeciesIntro": "Timema monikensis is a species in the family Timematidae",
"Intro_from": "Wikipedia",
"Image_from": "Santa Monica Mountains National Recreation Area@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902151445.1",
"GenomeLevel": "Scaffold",
"Busco": "C:91.1%[S:90.6%,D:0.5%],F:5.2%,M:3.7%,n:1367",
"GenomeSize": "1112.6",
"GenomeGC": "22.2",
"SeqNumber": "189023",
"N50": "229.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "166",
"lncRNAnumber": "0"
},
{
"id": 753,
"InsectBaseID": "IBG_00753",
"Order": "Phasmatodea",
"Family": "Timematidae",
"Genus": "Timema",
"TaxonomyID": "61482",
"Tags": "None",
"OrganismName": "Timema podura",
"NormalName": "Sierra Nevada timema",
"SpeciesIntro": "Timema podura is a species of walkingstick in the family Timematidae. It is found in North America.",
"Intro_from": "Wikipedia",
"Image_from": "James Bailey@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902151475.1",
"GenomeLevel": "Scaffold",
"Busco": "C:49.7%[S:49.5%,D:0.2%],F:30.7%,M:19.6%,n:1367",
"GenomeSize": "1118.5",
"GenomeGC": "22.5",
"SeqNumber": "889014",
"N50": "4.1",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "131",
"lncRNAnumber": "0"
},
{
"id": 754,
"InsectBaseID": "IBG_00754",
"Order": "Phasmatodea",
"Family": "Timematidae",
"Genus": "Timema",
"TaxonomyID": "170557",
"Tags": "None",
"OrganismName": "Timema poppensis",
"NormalName": "Pope Valley timema",
"SpeciesIntro": "Timema poppense is a species of walkingstick in the family Timematidae. It is found in California, and originally described from a nature reserve in the Pope Valley",
"Intro_from": "Wikipedia",
"Image_from": "dgreenberger@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902141375.1",
"GenomeLevel": "Scaffold",
"Busco": "C:75.6%[S:75.1%,D:0.5%],F:14.8%,M:9.6%,n:1367",
"GenomeSize": "1151.3",
"GenomeGC": "22.6",
"SeqNumber": "564266",
"N50": "40.1",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "148",
"lncRNAnumber": "0"
},
{
"id": 755,
"InsectBaseID": "IBG_00755",
"Order": "Phasmatodea",
"Family": "Timematidae",
"Genus": "Timema",
"TaxonomyID": "629360",
"Tags": "None",
"OrganismName": "Timema shepardi",
"NormalName": "None",
"SpeciesIntro": "Timema shepardi, Shepards Timema, is a stick insect native to northern California. It was first identified in 1999. It is one of five parthenogenetic species of Timema.",
"Intro_from": "Wikipedia",
"Image_from": "Darren J. Parker@CC0",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902151425.1",
"GenomeLevel": "Scaffold",
"Busco": "C:86.6%[S:86.2%,D:0.4%],F:8.4%,M:5.0%,n:1367",
"GenomeSize": "1167.4",
"GenomeGC": "22.6",
"SeqNumber": "316480",
"N50": "104.8",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "157",
"lncRNAnumber": "0"
},
{
"id": 756,
"InsectBaseID": "IBG_00756",
"Order": "Phasmatodea",
"Family": "Timematidae",
"Genus": "Timema",
"TaxonomyID": "61484",
"Tags": "None",
"OrganismName": "Timema tahoe",
"NormalName": "None",
"SpeciesIntro": "Timema shepardi is a species in the family Timematidae",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902151465.1",
"GenomeLevel": "Scaffold",
"Busco": "C:90.2%[S:90.1%,D:0.1%],F:5.7%,M:4.1%,n:1367",
"GenomeSize": "1107",
"GenomeGC": "22.1",
"SeqNumber": "179075",
"N50": "126.9",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "156",
"lncRNAnumber": "0"
},
{
"id": 757,
"InsectBaseID": "IBG_00757",
"Order": "Lepidoptera",
"Family": "Tineidae",
"Genus": "Tinea",
"TaxonomyID": "1594354",
"Tags": "None",
"OrganismName": "Tinea trinotella",
"NormalName": "none",
"SpeciesIntro": "Tinea trinotella is a species of tineoid moth. It belongs to the fungus moth family (Tineidae), and therein to the nominate subfamily Tineinae. It was once used as type species of a distinct genus Acedes, but this is synonymized today with Tinea, the type genus of Tineinae, Tineidae and the superfamily Tineoidea.",
"Intro_from": "Wikipedia",
"Image_from": "David Renoult@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220615.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.1%[S:96.5%,D:0.6%],F:0.6%,M:2.3%,n:1367",
"GenomeSize": "371.7",
"GenomeGC": "18.2",
"SeqNumber": "32",
"N50": "13660.6",
"PCGnumber": "21491",
"Swissnumber": "11134",
"GOnumber": "10906",
"KEGGnumber": "13288",
"Pfamnumber": "13847",
"miRNAnumber": "99",
"lncRNAnumber": "0"
},
{
"id": 758,
"InsectBaseID": "IBG_00758",
"Order": "Diptera",
"Family": "Tipulidae",
"Genus": "Tipula",
"TaxonomyID": "312236",
"Tags": "pest;",
"OrganismName": "Tipula oleracea",
"NormalName": "marsh crane fly",
"SpeciesIntro": "Tipula oleracea is a species of cranefly found throughout the Palaearctic and parts of the Nearctic.",
"Intro_from": "Wikipedia",
"Image_from": "Rob Curtis@BY-NC-SA",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001017535.1",
"GenomeLevel": "Scaffold",
"Busco": "C:56.6%[S:56.2%,D:0.4%],F:14.3%,M:29.1%,n:1367",
"GenomeSize": "548.4",
"GenomeGC": "15.9",
"SeqNumber": "186864",
"N50": "3.4",
"PCGnumber": "15526",
"Swissnumber": "8282",
"GOnumber": "8161",
"KEGGnumber": "8884",
"Pfamnumber": "9100",
"miRNAnumber": "26",
"lncRNAnumber": "1009"
},
{
"id": 759,
"InsectBaseID": "IBG_00759",
"Order": "Hymenoptera",
"Family": "Torymidae",
"Genus": "Torymus",
"TaxonomyID": "714620",
"Tags": "None",
"OrganismName": "Torymus auratus",
"NormalName": "None",
"SpeciesIntro": "Torymus auratus is a species in the family Torymidae ",
"Intro_from": "Wikipedia",
"Image_from": "Nikolai Vladimirov@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900474315.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.2%[S:91.5%,D:1.7%],F:3.6%,M:3.2%,n:1367",
"GenomeSize": "415.9",
"GenomeGC": "28",
"SeqNumber": "232092",
"N50": "9.9",
"PCGnumber": "29483",
"Swissnumber": "13111",
"GOnumber": "12876",
"KEGGnumber": "15938",
"Pfamnumber": "15763",
"miRNAnumber": "135",
"lncRNAnumber": "0"
},
{
"id": 760,
"InsectBaseID": "IBG_00760",
"Order": "Hymenoptera",
"Family": "Torymidae",
"Genus": "Torymus",
"TaxonomyID": "310282",
"Tags": "None",
"OrganismName": "Torymus geranii",
"NormalName": "None",
"SpeciesIntro": "Torymus geranii is an ectoparasitoid of various cynipid wasps that induce galls on Quercus species .",
"Intro_from": "Wikipedia",
"Image_from": "Marko Mutanen, University of Oulu@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900474355.1",
"GenomeLevel": "Scaffold",
"Busco": "C:85.1%[S:84.2%,D:0.9%],F:9.4%,M:5.5%,n:1367",
"GenomeSize": "368.5",
"GenomeGC": "29",
"SeqNumber": "141701",
"N50": "5.1",
"PCGnumber": "33037",
"Swissnumber": "14770",
"GOnumber": "14564",
"KEGGnumber": "18088",
"Pfamnumber": "17317",
"miRNAnumber": "141",
"lncRNAnumber": "0"
},
{
"id": 761,
"InsectBaseID": "IBG_00761",
"Order": "Hemiptera",
"Family": "Pseudococcidae",
"Genus": "Trabutina",
"TaxonomyID": "490976",
"Tags": "pest;",
"OrganismName": "Trabutina mannipara",
"NormalName": "mana scale",
"SpeciesIntro": "Trabutina mannipara is a species of mealybug found in the Middle East and southern Europe. It is the most well-known of the five species in the genus Trabutina, of which it is the type species, due to its association with the biblical story of manna. T. mannipara feeds parasitically on tamarisk trees, and excretes a sweet substance which is sometimes collected for human consumption. ",
"Intro_from": "Wikipedia",
"Image_from": "faluke@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900080175.1",
"GenomeLevel": "Contig",
"Busco": "C:92.0%[S:91.0%,D:1.0%],F:3.7%,M:4.3%,n:1367",
"GenomeSize": "174.4",
"GenomeGC": "23.8",
"SeqNumber": "37035",
"N50": "6.7",
"PCGnumber": "18321",
"Swissnumber": "10854",
"GOnumber": "10667",
"KEGGnumber": "11649",
"Pfamnumber": "11901",
"miRNAnumber": "62",
"lncRNAnumber": "0"
},
{
"id": 762,
"InsectBaseID": "IBG_00762",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Trachymyrmex",
"TaxonomyID": "471704",
"Tags": "None",
"OrganismName": "Trachymyrmex cornetzi",
"NormalName": "None",
"SpeciesIntro": "Trachymyrmex cornetzi is a species in the family Formicidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001594075.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.9%[S:98.3%,D:0.6%],F:0.6%,M:0.5%,n:1367",
"GenomeSize": "374.1",
"GenomeGC": "23.4",
"SeqNumber": "19761",
"N50": "770.3",
"PCGnumber": "11930",
"Swissnumber": "8814",
"GOnumber": "8624",
"KEGGnumber": "9559",
"Pfamnumber": "10210",
"miRNAnumber": "126",
"lncRNAnumber": "1350"
},
{
"id": 763,
"InsectBaseID": "IBG_00763",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Trachymyrmex",
"TaxonomyID": "34720",
"Tags": "None",
"OrganismName": "Trachymyrmex septentrionalis",
"NormalName": "None",
"SpeciesIntro": "Trachymyrmex septentrionalis is a species of ant in the genus Trachymyrmex. It is the northernmost species in the tribe Attini.",
"Intro_from": "Wikipedia",
"Image_from": "skitterbug@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001594115.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:99.0%,D:0.2%],F:0.4%,M:0.4%,n:1367",
"GenomeSize": "295.4",
"GenomeGC": "25.5",
"SeqNumber": "5836",
"N50": "2551.6",
"PCGnumber": "10556",
"Swissnumber": "8376",
"GOnumber": "8185",
"KEGGnumber": "8510",
"Pfamnumber": "9169",
"miRNAnumber": "129",
"lncRNAnumber": "1567"
},
{
"id": 764,
"InsectBaseID": "IBG_00764",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Trachymyrmex",
"TaxonomyID": "64791",
"Tags": "None",
"OrganismName": "Trachymyrmex zeteki",
"NormalName": "None",
"SpeciesIntro": "Trachymyrmex zeteki is fungus-growing attine ants that cultivate basidiomycete fungi for food.",
"Intro_from": "Antwiki",
"Image_from": "Will Ericson@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001594055.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.9%[S:98.9%,D:0.0%],F:0.6%,M:0.5%,n:1367",
"GenomeSize": "271.3",
"GenomeGC": "26",
"SeqNumber": "4623",
"N50": "1350.6",
"PCGnumber": "10708",
"Swissnumber": "8314",
"GOnumber": "8164",
"KEGGnumber": "8618",
"Pfamnumber": "9288",
"miRNAnumber": "128",
"lncRNAnumber": "849"
},
{
"id": 765,
"InsectBaseID": "IBG_00765",
"Order": "Hemiptera",
"Family": "Aleyrodidae",
"Genus": "Trialeurodes",
"TaxonomyID": "88556",
"Tags": "pest;",
"OrganismName": "Trialeurodes vaporariorum",
"NormalName": "glasshouse whitefly or greenhouse whitefly",
"SpeciesIntro": "Trialeurodes vaporariorum is an insect that inhabits the worlds temperate regions. Like various other whiteflies, it is a primary insect pest of many fruit, vegetable and ornamental crops. It is frequently found in glasshouses (greenhouses), polytunnels, and other protected horticultural environments. Adults are 1–2 mm in length, with yellowish bodies and four wax-coated wings held near parallel to the leaf surface.",
"Intro_from": "Wikipedia",
"Image_from": "Guido Bohne@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011764245.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.1%[S:92.1%,D:2.0%],F:0.9%,M:5.0%,n:1367",
"GenomeSize": "787.4",
"GenomeGC": "38.9",
"SeqNumber": "397",
"N50": "69978.4",
"PCGnumber": "18181",
"Swissnumber": "6841",
"GOnumber": "6660",
"KEGGnumber": "8161",
"Pfamnumber": "9159",
"miRNAnumber": "139",
"lncRNAnumber": "7491"
},
{
"id": 766,
"InsectBaseID": "IBG_00766",
"Order": "Hemiptera",
"Family": "Reduviidae",
"Genus": "Triatoma",
"TaxonomyID": "30076",
"Tags": "vector;",
"OrganismName": "Triatoma infestans",
"NormalName": "winchuka or vinchuca,barbeiro,chipo,kissing bug or barber bug",
"SpeciesIntro": "Triatoma infestans is a blood-sucking bug (like virtually all the members of its subfamily Triatominae) and the most important vector of Trypanosoma cruzi which can lead to Chagas disease. It is widespread in the Southern Cone countries of South America.",
"Intro_from": "Wikipedia",
"Image_from": "Portillo Solari Bruno Nicolás@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_011037195.1",
"GenomeLevel": "Scaffold",
"Busco": "C:90.5%[S:88.7%,D:1.8%],F:2.1%,M:7.4%,n:1367",
"GenomeSize": "961.4",
"GenomeGC": "20",
"SeqNumber": "14951",
"N50": "110.2",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "96",
"lncRNAnumber": "0"
},
{
"id": 767,
"InsectBaseID": "IBG_00767",
"Order": "Hemiptera",
"Family": "Reduviidae",
"Genus": "Triatoma",
"TaxonomyID": "162384",
"Tags": "vector;",
"OrganismName": "Triatoma rubrofasciata",
"NormalName": "None",
"SpeciesIntro": "Triatoma rubrofasciata is a hemipteran insect of the subfamily Triatominae.",
"Intro_from": "Biological attributes of the kissing bug Triatoma rubrofasciata from Vietnam",
"Image_from": "sunnetchan@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "GigaDB",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:95.0%,D:3.3%],F:0.9%,M:0.8%,n:1367",
"GenomeSize": "692.1",
"GenomeGC": "31.5",
"SeqNumber": "1303",
"N50": "51545.9",
"PCGnumber": "12584",
"Swissnumber": "8995",
"GOnumber": "8858",
"KEGGnumber": "8967",
"Pfamnumber": "9852",
"miRNAnumber": "122",
"lncRNAnumber": "566"
},
{
"id": 768,
"InsectBaseID": "IBG_00768",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Tribolium",
"TaxonomyID": "7070",
"Tags": "model organism;pest;",
"OrganismName": "Tribolium castaneum",
"NormalName": "red flour beetle",
"SpeciesIntro": "Tribolium castaneum is a species of beetle in the family Tenebrionidae, the darkling beetles. It is a worldwide pest of stored products, particularly food grains, and a model organism for ethological and food safety research.",
"Intro_from": "Wikipedia",
"Image_from": "sunnetchan@BY-NC-SA",
"reference": "Kim HS, Murphy T, Xia J, et al. BeetleBase in 2010: revisions to provide comprehensive genomic information for Tribolium castaneum. Nucleic Acids Res. 2010;38(Database issue):D437-D442. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/19820115/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000002335.3",
"GenomeLevel": "Chromosome",
"Busco": "C:99.2%[S:98.8%,D:0.4%],F:0.4%,M:0.4%,n:1367",
"GenomeSize": "168",
"GenomeGC": "29.7",
"SeqNumber": "2082",
"N50": "15456.3",
"PCGnumber": "12599",
"Swissnumber": "9645",
"GOnumber": "9477",
"KEGGnumber": "9847",
"Pfamnumber": "10859",
"miRNAnumber": "158",
"lncRNAnumber": "4671"
},
{
"id": 769,
"InsectBaseID": "IBG_00769",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Tribolium",
"TaxonomyID": "41895",
"Tags": "pest",
"OrganismName": "Tribolium madens",
"NormalName": "none",
"SpeciesIntro": "Tribolium madens is a species of flour beetles in the family Tenebrionidae.",
"Intro_from": "Wikipedia",
"Image_from": "Радик@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_015345945.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.2%[S:99.0%,D:0.2%],F:0.3%,M:0.5%,n:1367",
"GenomeSize": "149.4",
"GenomeGC": "22",
"SeqNumber": "112",
"N50": "15175",
"PCGnumber": "17464",
"Swissnumber": "10411",
"GOnumber": "10237",
"KEGGnumber": "11022",
"Pfamnumber": "11873",
"miRNAnumber": "122",
"lncRNAnumber": "0"
},
{
"id": 770,
"InsectBaseID": "IBG_00770",
"Order": "Hymenoptera",
"Family": "Trichogrammatidae",
"Genus": "Trichogramma",
"TaxonomyID": "86971",
"Tags": "natural enemy;",
"OrganismName": "Trichogramma brassicae",
"NormalName": "None",
"SpeciesIntro": "Trichogramma brassicae is a species of parasitoid wasps from the Trichogrammatidae family. It mainly parasitizes Lepidopteran hosts in agricultural fields. They are entomaphagous parasitoids that deposit their own eggs inside the hosts eggs, consuming the host egg material and emerging upon full development. They are a common biological control species that have been used commercially since the late 1970s. Inundative releases of T. brassicae, recently, can be done by means of drones and integrated control with Bacillus thuringiensis subs. kurstaki were demonstrated effective as chemical insecticide treatments and of course without negative environmental side effects.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902806795.1",
"GenomeLevel": "Contig",
"Busco": "C:95.8%[S:93.2%,D:2.6%],F:1.0%,M:3.2%,n:1367",
"GenomeSize": "238.3",
"GenomeGC": "29.8",
"SeqNumber": "1570",
"N50": "563.6",
"PCGnumber": "16856",
"Swissnumber": "7904",
"GOnumber": "7346",
"KEGGnumber": "8971",
"Pfamnumber": "9463",
"miRNAnumber": "97",
"lncRNAnumber": "1176"
},
{
"id": 771,
"InsectBaseID": "IBG_00771",
"Order": "Hymenoptera",
"Family": "Trichogrammatidae",
"Genus": "Trichogramma",
"TaxonomyID": "72267",
"Tags": "natural enemy;",
"OrganismName": "Trichogramma evanescens",
"NormalName": "None",
"SpeciesIntro": "Trichogramma evanescens is a 0.5mm long parasitoid wasp which parasitises Lepidoptera eggs.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_902732785.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.1%[S:93.8%,D:3.3%],F:1.1%,M:1.8%,n:1367",
"GenomeSize": "216.3",
"GenomeGC": "29.3",
"SeqNumber": "146286",
"N50": "38.7",
"PCGnumber": "19217",
"Swissnumber": "10545",
"GOnumber": "10375",
"KEGGnumber": "11661",
"Pfamnumber": "12455",
"miRNAnumber": "85",
"lncRNAnumber": "0"
},
{
"id": 772,
"InsectBaseID": "IBG_00772",
"Order": "Hymenoptera",
"Family": "Trichogrammatidae",
"Genus": "Trichogramma",
"TaxonomyID": "7493",
"Tags": "natural enemy;",
"OrganismName": "Trichogramma pretiosum",
"NormalName": "None",
"SpeciesIntro": "Trichogramma pretiosum is a species of parasitoid wasps from the Trichogrammatidae family.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000599845.3",
"GenomeLevel": "Scaffold",
"Busco": "C:98.2%[S:95.5%,D:2.7%],F:0.2%,M:1.6%,n:1367",
"GenomeSize": "190",
"GenomeGC": "30.3",
"SeqNumber": "925",
"N50": "1848.5",
"PCGnumber": "12437",
"Swissnumber": "9169",
"GOnumber": "8973",
"KEGGnumber": "9370",
"Pfamnumber": "10797",
"miRNAnumber": "77",
"lncRNAnumber": "1146"
},
{
"id": 773,
"InsectBaseID": "IBG_00773",
"Order": "Hymenoptera",
"Family": "Pteromalidae",
"Genus": "Trichomalopsis",
"TaxonomyID": "543379",
"Tags": "natural enemy;",
"OrganismName": "Trichomalopsis sarcophagae",
"NormalName": "None",
"SpeciesIntro": "Trichomalopsis pretiosum is the most widely distributed species in North America. It is a more generalized parasitoid, able to parasitise a range of different species. It has been the focus of many research studies and has been successfully reared on 18 genera of Lepidoptera. T. pretiosum was introduced into Australia in the 1970s as part of the Ord River Irrigation Area IPM scheme.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Martinson EO, Mrinalini, Kelkar YD, Chang CH, Werren JH. The Evolution of Venom by Co-option of Single-Copy Genes. Curr Biol. 2017;27(13):2007-2013.e8.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/28648823/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002249905.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.4%[S:96.6%,D:0.8%],F:1.1%,M:1.5%,n:1367",
"GenomeSize": "239.4",
"GenomeGC": "33.7",
"SeqNumber": "40891",
"N50": "22.6",
"PCGnumber": "15423",
"Swissnumber": "7914",
"GOnumber": "7772",
"KEGGnumber": "8587",
"Pfamnumber": "9303",
"miRNAnumber": "98",
"lncRNAnumber": "1238"
},
{
"id": 774,
"InsectBaseID": "IBG_00774",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Trichoplusia",
"TaxonomyID": "7111",
"Tags": "pest;",
"OrganismName": "Trichoplusia ni",
"NormalName": "cabbage looper",
"SpeciesIntro": "Trichoplusia ni is a medium-sized moth in the family Noctuidae, a family commonly referred to as owlet moths. Its common name comes from its preferred host plants and distinctive crawling behavior. Cruciferous vegetables, such as cabbage, bok choy, and broccoli, are its main host plant; hence, the reference to cabbage in its common name. The larva is called a looper because it arches its back into a loop when it crawls.",
"Intro_from": "Wikipedia",
"Image_from": "Ken-ichi Ueda@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_003590095.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.8%[S:93.1%,D:4.7%],F:0.4%,M:1.8%,n:1367",
"GenomeSize": "368.2",
"GenomeGC": "27.5",
"SeqNumber": "1031",
"N50": "14205.9",
"PCGnumber": "14861",
"Swissnumber": "10729",
"GOnumber": "10517",
"KEGGnumber": "11400",
"Pfamnumber": "12289",
"miRNAnumber": "247",
"lncRNAnumber": "4602"
},
{
"id": 775,
"InsectBaseID": "IBG_00775",
"Order": "Lepidoptera",
"Family": "Hepialidae",
"Genus": "Triodia",
"TaxonomyID": "537462",
"Tags": "None",
"OrganismName": "Triodia sylvina",
"NormalName": "orange swift or orange moth",
"SpeciesIntro": "Triodia sylvina is a moth belonging to the family Hepialidae. The species was first described by Carl Linnaeus in 1761. It was previously placed in the genus Hepialus. It is distributed throughout Europe.",
"Intro_from": "Wikipedia",
"Image_from": "nutmeg66@BY-NC-ND",
"reference": "None",
"referenceFrom": "None",
"DataSource": "LepBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:4.5%[S:4.4%,D:0.1%],F:12.3%,M:83.2%,n:1367",
"GenomeSize": "1342.9",
"GenomeGC": "31.6",
"SeqNumber": "4884909",
"N50": "0.5",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "59",
"lncRNAnumber": "0"
},
{
"id": 776,
"InsectBaseID": "IBG_00776",
"Order": "Hemiptera",
"Family": "Pseudococcidae",
"Genus": "Trionymus",
"TaxonomyID": "1295211",
"Tags": "None",
"OrganismName": "Trionymus perrisii",
"NormalName": "None",
"SpeciesIntro": "Trionymus perrisii is a species of insect first described by Victor Antoine Signoret in 1875. Trionymus perrisii is a member of the genus Trionymus, and the family of wool turtles. The species is reproductive in Sweden.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "Husnik F, McCutcheon JP. Repeated replacement of an intrabacterial symbiont in the tripartite nested mealybug symbiosis. Proc Natl Acad Sci U S A. 2016;113(37):E5416-E5424.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/27573819/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900050545.1",
"GenomeLevel": "Scaffold",
"Busco": "C:89.0%[S:88.1%,D:0.9%],F:5.0%,M:6.0%,n:1367",
"GenomeSize": "240.5",
"GenomeGC": "20.4",
"SeqNumber": "80386",
"N50": "4.7",
"PCGnumber": "27571",
"Swissnumber": "13613",
"GOnumber": "13345",
"KEGGnumber": "15663",
"Pfamnumber": "16102",
"miRNAnumber": "58",
"lncRNAnumber": "0"
},
{
"id": 777,
"InsectBaseID": "IBG_00777",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Trupanea",
"TaxonomyID": "1582032",
"Tags": "None",
"OrganismName": "Trupanea jonesi",
"NormalName": "None",
"SpeciesIntro": "Trupanea jonesi is a species of fruit fly in the family Tephritidae.",
"Intro_from": "Wikipedia",
"Image_from": "James Bailey@BY-NC",
"reference": "Vicoso B, Bachtrog D. Numerous transitions of sex chromosomes in Diptera. PLoS Biol. 2015;13(4):e1002078. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/25879221/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_001014665.1",
"GenomeLevel": "Scaffold",
"Busco": "C:23.6%[S:23.5%,D:0.1%],F:18.8%,M:57.6%,n:1367",
"GenomeSize": "98.5",
"GenomeGC": "24.3",
"SeqNumber": "66952",
"N50": "1.4",
"PCGnumber": "12938",
"Swissnumber": "7130",
"GOnumber": "6970",
"KEGGnumber": "7921",
"Pfamnumber": "7415",
"miRNAnumber": "16",
"lncRNAnumber": "0"
},
{
"id": 778,
"InsectBaseID": "IBG_00778",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Trypoxylus",
"TaxonomyID": "273928",
"Tags": "medicindal insect",
"OrganismName": "Trypoxylus dichotomus",
"NormalName": "Japanese rhinoceros beetle, Japanese horned beetle, or kabutomushi",
"SpeciesIntro": "Trypoxylus dichotomus is a species of rhinoceros beetle.",
"Intro_from": "Wikipedia",
"Image_from": "Cynthia Su@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014905495.1",
"GenomeLevel": "Contig",
"Busco": "C:99.8%[S:98.7%,D:1.1%],F:0.1%,M:0.1%,n:1367",
"GenomeSize": "739.4",
"GenomeGC": "18.3",
"SeqNumber": "2347",
"N50": "7929.1",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "98",
"lncRNAnumber": "0"
},
{
"id": 779,
"InsectBaseID": "IBG_00779",
"Order": "Lepidoptera",
"Family": "Gelechiidae",
"Genus": "Tuta",
"TaxonomyID": "702717",
"Tags": "pest;",
"OrganismName": "Tuta absoluta",
"NormalName": "South American tomato pinworm, tomato leafminer, tomato pinworm and South American tomato moth",
"SpeciesIntro": "Tuta absoluta is a species of moth in family Gelechiidae. It is well known as a serious pest of tomato crops in Europe, Africa, western Asia and South and Central America, with larvae causing up to 100% loss if not effectively controlled.",
"Intro_from": "Wikipedia",
"Image_from": "Tiziana Dinolfo@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_004799115.1",
"GenomeLevel": "Scaffold",
"Busco": "C:90.9%[S:62.8%,D:28.1%],F:5.0%,M:4.1%,n:1367",
"GenomeSize": "917.9",
"GenomeGC": "19.4",
"SeqNumber": "51398",
"N50": "98.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "184",
"lncRNAnumber": "0"
},
{
"id": 780,
"InsectBaseID": "IBG_00780",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Vanessa",
"TaxonomyID": "42275",
"Tags": "None",
"OrganismName": "Vanessa atalanta",
"NormalName": "red admiral or red admirable",
"SpeciesIntro": "Vanessa atalanta is a well-characterized, medium-sized butterfly with black wings, red bands, and white spots. It has a wingspan of about 2 inches (5 cm). It was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. The red admiral is widely distributed across temperate regions of North Africa, the Americas, Europe, Asia, and the Caribbean. It resides in warmer areas, but migrates north in spring and sometimes again in autumn. Typically found in moist woodlands, the red admiral caterpillars primary host plant is the stinging nettle (Urtica dioica); it can also be found on the false nettle (Boehmeria cylindrica). The adult butterfly drinks from flowering plants like Buddleia and overripe fruit. Red admirals are territorial; females will only mate with males that hold territory. Males with superior flight abilities are more likely to successfully court females. It is known as an unusually calm butterfly, often allowing observation at a very close distance before flying away, also landing on and using humans as perches.",
"Intro_from": "Wikipedia",
"Image_from": "Jamie Gorzynski@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147765.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.2%[S:95.1%,D:0.1%],F:0.9%,M:3.9%,n:1367",
"GenomeSize": "370.4",
"GenomeGC": "22.5",
"SeqNumber": "142",
"N50": "12792.5",
"PCGnumber": "22500",
"Swissnumber": "10088",
"GOnumber": "9909",
"KEGGnumber": "11317",
"Pfamnumber": "12108",
"miRNAnumber": "133",
"lncRNAnumber": "1231"
},
{
"id": 781,
"InsectBaseID": "IBG_00781",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Vanessa",
"TaxonomyID": "171605",
"Tags": "None",
"OrganismName": "Vanessa cardui",
"NormalName": "painted lady",
"SpeciesIntro": "Vanessa cardui is a well-known colourful butterfly, known as the painted lady, or formerly in North America as the cosmopolitan.",
"Intro_from": "Wikipedia",
"Image_from": "q8dragon@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220365.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.9%[S:98.8%,D:0.1%],F:0.4%,M:0.7%,n:1367",
"GenomeSize": "424.8",
"GenomeGC": "21.3",
"SeqNumber": "37",
"N50": "14616",
"PCGnumber": "26213",
"Swissnumber": "10462",
"GOnumber": "10251",
"KEGGnumber": "13084",
"Pfamnumber": "13511",
"miRNAnumber": "126",
"lncRNAnumber": "2285"
},
{
"id": 782,
"InsectBaseID": "IBG_00782",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Vanessa",
"TaxonomyID": "334116",
"Tags": "None",
"OrganismName": "Vanessa tameamea",
"NormalName": "Kamehameha butterfly",
"SpeciesIntro": "Vanessa tameamea is one of the two species of butterfly endemic to Hawaii, the other is Udara blackburni. The Hawaiian name is pulelehua. This is today a catch-all native term for all butterflies; its origin seems to be pulelo to float or to undulate in the air + lehua, reddish, or rainbow colored, probably due to the predominant color of the Metrosideros polymorpha flower: an animal that floats through the air, from one lehua to another. Alternatively, it is called lepelepe-o-Hina – roughly, Hinas fringewing – which is today also used for the introduced monarch butterfly.",
"Intro_from": "Wikipedia",
"Image_from": "David Andreas Tønnessen@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_002938995.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.5%[S:98.1%,D:0.4%],F:0.7%,M:0.8%,n:1367",
"GenomeSize": "361.6",
"GenomeGC": "21.9",
"SeqNumber": "1558",
"N50": "3026.4",
"PCGnumber": "11441",
"Swissnumber": "8917",
"GOnumber": "8749",
"KEGGnumber": "9058",
"Pfamnumber": "9833",
"miRNAnumber": "138",
"lncRNAnumber": "753"
},
{
"id": 783,
"InsectBaseID": "IBG_00783",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Venturia",
"TaxonomyID": "32260",
"Tags": "natural enemy;",
"OrganismName": "Venturia canescens",
"NormalName": "Nemeritis canescens",
"SpeciesIntro": "Venturia canescens is an endoparasitoid wasp that deposits its eggs inside the larvae of pyralid moths such as Ephestia kuehniella (Lepidoptera: Phycitidae). ",
"Intro_from": "Diversity of Virus-Like Particles in Parasitoids’ Venom",
"Image_from": "Graeme Cocks@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "BIPAA",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "C:98.9%[S:98.2%,D:0.7%],F:0.4%,M:0.7%,n:1367",
"GenomeSize": "241.8",
"GenomeGC": "38",
"SeqNumber": "62001",
"N50": "116.8",
"PCGnumber": "21840",
"Swissnumber": "10142",
"GOnumber": "9960",
"KEGGnumber": "11379",
"Pfamnumber": "11860",
"miRNAnumber": "113",
"lncRNAnumber": "1379"
},
{
"id": 784,
"InsectBaseID": "IBG_00784",
"Order": "Hymenoptera",
"Family": "Vespidae",
"Genus": "Vespa",
"TaxonomyID": "7446",
"Tags": "edible insect;pest;",
"OrganismName": "Vespa mandarinia",
"NormalName": "Asian giant hornet,Japanese giant hornet",
"SpeciesIntro": "Vespa mandarinia is the worlds largest hornet. It is native to temperate and tropical East Asia, South Asia, Mainland Southeast Asia, and parts of the Russian Far East. It was also found in the Pacific Northwest of North America in late 2019 with a few more additional sightings in 2020, prompting concern that it could become an invasive species.They prefer to live in low mountains and forests, while almost completely avoiding plains and high-altitude climates. V. mandarinia creates nests by digging, co-opting pre-existing tunnels dug by rodents, or occupying spaces near rotted pine roots.It feeds primarily on larger insects, colonies of other eusocial insects, tree sap, and honey from honey bee colonies. The hornet has a body length of 45 millimetres (1 3⁄4 inches), a wingspan around 75 mm (3 in), and a stinger 6 mm (1⁄4 in) long, which injects a large amount of potent venom. Although the scientific literature and official government sources continue to refer to this species by its established common name, the popular media have taken to using the nickname murder hornet.",
"Intro_from": "Wikipedia",
"Image_from": "Alpsdake@BY-SA",
"reference": "Childers, Anna, Geib, Scott M., Smith, Timothy P.L, et al..Asian giant hornet, Vespa mandarinia, genome assembly. Ag Data Commons. ",
"referenceFrom": "http://dx.crossref.org/10.15482/USDA.ADC/1519179",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014083535.1",
"GenomeLevel": "Contig",
"Busco": "C:99.4%[S:99.0%,D:0.4%],F:0.0%,M:0.6%,n:1367",
"GenomeSize": "250.8",
"GenomeGC": "17.4",
"SeqNumber": "268",
"N50": "2812.9",
"PCGnumber": "12462",
"Swissnumber": "8330",
"GOnumber": "8152",
"KEGGnumber": "8524",
"Pfamnumber": "9161",
"miRNAnumber": "189",
"lncRNAnumber": "668"
},
{
"id": 785,
"InsectBaseID": "IBG_00785",
"Order": "Hymenoptera",
"Family": "Vespidae",
"Genus": "Vespula",
"TaxonomyID": "30212",
"Tags": "None",
"OrganismName": "Vespula germanica",
"NormalName": "European wasp, German wasp, or German yellowjacket",
"SpeciesIntro": "Vespula germanica is a species of wasp found in much of the Northern Hemisphere, native to Europe, Northern Africa, and temperate Asia. It has spread and become well-established in many other places, including North America, South America (Argentina and Chile), Australia, South Africa, and New Zealand. German wasps are part of the family Vespidae and are sometimes mistakenly referred to as paper wasps because they build grey paper nests, although strictly speaking, paper wasps are part of the subfamily Polistinae. In North America, they are also known as yellowjackets.",
"Intro_from": "Wikipedia",
"Image_from": "Jean and Fred@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905340365.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.4%[S:99.3%,D:0.1%],F:0.1%,M:0.5%,n:1367",
"GenomeSize": "205.8",
"GenomeGC": "22.1",
"SeqNumber": "37",
"N50": "9441.3",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "158",
"lncRNAnumber": "0"
},
{
"id": 786,
"InsectBaseID": "IBG_00786",
"Order": "Hymenoptera",
"Family": "Vespidae",
"Genus": "Vespula",
"TaxonomyID": "30213",
"Tags": "None",
"OrganismName": "Vespula pensylvanica",
"NormalName": "western yellowjacket",
"SpeciesIntro": "Vespula pensylvanica is a Nearctic species of wasp in the genus Vespula. It is native to regions of North America, largely in areas with northern temperate climates. Its reproductive behavior is constrained by cold weather, which successfully reduces the number of western yellowjackets in cold months. However, in the absence of cold weather, this wasps population can explode. The western yellowjacket has become particularly invasive in the Hawaiian Islands, resulting in their label as a major pest.",
"Intro_from": "Wikipedia",
"Image_from": "Andrea Kreuzhage@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_014466175.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.4%[S:99.3%,D:0.1%],F:0.2%,M:0.4%,n:1367",
"GenomeSize": "179.4",
"GenomeGC": "24.1",
"SeqNumber": "222",
"N50": "8532.7",
"PCGnumber": "12111",
"Swissnumber": "8602",
"GOnumber": "8470",
"KEGGnumber": "8956",
"Pfamnumber": "9327",
"miRNAnumber": "172",
"lncRNAnumber": "2842"
},
{
"id": 787,
"InsectBaseID": "IBG_00787",
"Order": "Hymenoptera",
"Family": "Vespidae",
"Genus": "Vespula",
"TaxonomyID": "7454",
"Tags": "None",
"OrganismName": "Vespula vulgaris",
"NormalName": "common wasp",
"SpeciesIntro": "Vespula vulgaris is found in regions that include the United Kingdom, Germany, India, China, New Zealand and Australia. It is sometimes known as the European wasp, but the same name is used for the species Vespula germanica or German wasp. Another name for Vespula vulgaris is the common yellow-jacket. In 2010, the ostensible Vespula vulgaris wasps in North America were found to be a different species, Vespula alascensis.",
"Intro_from": "Wikipedia",
"Image_from": "Stefan@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905475345.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.5%[S:99.4%,D:0.1%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "188.2",
"GenomeGC": "23.9",
"SeqNumber": "28",
"N50": "8749.7",
"PCGnumber": "11966",
"Swissnumber": "8452",
"GOnumber": "8310",
"KEGGnumber": "8668",
"Pfamnumber": "9175",
"miRNAnumber": "167",
"lncRNAnumber": "3666"
},
{
"id": 788,
"InsectBaseID": "IBG_00788",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Vollenhovia",
"TaxonomyID": "411798",
"Tags": "None",
"OrganismName": "Vollenhovia emeryi",
"NormalName": "None",
"SpeciesIntro": "Vollenhovia emeryi is a species of ant in the family Formicidae.",
"Intro_from": "Wikipedia",
"Image_from": "Katja Schulz@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000949405.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.1%[S:98.7%,D:0.4%],F:0.4%,M:0.5%,n:1367",
"GenomeSize": "291.5",
"GenomeGC": "31.6",
"SeqNumber": "13258",
"N50": "1362.9",
"PCGnumber": "13406",
"Swissnumber": "9358",
"GOnumber": "9183",
"KEGGnumber": "10518",
"Pfamnumber": "11141",
"miRNAnumber": "182",
"lncRNAnumber": "1648"
},
{
"id": 789,
"InsectBaseID": "IBG_00789",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Volucella",
"TaxonomyID": "226151",
"Tags": "None",
"OrganismName": "Volucella inanis",
"NormalName": "none",
"SpeciesIntro": "Volucella inanis is a species of hoverfly belonging to the family Syrphidae.",
"Intro_from": "Wikipedia",
"Image_from": "Kostas Zontanos@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907269105.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.0%[S:97.4%,D:0.6%],F:0.3%,M:1.7%,n:1367",
"GenomeSize": "961.5",
"GenomeGC": "24.5",
"SeqNumber": "53",
"N50": "163465.4",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "109",
"lncRNAnumber": "0"
},
{
"id": 790,
"InsectBaseID": "IBG_00790",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Wasmannia",
"TaxonomyID": "64793",
"Tags": "pest;",
"OrganismName": "Wasmannia auropunctata",
"NormalName": "electric ant or little fire ant",
"SpeciesIntro": "Wasmannia auropunctata is a small (approx 1.5 mm long), light to golden brown (ginger) social ant native to Central and South America, now spread to parts of Africa (including Gabon and Cameroon), North America, Puerto Rico, Israel, Cuba, and six Pacific Island groups (including the Galápagos Islands, Hawaii, New Caledonia and the Solomon Islands) plus north-eastern Australia (Cairns).",
"Intro_from": "Wikipedia",
"Image_from": "kbkash@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000956235.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.4%[S:98.0%,D:0.4%],F:0.8%,M:0.8%,n:1367",
"GenomeSize": "328.1",
"GenomeGC": "26.2",
"SeqNumber": "77788",
"N50": "1190.1",
"PCGnumber": "11946",
"Swissnumber": "8858",
"GOnumber": "8697",
"KEGGnumber": "9352",
"Pfamnumber": "10047",
"miRNAnumber": "164",
"lncRNAnumber": "1927"
},
{
"id": 791,
"InsectBaseID": "IBG_00791",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Wiebesia",
"TaxonomyID": "150944",
"Tags": "None",
"OrganismName": "Wiebesia pumilae",
"NormalName": "none",
"SpeciesIntro": "Wiebesia pumilae is a hymenoptera insect of the family fig wasps (Agaonidae). It pollinates the awkeotsang creeping fig. It is found in China, Hong Kong, and Taiwan. The scientific name was first published as Blastophaga pumilae in 1967 by Hill.",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018907045.1",
"GenomeLevel": "Contig",
"Busco": "C:97.8%[S:97.4%,D:0.4%],F:0.5%,M:1.7%,n:1367",
"GenomeSize": "319.9",
"GenomeGC": "21.8",
"SeqNumber": "192",
"N50": "5482.5",
"PCGnumber": "51681",
"Swissnumber": "8881",
"GOnumber": "8749",
"KEGGnumber": "9642",
"Pfamnumber": "9513",
"miRNAnumber": "117",
"lncRNAnumber": "0"
},
{
"id": 792,
"InsectBaseID": "IBG_00792",
"Order": "Orthoptera",
"Family": "Acrididae",
"Genus": "Xenocatantops",
"TaxonomyID": "227619",
"Tags": "pest;",
"OrganismName": "Xenocatantops brachycerus",
"NormalName": "None",
"SpeciesIntro": "Xenocatantops brachycerus is an economically important grasshopper species that is reared in China. ",
"Intro_from": "Wikipedia",
"Image_from": "陳正守@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_900249655.1",
"GenomeLevel": "Contig",
"Busco": "C:85.5%[S:74.4%,D:11.1%],F:5.9%,M:8.6%,n:1367",
"GenomeSize": "42.1",
"GenomeGC": "38.3",
"SeqNumber": "43187",
"N50": "1.8",
"PCGnumber": "721",
"Swissnumber": "544",
"GOnumber": "534",
"KEGGnumber": "540",
"Pfamnumber": "574",
"miRNAnumber": "19",
"lncRNAnumber": "3"
},
{
"id": 793,
"InsectBaseID": "IBG_00793",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Xestia",
"TaxonomyID": "988049",
"Tags": "None",
"OrganismName": "Xestia xanthographa",
"NormalName": "square-spot rustic",
"SpeciesIntro": "Xestia xanthographa is a moth of the family Noctuidae. It is found in Europe, North Africa and east across the Palearctic (excluding China) and in North America.The species is quite variable in appearance, the forewings occurring in various shades of grey or brown, with melanic forms common in parts of its range. The best identifying feature is the large, pale, squarish stigma which gives the species its common name. The hindwings are pale to dark grey with a whitish fringe. The wingspan is 30–40 mm.",
"Intro_from": "Wikipedia",
"Image_from": "Zdeňka Nováková@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905147715.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:97.7%,D:0.6%],F:0.2%,M:1.5%,n:1367",
"GenomeSize": "933.9",
"GenomeGC": "21",
"SeqNumber": "61",
"N50": "31247.2",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "226",
"lncRNAnumber": "0"
},
{
"id": 794,
"InsectBaseID": "IBG_00794",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Xylota",
"TaxonomyID": "374264",
"Tags": "None",
"OrganismName": "Xylota sylvarum",
"NormalName": "none",
"SpeciesIntro": "Xylota sylvarum is a common Palearctic species of hoverfly.",
"Intro_from": "Wikipedia",
"Image_from": "Paul Cools@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_905220385.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.7%[S:98.1%,D:0.6%],F:0.4%,M:0.9%,n:1367",
"GenomeSize": "534.8",
"GenomeGC": "23.6",
"SeqNumber": "120",
"N50": "124801.8",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "104",
"lncRNAnumber": "0"
},
{
"id": 795,
"InsectBaseID": "IBG_00795",
"Order": "Hemiptera",
"Family": "Fulgoridae",
"Genus": "Zanna",
"TaxonomyID": "548553",
"Tags": "None",
"OrganismName": "Zanna intricata",
"NormalName": "None",
"SpeciesIntro": "Zanna intricata is a species of lantern bug of the genus Zanna.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_010016005.2",
"GenomeLevel": "Scaffold",
"Busco": "C:39.4%[S:39.2%,D:0.2%],F:37.7%,M:22.9%,n:1367",
"GenomeSize": "2129.6",
"GenomeGC": "16.5",
"SeqNumber": "556451",
"N50": "9.8",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "181",
"lncRNAnumber": "0"
},
{
"id": 796,
"InsectBaseID": "IBG_00796",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "447232",
"Tags": "None",
"OrganismName": "Zaprionus africanus",
"NormalName": "none",
"SpeciesIntro": "Zaprionus africanus is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018151435.1",
"GenomeLevel": "Contig",
"Busco": "C:99.4%[S:97.9%,D:1.5%],F:0.1%,M:0.5%,n:1367",
"GenomeSize": "162.5",
"GenomeGC": "31.2",
"SeqNumber": "2315",
"N50": "11319",
"PCGnumber": "16026",
"Swissnumber": "10224",
"GOnumber": "10063",
"KEGGnumber": "10391",
"Pfamnumber": "11479",
"miRNAnumber": "142",
"lncRNAnumber": "0"
},
{
"id": 797,
"InsectBaseID": "IBG_00797",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "428973",
"Tags": "None",
"OrganismName": "Zaprionus camerounensis",
"NormalName": "none",
"SpeciesIntro": "Zaprionus camerounensis is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904165.1",
"GenomeLevel": "Contig",
"Busco": "C:99.6%[S:98.1%,D:1.5%],F:0.1%,M:0.3%,n:1367",
"GenomeSize": "167.2",
"GenomeGC": "30.1",
"SeqNumber": "742",
"N50": "14525.3",
"PCGnumber": "16284",
"Swissnumber": "10448",
"GOnumber": "10312",
"KEGGnumber": "10597",
"Pfamnumber": "11687",
"miRNAnumber": "134",
"lncRNAnumber": "0"
},
{
"id": 798,
"InsectBaseID": "IBG_00798",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "30053",
"Tags": "None",
"OrganismName": "Zaprionus capensis",
"NormalName": "none",
"SpeciesIntro": "Zaprionus capensis is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "amirys81@BY",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018903675.1",
"GenomeLevel": "Contig",
"Busco": "C:99.6%[S:97.8%,D:1.8%],F:0.1%,M:0.3%,n:1367",
"GenomeSize": "166.8",
"GenomeGC": "31.4",
"SeqNumber": "1075",
"N50": "16898",
"PCGnumber": "16353",
"Swissnumber": "10305",
"GOnumber": "10166",
"KEGGnumber": "10476",
"Pfamnumber": "11645",
"miRNAnumber": "148",
"lncRNAnumber": "0"
},
{
"id": 799,
"InsectBaseID": "IBG_00799",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "428974",
"Tags": "None",
"OrganismName": "Zaprionus davidi",
"NormalName": "none",
"SpeciesIntro": "Zaprionus davidi is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018903715.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.4%[S:98.0%,D:1.4%],F:0.1%,M:0.5%,n:1367",
"GenomeSize": "156.1",
"GenomeGC": "31.6",
"SeqNumber": "1394",
"N50": "16225.6",
"PCGnumber": "16057",
"Swissnumber": "10253",
"GOnumber": "10092",
"KEGGnumber": "10481",
"Pfamnumber": "11468",
"miRNAnumber": "143",
"lncRNAnumber": "0"
},
{
"id": 800,
"InsectBaseID": "IBG_00800",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "447233",
"Tags": "None",
"OrganismName": "Zaprionus gabonicus",
"NormalName": "none",
"SpeciesIntro": "Zaprionus gabonicus is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018903695.1",
"GenomeLevel": "Contig",
"Busco": "C:99.5%[S:98.0%,D:1.5%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "187.6",
"GenomeGC": "27.6",
"SeqNumber": "1574",
"N50": "13481.5",
"PCGnumber": "16113",
"Swissnumber": "10129",
"GOnumber": "9989",
"KEGGnumber": "10259",
"Pfamnumber": "11479",
"miRNAnumber": "132",
"lncRNAnumber": "0"
},
{
"id": 801,
"InsectBaseID": "IBG_00801",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "284540",
"Tags": "None",
"OrganismName": "Zaprionus ghesquierei",
"NormalName": "none",
"SpeciesIntro": "Zaprionus ghesquierei is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "CBG Photography Group, Centre for Biodiversity Genomics@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904095.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:97.2%,D:2.1%],F:0.1%,M:0.6%,n:1367",
"GenomeSize": "198.1",
"GenomeGC": "26.4",
"SeqNumber": "852",
"N50": "8961.5",
"PCGnumber": "16046",
"Swissnumber": "10897",
"GOnumber": "10751",
"KEGGnumber": "11066",
"Pfamnumber": "12005",
"miRNAnumber": "178",
"lncRNAnumber": "0"
},
{
"id": 802,
"InsectBaseID": "IBG_00802",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "76712",
"Tags": "None",
"OrganismName": "Zaprionus indianus",
"NormalName": "African fig fly",
"SpeciesIntro": "Zaprionus indianus is a species of vinegar fly in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "Juan Cruzado Cortés@BY-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904595.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.3%[S:97.6%,D:1.7%],F:0.3%,M:0.4%,n:1367",
"GenomeSize": "197.3",
"GenomeGC": "27.4",
"SeqNumber": "1078",
"N50": "6768.7",
"PCGnumber": "16479",
"Swissnumber": "10293",
"GOnumber": "10155",
"KEGGnumber": "10450",
"Pfamnumber": "11704",
"miRNAnumber": "135",
"lncRNAnumber": "0"
},
{
"id": 803,
"InsectBaseID": "IBG_00803",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "184074",
"Tags": "None",
"OrganismName": "Zaprionus kolodkinae",
"NormalName": "none",
"SpeciesIntro": "Zaprionus kolodkinae is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018901885.1",
"GenomeLevel": "Contig",
"Busco": "C:99.4%[S:98.5%,D:0.9%],F:0.0%,M:0.6%,n:1367",
"GenomeSize": "183",
"GenomeGC": "28",
"SeqNumber": "511",
"N50": "6507.4",
"PCGnumber": "16270",
"Swissnumber": "10174",
"GOnumber": "10034",
"KEGGnumber": "10311",
"Pfamnumber": "11421",
"miRNAnumber": "167",
"lncRNAnumber": "0"
},
{
"id": 804,
"InsectBaseID": "IBG_00804",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "429041",
"Tags": "None",
"OrganismName": "Zaprionus lachaisei",
"NormalName": "none",
"SpeciesIntro": "Zaprionus lachaisei is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018901815.1",
"GenomeLevel": "Contig",
"Busco": "C:98.7%[S:97.5%,D:1.2%],F:0.4%,M:0.9%,n:1367",
"GenomeSize": "148.4",
"GenomeGC": "31.3",
"SeqNumber": "763",
"N50": "9167.8",
"PCGnumber": "15946",
"Swissnumber": "10152",
"GOnumber": "9978",
"KEGGnumber": "10402",
"Pfamnumber": "11382",
"miRNAnumber": "158",
"lncRNAnumber": "0"
},
{
"id": 805,
"InsectBaseID": "IBG_00805",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "429042",
"Tags": "None",
"OrganismName": "Zaprionus nigranus",
"NormalName": "none",
"SpeciesIntro": "Zaprionus nigranus is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018903425.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.4%[S:96.6%,D:1.8%],F:0.5%,M:1.1%,n:1367",
"GenomeSize": "175.5",
"GenomeGC": "32.1",
"SeqNumber": "291",
"N50": "2235.8",
"PCGnumber": "21202",
"Swissnumber": "13181",
"GOnumber": "12953",
"KEGGnumber": "12276",
"Pfamnumber": "14888",
"miRNAnumber": "149",
"lncRNAnumber": "0"
},
{
"id": 806,
"InsectBaseID": "IBG_00806",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "428978",
"Tags": "None",
"OrganismName": "Zaprionus ornatus",
"NormalName": "none",
"SpeciesIntro": "Zaprionus ornatus is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904035.1",
"GenomeLevel": "Contig",
"Busco": "C:99.3%[S:97.5%,D:1.8%],F:0.1%,M:0.6%,n:1367",
"GenomeSize": "206.8",
"GenomeGC": "27.9",
"SeqNumber": "313",
"N50": "11228.9",
"PCGnumber": "17440",
"Swissnumber": "10547",
"GOnumber": "10371",
"KEGGnumber": "10797",
"Pfamnumber": "12401",
"miRNAnumber": "144",
"lncRNAnumber": "0"
},
{
"id": 807,
"InsectBaseID": "IBG_00807",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "30057",
"Tags": "None",
"OrganismName": "Zaprionus taronus",
"NormalName": "none",
"SpeciesIntro": "Zaprionus taronus is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018901805.1",
"GenomeLevel": "Contig",
"Busco": "C:98.6%[S:96.8%,D:1.8%],F:0.5%,M:0.9%,n:1367",
"GenomeSize": "162.9",
"GenomeGC": "31.2",
"SeqNumber": "1452",
"N50": "5997.5",
"PCGnumber": "16993",
"Swissnumber": "10693",
"GOnumber": "10526",
"KEGGnumber": "11044",
"Pfamnumber": "11997",
"miRNAnumber": "133",
"lncRNAnumber": "0"
},
{
"id": 808,
"InsectBaseID": "IBG_00808",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "429045",
"Tags": "None",
"OrganismName": "Zaprionus tsacasi",
"NormalName": "none",
"SpeciesIntro": "Zaprionus tsacasi is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904105.1",
"GenomeLevel": "Contig",
"Busco": "C:98.9%[S:97.5%,D:1.4%],F:0.4%,M:0.7%,n:1367",
"GenomeSize": "165.5",
"GenomeGC": "28.9",
"SeqNumber": "641",
"N50": "5453.6",
"PCGnumber": "16052",
"Swissnumber": "10246",
"GOnumber": "10095",
"KEGGnumber": "10404",
"Pfamnumber": "11588",
"miRNAnumber": "163",
"lncRNAnumber": "0"
},
{
"id": 809,
"InsectBaseID": "IBG_00809",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "223247",
"Tags": "None",
"OrganismName": "Zaprionus vittiger",
"NormalName": "none",
"SpeciesIntro": "Zaprionus vittiger is a species in the family Drosophilidae.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018904025.1",
"GenomeLevel": "Contig",
"Busco": "C:99.6%[S:98.4%,D:1.2%],F:0.1%,M:0.3%,n:1367",
"GenomeSize": "162.3",
"GenomeGC": "30.5",
"SeqNumber": "1152",
"N50": "8723.8",
"PCGnumber": "16152",
"Swissnumber": "10266",
"GOnumber": "10082",
"KEGGnumber": "10497",
"Pfamnumber": "11535",
"miRNAnumber": "127",
"lncRNAnumber": "0"
},
{
"id": 810,
"InsectBaseID": "IBG_00810",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Zerene",
"TaxonomyID": "33412",
"Tags": "None",
"OrganismName": "Zerene cesonia",
"NormalName": "None",
"SpeciesIntro": "Zerene cesonia, the , is a North and South American butterfly in the family Pieridae, subfamily Coliadinae (until recently the species was sometimes placed in the related genus Colias instead of Zerene).",
"Intro_from": "Wikipedia",
"Image_from": "Jerry Oldenettel@BY-NC-SA",
"reference": "Rodriguez-Caro L, Fenner J, Benson C, Van Belleghem SM, Counterman BA. Genome Assembly of the Dogface Butterfly Zerene cesonia. Genome Biol Evol. 2020;12(1):3580-3585. ",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/31755926/",
"DataSource": "NCBI",
"NCBIassembly": "GCA_012273895.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.4%[S:93.3%,D:2.1%],F:1.0%,M:3.6%,n:1367",
"GenomeSize": "269.8",
"GenomeGC": "22.6",
"SeqNumber": "276",
"N50": "9330",
"PCGnumber": "16077",
"Swissnumber": "9703",
"GOnumber": "9537",
"KEGGnumber": "10085",
"Pfamnumber": "10746",
"miRNAnumber": "127",
"lncRNAnumber": "1076"
},
{
"id": 811,
"InsectBaseID": "IBG_00811",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Zeugodacus",
"TaxonomyID": "28588",
"Tags": "pest;",
"OrganismName": "Zeugodacus cucurbitae",
"NormalName": "melon fly",
"SpeciesIntro": "Zeugodacus cucurbitae is a major agricultural pest of Asian origin.",
"Intro_from": "Wikipedia",
"Image_from": "Ian Jacobs@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000806345.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.9%[S:98.6%,D:0.3%],F:0.5%,M:0.6%,n:1367",
"GenomeSize": "379.5",
"GenomeGC": "20.9",
"SeqNumber": "5572",
"N50": "1416.5",
"PCGnumber": "12617",
"Swissnumber": "9302",
"GOnumber": "9154",
"KEGGnumber": "9317",
"Pfamnumber": "10549",
"miRNAnumber": "87",
"lncRNAnumber": "5466"
},
{
"id": 812,
"InsectBaseID": "IBG_00812",
"Order": "Lepidoptera",
"Family": "Cossidae",
"Genus": "Zeuzera",
"TaxonomyID": "1101072",
"Tags": "pest",
"OrganismName": "Zeuzera pyrina",
"NormalName": "leopard moth or wood leopard moth",
"SpeciesIntro": "Zeuzera pyrina is a moth of the family Cossidae.It is considered a pest by fruit growers, as the larva feed on branches of many kinds of fruit trees (see list below). Olive trees in particular are very susceptible and can be killed by the larvae burrowing within them.",
"Intro_from": "Wikipedia",
"Image_from": "Wayne Fidler@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907165235.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.1%[S:93.8%,D:0.3%],F:1.8%,M:4.1%,n:1367",
"GenomeSize": "686.9",
"GenomeGC": "21",
"SeqNumber": "37",
"N50": "24575.2",
"PCGnumber": "0",
"Swissnumber": "0",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "250",
"lncRNAnumber": "0"
},
{
"id": 813,
"InsectBaseID": "IBG_00813",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Zonia",
"TaxonomyID": "2201725",
"Tags": "None",
"OrganismName": "Zonia zonia",
"NormalName": "none",
"SpeciesIntro": "Zonia zonia is a neotropical species of lepidoptera in the family Hesperiidae, subfamily Pyrginae and tribe Pyrrhopygini. It is the only representative of the monotypic genus Zonia.",
"Intro_from": "Wikipedia",
"Image_from": "Fernando M. S. Dias, Universidade Federal do Parana@BY-NC-SA",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246015.1",
"GenomeLevel": "Contig",
"Busco": "C:0.0%[S:0.0%,D:0.0%],F:0.4%,M:99.6%,n:1367",
"GenomeSize": "115.1",
"GenomeGC": "25.7",
"SeqNumber": "338095",
"N50": "0.3",
"PCGnumber": "549",
"Swissnumber": "283",
"GOnumber": "280",
"KEGGnumber": "268",
"Pfamnumber": "291",
"miRNAnumber": "36",
"lncRNAnumber": "0"
},
{
"id": 814,
"InsectBaseID": "IBG_00814",
"Order": "Blattodea",
"Family": "Termopsidae",
"Genus": "Zootermopsis",
"TaxonomyID": "136037",
"Tags": "medicinal insect;pest;",
"OrganismName": "Zootermopsis nevadensis",
"NormalName": "None",
"SpeciesIntro": "Zootermopsis nevadensis is a species of eusocial termite (Isoptera) in the family Archotermopsidae, a group known as the dampwood termites. It is a hemimetabolous organism. Eusociality evolved independently within several orders of insects, directed by different selection pressures. Nevertheless, termites and other eusocial insects from Hymenoptera evolved similar physiological and social characteristics.",
"Intro_from": "Wikipedia",
"Image_from": "Brad Smith@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_000696155.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.4%[S:97.9%,D:0.5%],F:0.9%,M:0.7%,n:1367",
"GenomeSize": "491.1",
"GenomeGC": "28.2",
"SeqNumber": "31663",
"N50": "760.5",
"PCGnumber": "11489",
"Swissnumber": "9211",
"GOnumber": "9046",
"KEGGnumber": "9305",
"Pfamnumber": "9953",
"miRNAnumber": "107",
"lncRNAnumber": "7191"
},
{
"id": 815,
"InsectBaseID": "IBG_00815",
"Order": "Lepidoptera",
"Family": "Zygaenidae",
"Genus": "Zygaena",
"TaxonomyID": "287375",
"Tags": "None",
"OrganismName": "Zygaena filipendulae",
"NormalName": "six-spot burnet",
"SpeciesIntro": "Zygaena filipendulae is a day-flying moth of the family Zygaenidae.",
"Intro_from": "Wikipedia",
"Image_from": "Andrea Angiari@BY-NC",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_907165275.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.5%[S:97.7%,D:0.8%],F:0.1%,M:1.4%,n:1367",
"GenomeSize": "366",
"GenomeGC": "22.5",
"SeqNumber": "58",
"N50": "12640.3",
"PCGnumber": "26685",
"Swissnumber": "11500",
"GOnumber": "11306",
"KEGGnumber": "13789",
"Pfamnumber": "14500",
"miRNAnumber": "191",
"lncRNAnumber": "0"
},
{
"id": 816,
"InsectBaseID": "IBG_00816",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Bactrocera",
"TaxonomyID": "104690",
"Tags": "None",
"OrganismName": "Bactrocera minax",
"NormalName": "None",
"SpeciesIntro": "Bactrocera minax (Enderlein) belonging to Diptera, is a devastating pest that harms citrus fruits in China, India and other countries. This insect is also an important quarantine pest in the word.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "InsectBase",
"NCBIassembly": "None",
"GenomeLevel": "Scaffold",
"Busco": "None",
"GenomeSize": "368.14",
"GenomeGC": "37.6",
"SeqNumber": "43124",
"N50": "92.46",
"PCGnumber": "35655",
"Swissnumber": "22296",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "0",
"lncRNAnumber": "0"
},
{
"id": 817,
"InsectBaseID": "IBG_00817",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Cnaphalocrocis",
"TaxonomyID": "1555629",
"Tags": "pest",
"OrganismName": "Cnaphalocrocis exigua",
"NormalName": "None",
"SpeciesIntro": "Cnaphalocrocis exigua (Butler), rice leaffolder, is a notorious insect pest, causing destructive damage on rice . This insect pest has a behavior of folding rice leaves and fastening the margins with stitches of threadlike silk at larval stage. By scraping the green mesophyll within the folded leaves, it causes pale white stripe damage to the leaves and eventually leads to a huge yield loss. Rice leaffolder C. exigua distributes widely in rice-growing region of countries in Asia, Africa and Oceania area. It is also reported that C. exigua can be found in paddy fields of South and Southwest China, especially in Sichuan Province. It could simultaneously exist with another rice leaffolder, C. medinalis in same paddy fields damaging rice plants and increasing the yield loss.",
"Intro_from": "Chromosome-level genome assembly of an agricultural pest, the rice leaffolder Cnaphalocrocis exigua (Crambidae, Lepidoptera)",
"Image_from": "None",
"reference": "Xu H, Zhao X, Yang Y, et al. Chromosome-level genome assembly of an agricultural pest, the rice leaffolder Cnaphalocrocis exigua (Crambidae, Lepidoptera). Mol Ecol Resour. 2021;10.1111/1755-0998.13461.",
"referenceFrom": "https://pubmed.ncbi.nlm.nih.gov/34228883/",
"DataSource": "InsectBase",
"NCBIassembly": "GCA_019059595.1",
"GenomeLevel": "Chromosome",
"Busco": "None",
"GenomeSize": "798.99",
"GenomeGC": "38.08",
"SeqNumber": "2263",
"N50": "25557.25",
"PCGnumber": "14922",
"Swissnumber": "14922",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "0",
"lncRNAnumber": "0"
},
{
"id": 819,
"InsectBaseID": "IBG_00818",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Octodonta",
"TaxonomyID": "1432747",
"Tags": "None",
"OrganismName": "Octodonta nipae",
"NormalName": "None",
"SpeciesIntro": "O. nipae, as an essential invasive pest of palms in Southern China, has caused heavy damage to economic or landscape palms. Its larvae and adults tend to feed on the central, unopened fronds of palms, reducing its pesticide exposure. Meanwhile, this beetle has a wide range of host range, including >14 palm species belonging to more than four subfamilies",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "InsectBase",
"NCBIassembly": "None",
"GenomeLevel": "Chromosome",
"Busco": "None",
"GenomeSize": "1310.8",
"GenomeGC": "33.54",
"SeqNumber": "536",
"N50": "148600.6",
"PCGnumber": "33863",
"Swissnumber": "19923",
"GOnumber": "0",
"KEGGnumber": "0",
"Pfamnumber": "0",
"miRNAnumber": "0",
"lncRNAnumber": "0"
},
{
"id": 3393,
"InsectBaseID": "IBG_01001",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Acanthoscelides",
"TaxonomyID": "200917",
"Tags": "None",
"OrganismName": "Acanthoscelides obtectus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_933228535.1",
"GenomeLevel": "Contig",
"Busco": "C:98.40%[S:0.59%,D:97.81%],F:0.59%,M:1.02%,n:1367",
"GenomeSize": "2206.66",
"GenomeGC": "37.5",
"SeqNumber": "13298",
"N50": "791",
"PCGnumber": "474890",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3394,
"InsectBaseID": "IBG_01002",
"Order": "Lepidoptera",
"Family": "Drepanidae",
"Genus": "Achlya",
"TaxonomyID": "753485",
"Tags": "None",
"OrganismName": "Achlya flavicornis",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947623365.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.56%,D:0.29%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "444.574",
"GenomeGC": "37.2696",
"SeqNumber": "33",
"N50": "16269",
"PCGnumber": "23771",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3395,
"InsectBaseID": "IBG_01003",
"Order": "Diptera",
"Family": "Acroceridae",
"Genus": "Acrocera",
"TaxonomyID": "210248",
"Tags": "None",
"OrganismName": "Acrocera orbiculus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947359355.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.27%[S:97.95%,D:1.32%],F:0.37%,M:0.37%,n:1367",
"GenomeSize": "221.033",
"GenomeGC": "27.3129",
"SeqNumber": "74",
"N50": "63123",
"PCGnumber": "16632",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3396,
"InsectBaseID": "IBG_01004",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Acronicta",
"TaxonomyID": "987862",
"Tags": "None",
"OrganismName": "Acronicta leporina",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947256265.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.78%,D:0.15%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "465.591",
"GenomeGC": "37.1765",
"SeqNumber": "35",
"N50": "16347",
"PCGnumber": "25444",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3397,
"InsectBaseID": "IBG_01005",
"Order": "Hymenoptera",
"Family": "Halictidae",
"Genus": "Agapostemon",
"TaxonomyID": "115084",
"Tags": "None",
"OrganismName": "Agapostemon virescens",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_028453745.1",
"GenomeLevel": "Chromosome",
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"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3558,
"InsectBaseID": "IBG_01166",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Tiliacea",
"TaxonomyID": "988162",
"Tags": "None",
"OrganismName": "Tiliacea aurago",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_948098905.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.78%,D:0.07%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "798.053",
"GenomeGC": "37.815",
"SeqNumber": "40",
"N50": "27510",
"PCGnumber": "29426",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3559,
"InsectBaseID": "IBG_01167",
"Order": "Lepidoptera",
"Family": "Tineidae",
"Genus": "Tinea",
"TaxonomyID": "41014",
"Tags": "None",
"OrganismName": "Tinea pellionella",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_948150575.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.27%,D:0.29%],F:0.15%,M:0.29%,n:1367",
"GenomeSize": "245.305",
"GenomeGC": "35.3888",
"SeqNumber": "38",
"N50": "8907",
"PCGnumber": "18193",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3560,
"InsectBaseID": "IBG_01168",
"Order": "Lepidoptera",
"Family": "Tineidae",
"Genus": "Tineola",
"TaxonomyID": "93883",
"Tags": "None",
"OrganismName": "Tineola bisselliella",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_026546545.1",
"GenomeLevel": "Scaffold",
"Busco": "C:72.57%[S:71.84%,D:0.73%],F:19.90%,M:6.88%,n:1367",
"GenomeSize": "232.733",
"GenomeGC": "32",
"SeqNumber": "234739",
"N50": "2",
"PCGnumber": "39416",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3561,
"InsectBaseID": "IBG_01169",
"Order": "Lepidoptera",
"Family": "Tineidae",
"Genus": "Tineola",
"TaxonomyID": "93883",
"Tags": "None",
"OrganismName": "Tineola bisselliella v2",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_028551675.1",
"GenomeLevel": "Contig",
"Busco": "C:98.76%[S:98.17%,D:0.59%],F:0.73%,M:0.51%,n:1367",
"GenomeSize": "199.057",
"GenomeGC": "32.2",
"SeqNumber": "2540",
"N50": "134",
"PCGnumber": "18262",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3562,
"InsectBaseID": "IBG_01170",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Tortricodes",
"TaxonomyID": "116138",
"Tags": "None",
"OrganismName": "Tortricodes alternella",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947859335.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.41%,D:0.37%],F:0.22%,M:0.00%,n:1367",
"GenomeSize": "441.254",
"GenomeGC": "38.0125",
"SeqNumber": "26",
"N50": "18827",
"PCGnumber": "23802",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3563,
"InsectBaseID": "IBG_01171",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Trisateles",
"TaxonomyID": "753441",
"Tags": "None",
"OrganismName": "Trisateles emortualis",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947095525.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.56%,D:0.37%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "565.515",
"GenomeGC": "36.4384",
"SeqNumber": "33",
"N50": "20149",
"PCGnumber": "26291",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3564,
"InsectBaseID": "IBG_01172",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Tyria",
"TaxonomyID": "179666",
"Tags": "None",
"OrganismName": "Tyria jacobaeae",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947561695.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.63%,D:0.22%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "589.695",
"GenomeGC": "36.4367",
"SeqNumber": "56",
"N50": "21035",
"PCGnumber": "26318",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3565,
"InsectBaseID": "IBG_01173",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Udea",
"TaxonomyID": "1002971",
"Tags": "None",
"OrganismName": "Udea olivalis",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947369235.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:99.63%,D:0.29%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "624.354",
"GenomeGC": "38.1044",
"SeqNumber": "47",
"N50": "21486",
"PCGnumber": "33128",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3566,
"InsectBaseID": "IBG_01174",
"Order": "Hymenoptera",
"Family": "Vespidae",
"Genus": "Vespa",
"TaxonomyID": "7445",
"Tags": "None",
"OrganismName": "Vespa crabro",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_025728115.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.68%[S:98.39%,D:0.29%],F:0.95%,M:0.37%,n:1367",
"GenomeSize": "211.304",
"GenomeGC": "28.8",
"SeqNumber": "30296",
"N50": "34",
"PCGnumber": "15645",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3567,
"InsectBaseID": "IBG_01175",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Xanthorhoe",
"TaxonomyID": "934904",
"Tags": "None",
"OrganismName": "Xanthorhoe spadicearia",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947086425.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.41%,D:0.15%],F:0.44%,M:0.00%,n:1367",
"GenomeSize": "276.692",
"GenomeGC": "36.3107",
"SeqNumber": "33",
"N50": "10252",
"PCGnumber": "21395",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3568,
"InsectBaseID": "IBG_01176",
"Order": "Lepidoptera",
"Family": "Yponomeutidae",
"Genus": "Yponomeuta",
"TaxonomyID": "2567736",
"Tags": "None",
"OrganismName": "Yponomeuta cagnagella",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947310995.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.78%,D:0.00%],F:0.22%,M:0.00%,n:1367",
"GenomeSize": "575.395",
"GenomeGC": "39.2699",
"SeqNumber": "90",
"N50": "19772",
"PCGnumber": "27948",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3569,
"InsectBaseID": "IBG_01177",
"Order": "Lepidoptera",
"Family": "Yponomeutidae",
"Genus": "Yponomeuta",
"TaxonomyID": "2567738",
"Tags": "None",
"OrganismName": "Yponomeuta padella",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947311075.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.71%,D:0.07%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "556.705",
"GenomeGC": "39.2362",
"SeqNumber": "44",
"N50": "19796",
"PCGnumber": "26675",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3570,
"InsectBaseID": "IBG_01178",
"Order": "Lepidoptera",
"Family": "Yponomeutidae",
"Genus": "Yponomeuta",
"TaxonomyID": "1594356",
"Tags": "None",
"OrganismName": "Yponomeuta plumbellus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947310845.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.78%,D:0.07%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "636.644",
"GenomeGC": "39.2201",
"SeqNumber": "51",
"N50": "22918",
"PCGnumber": "34183",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3571,
"InsectBaseID": "IBG_01179",
"Order": "Lepidoptera",
"Family": "Yponomeutidae",
"Genus": "Yponomeuta",
"TaxonomyID": "263928",
"Tags": "None",
"OrganismName": "Yponomeuta rorrellus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947308005.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.56%,D:0.00%],F:0.22%,M:0.22%,n:1367",
"GenomeSize": "568.759",
"GenomeGC": "39.2902",
"SeqNumber": "109",
"N50": "19437",
"PCGnumber": "28011",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3572,
"InsectBaseID": "IBG_01180",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Zophobas",
"TaxonomyID": "2755281",
"Tags": "None",
"OrganismName": "Zophobas morio",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_027724725.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.12%[S:90.27%,D:2.85%],F:1.17%,M:5.71%,n:1367",
"GenomeSize": "461.986",
"GenomeGC": "33.3",
"SeqNumber": "4179",
"N50": "48007",
"PCGnumber": "44128",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3573,
"InsectBaseID": "IBG_01181",
"Order": "Thysanoptera",
"Family": "Thripidae",
"Genus": "Frankliniella",
"TaxonomyID": "407009",
"Tags": "None",
"OrganismName": "Frankliniella fusca",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029379305.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.32%[S:97.73%,D:0.59%],F:0.29%,M:1.39%,n:1367",
"GenomeSize": "372.45",
"GenomeGC": "31.03655065",
"SeqNumber": "1444",
"N50": "1182.854",
"PCGnumber": "26340",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3574,
"InsectBaseID": "IBG_01182",
"Order": "Thysanoptera",
"Family": "Thripidae",
"Genus": "Frankliniella",
"TaxonomyID": "163893",
"Tags": "None",
"OrganismName": "Frankliniella intonsa",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033675135.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.57%[S:97.81%,D:1.76%],F:0.29%,M:0.15%,n:1367",
"GenomeSize": "225.49",
"GenomeGC": "31.6173575",
"SeqNumber": "46",
"N50": "13489",
"PCGnumber": "8585",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3575,
"InsectBaseID": "IBG_01183",
"Order": "Thysanoptera",
"Family": "Thripidae",
"Genus": "Stenchaetothrips",
"TaxonomyID": "1100830",
"Tags": "None",
"OrganismName": "Stenchaetothrips biformis",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "None",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030522485.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.58%[S:86.39%,D:11.19%],F:0.29%,M:2.12%,n:1367",
"GenomeSize": "338.86",
"GenomeGC": "34.81264722",
"SeqNumber": "31",
"N50": "18206.519",
"PCGnumber": "39247",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3576,
"InsectBaseID": "IBG_01184",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Abrostola",
"TaxonomyID": "254365",
"Tags": "None",
"OrganismName": "Abrostola triplasia",
"NormalName": "None",
"SpeciesIntro": "Abrostola triplasia (the dark spectacle) is a moth of the family Noctuidae. It is found across the entire Palearctic realm (Europe (all countries), North Africa, Russia, Siberia, and Japan). Subarctic territories with an average temperature of below 6 °C are an exception. In the warmest and driest regions of the Mediterranean, the Middle East, and the mountains in West and Central Asia, the species occurs only scattered or is entirely lacking.The wingspan is 32–38 mm.This is the description from South (1907)\"The fore wings of this moth are blackish grey inclining to purplish and rather shining; the basal area is pale reddish brown, edged by a curved dark chocolate brown cross line ; a reddish grey band on the outer area clouded with ground colour and edged above the inner margin by a dark chocolate brown curved line ; raised scales on the central area and on the cross lines. Two oval reddish brown marks on the front of the collar have some resemblance to a pair of spectacles, hence the English name\".The oddly shaped humped caterpillar is green, sprinkled with white dots; on segments 4, 5, and 11 are whitish-edged darker marks, and there is a dark line, also whitish-edged, along the middle of the back between segments 5 and 11. There is a white line on the back from segment 4 to the brownish head, and white-edged dark oblique lines on the sides of segments 6 to 11; the line low down along the sides is whitish with an ochreous tinge. A purplish brown form also occurs, in which the pale markings are ochreous tinged.Abrostola tripartita The spectacleDiagnostic features Abrostola triplasia. The basal area of the forewing whitish grey. The stigmata are outlined in black and there are three parallel streaks at the apex of the wing.The larvae feed on Urtica dioica, Humulus lupulus and Parietaria.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946251925.1",
"GenomeLevel": "Contig",
"Busco": "C:99.49%[S:99.34%,D:0.15%],F:0.15%,M:0.37%,n:1367",
"GenomeSize": "360.541132",
"GenomeGC": "29.3510503",
"SeqNumber": "163",
"N50": "5247.431",
"PCGnumber": "20705",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3577,
"InsectBaseID": "IBG_01185",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Acentria",
"TaxonomyID": "1666818",
"Tags": "None",
"OrganismName": "Acentria ephemerella",
"NormalName": "None",
"SpeciesIntro": "Acentria is a monotypic moth genus of the family Crambidae described by James Francis Stephens in 1829. Its only species, Acentria ephemerella, the watermilfoil moth or water veneer, was described by Michael Denis and Ignaz Schiffermüller in 1775. It is used as an agent of biological pest control against the noxious aquatic plant known as Eurasian watermilfoil (Myriophyllum spicatum).The adult male is a white moth with a wingspan of about 12 millimeters. There are two female morphologies. Most females are flightless and live on the surface of the water or just submersed. A few females have longer wings and fly. This is an aquatic insect; most of its life cycle takes place in the water. The female is fertilized at the surface and dives to lay egg masses on aquatic plants, such as watermilfoil. The larva emerges and bores into the stem of the plant, gluing together plant material to create a shelter. It girdles stems as it feeds, which causes significant damage to the plant as stems and leaves die or break off. The larva pupates inside an underwater cocoon filled with air. Upon emergence, males and flighted females swim to the water surface and fly away.This moth is used as a biocontrol agent on watermilfoil, but carefully, because it lacks host specificity and will attack other plant species, including natives. It tends to prefer M. spicatum over other plants. This is a European moth, but it was found in Canada in the 1920s, having been probably introduced accidentally. It is established in much of the northeastern United States, where it appears to have the ability to reduce watermilfoil infestations.This Acentropinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943193655.1",
"GenomeLevel": "Contig",
"Busco": "C:99.64%[S:99.27%,D:0.37%],F:0.07%,M:0.29%,n:1367",
"GenomeSize": "336.121962",
"GenomeGC": "29.45432765",
"SeqNumber": "256",
"N50": "2530.26",
"PCGnumber": "23176",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3578,
"InsectBaseID": "IBG_01186",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Acleris",
"TaxonomyID": "1100899",
"Tags": "None",
"OrganismName": "Acleris literana",
"NormalName": "None",
"SpeciesIntro": "Acleris literana, the sprinkled rough-wing, is a moth of the family Tortricidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is found in most of Europe and in the Near East.It is a variable species and many different forms have been described, but all have a combination of blackish and whitish markings on a pale green ground. Julius von Kennel provides a full description.The wingspan is 18–21 mm (0.71–0.83 in). Adults are on wing from August to September and again from April to May after overwintering as an adult.The larvae feed on Quercus species. They live between leaves spun together with silk.This Tortricini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946894075.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:99.41%,D:0.37%],F:0.15%,M:0.07%,n:1367",
"GenomeSize": "675.217176",
"GenomeGC": "30.21581267",
"SeqNumber": "704",
"N50": "2242.295",
"PCGnumber": "32146",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3579,
"InsectBaseID": "IBG_01187",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Acrobasis",
"TaxonomyID": "1857951",
"Tags": "None",
"OrganismName": "Acrobasis suavella",
"NormalName": "None",
"SpeciesIntro": "Acrobasis suavella, the thicket knot-horn, is a moth of the family Pyralidae. It was described by Johann Leopold Theodor Friedrich Zincken in 1818 and is found in Europe.The wingspan is 19–24 mm. The moth flies in one generation from June to September.The caterpillars preferably feed on blackthorn.This Acrobasis-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943193685.1",
"GenomeLevel": "Contig",
"Busco": "C:78.50%[S:78.13%,D:0.37%],F:1.24%,M:20.26%,n:1367",
"GenomeSize": "514.085146",
"GenomeGC": "28.23507684",
"SeqNumber": "1155",
"N50": "1054.392",
"PCGnumber": "25751",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3580,
"InsectBaseID": "IBG_01188",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Acronicta",
"TaxonomyID": "987865",
"Tags": "None",
"OrganismName": "Acronicta psi",
"NormalName": "None",
"SpeciesIntro": "The grey dagger (Acronicta psi) is a moth of the family Noctuidae.This species can be found from Europe and North Africa to northern Iran, central Asia, southern and central Siberia and Mongolia. In the Levant it is found in Lebanon and Israel.These moths mainly inhabit deciduous forests, hedgerows, parks and gardens, at an elevation up to 1,600 metres (5,200 ft) above sea level.Acronicta psi has a wingspan of 34–45 mm (1.3–1.8 in). These moths have grey forewings with bold black dagger-shaped markings. (The Latin specific name also refers to these markings, as resembling the Greek letter psi, ψ.) The hindwings are dirty grey, generally paler in the male.The moth is very similar to the dark dagger (Acronicta tridens) and identification is generally only possible by minute examination of the genitalia. See Townsend et al. However, in general this moth is generally darker in colour than the dark dagger and always lacks the white hindwings often present in the male of that species. Moreover, the larvae of the two species are very different.The larva of Acronicta psi is quite hairy, greyish or brownish below and black above, with red spots along the sides and a bold yellow stripe along the back. It has a distinctive horn just behind the head (absent from the larva of dark dagger).The grey dagger flies at night from June to August and is attracted to light and sometimes to sugar.It feeds on a wide range of plants, mainly trees and shrubs (see list below). The species overwinters as a pupa.Recorded food plants include:",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946251945.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:99.41%,D:0.37%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "402.064912",
"GenomeGC": "29.22512945",
"SeqNumber": "146",
"N50": "6814.251",
"PCGnumber": "21397",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3581,
"InsectBaseID": "IBG_01189",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Agara",
"TaxonomyID": "2585974",
"Tags": "None",
"OrganismName": "Agara belti belti",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245935.1",
"GenomeLevel": "Contig",
"Busco": "C:74.61%[S:74.54%,D:0.07%],F:19.75%,M:5.05%,n:1367",
"GenomeSize": "285.635496",
"GenomeGC": "27.92332435",
"SeqNumber": "104996",
"N50": "5.027",
"PCGnumber": "39477",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3582,
"InsectBaseID": "IBG_01190",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Agara",
"TaxonomyID": "2585977",
"Tags": "None",
"OrganismName": "Agara michaeli",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245675.1",
"GenomeLevel": "Contig",
"Busco": "C:81.71%[S:81.64%,D:0.07%],F:14.70%,M:3.15%,n:1367",
"GenomeSize": "284.224238",
"GenomeGC": "28.03166245",
"SeqNumber": "80843",
"N50": "6.791",
"PCGnumber": "34489",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3583,
"InsectBaseID": "IBG_01191",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Agriopis",
"TaxonomyID": "190331",
"Tags": "None",
"OrganismName": "Agriopis marginaria",
"NormalName": "None",
"SpeciesIntro": "The dotted border (Agriopis marginaria) is a moth of the family Geometridae. The species was first described by Johan Christian Fabricius in 1776. It is found throughout Europe, except the far north, and the Near East.The female of this species has only vestigial wings and is totally flightless. It is usually found resting on the trunks and branches of the larval food plants. The male has orange-brown forewings with a paler yellowish band and a row of dots along the termen which gives it its common name. The hindwings are whitish with faint fascia. Melanic forms are frequently seen. The wingspan is 36–42 mm. The adults are active from February to April, the male sometimes coming to light but not strongly attracted.The egg is ovate, greenish, becoming reddish on the upper side. The very variable larva is usually greenish-brown with dark cross-shaped markings along the back and feeds on a range of trees and shrubs (see list below). The species overwinters as a pupa.This Bistonini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932301435.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.27%[S:98.83%,D:0.44%],F:0.37%,M:0.37%,n:1367",
"GenomeSize": "502.488742",
"GenomeGC": "28.97315996",
"SeqNumber": "522",
"N50": "2550.345",
"PCGnumber": "24000",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3584,
"InsectBaseID": "IBG_01192",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Agriphila",
"TaxonomyID": "1660579",
"Tags": "None",
"OrganismName": "Agriphila geniculea",
"NormalName": "None",
"SpeciesIntro": "Agriphila geniculea, the elbow-striped grass-veneer, is a species of moth of the family Crambidae. It was first described by Adrian Hardy Haworth in 1811.This species can be found in most of Europe and parts of North Africa. It usually occurs in dry pastures, grassy area, sand-dunes, gardens and grassland.The wingspan is 20–26 mm. The forewings usually show two strongly curved cross-lines, but sometimes these lines are not visible.This species is very similar to Agriphila tolli and Agriphila inquinatella. It can be distinguished from the first on the basis of the higher distance that separates said cross-lines. Moreover, in A. geniculea the forewings are crossed by a couple of chevrons, while A. inquinatella is longitudinally variably streaked.The species has one generation. The moth flies at dusk from July to October depending on the location. When disturbed they come to light. The larvae can be found from late September to early May, as they winter in the larval stage. They feed within stems of Festuca ovina and various other grasses. They inhabit silken galleries, camouflaged with excrement, at the base of small grasses. Sometimes they leave these galleries and curl themselves tightly in a coil along the stem-bases of grasses.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943789515.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.96%[S:93.64%,D:1.32%],F:0.59%,M:4.46%,n:1367",
"GenomeSize": "723.572193",
"GenomeGC": "27.66143502",
"SeqNumber": "1535",
"N50": "922.356",
"PCGnumber": "34808",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3585,
"InsectBaseID": "IBG_01193",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Agrotis",
"TaxonomyID": "1857961",
"Tags": "None",
"OrganismName": "Agrotis puta",
"NormalName": "None",
"SpeciesIntro": "(preocc.)Agrotis puta, the shuttle-shaped dart, is a moth of the family Noctuidae. The species was first described by Jacob Hübner in 1803. It is common in the western part of Europe, but is also found in southern and central Europe, as well as North Africa and the Middle East.The wingspan is 30–32 mm. Adults are on wing from May to October.The larvae feed on various low growing plants.This Agrotis-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943137145.2",
"GenomeLevel": "Contig",
"Busco": "C:98.68%[S:98.02%,D:0.66%],F:0.29%,M:1.02%,n:1367",
"GenomeSize": "517.468476",
"GenomeGC": "24.3994011",
"SeqNumber": "1847",
"N50": "637.518",
"PCGnumber": "22498",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3586,
"InsectBaseID": "IBG_01194",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Allophyes",
"TaxonomyID": "988056",
"Tags": "None",
"OrganismName": "Allophyes oxyacanthae",
"NormalName": "None",
"SpeciesIntro": "Allophyes oxyacanthae, the green-brindled crescent, is a moth of the family Noctuidae, found in Europe. The species was described by Carl Linnaeus in his landmark 1758 10th edition of Systema Naturae.M. oxyacanthae L. (31 g). Forewing reddish grey, varied with fuscous; the nervures and inner margin lined with green scales; a strong black streak from base below cell; lines finely black, the inner sharply angled outwards at the end of the basal streak, the outer marked with a bright white crescent on submedian fold; stigmata all large, pale pinky brown, outlined with black; a diffuse black shade to termen below vein 2; submarginal line faintly paler, the area before it generally paler; hindwing luteous whitish in male, grey in female. The form found in Syria, benedictina Stgr. (31 g) [now full species Allophyes benedictina (Staudinger, [1892]) ]has the forewings dark grey brown; the hindwings paler; but those of the female are darker grey; — another form, occurring in Pontus, Palestine and Ussuriland, asiatica Stgr.[ now full species Allophyes asiatica (Staudinger, [1892]) has the fore-wings pale grey; capucina Mill. (31 g h) is a form restricted, apparently, to the British Isles, rich deep brown with darker shading in the male, darker duller brown in the female, with the lines and markings distinct, the hindwings of the male often rufous-tinged; in this the green scaling is altogether absent; — corsica Spul. [now full species Allophyes corsica (Spuler, 1905)] from the Island of Corsica is said to be paler, of a more vivid yellowish red colour; — pallida Tutt, from Ireland and Berkshire, has pale reddish grey forewings, with only a slight amount of green along inner and outer margins. Larva dull slaty grey or brownish grey, covered with irregular-shaped black marks; on each side of segment 4, which is slightly raised, an oblique dark streak; tubercles pale on dark spots; spiracles fine, white, with black rings. The wingspan is 35–45 mm.The moth flies from September to November, depending on the location and feeds at ivy-blossom, overripe fruit and comes to sugar. It will drop quickly to the ground when disturbed and remain inert in the leaf litter; it also comes to light.Laid in small batches or singly on tree trunks and overwinters in this stage.</ref>The eggs hatch in March and the larva feed, at first, in the opening leaf-buds. They feed on hawthorn (Crataegus species), blackthorn (Prunus spinosa), birch (Betula speces) and various fruit bearing trees such as wild cherry (Prunus avium). By May or June it is fully fed and rests for several weeks in a large underground cocoon, before pupating.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932294395.1",
"GenomeLevel": "Contig",
"Busco": "C:99.71%[S:99.20%,D:0.51%],F:0.15%,M:0.15%,n:1367",
"GenomeSize": "453.482524",
"GenomeGC": "29.70775738",
"SeqNumber": "541",
"N50": "1653.073",
"PCGnumber": "22440",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3587,
"InsectBaseID": "IBG_01195",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Alloplasta",
"TaxonomyID": "2870495",
"Tags": "None",
"OrganismName": "Alloplasta piceator",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946863875.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.34%,D:0.44%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "549.803879",
"GenomeGC": "26.40229026",
"SeqNumber": "377",
"N50": "56989.836",
"PCGnumber": "31293",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3588,
"InsectBaseID": "IBG_01196",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Alsophila",
"TaxonomyID": "104486",
"Tags": "None",
"OrganismName": "Alsophila aescularia",
"NormalName": "None",
"SpeciesIntro": "Alsophila aescularia, the March moth, is a species of moth of the family Geometridae. It is found throughout Europe and can be a pest of fruit trees. It is a well-known species distributed throughout the western Palearctic region except northern Europe, Corsica, Malta, Albania, and the Greek Islands. A few isolated populations live outside of Europe in northern and eastern Turkey, Caucasus, Transcaucasus, and Turkmenistan. Alsophila aescularia has also been reported to exist in the Hyrcanian relic temperate deciduous forests of Iran along the northern slopes of Alborz Mountain Range, called the Caspian Forest.The female of this species is wingless. It is usually found resting on tree-trunks. The male has a distinctive way of resting with overlapping wings. The wings appear long and narrow in this position. The males are attracted to light.The wingspan is 25–35 mm. The colour of the forewings varies between pale brownish and grayish brown. There is a well-defined Usually dark brown central band. The lines are sharply toothed and on the opposite side to the band they are whitish. A prominent black dot is present on the hind wings. Darkened specimens are rare. In these the lines are extinguished or the butterfly is completely black. The females have no wings and are eight to ten millimeters long. The abdomen is brownish grey, the abdominal hair tuft is about two millimeters wide and thus narrower than the abdomen, which represents a differentiator against Alsophila aceraria. The palps are very short, the sensors are slightly toothed. The proboscis is stunted. The tibiae of the hind legs have four spurs that are very short in females.The adults are active in March and April.The bright pale-green larva reaches a length of about 26 mm. It is characterized by a very smooth skin and a flat head. There is a dark green dorsal line and yellowish-white lateral lines. In contrast to other geometrid caterpillars, they have an additional rudimentary abdominal leg pair in the fifth segment. Long, spider's-web like strings hang from oak trees in the southern hemisphere. The larvae hangs from one end.The larva feeds on a range of trees: apple (Malus domestica), European plum (Prunus domestica), Zwetschge (Prunus domestica domestica), blackthorn (Prunus spinosa), bird cherry (Prunus padus), lime (Tilia species), pedunculate oak (Quercus robur), sessile oak (Quercus petraea), northern red oak (Quercus rubra), field maple Acer campestris, sycamore (Acer pseudoplatanus), elm (Ulmus species), hawthorn (Crataegus species), dog rose (Rosa canina), wild privet (Ligustrum vulgare), hornbeam (Carpinus betulus), beech (Fagus sylvatica), hazel (Corylus avellana), ash (Fraxinus excelsior), fly honeysuckle (Lonicera xylosteum), common buckthorn (Rhamnus cathartica) and silver birch (Betula pendula).Feizpour, Shamsi, et al. “Alsophila Aescularia (Denis & Schiffermüller, 1775) a Genus and Species New to the Fauna of Iran, a Species from a Threatened Habitat.” SPIXIANA, vol. 41, no. 1, Oct. 2018, pp. 111–115. Web of Science, doi:0341-8391.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946251895.1",
"GenomeLevel": "Contig",
"Busco": "C:98.25%[S:97.37%,D:0.88%],F:0.95%,M:0.80%,n:1367",
"GenomeSize": "897.150441",
"GenomeGC": "28.02489254",
"SeqNumber": "2891",
"N50": "603.123",
"PCGnumber": "37868",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3589,
"InsectBaseID": "IBG_01197",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Amphipoea",
"TaxonomyID": "987876",
"Tags": "None",
"OrganismName": "Amphipoea oculea",
"NormalName": "None",
"SpeciesIntro": "Amphipoea oculea, the ear moth, is a moth of the family Noctuidae. It was first described by Carl Linnaeus in 1761 and it is found in most of the Palearctic realm. It is one of four species that are difficult to tell apart, requiring the examination of the genitalia. The larvae feed in the stems and roots of low plants and grasses.The wingspan is 29–34 mm. Forewing pale or dark ferruginous brown; the veins brown; inner and outer lines double, brown, wide apart; the inner curved outwards between, and toothed inwards on, the veins; the outer with the inner arm thin, lunulate-dentate, the outer thick, continuous and parallel; a thick dark median shade running between the stigmata; submarginal line indistinct, waved, angled on vein 7, above which it is preceded by a dark costal patch; orbicular stigma rounded, orange, with a brown ring; reniform white, with the veins across it brown and containing on the discocellular a brown-outlined lunule, of which the centre is yellowish; the colour with brown outline; hindwing fuscous grey, paler towards base; the fringe rufous tinged.Adults are found from June to September depending on the location. There is one generation per year. At night the moths come to light and to flowers, honeydew and sugar. During the day it feeds at the flowers of thistles and ragwort.The larvae feed, from April to June, on the stems and roots of various grasses and low plants, including butterbur (Petasites hybridus) and tufted hair-grass (Deschampsia cespitosa); preferring damp habitats.Requiring genitalic examination to separate. See Townsend et al.Carl Linnaeus, when describing the moth, placed it in the genus Phalaena, from a specimen found in Sweden. Phalaena is now an obsolete genus which was used by Linnaeus to house most of the moths. The moth is now placed in the genus Amphipoea which was raised by the Swedish anatomist Gustaf Johan Billberg in 1820. Amphipoea refers to Amphi – round and poa – grass; i.e. the habitat. The specific name, oculea, means eyed, from the reniform stigma, which British entomologists referred to as an 'ear'.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_945859585.1",
"GenomeLevel": "Contig",
"Busco": "C:83.47%[S:83.10%,D:0.37%],F:0.44%,M:16.09%,n:1367",
"GenomeSize": "530.568238",
"GenomeGC": "25.11100655",
"SeqNumber": "453",
"N50": "3328.575",
"PCGnumber": "23849",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3590,
"InsectBaseID": "IBG_01198",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "139047",
"Tags": "None",
"OrganismName": "Anopheles bellator",
"NormalName": "None",
"SpeciesIntro": "Anopheles bellator is a species of mosquito mainly located in southeast of State of São Paulo, Brazil, is a main vector of malaria.This article related to members of the fly superfamily Culicoidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943735745.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:98.68%,D:0.73%],F:0.15%,M:0.44%,n:1367",
"GenomeSize": "169.575294",
"GenomeGC": "44.7739268",
"SeqNumber": "2985",
"N50": "85293.694",
"PCGnumber": "14546",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3591,
"InsectBaseID": "IBG_01199",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "139045",
"Tags": "None",
"OrganismName": "Anopheles coustani",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943734715.1",
"GenomeLevel": "Contig",
"Busco": "C:97.07%[S:96.12%,D:0.95%],F:0.07%,M:2.85%,n:1367",
"GenomeSize": "229.1408",
"GenomeGC": "40.71669777",
"SeqNumber": "620",
"N50": "1412.046",
"PCGnumber": "16900",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3592,
"InsectBaseID": "IBG_01200",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "68878",
"Tags": "None",
"OrganismName": "Anopheles cruzii",
"NormalName": "None",
"SpeciesIntro": "Anopheles cruzii, is the species of mosquito that mainly located in southern coast of Brazil, is main vector of malaria, Plasmodium vivax.It has been going through microevolution, which appears in its wing-shape and is correlated with urbanization.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943734635.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.42%[S:97.59%,D:1.83%],F:0.22%,M:0.37%,n:1367",
"GenomeSize": "184.069349",
"GenomeGC": "45.34378073",
"SeqNumber": "5088",
"N50": "62075.725",
"PCGnumber": "15972",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3593,
"InsectBaseID": "IBG_01201",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "1496333",
"Tags": "None",
"OrganismName": "Anopheles maculipalpis",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943734865.1",
"GenomeLevel": "Contig",
"Busco": "C:96.85%[S:95.90%,D:0.95%],F:0.22%,M:2.93%,n:1367",
"GenomeSize": "215.811166",
"GenomeGC": "37.15449367",
"SeqNumber": "635",
"N50": "1016.617",
"PCGnumber": "16214",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3594,
"InsectBaseID": "IBG_01202",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "345580",
"Tags": "None",
"OrganismName": "Anopheles ziemanni",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943734805.1",
"GenomeLevel": "Contig",
"Busco": "C:98.17%[S:97.37%,D:0.80%],F:0.00%,M:1.83%,n:1367",
"GenomeSize": "224.751855",
"GenomeGC": "40.90556227",
"SeqNumber": "473",
"N50": "6513.892",
"PCGnumber": "17210",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3595,
"InsectBaseID": "IBG_01203",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Anorthoa",
"TaxonomyID": "988060",
"Tags": "None",
"OrganismName": "Anorthoa munda",
"NormalName": "None",
"SpeciesIntro": "Perigrapha munda, the twin-spotted Quaker, is a species of moth of the family Noctuidae. The wings are gray, with two closely approximate and very conspicuous dark spots on the disc of the fore wings. a small dark apical mark at the costal edge and a discal spot on the fuscous hindwings. It is found in Palearctic realm (all Europe (absent only in the North and in the South), Russia, and Asia as far east as Japan).The wingspan is 38–44 mm. The moth flies from March to May depending on the location.The larvae feed on oak, willow, Populus tremula, Fraxinus excelsior, Acer campestre, Humulus lupulus and honeysuckle.The nectar-feeding adults visit sallow blossom.Perigrapha munda is variable both in colour and markings and there are many named forms. The forewing colouration is from light ochreous brown through to dark ochreous. The stigmata are not well defined and the subterminal line is often faint and reduced to two black median dots. The crosslines are not always well defined in darker forms. The discal spot in the hindwings area is not always clearly defined. There is an isolated subspecies on TaiwanWooded places- deciduous forests, bushy hedgerows and in gardens and parkland. In the Alps up to a height of maximum 1200 meters.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_945859655.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.92%[S:98.90%,D:1.02%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "932.504803",
"GenomeGC": "25.2290189",
"SeqNumber": "1335",
"N50": "1561.652",
"PCGnumber": "42447",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3596,
"InsectBaseID": "IBG_01204",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Apamea",
"TaxonomyID": "689061",
"Tags": "None",
"OrganismName": "Apamea sordens",
"NormalName": "None",
"SpeciesIntro": "Apamea sordens, the rustic shoulder-knot or bordered apamea, is a moth of the family Noctuidae. The species was first described by Johann Siegfried Hufnagel in 1766. It is distributed throughout Europe, east across the Palearctic to Central Asia and to China and Japan. It also occurs in North America (Labrador to Virginia, west across Canada, south to Minnesota).This moth has a wingspan of 36 to 42 mm. The forewings are brown with mostly indistinct markings except for the narrow black mark at the base of the wing which gives the species its common name. The hindwings are greyish brown, darker towards the margins, with prominent dark venation. This moth flies at night and is attracted to light and sugar.Forewing dull lilac grey, flushed with fawn colour, especially in median area; a black, semibifid streak from base below cell; lines brownish, double, indistinct; the median shade dark grey or fawn colour, diffuse and prominent; orbicular stigma pale, black-edged; reniform large with grey centre, blackish in lower lobe, with pale annulus and black outline; claviform small, with dark outline; submarginal line dull, with darker shades in places on each side; hindwing greyish fuscous, paler towards base; — in basistriga Stgr. the ground colour is bluish grey except the median area, and the black basal streak is stronger; this form is recorded from western Turkestan, eastern Siberia, Japan, and China, also from Norway; a small series from Pescocostanzo,Italy, seems referable here; — ab. grisescens Stgr. from Tibet and Turkestan is altogether paler and greyer; — ab. unicolor Tutt is a melanistic form from the north of England, in which the ground is dark reddish brown with a purplish tinge, the stigmata and lines more or less obscured; hindwing much darker; — pallida Tutt and cinerascens Tutt are both grey forms without any rufous admixture, the former being pale ochreous grey, and the latter dull ashy grey, the one from Ireland, the other from northern England; this latter form probably occurs, however, in other localities, and is distinct from Staudinger'sCentral Asiatic form grisescens, for which Spuler quotes Finland and Esthland with a ? as localities. .Its flight season in the British Isles is May and June.The larva feeds on various grasses, including oats, fescues, barleys, canarygrasses, timothy, ryes, wheats, and wild rice. This species overwinters as a larva, feeding in mild weather throughout the season. it is grey brown with black tubercles; dorsal line broad, whitish; subdorsal finer; spiracular line broadly whitish, edged above with dark; feeding when quite young in autumn in the grains of corn and after hibernation in the fresh lower leaves and on grasses.Its habitat includes fields, grasslands, and steppe.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_945859755.1",
"GenomeLevel": "Scaffold",
"Busco": "C:100.00%[S:99.71%,D:0.29%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "613.307171",
"GenomeGC": "24.36462332",
"SeqNumber": "189",
"N50": "8769.284",
"PCGnumber": "24941",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3597,
"InsectBaseID": "IBG_01205",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Apeira",
"TaxonomyID": "934915",
"Tags": "None",
"OrganismName": "Apeira syringaria",
"NormalName": "None",
"SpeciesIntro": "Apeira syringaria, the lilac beauty, is a moth of the family Geometridae. It is found throughout Europe and east across the Palearctic to the Russian Far Eastand Japan.The wingspan is 38–42 mm. The length of the forewings is 19–22 mm. The front wings are coloured violet-grey to bright reddish brown and yellowish in the marginal field. There are white marks along the costa. The interior cross line is pinkish white and broken under the costa (toward the basal field). The narrow central band is red-brown and continues on the hindwings. The outer cross line is dark on the front edge becoming pink white adjoining on the hind wings a dark row of dots. A pink-white spot is located off the apex of the wing. In rest, the front margins of the wings are curiously folded. This, in combination with the colour and pattern give a crumpled leaf-like appearance.The caterpillars reach a length of up to 30 millimeters. . On the seventh segment there is an eye-catching pair of curved extensions; smaller dorsal humps are located on segments five and six. They are pale ochre-coloured with dark olive-brown or purple-brown markings . The head capsule is grey-brown. In a resting position, the caterpillars do not sit stretched out like most other looper caterpillars, but remain curved to resemble the dried fruit capsules of the lilac.The moth flies from June to July .The caterpillars feed on lilac, honeysuckle and privet. This species overwinters as a larva.Ecology: found in woodland, heaths and occasionally fens.This Ennominae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_934045895.1",
"GenomeLevel": "Contig",
"Busco": "C:89.83%[S:89.17%,D:0.66%],F:0.44%,M:9.73%,n:1367",
"GenomeSize": "474.552682",
"GenomeGC": "28.86826378",
"SeqNumber": "718",
"N50": "1709.645",
"PCGnumber": "25705",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3598,
"InsectBaseID": "IBG_01206",
"Order": "Lepidoptera",
"Family": "Limacodidae",
"Genus": "Apoda",
"TaxonomyID": "287200",
"Tags": "None",
"OrganismName": "Apoda limacodes",
"NormalName": "None",
"SpeciesIntro": "Apoda limacodes, also known as the festoon, is a species of moth of the family Limacodidae.The moth is found in most of Europe. Within Great Britain, the species is scarce.Adults have a wingspan of 24–28 mm, with male specimens generally slightly smaller and darker than females. It is primarily nocturnal, but it will occasionally fly in the daytime. The moth usually flies between June and July.The festoon mainly inhabits thick woodlands. The larvae are known to feed on oak and beech.Life cycle and behaviour The larva is small and grub-like. After storms, caterpillars are often observed in large numbers between August and October. Cocoons are not attached, but overwinter and pupate in the spring.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946409105.1",
"GenomeLevel": "Contig",
"Busco": "C:76.81%[S:75.86%,D:0.95%],F:1.02%,M:22.17%,n:1367",
"GenomeSize": "619.830845",
"GenomeGC": "26.41149861",
"SeqNumber": "3503",
"N50": "310.58",
"PCGnumber": "36590",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3599,
"InsectBaseID": "IBG_01207",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Apomyelois",
"TaxonomyID": "1666458",
"Tags": "None",
"OrganismName": "Apomyelois bistriatella",
"NormalName": "None",
"SpeciesIntro": "Apomyelois bistriatella is a species of snout moth in the genus Apomyelois. It was described by George Duryea Hulst in 1887. It is known from California, the eastern United States, northern Europe and Russia.The wingspan is 15–25 mm. Adults are on wing from June to July.The larvae feed on a fungus, Daldinia vernicosa, which grows on burnt gorse (Ulex species) and dead birch (Betula species). It has also been recorded feeding on Hypoxylon occidentale in California.This Phycitini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947044225.1",
"GenomeLevel": "Contig",
"Busco": "C:93.7%[S:93.3%,D:0.4%],F:0.4%,M:5.9%,n:1367",
"GenomeSize": "347.797802",
"GenomeGC": "28.98891983",
"SeqNumber": "343",
"N50": "3668.742",
"PCGnumber": "21768",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3600,
"InsectBaseID": "IBG_01208",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Apyrrothrix",
"TaxonomyID": "2585844",
"Tags": "None",
"OrganismName": "Apyrrothrix aesculapus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245815.1",
"GenomeLevel": "Contig",
"Busco": "C:55.89%[S:55.89%,D:0.00%],F:34.09%,M:8.92%,n:1367",
"GenomeSize": "391.107274",
"GenomeGC": "25.45850528",
"SeqNumber": "204641",
"N50": "2.969",
"PCGnumber": "47444",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3601,
"InsectBaseID": "IBG_01209",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Apyrrothrix",
"TaxonomyID": "2585850",
"Tags": "None",
"OrganismName": "Apyrrothrix hygieia",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245845.1",
"GenomeLevel": "Contig",
"Busco": "C:48.13%[S:48.06%,D:0.07%],F:38.84%,M:11.41%,n:1367",
"GenomeSize": "399.833293",
"GenomeGC": "25.76540668",
"SeqNumber": "218088",
"N50": "2.8",
"PCGnumber": "54124",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3602,
"InsectBaseID": "IBG_01210",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Ardaris",
"TaxonomyID": "2585985",
"Tags": "None",
"OrganismName": "Ardaris minthe",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018244935.1",
"GenomeLevel": "Contig",
"Busco": "C:44.26%[S:44.26%,D:0.00%],F:43.60%,M:11.34%,n:1367",
"GenomeSize": "361.748876",
"GenomeGC": "28.14532228",
"SeqNumber": "246510",
"N50": "2.299",
"PCGnumber": "41703",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3603,
"InsectBaseID": "IBG_01211",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Aricia",
"TaxonomyID": "91738",
"Tags": "None",
"OrganismName": "Aricia artaxerxes",
"NormalName": "None",
"SpeciesIntro": "Plebeius artaxerxesThe northern brown argus (Aricia artaxerxes) is a butterfly in the family Lycaenidae. It is found throughout much of the Palearctic realm.This species has confused British entomologists for years. Since its discovery in Britain it has been thought to be a form or a subspecies of the brown argus (Aricia agestis) and as well as a species in its own right. Since 1967 all brown arguses in the north of England and Scotland have been classified as this species. In the last few years genetic studies have shown that some of the colonies along the border of the two species ranges are still being wrongly classified and some colonies in the north of England are now thought to be A. agestis. So far as is known their ranges do not overlap in the UK. The Scottish form is visually quite distinct from the brown argus. It usually has a small white dot in the centre of the upperside forewing and the black spots on the underside are missing leaving larger white spots on the light brown background. The northern English populations belong to a form called salmacis (called the Durham argus in English) and are very similar to the brown argus including the presence of black spots on the under-wing (see photo) hence all the confusion. In Europe where it is known as the mountain argus, it is widespread in Scandinavia and mountainous regions of central, southern and eastern Europe. The species is considered locally rare in Britain, and the UK has established a detailed Biodiversity Action Plan to conserve this species along with a small number of other butterfly species.Eggs are laid singly on the upperside of the food plant leaves. As far is known common rock-rose (Helianthemum nummularium) seems to be the sole food plant in Britain. The larvae hibernate while still quite small and continue to feed and grow the following spring. Like the brown argus, it is attractive to ants and often attended by them. Pupation takes place at ground level in late May and butterflies are on the wing from mid-June to mid-July.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_937610355.1",
"GenomeLevel": "Contig",
"Busco": "C:74.10%[S:73.08%,D:1.02%],F:0.95%,M:24.95%,n:1367",
"GenomeSize": "327.847811",
"GenomeGC": "27.52880848",
"SeqNumber": "1192",
"N50": "602.769",
"PCGnumber": "19038",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3604,
"InsectBaseID": "IBG_01212",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Asbolis",
"TaxonomyID": "2025669",
"Tags": "None",
"OrganismName": "Asbolis capucinus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018249125.1",
"GenomeLevel": "Contig",
"Busco": "C:82.74%[S:82.30%,D:0.44%],F:13.24%,M:3.58%,n:1367",
"GenomeSize": "428.890657",
"GenomeGC": "23.83068279",
"SeqNumber": "140243",
"N50": "8.112",
"PCGnumber": "36726",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3605,
"InsectBaseID": "IBG_01213",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Aspitha",
"TaxonomyID": "2585994",
"Tags": "None",
"OrganismName": "Aspitha aspitha aspitha",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246895.1",
"GenomeLevel": "Contig",
"Busco": "C:68.91%[S:68.91%,D:0.00%],F:22.97%,M:7.46%,n:1367",
"GenomeSize": "281.658474",
"GenomeGC": "26.7488217",
"SeqNumber": "98015",
"N50": "6.792",
"PCGnumber": "41530",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3606,
"InsectBaseID": "IBG_01214",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Byasa",
"TaxonomyID": "85299",
"Tags": "None",
"OrganismName": "Atrophaneura alcinous",
"NormalName": "None",
"SpeciesIntro": "Byasa alcinous, the Chinese windmill, is a butterfly of the family Papilionidae.Byasa alcinous has a wingspan reaching about 9–10 centimetres (3.5–3.9 in). The basic colour of the wings is black or dark brown. The hindwings have long tails and a chain of red spots at the edges. The thorax and the abdomen are mainly black on the upperside and the underside, with several black spots, while the other areas are red.Adults are on wing from May to August in two generations.The larvae feed on Aristolochia species including A. mandshhuriensis, A. debilis and A. manchuriensis. Subspecies has been recorded on A. shimadai, A. liukiuensis, A. kankauensis, A. elegans, A. debilis, A. kaempferii, A. onoei, A. tagala, Cocculus trilobus and Metaplexis chinensis. The species overwinters as a pupa.This species can be found in the Asian part of the Palaearctic realm and partially in the Indomalayan realm, from Bhutan, and eastern China to the southern Ussuri region, Korea and Japan.Byasa alcinous is present in mixed broadleaved forests.This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246375.1",
"GenomeLevel": "Contig",
"Busco": "C:79.52%[S:79.30%,D:0.22%],F:14.70%,M:4.83%,n:1367",
"GenomeSize": "293.43102",
"GenomeGC": "25.64051272",
"SeqNumber": "237236",
"N50": "2.748",
"PCGnumber": "48636",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3607,
"InsectBaseID": "IBG_01215",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Atrophaneura",
"TaxonomyID": "2064825",
"Tags": "None",
"OrganismName": "Atrophaneura dixoni",
"NormalName": "None",
"SpeciesIntro": "Atrophaneura dixoni is a species of butterfly from the family Papilionidae that is found in northern and central Sulawesi, Indonesia.The wingspan is 130–150 mm. The wings are black. The underside of the hindwings have red patches which are more numerous in females than males. The wing veins are bordered in white.Uncommon or rare. Localised.This butterfly is named for the collector Frank Dixon who found it at an altitude of 800 feet (240 m) 30 miles (48 km) inland from Bwool.This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018248015.1",
"GenomeLevel": "Contig",
"Busco": "C:94.51%[S:94.07%,D:0.44%],F:4.39%,M:0.95%,n:1367",
"GenomeSize": "332.820718",
"GenomeGC": "29.21175328",
"SeqNumber": "180919",
"N50": "14.642",
"PCGnumber": "76204",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3608,
"InsectBaseID": "IBG_01216",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Azonax",
"TaxonomyID": "2585998",
"Tags": "None",
"OrganismName": "Azonax typhaon",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245255.1",
"GenomeLevel": "Contig",
"Busco": "C:34.16%[S:34.16%,D:0.00%],F:47.62%,M:16.68%,n:1367",
"GenomeSize": "283.456307",
"GenomeGC": "25.17098058",
"SeqNumber": "269491",
"N50": "1.599",
"PCGnumber": "39622",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3609,
"InsectBaseID": "IBG_01217",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Baronia",
"TaxonomyID": "132695",
"Tags": "None",
"OrganismName": "Baronia brevicornis",
"NormalName": "None",
"SpeciesIntro": "Baronia brevicornis, commonly known as the short-horned baronia, is a species of butterfly in the monotypic genus Baronia and is placed in a subfamily of its own, the Baroniinae, a sister group of the remainder of the swallowtail butterflies. It is endemic to a very small area of Mexico, where the distribution is patchy and restricted.The genus is named after Oscar Theodor Baron who collected the first specimen in the Sierra Madre region of Mexico. The species was then described by Salvin.Morphological characteristics include an abdominal scent organ in females.Baronia is unique among swallowtail butterflies or their relatives in having an Acacia species, Vachellia campeachiana (synonym Acacia cochliacantha, family Leguminosae) as its larval food plant.[10]Baronia brevicornis is of particular importance due to its relict nature and uncertain relationship to other subfamilies such as the Parnassiinae. It is now considered to represent the monotypic subfamily Baroniinae. The butterfly was considered as the most primitive extant papilionid taxon and shares some features with the fossil genus Praepapilio, and a comprehensive 2018 molecular phylogeny suggests that they are the sister group of the remainder of the Papilionidae.[11]Illustrated works:This article related to members of the insect order Lepidoptera is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018248095.1",
"GenomeLevel": "Contig",
"Busco": "C:59.47%[S:59.25%,D:0.22%],F:30.58%,M:8.92%,n:1367",
"GenomeSize": "472.425814",
"GenomeGC": "21.23541369",
"SeqNumber": "470747",
"N50": "1.886",
"PCGnumber": "53173",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3610,
"InsectBaseID": "IBG_01218",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Blera",
"TaxonomyID": "226147",
"Tags": "None",
"OrganismName": "Blera fallax",
"NormalName": "None",
"SpeciesIntro": "Blera fallax, the pine hoverfly or roodkapje, is a rare species of hoverfly normally associated with mature pine trees in Northern and Central Europe.The pine hoverfly larva, which are of the rat-tailed maggot type, normally develop in damp rot holes of felled or fallen pine trees, notably the Scots pine (Pinus sylvestris), though it will occur with other conifers. Preference is for large stumps where there has been some heartwood softening by the fungus Phaeolus schweinitzii. Adult flies have been seen feeding on wild raspberry flowers, but little else is known about adult behaviour.In Scotland, attempts have been made on RSPB sites to create artificial rot holes in felled pine stumps. This has led to a slight increase in numbers of adults in some areas, though numbers are still very low and causing some concern. Media related to Blera fallax at Wikimedia Commons",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946965035.1",
"GenomeLevel": "Contig",
"Busco": "C:57.3%[S:55.9%,D:1.4%],F:1.0%,M:41.7%,n:1367",
"GenomeSize": "286.836166",
"GenomeGC": "30.41539573",
"SeqNumber": "1636",
"N50": "405.383",
"PCGnumber": "17869",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3611,
"InsectBaseID": "IBG_01219",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "30192",
"Tags": "None",
"OrganismName": "Bombus lapidarius",
"NormalName": "None",
"SpeciesIntro": "Bombus lapidarius is a species of bumblebee in the subgenus Melanobombus. Commonly known as the red-tailed bumblebee, B. lapidarius can be found throughout much of Central Europe. Known for its distinctive black and red body, this social bee is important in pollination.The red-tailed bumblebee is a part of the order Hymenoptera, family Apidae, and the genus Bombus, which includes many species including Bombus terrestris , Bombus lucorum, and Bombus hypnorum.The red-tailed bumblebee is typically distinguished by its black body with red markings around the abdomen. Worker females and the queen look similar, though the queen is much larger than the worker females. Males typically have the red and black coloration with a yellow band around the abdomen and yellow markings on the face. Further, B. lapidarius tend to have a medium-sized proboscis, which is significant in that it allows the species to be a good pollinator. These bees do not typically form extensive or complex colonies. Nests usually only contain a few hundred bees at most, with an average colony consisting of about 100 to 200 worker bees.Bombus lapidarius is found throughout Europe, including Britain and Ireland, as well as parts of Greece, Germany, Sweden and Finland. The species has a fairly wide distribution, typically being found in temperate regions. B. lapidarius nests have been found in many different habitats, but the bees usually prefer open terrain to more heavily forested landscapes. They can fly over 1500 meters to better forage for food.Red-tailed bumblebees appear in the summer months of June, July, and August.[10] Colonies are initiated via the queen, where workers and males follow roles to keep the colony thriving. Though there is a hierarchy between the queen and the rest of the colony, there does not appear to be a hierarchy among the workers themselves.[11]Social bees, including Bombus lapidarius, are able to produce a great deal of heat due to the contraction of their thoracic flight muscles. They are able to use this heat to help warm and incubate their brood. This also allows them to help regulate the temperature of the nest generally.[12]Red-tailed bumblebee males utilise sexual pheromones to attract females. Males will fly around and mark spots with the pheromone compounds (Z)-9-hexadecenol and hexadecanal via their labial gland. These secretions are highly species-specific, and thus likely greatly reduce inter-species mating. B. lapidarius typically fly and secrete above the treetops, which are more affected by the wind and the sun. Therefore, this species often has to secrete more pheromone than other species to be effective.[13] These compounds have been found in trace amounts in the air around the areas that individuals have scent marked.[14] Different populations in diverse locations (specifically Southern Italy, the Balkans, and Central-Eastern Europe) have experienced genetic differentiation in pheromone composition.B. lapidarius pheromones are believed to be “precopulatory signals”, or are used in an attempt to attract mates. These pheromones are often copied by cuckoo species.[15] Red-tailed bumblebee queens also appear to secrete pheromones. Functionally, these pheromones appear to inhibit ovarian development in worker bees, though the true function of the queens' pheromones are still unclear. It is known, however, that their chemical composition differs significantly from worker pheromones.[16]",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_936014575.1",
"GenomeLevel": "Contig",
"Busco": "C:100.00%[S:99.63%,D:0.37%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "354.349867",
"GenomeGC": "22.90992394",
"SeqNumber": "1473",
"N50": "2311.541",
"PCGnumber": "17153",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3612,
"InsectBaseID": "IBG_01220",
"Order": "Diptera",
"Family": "Bombyliidae",
"Genus": "Bombylius",
"TaxonomyID": "2741128",
"Tags": "None",
"OrganismName": "Bombylius discolor",
"NormalName": "None",
"SpeciesIntro": "Bombylius discolor is a Palearctic species of fly in the family Bombyliidae. ",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_939192785.1",
"GenomeLevel": "Scaffold",
"Busco": "C:85.23%[S:83.91%,D:1.32%],F:1.02%,M:13.75%,n:1367",
"GenomeSize": "228.57899",
"GenomeGC": "22.53808497",
"SeqNumber": "2307",
"N50": "185.253",
"PCGnumber": "17912",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3613,
"InsectBaseID": "IBG_01221",
"Order": "Diptera",
"Family": "Bombyliidae",
"Genus": "Bombylius",
"TaxonomyID": "240869",
"Tags": "None",
"OrganismName": "Bombylius major",
"NormalName": "None",
"SpeciesIntro": "Large bee-fly or dark-edged bee-flyBombylius major (commonly named the large bee-fly, the dark-edged bee-fly or the greater bee fly) is a parasitic bee mimic fly. B. major is the most common type of fly within the Bombylius genus. The fly derives its name from its close resemblance to bumblebees and are often mistaken for them.B. major exhibits a unique flight behavior known as \"yawing\" and plays a role in general pollination, without preference of flower types. The fly does not bite, sting, or spread disease. However, the fly uses this mimicry of bumblebees to its own advantage, allowing close access to host solitary bee and wasp nests in order to deposit its eggs. After hatching, the larvae find their way into the nests to parasitically feed on the grubs.B. major is part of the family Bombyliidae, with a reported 6000 species worldwide. The subfamily Bombyliinae contains approximately 1100 identified species. The genus Bombylius currently comprises around 450 described species.B. major can be found from April to June throughout temperate Europe, North America and some parts of Asia, concentrated in the northern hemisphere. The species occurs across a variety of environments, from arid to moist.The adult body size varies from 6.3 to 12 mm in length and is considered a relatively medium-sized fly. The body color is dark, but is densely covered by a thick coat of lighter color hairs. The head is typically brown and black hairs, but the lower portion of the head is mostly white hairs. It has dark patches on the anterior half of the wings and long hairy legs that dangle while in flight. The dark wing span can range from 8.4 to 14 mm and has a dark brown edge. Their boldly patterned wings have a distinct dividing border through the horizontal middle between the dark and clear portions. Their antennae are typically very short and pointed. Additionally, the species has long legs and a long rigid proboscis found in the front of the head, which is used to feed on the nectar of flowers. The proboscis ranges from 5.5 to 7.5 mm in length. While its wings continue to beat, its front legs grip the flower and its long rigid beak is inserted to collect the nectar. Despite its fearsome appearance, the beak is quite harmless. Males are typically smaller than females. Movement is categorized by both hovering and darting between locations. The flies also emit a high-pitched buzz.The species gets its common name from its similarity in appearance to bees. This mimicry likely confers some defense against predation. However, there are several distinguishing features: B. major has only one pair of wings (bees have two), extremely thin legs, and the head is very small, with a long rigid proboscis.B. major is mostly seen in the spring, beginning to appear at the end of March and large numbers seen until the end of May, with the species being sighted into June. The fly is holometabolous.B. major has several host species, including the brood of solitary wasps and bees, particularly digging bees such as Andrena. Egg deposition takes place by the female hovering above the entrance of a host insect nest, usually a solitary bee, and throwing down her eggs using a flicking movement.[10] The larvae are hypermetamorphic parasitoids which then feed on the food stored, as well as the young solitary bees or wasps. If the female is unable to flick her eggs near the nest, she plants them on flowers visited by the host insects. The developing larvae then make their way to the host nest or attach themselves to the bees or wasps to then be carried to the nest.[10]",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932526615.1",
"GenomeLevel": "Contig",
"Busco": "C:88.22%[S:86.76%,D:1.46%],F:0.37%,M:11.41%,n:1367",
"GenomeSize": "260.208877",
"GenomeGC": "23.79342039",
"SeqNumber": "1274",
"N50": "646.35",
"PCGnumber": "21118",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3614,
"InsectBaseID": "IBG_01222",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Brachylomia",
"TaxonomyID": "988081",
"Tags": "None",
"OrganismName": "Brachylomia viminalis",
"NormalName": "None",
"SpeciesIntro": "The minor shoulder-knot (Brachylomia viminalis) is a moth of the family Noctuidae. The species was first described by Johan Christian Fabricius in 1776. It is distributed throughout Europe then east across the Palearctic to Siberia and Japan. It also occurs in Turkey.This is a fairly small species with a wingspan of 29–34 mm. It usually has pale grey forewings with darker markings towards the base, including the prominent black mark at the root of the wing which gives the species its common name. However this is a variable species and darker forms exist, including examples of industrial melanism which are prevalent in some towns and cities. The characteristic basal markings are not usually apparent on such individuals. The hindwings are pale or dark grey. The species flies at night in July and August and is attracted to light and sugar, as well as various flowers.Forewing dark or pale grey varied with fuscous; the base diffusely darker; the median shade broadly blackish; lines pale, approximating below middle, where they are conversely marked with black; a short black streak on base of submedian fold; claviform stigma long, black-edged, touching or connected with outer line; orbicular and reniform pale, with black outlines, the reniform sometimes white; submarginal line pale, preceded by a rufous grey shade; hindwing brownish grey; fringe pale, often rufous, like the lateral and anal tufts of abdomen; in saliceti Bkh. the inner half of wing is dark, limited bythe median shade, the outer half much paler; ab. stricta Esp. is a grey or brown form, with the terminal area only pale, and the costal edge red; a rarer form of which, ab. rufescens ab. nov. [Warren], has the whole forewing and the underside of both wings suffused with rufous; obscura Stgr. is a darker common form, more uniformly dark grey, of which unicolor Tutt, from the north of England, a nearly black form, is an extreme development: scripta Hbn. the commonest form in the south of England, has the ground colour white or grey white; ab. suffusa ab nov. [Warren] is a form with the white forewing suffused with smoky brown obliterating the lines, and leaving only the stigmata with their black outlines visible.Larva whitish green, with all the lines whiter, and the tubercles whitish. The larva feeds on willows between united leaves spinning leaves together in order to feed undisturbed. The species overwinters as an egg.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_937001565.2",
"GenomeLevel": "Contig",
"Busco": "C:96.34%[S:95.90%,D:0.44%],F:0.29%,M:3.37%,n:1367",
"GenomeSize": "752.610802",
"GenomeGC": "23.52049034",
"SeqNumber": "1439",
"N50": "1422.727",
"PCGnumber": "33553",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3615,
"InsectBaseID": "IBG_01223",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Brachypalpus",
"TaxonomyID": "2234001",
"Tags": "None",
"OrganismName": "Brachypalpus laphriformis",
"NormalName": "None",
"SpeciesIntro": "Brachypalpus valgus is a species of hoverfly found in Europe.[11]External imagesBrachypalpus are medium-sized (wing length 8.5-10.75 mm.) blackish flies with clouded wings. In Brachypalpus valgus the thorax and scutellum are unstriped and aeneous black. The abdominal tergites are shining black with red lateral colour at base of abdomen. Hairs on the body surface are sand brown. Hind trochanters with a posterior process. Hind tibiae slightly curved.[12][13][14][15] The larva is illustrated by Rotheray (1993).[16]Superficially resembles a honey bee.Brachypalpus valgus is a Palearctic species with a limited distribution in Europe[17] South Fennoscandia to the Pyrenees then Ireland east through central Europe and northern Italy to Yugoslavia and European parts of Russia.[18]Occurs in wooded areas (over-mature Fagus and Quercus forest with senile trees and fallen, rotting timber) where it is a bioindicator. The \"short-tailed\" larvae have been found in the rotten wood of trees, and under the bark. Males have a rapid, zigzag flight over the trunks of fallen tree. They fly with a high-pitched buzz. The female can be found investigating fallen trees. Both sexes visit the flowers of umbellifers, Berberis, Crataegus, Photinia, Prunus and Sorbus.[19][20]The flight period is from the end May to the end of June.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_945910015.1",
"GenomeLevel": "Contig",
"Busco": "C:88.29%[S:86.83%,D:1.46%],F:1.61%,M:10.02%,n:1367",
"GenomeSize": "944.863842",
"GenomeGC": "24.39041275",
"SeqNumber": "6655",
"N50": "351.255",
"PCGnumber": "71847",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3616,
"InsectBaseID": "IBG_01224",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Calliphora",
"TaxonomyID": "27454",
"Tags": "None",
"OrganismName": "Calliphora vomitoria",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_942486075.2",
"GenomeLevel": "Contig",
"Busco": "C:99.27%[S:98.32%,D:0.95%],F:0.15%,M:0.59%,n:1367",
"GenomeSize": "707.9494",
"GenomeGC": "14.93234601",
"SeqNumber": "1662",
"N50": "1424.129",
"PCGnumber": "21637",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3617,
"InsectBaseID": "IBG_01225",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Caradrina",
"TaxonomyID": "987895",
"Tags": "None",
"OrganismName": "Caradrina clavipalpis",
"NormalName": "None",
"SpeciesIntro": "Caradrina clavipalpis, the pale mottled willow, is a moth of the family Noctuidae. The species was first described by Giovanni Antonio Scopoli in his 1763 Entomologia Carniolica. It is found in the Palearctic realm (Europe, Algeria, Morocco, Tunisia, Libya, Egypt, Kuwait, Russia, Central Asia, Mongolia, Iraq, Iran, Afghanistan, Pakistan, north-west India, and Sri Lanka). It is an introduced species in North America, where it was first reported from Queens in New York City in 1993. In 2009 it was found in Rochester, New York, so it appears to be established and spreading.The wingspan is 26–35 mm. The length of the forewings is 12–15 mm. Forewing pale to dark grey with darker dusting and sometimes tinged with ochreous; the terminal area generally fuscous; the lines starting from black costal spots; the inner and outer double, blackish, the inner minutely waved, the outer dentate; subterminal line pale, waved, preceded by a grey shade with dentate rufous marks in it; stigmata small, fuscous, the orbicular rounded, the reniform a narrow lunule, with two white dots on its inner edge and three on outer; hindwing white, the veins and termen dark grey; — in laciniosa Donz. the subterminal line consists of a row of three yellowish spots each extended to termen; — the form leucoptera Thnbg., from Scandinavia, Finland, and the Ural Mountains, has fuscous suffusion over the head, thorax, and forewing, the hindwing remaining white.The moth flies from April to October depending on the location. There are two generations per year in North America.Larva fuscous with a green tinge; the lines paler, with dark edges. The larvae feed on Plantago and various grasses.Some authors consider the genus Paradrina to be a full genus rather than a synonym of Caradrina, hence the species is also known as Paradrina clavipalpis or with Paradrina as a subgenus as Caradrina (Paradrina) clavipalpis.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932526535.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:99.85%,D:0.07%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "474.197171",
"GenomeGC": "26.14774836",
"SeqNumber": "32",
"N50": "16821.581",
"PCGnumber": "21723",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3618,
"InsectBaseID": "IBG_01226",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Carterocephalus",
"TaxonomyID": "2201521",
"Tags": "None",
"OrganismName": "Carterocephalus mandan",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018250895.1",
"GenomeLevel": "Contig",
"Busco": "C:65.54%[S:65.25%,D:0.29%],F:26.85%,M:6.66%,n:1367",
"GenomeSize": "346.87067",
"GenomeGC": "25.80891806",
"SeqNumber": "230954",
"N50": "3.307",
"PCGnumber": "49051",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3619,
"InsectBaseID": "IBG_01227",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Carterocephalus",
"TaxonomyID": "218720",
"Tags": "None",
"OrganismName": "Carterocephalus palaemon",
"NormalName": "None",
"SpeciesIntro": "Carterocephalus palaemon, the chequered skipper or arctic skipper, not to be confused with the large chequered skipper, is a species of woodland butterfly in the family Hesperiidae. This butterfly can live in grasslands. The upperside of the butterfly is brown with orange spots and on its underside the chequered skipper is orange with brown spots. Chequered skippers are found in Great Britain and other European regions, but seen locally in Japan and in North America. The size of the chequered skipper ranges from 19 to 32 mm with females being larger. In the 1970s, the chequered skipper went extinct in England due to the new management of the woodlands.This butterfly has a wingspan of 29 to 31 mm. The uppersides of chequered skippers are dark brown with orange scales at the base of the wings and golden spots, giving it its English name of chequered skipper. The basic pattern on the underside is similar but the forewings are orange with dark spots, and the hindwings are russet with cream spots rimmed in black. The sexes are similar although females are generally slightly larger.In Britain, the chequered skipper was formerly resident in England and Scotland. Now, the chequered skipper is only found in western Scotland. A programme is under way to reintroduce the species to England. The butterfly has also reached parts of Japan but faces threats there. In North America the chequered skipper is also known as the arctic skipper and is found in the northern coasts and expands to central Alaska. The chequered skipper can be seen in central California. The chequered skipper has been seen along the coasts of Canada. It is generally considered a woodland butterfly and breeds in and around damp woodland, favoring clearings and woodland paths and seems to have a particular attraction to blue woodland flowers.The chequered skipper has been extinct in England since 1976 but has stable populations in western Scotland. Attempts to reintroduce the butterfly to England were started in the 1990s. It was previously widespread in the Midlands, with isolated populations as far south as Devon and Hampshire. It is thought that the cessation of coppicing in English woodlands is the main cause of its extinction. It was only discovered in Scotland in 1939 where it was found in grassland on the edges of open broad-leaved woodland. In May 2018, 50 individual chequered skippers are to be reintroduced to Rockingham Forest in Northamptonshire by a Butterfly Conservation-led Back from the Brink project.Though the chequered skipper is a woodland butterfly it can also be found in bogs, at the edges of streams, and at grassy forest openings in both Great Britain and northern parts of the United States. Chequered skippers can breed in open grasslands in Scotland. In woodland areas the breeding sites happen at the edges of rivers and the bottom of slopes. Though there is a small range in the areas the butterfly can live in, these areas tend to have a smaller range in seasonal and temperature range. The presence of the M. caerulea is really important in determining habitat in Scotland and in England the Bromus is essential. In North America, chequered skippers can be found around forest trails, forest edges, and open grassy areas. Even though the chequered skipper goes by arctic skipper it does not live in Arctic areas.Males defend territories and intercept passing females from favored perches. This behavior tends to occur when there are concentrations of females, larvae, or food plants. The area where the butterflies place the larvae are in between woodland soils and peats. Chequered skippers set up home close to nectar sources. However, they are careful to not let their territory attract other males. When it is flight season males are known to spread their home farther away from each other.By laying her eggs in a nitrogen-rich environment, the female increases her offspring's chances of finding food. The amount of nitrogen in the plant can change, however, so the outcome of her initial deposition is determined by various environmental factors. Caterpillars in response change their behavior by eating from different parts of the plant depending on the nitrogen availability. Their preferred diet includes leaves of the plants Molinia caerulea and Bromus, and the caterpillar's fitness is affected by the nutrients that the plants are growing in. North American caterpillars feed on the purple reedgrass, Calamagrostis purpurascens and other native grasses.Seeing that the chequered skipper is an active butterfly and can travel long distances it needs to keep its energy stores filled. Since the chequered skipper lives an active lifestyle it needs to stay in nectar-rich sources. In North America the adults are eating from flower's nectar and they include wild iris and Jacob's ladder.Males defend territories and intercept passing females from favored perches. This behavior tends to occur when there are concentrations of females, larvae, or food plants. The area where the butterflies place the larvae are in between woodland soils and peats. Chequered skippers set up home close to nectar sources. However, they are careful to not let their territory attract other males. When it is flight season males are known to spread their home farther away from each other.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944567795.1",
"GenomeLevel": "Contig",
"Busco": "C:91.01%[S:90.42%,D:0.59%],F:0.66%,M:8.34%,n:1367",
"GenomeSize": "347.24415",
"GenomeGC": "29.10655399",
"SeqNumber": "750",
"N50": "1715.018",
"PCGnumber": "23662",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3620,
"InsectBaseID": "IBG_01228",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Carystus",
"TaxonomyID": "354836",
"Tags": "None",
"OrganismName": "Carystus phorcus",
"NormalName": "None",
"SpeciesIntro": "Carystus phorcus is a species of butterfly in the family Hesperiidae. It is found in South America.This Hesperiinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018248895.1",
"GenomeLevel": "Contig",
"Busco": "C:73.23%[S:73.01%,D:0.22%],F:21.29%,M:5.19%,n:1367",
"GenomeSize": "388.340267",
"GenomeGC": "24.38078949",
"SeqNumber": "135190",
"N50": "6.065",
"PCGnumber": "40937",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3621,
"InsectBaseID": "IBG_01229",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Cheilosia",
"TaxonomyID": "273407",
"Tags": "None",
"OrganismName": "Cheilosia pagana",
"NormalName": "None",
"SpeciesIntro": "Cheilosia pagana is a Holarctic species of hoverfly. Like most Cheilosia it is black, and because of this may often be overlooked as a hoverfly. One identifying feature is a large red to orange 3rd antennal segment.For terms see Morphology of DipteraWing length 4.75-8·5 mm. Antennae with third segment clear orange and very large:no furrow. Frons flat in male. Thoracic pubescence variable. Female scutellum entirely black. Legs part yellow. Tarsi 1 with pale central segments pale. Part of the pagana species group.Present in most of Europe and in the eastern Palearctic realm. East to Siberia. Nearctic [10]Habitat: coniferous and deciduous woodland, unimproved grassland, along hedgerows in farmland and at roadsides. Scrub and carr.[11] Flowers visited include yellow composites, Ranunculaceae, white umbellifers, Allium ursinum, Anemone nemorosa, Fragaria, Potentilla erecta, Primula, Prunus spinosa and Salix.[12]Flight period is from May to September. In southern Europe, on the wing from mid March. Larvae are known to inhabit semi-liquid, decaying tissue of the roots of plants. There is a rearing record from decaying roots of Cow Parsley.This article relating to Eristalinae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_936435595.1",
"GenomeLevel": "Contig",
"Busco": "C:99.35%[S:98.76%,D:0.59%],F:0.29%,M:0.37%,n:1367",
"GenomeSize": "353.035505",
"GenomeGC": "32.37036909",
"SeqNumber": "203",
"N50": "5178.235",
"PCGnumber": "22347",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3622,
"InsectBaseID": "IBG_01230",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Cheilosia",
"TaxonomyID": "173985",
"Tags": "None",
"OrganismName": "Cheilosia urbana",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946477595.1",
"GenomeLevel": "Contig",
"Busco": "C:99.05%[S:97.81%,D:1.24%],F:0.59%,M:0.37%,n:1367",
"GenomeSize": "536.411985",
"GenomeGC": "29.78403978",
"SeqNumber": "1016",
"N50": "1741.533",
"PCGnumber": "46786",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3623,
"InsectBaseID": "IBG_01231",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Chioides",
"TaxonomyID": "2201523",
"Tags": "None",
"OrganismName": "Chioides albofasciatus",
"NormalName": "None",
"SpeciesIntro": "Chioides albofasciatus, commonly known as the white-striped longtail, is a species of dicot skipper in the family of butterflies known as Hesperiidae. Chioides albofasciatus is found in Central America and North America.This Hesperiidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018248315.1",
"GenomeLevel": "Contig",
"Busco": "C:45.79%[S:45.72%,D:0.07%],F:39.87%,M:13.39%,n:1367",
"GenomeSize": "384.567887",
"GenomeGC": "24.72711795",
"SeqNumber": "310651",
"N50": "2.451",
"PCGnumber": "41685",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3624,
"InsectBaseID": "IBG_01232",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Choranthus",
"TaxonomyID": "2201702",
"Tags": "None",
"OrganismName": "Choranthus vitellius",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018251395.1",
"GenomeLevel": "Contig",
"Busco": "C:45.36%[S:45.21%,D:0.15%],F:39.94%,M:13.24%,n:1367",
"GenomeSize": "411.859152",
"GenomeGC": "22.52130165",
"SeqNumber": "360745",
"N50": "1.953",
"PCGnumber": "47716",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3625,
"InsectBaseID": "IBG_01233",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Chrysodeixis",
"TaxonomyID": "689277",
"Tags": "None",
"OrganismName": "Chrysodeixis includens",
"NormalName": "None",
"SpeciesIntro": "Chrysodeixis includens, the soybean looper, is a moth of the family Noctuidae. It is known as falso medidor in north-eastern Mexico. It is found from southern Quebec and southern Ontario through the eastern and southern part of the United States to Central America and South America, the Antilles and the Galápagos Islands. It is known to be migratory. The species was first described by Francis Walker in 1858.The wingspan is 28–39 mm. The adults are on wing from April to November depending on the location.The larvae feed on a wide range of plants. Recorded food plants are Asteraceae, Brassicaceae, Commelinaceae, Euphorbiaceae, Fabaceae, Geraniaceae, Lamiaceae, Lauraceae, Malvaceae, Solanaceae, Verbenaceae, Medicago sativa, Phaseolus polystachios, Glycine max, Gossypium herbaceum, Nicotiana tabacum, Lycopersicon esculentum, Brassica and Lactuca sativa.The Mexican free-tailed bat (Tadarida brasiliensis) may feed on the soybean looper.This Plusiinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_941860345.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.12%[S:98.61%,D:0.51%],F:0.00%,M:0.88%,n:1367",
"GenomeSize": "369.676332",
"GenomeGC": "30.20569599",
"SeqNumber": "80",
"N50": "12815.633",
"PCGnumber": "23982",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3626,
"InsectBaseID": "IBG_01234",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Chrysolina",
"TaxonomyID": "1587174",
"Tags": "None",
"OrganismName": "Chrysolina oricalcia",
"NormalName": "None",
"SpeciesIntro": "Chrysolina oricalcea is a species of broad-shouldered leaf beetle of the family Chrysomelidae, subfamily Chrysomelinae.Around 9 mm in length, it feeds on several plants of the Apiaceae species.It is found in most Europe.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944452915.2",
"GenomeLevel": "Scaffold",
"Busco": "C:22.45%[S:21.65%,D:0.80%],F:4.46%,M:73.08%,n:1367",
"GenomeSize": "328.970316",
"GenomeGC": "24.93955047",
"SeqNumber": "8735",
"N50": "39.201",
"PCGnumber": "29794",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3627,
"InsectBaseID": "IBG_01235",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Conogethes",
"TaxonomyID": "1133088",
"Tags": "None",
"OrganismName": "Conogethes punctiferalis",
"NormalName": "None",
"SpeciesIntro": "Conogethes punctiferalis, the durian fruit borer or yellow peach moth, is a moth of the family Crambidae.The larvae live concealed in their foodplant in a case lined with silk. Full-grown larvae are about 20 mm long. It is considered a pest on fruit trees. Adults have a wingspan of 14–20 mm. Adults are yellow with a dark pattern.It is found from India and Pakistan through south-east Asia to Australia. It has been reported from various parts of the world, mainly because larvae are imported alongside fruit. Records include Hawaii, Great Britain and the Netherlands.The larvae feed on a wide range of plants, including Zea mays, Livistona humilis, Helianthus annuus, Durio zibethinus, Carica papaya, Ricinus communis, Planchonia careya, Sorghum bicolor, Macadamia integrifolia, Prunus persica, Citrus limon, Nephelium lappaceum, Solanum melongena, Brachychiton acerifolium and Elettaria cardamomum.This Margaroniini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_031163375.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.36%[S:96.34%,D:1.02%],F:0.29%,M:2.34%,n:1367",
"GenomeSize": "494.479261",
"GenomeGC": "24.18705241",
"SeqNumber": "48",
"N50": "17969.533",
"PCGnumber": "28688",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3628,
"InsectBaseID": "IBG_01236",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Copaeodes",
"TaxonomyID": "509368",
"Tags": "None",
"OrganismName": "Copaeodes aurantiaca",
"NormalName": "None",
"SpeciesIntro": "Copaeodes aurantiaca, the orange skipperling, is a species of grass skipper in the butterfly family Hesperiidae. It is found in Central America and North America.The MONA or Hodges number for Copaeodes aurantiaca is 4009.This Hesperiinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018251435.1",
"GenomeLevel": "Contig",
"Busco": "C:68.69%[S:68.54%,D:0.15%],F:23.70%,M:6.44%,n:1367",
"GenomeSize": "320.477619",
"GenomeGC": "27.60910458",
"SeqNumber": "311487",
"N50": "1.897",
"PCGnumber": "60350",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3629,
"InsectBaseID": "IBG_01237",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Cosmia",
"TaxonomyID": "987909",
"Tags": "None",
"OrganismName": "Cosmia pyralina",
"NormalName": "None",
"SpeciesIntro": "The lunar-spotted pinion (Cosmia pyralina) is a moth of the family Noctuidae.This species can be found central Europe, in the north up to central Great Britain and southern Fennoscandia, south to northern Spain and central Italy, east through Bulgaria up to the Caucasus further through the Palearctic up to Korea and Japan.C. pyralina View. (47 e). Forewing dull or bright redbrown on a pinker ground; generally darkened with olive fuscous; first line blackish, oblique, not white-edged, angled outwards between and inwards on the veins; outer line preceded by a darker median shade, and edged with white, the white becoming diffused on costa and joined to the white streak before the submarginal line; stigmata very obscure, sometimes with dark centres on a paler ground; submarginal line preceded by a darker red shade; wing pale grey in the male, darker in the female; the brighter coloured forms are ab. corusea Esp. (47 e). Larva pale green with white lines; spiracular line yellowish, black edged above; head yellow green.Cosmia pyralina has a wingspan reaching 28–32 mm.This moth is rather similar Cosmia affinis, but it shows paler hindwings and broader forewings.Adults are on wing from June to August in one generation. The larvae feed on various deciduous trees, including Ulmus, Pyrus, Salix and Quercus living between united leaves, spinning a slight silken web in which to pupate.This Hadeninae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946251865.1",
"GenomeLevel": "Contig",
"Busco": "C:97.87%[S:97.07%,D:0.80%],F:0.80%,M:1.32%,n:1367",
"GenomeSize": "787.883141",
"GenomeGC": "23.70881763",
"SeqNumber": "2901",
"N50": "510.488",
"PCGnumber": "34314",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3630,
"InsectBaseID": "IBG_01238",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Dalla",
"TaxonomyID": "2585863",
"Tags": "None",
"OrganismName": "Creonpyge creon creon",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246875.1",
"GenomeLevel": "Contig",
"Busco": "C:50.70%[S:50.55%,D:0.15%],F:37.75%,M:10.68%,n:1367",
"GenomeSize": "370.945961",
"GenomeGC": "25.90511209",
"SeqNumber": "246366",
"N50": "2.502",
"PCGnumber": "44759",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3631,
"InsectBaseID": "IBG_01239",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Croniades",
"TaxonomyID": "2201705",
"Tags": "None",
"OrganismName": "Croniades pieria auraria",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018248815.1",
"GenomeLevel": "Contig",
"Busco": "C:76.08%[S:76.01%,D:0.07%],F:19.68%,M:3.73%,n:1367",
"GenomeSize": "388.984666",
"GenomeGC": "25.84319275",
"SeqNumber": "114060",
"N50": "6.045",
"PCGnumber": "41107",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3632,
"InsectBaseID": "IBG_01240",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Cryptocephalus",
"TaxonomyID": "204949",
"Tags": "None",
"OrganismName": "Cryptocephalus moraei",
"NormalName": "None",
"SpeciesIntro": "Cryptocephalus moraei is a species of beetle from the genus Cryptocephalus. The species was originally described by Carl Linnaeus in 1758. This leaf beetle is 3 to 5 mm in size. The front parts of the antenna are bicoloured black-brown, but turns fully black. The head of the males are yellow, while the females have a black head with two yellow dots. The Prothorax is black with a yellow smudge against the rear corners. The Elytra contain rows with robust points, mostly black but again with a yellow stain at the end. The legs are reddish-brown. The species can be observed from May to August and feeds on species from the Hypericum genus. Cryptocephalus moraei has been recorded across Europe, both in scholarly articles and citizen science efforts. Media related to Cryptocephalus moraei at Wikimedia CommonsThis Cryptocephalinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946251935.1",
"GenomeLevel": "Contig",
"Busco": "C:89.39%[S:87.56%,D:1.83%],F:0.51%,M:10.10%,n:1367",
"GenomeSize": "432.225501",
"GenomeGC": "30.64102967",
"SeqNumber": "1618",
"N50": "669.611",
"PCGnumber": "23665",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3633,
"InsectBaseID": "IBG_01241",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Cybosia",
"TaxonomyID": "987918",
"Tags": "None",
"OrganismName": "Cybosia mesomella",
"NormalName": "None",
"SpeciesIntro": "GenericSpecificCybosia is a monotypic moth genus in the subfamily Arctiinae erected by Jacob Hübner in 1819. Its only species, Cybosia mesomella, the four-dotted footman, was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.The wingspan is 25–33 mm. The basic colour of the forewings may be yellow or ivory greyish with yellow borders. The forewings show in the middle four small black dots (hence the common name of this species). The hindwings are grey, sometimes with yellowish edges. The thorax and the abdomen are whitish, covered with fine hairs.This species has one generation per year. Females lay eggs in early July on the larval food plants. The eggs hatch in August or early September. The larvae overwinter and pupate the following spring, from May up to the beginning of June. The moths fly at dusk from June to mid-August depending on location. The larvae feed mainly after dark on low vegetation such as heather, willows, Leontodon autumnalis and Vaccinium uliginosum. They are lichen and algae feeders like most other lithosiines.This species can be found in most of Europe except Spain, in the east Palearctic realm and in the Near East.Cybosia mesomella prefers warm, moist and sunny environment, deciduous and mixed forests, heaths, moorland, damp grassland, fens, wet meadows and open woodlands.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946251875.1",
"GenomeLevel": "Contig",
"Busco": "C:98.83%[S:97.88%,D:0.95%],F:0.29%,M:0.88%,n:1367",
"GenomeSize": "929.899041",
"GenomeGC": "27.40342002",
"SeqNumber": "3895",
"N50": "424.974",
"PCGnumber": "46132",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3634,
"InsectBaseID": "IBG_01242",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Dalla",
"TaxonomyID": "2585866",
"Tags": "None",
"OrganismName": "Dalla costala",
"NormalName": "None",
"SpeciesIntro": "Dalla costala is a species of butterfly in the family Hesperiidae. It is found in Bolivia and Peru.This Hesperiidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245355.1",
"GenomeLevel": "Contig",
"Busco": "C:49.96%[S:49.89%,D:0.07%],F:36.21%,M:13.09%,n:1367",
"GenomeSize": "341.153674",
"GenomeGC": "25.58096091",
"SeqNumber": "298644",
"N50": "2.26",
"PCGnumber": "47061",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3635,
"InsectBaseID": "IBG_01243",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Dalla",
"TaxonomyID": "2585870",
"Tags": "None",
"OrganismName": "Dalla eburones eburones",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245395.1",
"GenomeLevel": "Contig",
"Busco": "C:39.43%[S:39.28%,D:0.15%],F:45.94%,M:13.02%,n:1367",
"GenomeSize": "272.597206",
"GenomeGC": "28.92347547",
"SeqNumber": "286346",
"N50": "1.315",
"PCGnumber": "51180",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3636,
"InsectBaseID": "IBG_01244",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Dalla",
"TaxonomyID": "2585871",
"Tags": "None",
"OrganismName": "Dalla quadristriga",
"NormalName": "None",
"SpeciesIntro": "Ladda quadristriga is a species of butterfly in the family Hesperiidae. It is found in Venezuela, Peru, Bolivia and Ecuador.This Hesperiidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245335.1",
"GenomeLevel": "Contig",
"Busco": "C:71.26%[S:70.89%,D:0.37%],F:22.46%,M:5.85%,n:1367",
"GenomeSize": "339.621683",
"GenomeGC": "26.20563835",
"SeqNumber": "182394",
"N50": "4.263",
"PCGnumber": "40127",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3637,
"InsectBaseID": "IBG_01245",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Danaus",
"TaxonomyID": "165861",
"Tags": "None",
"OrganismName": "Danaus eresimus",
"NormalName": "None",
"SpeciesIntro": "Danaus eresimus, the soldier or tropical queen, is a North American, Caribbean, and South American butterfly in the family Nymphalidae.Their flight is slow and they are reasonably easy to approach, but will fly for some distance if approached too closely.The upperside of the wings is dark reddish brown with the forewing sometimes having white submarginal spots. The veins are lightly marked with black. Males have a black scent patch on each of the hindwings. The underside of the wings is also dark brown with a postmedian band made up of squarish spots. The soldier has a wingspan of 2+1⁄2 to 3+1⁄2 inches (64–76 mm). D. e. flexaure, formerly D. flexaure, is a subspecies which has more white markings on the hindwing underside.Similar species in the soldier's range include the monarch (Danaus plexippus) and the queen (Danaus gilippus).The monarch is more orange, has heavier black-lined veins, and the underside of the wings is a pale yellowish color.The queen has nearly no black-marked veins, and has white forewing submarginal spots on both surfaces of the wings.The soldier may be found in a variety of open, subtropical habitats such as citrus groves, weedy water edges where host plants occur, dry fields, etc.This butterfly may be encountered from February to December in southern Florida (it is most common in October to December), and from August to January in southern Texas.Males patrol for females. The eggs are bright orange. The black larva is banded with white and yellow stripes. It has a subdorsal row of yellowish-tan spots. There are six black, fleshy filaments, the first pair near the head, the second on the thorax, and the third at the end of the abdomen. The chrysalis is very similar to that of the monarch, often indistinguishable. It has three or more broods per year.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018231745.1",
"GenomeLevel": "Contig",
"Busco": "C:82.95%[S:82.88%,D:0.07%],F:13.68%,M:2.63%,n:1367",
"GenomeSize": "232.968757",
"GenomeGC": "23.6717617",
"SeqNumber": "114536",
"N50": "5.573",
"PCGnumber": "38440",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3638,
"InsectBaseID": "IBG_01246",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Danaus",
"TaxonomyID": "166451",
"Tags": "None",
"OrganismName": "Danaus erippus",
"NormalName": "None",
"SpeciesIntro": "Danaus erippus, the southern monarch, is a milkweed butterfly (subfamily Danainae) in the family Nymphalidae. It is one of the best known butterflies in South America. Its genome is nearly identical to D. plexippus, but the two are incompatible, and therefore considered separate species.Danaus erippus is included with other Nymphalidae, the largest family of butterflies with about 6000 species distributed throughout most of the world. It has a reduced pair of forelegs, is brightly coloured, and is included with popular species such as the emperors, admirals, tortoiseshells, and fritillaries. Its wingspan reaches about 110 millimetres (4.3 in), with an easily recognizable orange and black pattern. Until 2007, this butterfly was treated as a subspecies of Danaus plexippus. These species are very similar, but D. erippus usually has an orange trailing edge of the forewings, while in D. plexippus it is black. The lineages of the two species are thought to have separated about 2 million years ago. The colour of the wings in males of the southern monarch is paler than in the females.Though, not as well known as the eastern North American monarch migratory phenomenon, it has been observed to move in a consistent spring/autumn manner by flying south in the autumn towards colder latitudes for the winter. Massive overwintering roosts have not yet been found.D. erippus, like D. plexippus, utilizes host plants that in the genus Asclepias including A. barjoniifolia, A. boliviensis, and A. curassavica, as well as some non-Asclepias (e.g., Astephanus geminiflorus, Cynanchum boerhaviifolium, Cynanchum atacamense, and Tweedia birostrata).[citation needed]This species can be found in tropical and subtropical latitudes of South America, mainly in Brazil, Uruguay, Paraguay, Argentina, Bolivia, Chile, and southern Peru.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018231765.1",
"GenomeLevel": "Contig",
"Busco": "C:78.27%[S:78.20%,D:0.07%],F:16.61%,M:4.61%,n:1367",
"GenomeSize": "238.32512",
"GenomeGC": "23.2301639",
"SeqNumber": "151486",
"N50": "4.236",
"PCGnumber": "36146",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3639,
"InsectBaseID": "IBG_01247",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Danaus",
"TaxonomyID": "166024",
"Tags": "None",
"OrganismName": "Danaus gilippus",
"NormalName": "None",
"SpeciesIntro": "The queen butterfly (Danaus gilippus) is a North and South American butterfly in the family Nymphalidae with a wingspan of 80–85 mm (3+1⁄8–3+3⁄8 in). It is orange or brown with black wing borders and small white forewing spots on its dorsal wing surface, and reddish ventral wing surface fairly similar to the dorsal surface. The ventral hindwings have black veins and small white spots in a black border. The male has a black androconial scent patch on its dorsal hindwings. It can be found in meadows, fields, marshes, deserts, and at the edges of forests.This species is possibly a close relative to the similarly colored soldier butterfly (or tropical queen, D. eresimus), in any case, it is not close to the plain tiger (D. chrysippus, African queen) as was long believed. There are seven subspecies.Females lay one egg at a time on larval host plants. Larvae use these plants as a food source, whereas adult butterflies feed mainly on nectar from flowers. Unpalatability to avian predators is a feature of the butterfly; however, its level is highly variable. Unpalatability is correlated with the level of cardenolides obtained via the larval diet, but other compounds like alkaloids also play a part in promoting distastefulness.[10]Males patrol to search for females, who may mate up to 15 times a day. Male organs called hair-pencils play an important role in courtship, with males with lower hair-pencil counts being selected against.[11] These hair-pencils may be involved in releasing pheromones during courtship that could attract female mates.[12]The queen is a member of the genus Danaus, which includes D. plexippus (monarch) and D. eresimus (soldier). It is of the family Nymphalidae of the order Lepidoptera.[13] There are as many as eleven subspecies recognized.[14] It is a native of the Nearctic and Neotropical realms. The conservation status of this species is secure, with no reported management needs.[15]Females lay small white eggs one at a time on larval host plants, usually members of the milkweed subfamily Asclepiadoideae. The egg hatches into a black caterpillar with transverse white stripes and yellow spots, and three pairs of long, black filaments. The caterpillar feeds on the host plant and sequesters chemicals that make it distasteful to some predators. It then goes through six instars, after which the larva finds a suitable spot to pupate. The adult emerges 7 to 10 days afterwards. The queen butterfly has multiple generations per year.The queen butterfly oviposits one egg at a time. Each individual egg can be found on leaves, stems, and flower buds of the host. The eggs are usually pale green, ovate to conical in shape, with a flattened base and slightly truncated top, and is longitudinally ribbed with raised cross-lines between the ridges.[16] Compared to that of the monarch butterfly, the egg of the queen butterfly is taller relative to its width.The mature queen caterpillar is darker and not as brightly colored as the monarch caterpillar. It is nearly identical to the caterpillar of Danaus chrysippus.In the larval stage, the queen is bluish-white dorsally, with a reddish-brown underside. It has three pairs of black, fleshy tentacles—one is on the head, one is on the second thoracic segment and one is on the eighth abdominal segment.[16][17] When mature, the caterpillar is brown with purplish prolegs. It has been observed with the following color variants of its transverse stripes: blue, green, yellow, white, and blackish brown. The head is black with white rings. The caterpillar lacks spines, and there is no hair on its body.[16]",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018231785.1",
"GenomeLevel": "Contig",
"Busco": "C:62.10%[S:62.03%,D:0.07%],F:28.75%,M:7.83%,n:1367",
"GenomeSize": "290.005577",
"GenomeGC": "21.51606071",
"SeqNumber": "373353",
"N50": "1.365",
"PCGnumber": "51424",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3640,
"InsectBaseID": "IBG_01248",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Dasysyrphus",
"TaxonomyID": "414801",
"Tags": "None",
"OrganismName": "Dasysyrphus albostriatus",
"NormalName": "None",
"SpeciesIntro": "Dasysyrphus albostriatus is a Palearctic species of hoverfly.External imagesFor terms see Morphology of DipteraWing length 6·25–9·5 mm. Thorax dorsum with two median stripes of white dust. The thorax is otherwise shining black. Tergites with linear yellow spots which sometimes connect on tergites 3 and 4. The larva is figured by Dusek and Laska (1962).Palaearctic. Fennoscandia South to Iberia and north Africa. Ireland eastwards through Central and Southern Europe (Italy, Yugoslavia) to Greece, Turkey and European parts of Russia (South to Crimea and the Caucasus). East into Central Asia and Japan.Habitat coniferous and deciduous woodland and conifer plantation, up to the alpine zone, tracksides, clearings, parks, gardens.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946251825.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.27%[S:98.17%,D:1.10%],F:0.29%,M:0.44%,n:1367",
"GenomeSize": "662.142265",
"GenomeGC": "26.59190454",
"SeqNumber": "1140",
"N50": "1495.986",
"PCGnumber": "38614",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3641,
"InsectBaseID": "IBG_01249",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Yponomeuta",
"TaxonomyID": "2795693",
"Tags": "None",
"OrganismName": "Dione vanillae vanillae",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246415.1",
"GenomeLevel": "Contig",
"Busco": "C:63.27%[S:58.52%,D:4.75%],F:29.26%,M:6.29%,n:1367",
"GenomeSize": "576.973008",
"GenomeGC": "20.00298912",
"SeqNumber": "416791",
"N50": "2.309",
"PCGnumber": "75551",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3642,
"InsectBaseID": "IBG_01250",
"Order": "Lepidoptera",
"Family": "Drepanidae",
"Genus": "Drepana",
"TaxonomyID": "104428",
"Tags": "None",
"OrganismName": "Drepana falcataria",
"NormalName": "None",
"SpeciesIntro": "Drepana falcataria, the pebble hook-tip, is a moth of the family Drepanidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is found in Europe, through Siberia to the eastern Palearctic.The wingspan is 27–35 mm. The ground colour is light brown or white brown to reddish brown. The forewings, which exhibit a fine regular pattern of dark, finely serrated lines have a dark patch in the middle. Under the sickle, or on the outer part of the outer edge of the wing, there is a purple stain. From the wing tip, a clearly curved, dark brown band runs under the stain up to the edge of the wing. The hindwings are also light brown, but brighter than the forewings. Their pattern is similar to but not so strong as that of the forewings. In the females the hindwings are white with the same dark patterning.The egg is yellow marked with orange at one end. The last instar caterpillar is green, the dorsum reddish brown, except towards the black-marked yellowish head. There are two conspicuous warts on rings two and five, and less obvious raised spots on the other rings, all bearing hairs. In the younger stages it is blackish, with white marks on the fourth and seventh rings; later it becomes greenish below, and the markings on the back of rings four, seven, eight, and ten are whitish or creamy.They prefer riparian forest and carr but are also found on the edge of moors and in parks and gardens. They are widespread and common.The moth flies from April to August depending on the location.The larvae feed on birch and sometimes alder.This article on a moth of the subfamily Drepaninae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_945859695.1",
"GenomeLevel": "Contig",
"Busco": "C:99.34%[S:99.12%,D:0.22%],F:0.07%,M:0.59%,n:1367",
"GenomeSize": "323.433285",
"GenomeGC": "30.58567457",
"SeqNumber": "138",
"N50": "5205.332",
"PCGnumber": "20445",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3643,
"InsectBaseID": "IBG_01251",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Dryas",
"TaxonomyID": "2576678",
"Tags": "None",
"OrganismName": "Dryas iulia iulia",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018247695.1",
"GenomeLevel": "Contig",
"Busco": "C:69.20%[S:55.96%,D:13.24%],F:25.16%,M:5.05%,n:1367",
"GenomeSize": "784.554863",
"GenomeGC": "17.91290522",
"SeqNumber": "384690",
"N50": "5.13",
"PCGnumber": "72748",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3644,
"InsectBaseID": "IBG_01252",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Ecliptopera",
"TaxonomyID": "104457",
"Tags": "None",
"OrganismName": "Ecliptopera silaceata",
"NormalName": "None",
"SpeciesIntro": "Ecliptopera silaceata, the small phoenix, is a moth of the family Geometridae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775.The distribution includes most of Europe including the British Isles and extends eastwards through Russia and the Altai and the Vyatskoye, as well as north into the Arctic Circle, and south to the Caucasus. It also occurs in North America.The wingspan is 23–27 mm. The length of the forewings is 13–17 mm. The basal region is dark grey, and is bordered by a light coloured band in which are mostly dark stains. The very wide discal region is black brown, and often shows a nearly elliptical white \"drawing\" in the middle. The marginal area is brown with several significant arrow patches. Two or three distally facing peaks continue as orange coloured strokes sometimes up to the outer edge. Below the apex, there are dark arch stains and a white wavy line located at the outer edge. The hind wings are white grey and have bright crosslines as well as a little black heart. The colour of head, thorax, and abdomen is brown. Prout describes some variants. The larva is long and thin, variable in colour, green or flesh-colour, the thoracic and last 4 abdominal segments with a red or blackish mediodorsal line, the middle segments with blackish dots. The venter has a white line, sometimes pink-edged. The main habitats of the species are semi-shady areas in deciduous, and mixed forests as well as young forest plantations and heaths.The moths fly in two generations from May to July and from August to September. .The larvae feed mainly on willowherbs.The compact, brownishgreen pupa hibernates.The approximately elliptical shaped white vein drawing in the discal field is a sure distinguishing feature to the three species mentioned above. However, this mark is not present in all specimens of silaceata.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932527285.1",
"GenomeLevel": "Contig",
"Busco": "C:99.56%[S:98.90%,D:0.66%],F:0.15%,M:0.29%,n:1367",
"GenomeSize": "315.614973",
"GenomeGC": "30.38486137",
"SeqNumber": "248",
"N50": "3934.594",
"PCGnumber": "22921",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3645,
"InsectBaseID": "IBG_01253",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Elbella",
"TaxonomyID": "2585872",
"Tags": "None",
"OrganismName": "Elbella theseus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245175.1",
"GenomeLevel": "Contig",
"Busco": "C:49.08%[S:49.01%,D:0.07%],F:39.43%,M:9.88%,n:1367",
"GenomeSize": "358.675752",
"GenomeGC": "26.23125496",
"SeqNumber": "258380",
"N50": "2.326",
"PCGnumber": "48911",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3646,
"InsectBaseID": "IBG_01254",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Epicampocera",
"TaxonomyID": "569040",
"Tags": "None",
"OrganismName": "Epicampocera succincta",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932527255.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.34%[S:98.90%,D:0.44%],F:0.07%,M:0.59%,n:1367",
"GenomeSize": "375.108247",
"GenomeGC": "27.36284175",
"SeqNumber": "321",
"N50": "5426.261",
"PCGnumber": "19891",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3647,
"InsectBaseID": "IBG_01255",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Epinotia",
"TaxonomyID": "1594293",
"Tags": "None",
"OrganismName": "Epinotia bilunana",
"NormalName": "None",
"SpeciesIntro": "Epinotia bilunana is a moth of the family Tortricidae. It is found in Europe, and quite widespread throughout Britain.The wingspan is 13–17 mm. The moth flies from May to August. .It is easy to identify with its creamy or whitish gray wings, and blackish marking on either side of the median area, starting half way between the costa and dorsum and finishing at the dorsum.The larvae feed internally on the catkins of birch. Media related to Epinotia bilunana at Wikimedia CommonsThis Olethreutinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947049265.1",
"GenomeLevel": "Contig",
"Busco": "C:96.8%[S:96.4%,D:0.4%],F:0.9%,M:2.3%,n:1367",
"GenomeSize": "651.465082",
"GenomeGC": "31.50379946",
"SeqNumber": "881",
"N50": "1703.155",
"PCGnumber": "32467",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3648,
"InsectBaseID": "IBG_01256",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Epinotia",
"TaxonomyID": "1594294",
"Tags": "None",
"OrganismName": "Epinotia demarniana",
"NormalName": "None",
"SpeciesIntro": "Epinotia demarniana is a moth of the family Tortricidae found in most of Europe (except Iceland, Ireland, Portugal, Ukraine, and most of the Balkan Peninsula), east to the eastern part of the Palearctic realm.Epinotia demarniana has a wingspan of 12 to 22 mm.The larvae feed within the catkins of birch (Betula), alder (Alnus) and goat willow (Salix caprea). Pupation takes place on the ground in a cocoon amongst leaf litter. Adults are on wing from June to July.This Olethreutinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_945869435.1",
"GenomeLevel": "Contig",
"Busco": "C:97.00%[S:96.20%,D:0.80%],F:0.51%,M:2.41%,n:1367",
"GenomeSize": "721.164914",
"GenomeGC": "30.83575319",
"SeqNumber": "1964",
"N50": "838.189",
"PCGnumber": "39833",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3649,
"InsectBaseID": "IBG_01257",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Epinotia",
"TaxonomyID": "989769",
"Tags": "None",
"OrganismName": "Epinotia nisella",
"NormalName": "None",
"SpeciesIntro": "Epinotia nisella is a moth of the family Tortricidae which is found in the Palearctic, Europe and North America. It was first described by Carl Alexander Clerck in 1759.The wingspan is about 12–17 mm.The forewings are grey, more or less mixed with white, slightly ferruginous-tinged, irregularly strigulated with blackish-grey . The basal patch is darker, it's edge more blackish and acutely angulated in the middle. There often is a ferruginous or red-brown flattened-triangular dorsal blotch distal to this. The central fascia is slender, irregular, again somewhat darker. The edges of the ocellus, and sometimes a stria above them leaden-metallic. Sometimes the whole forewing is suffused with ferruginous except the basal and terminal patches ; termen sinuate. The hindwings are light fuscous, terminally dark fuscous.The larva is pale green ; head dark brown Adults are on wing in July and August and during the day can be found on the foliage or amongst lichen on the tree trunks of the larval foodplants. When disturbed it flies erratically to another resting place and in the evening comes to light..Eggs are laid on poplars (Populus species) and willows (Salix species), especially rough-leaved species. They include aspen (P. tremula), black poplar (P. nigra), grey poplar (Populus × canescens), grey willow (S. cinerea) and goat willow (S. caprea).The larvae feed from April to June on the catkins or between a sandwich of two leaves.[a 1]Pupae are light brown and can be found in the larval habitation or in a flimsy, brownish, silken cocoon amongst leaf litter in June and July. Tort bookIt is found in most of Europe (except Iceland, Portugal, Ukraine, and the central part of the Balkan Peninsula), east to the Near East and the eastern part of the Palearctic realm. It is also found in North America, including Massachusetts and Minnesota in the United States. In Canada, it is found from Newfoundland to British Columbia.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932294385.1",
"GenomeLevel": "Contig",
"Busco": "C:99.56%[S:99.27%,D:0.29%],F:0.15%,M:0.29%,n:1367",
"GenomeSize": "583.544975",
"GenomeGC": "31.29259591",
"SeqNumber": "352",
"N50": "6030.244",
"PCGnumber": "27421",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3650,
"InsectBaseID": "IBG_01258",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Epistrophella",
"TaxonomyID": "414814",
"Tags": "None",
"OrganismName": "Epistrophella euchroma",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947049305.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.7%[S:94.3%,D:1.4%],F:0.3%,M:4.0%,n:1367",
"GenomeSize": "506.142826",
"GenomeGC": "27.21410913",
"SeqNumber": "718",
"N50": "2236.581",
"PCGnumber": "29542",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3651,
"InsectBaseID": "IBG_01259",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Eristalinus",
"TaxonomyID": "2725509",
"Tags": "None",
"OrganismName": "Eristalinus sepulchralis",
"NormalName": "None",
"SpeciesIntro": "Eristalinus sepulchralis is a European species of hoverfly. The species are brownish-white from a close up, and look like a wasp. From a distance though, they are yellowish-black coloured, and look like a bumble bee. The species can be found throughout Europe in the Baltic states, North Europe, Central, Southern and Western Europe and across the Palaearctic to Kamchatka, Japan, China and India. Finland, Great Britain, Hungary, Ireland, Norway, and the Netherlands.External imagesFor terms see Morphology of DipteraWing length 6 ·5–8 mm. Eyes patterned with conspicuous black spots and hairy all over in both sexes. Tergites black with green or other reflections. Tergites 2 and 3 with a dull spot. Male eyes well separated on frons. Thoracic dorsum with five grey stripes. The male genitalia and larva are figured by Pérez-Bañón et al. (2003). The larva is figured by Hartley (1961) [10][11][12]Habitat is wetland, fen, river and pond margins. Anthropophilic and occurring where stock is pastured, along polluted ditches and in the vicinity of slurry pits.[13] Flowers visited include white umbellifers, Achillea millefolium, Allium, Armeria maritima, Bellis perennis, Bidens cernua, Caltha, Cochlearia danica, Crataegus, Euphorbia, Galium, Leontodon, Origanum vulgare, Potentilla erecta, Ranunculus, Rosa, Rubus fruticosus, Salix, Senecio jacobaea, Solidago virgaurea, Sorbus aucuparia, Taraxacum, Tussilago, Valeriana dioica.[14]The flight period is mid-April to September (March to October in southern Europe). The larvae are associated with rotting vegetation in a ponds and small water bodies rich in nutrients.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944738805.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:99.34%,D:0.44%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "371.787597",
"GenomeGC": "31.280182",
"SeqNumber": "986",
"N50": "2639.017",
"PCGnumber": "19584",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3652,
"InsectBaseID": "IBG_01260",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Ernsta",
"TaxonomyID": "2705552",
"Tags": "None",
"OrganismName": "Ernsta delagoae",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018230765.1",
"GenomeLevel": "Contig",
"Busco": "C:60.27%[S:60.20%,D:0.07%],F:29.99%,M:8.85%,n:1367",
"GenomeSize": "253.253939",
"GenomeGC": "26.42399335",
"SeqNumber": "142900",
"N50": "3.27",
"PCGnumber": "43198",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3653,
"InsectBaseID": "IBG_01261",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Euclidia",
"TaxonomyID": "938167",
"Tags": "None",
"OrganismName": "Euclidia mi",
"NormalName": "None",
"SpeciesIntro": "Callistege mi, the Mother Shipton moth, is a moth of the family Erebidae. It was classified by Carl Alexander Clerck in 1759, and is also known under the name of Euclidia mi. In Finnish it is known as piirtoyökkönen and in German as Scheck-Tageule.Variations include:This species spans over most of Europe, Siberia, the Russian Far East and Asia Minor. On the British Isles it is most common in England and Wales; less so in Scotland and Ireland.The adult moth's forewing is 13 to 16 mm (0.51 to 0.63 inches) long, and the wingspan is 25 to 30 mm (0.98 to 1.18 inches).Forewings are black slightly dusted with grey. Lines are whitish, the subbasal ending in a grey-edged black spot on inner margin; the inner is obliquely curved outwards; the outer is angled at vein 6, indented on 4 and angled inwards below vein 2, running upwards and outwards below reniform, then downwards again parallel to its former course, and finally running in to the inner line above inner margin.Orbicular stigma is a round black spot with grey outline; reniform large and black, edged externally by a white bar, which often emits a narrow pale line externally from its middle subterminal line sinuous, double, somewhat lunulate, with dark centre and pale-scaled edges, except at costa where it is single and white, preceded by oblong black spots separated by the pale veins. Hindwings have the cell ochreous white, containing a black cellspot; outer and subterminal sinuous series of ochreous white spots between the veins. Fringe of both wings are mottled black and white, with pale line at base; underside is ochreous white.The larva is yellowish with a dorsal line dark, finely pale in centre and with several fine wavy lines on each side. The spiracular line is broad, dark reddish brown, edged below with yellow or red.The stages of its life cycle are as follows: egg: May – September, larva: June – September, pupa: July – May, and imago: May – July.It flies by day, normally taking only short, rapid flights, and can be found in wasteland and other open habitats.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944738845.2",
"GenomeLevel": "Scaffold",
"Busco": "C:99.92%[S:96.85%,D:3.07%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "2356.810954",
"GenomeGC": "24.42559782",
"SeqNumber": "2105",
"N50": "2644.12",
"PCGnumber": "91670",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3654,
"InsectBaseID": "IBG_01262",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Eudemis",
"TaxonomyID": "1100989",
"Tags": "None",
"OrganismName": "Eudemis profundana",
"NormalName": "None",
"SpeciesIntro": "Eudemis profundana, common name diamond-back marble, is a moth of the family Tortricidae.Eudemis profundana has a wingspan of 14–20 millimetres (0.55–0.79 in). Forewings are rather broad and rounded. The coloration is quite variable, ranging from dark brown to reddish, with greyish marbling and a large whitish dorsal patch. The upper edge of this patch is not deeply indented and the basal fasciae are developed also dorsally. These moths also show a raised reddish-brown mane and unusual starry eyes. They have one brood per year (univoltine). The larvae feed on Quercus and Malus species. They roll a leaf of their host and feed within. Adults are on wing from July to August.This species can be found in most of Europe (except Iceland, Croatia and Greece). It is also found in the Near East.Eudemis profundana lives in various habitats, mainly in the deciduous woodland, but also in gardens.This Olethreutini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947034915.1",
"GenomeLevel": "Contig",
"Busco": "C:99.0%[S:98.3%,D:0.7%],F:0.4%,M:0.6%,n:1367",
"GenomeSize": "682.960239",
"GenomeGC": "30.68098566",
"SeqNumber": "864",
"N50": "1755.86",
"PCGnumber": "36632",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3655,
"InsectBaseID": "IBG_01263",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Eupeodes",
"TaxonomyID": "290404",
"Tags": "None",
"OrganismName": "Eupeodes corollae",
"NormalName": "None",
"SpeciesIntro": "Eupeodes corollae is a very common European species of hoverfly. Adults are 6–11 millimetres (0.24–0.43 in) in body length. Males and females have different marking on the abdomen; males have square commas on tergites 3 and 4, whereas females have narrow commas. Larvae feed on aphids. This species has been used experimentally in glasshouses as a method of aphid control, and to control scale insects and aphids in fruit plantations. They were found to be partial to the fruit, eating more fruit than aphids.E. corollae is found across Europe, North Africa and Asia. Adults are often migratory.External imagesFor terms see Morphology of DipteraWing length 5-8·25 mm. Male abdomen with pre-genital segment very large and conspicuous. Genitalia large. Yellow spots reach the side margin of tergites 3 and 4.Scutellum mainly yellow-haired. Female frons with white dust spots and junction between black ground colour and yellow spots straight.The species is distributed in Afghanistan, Africa (as a whole), Bhutan, China, Japan, Pakistan, Europe (as a whole) and India.In India, the species is primarily distributed in the northern and north-eastern part of the country, comprising Assam, Arunachal Pradesh, Chhattisgarh, Himachal Pradesh, Jammu & Kashmir, Meghalaya, Punjab, Uttarakhand, Odisha, and WestBengal. Palaearctic Range: from Fennoscandia South to Iberia, to the Mediterranean basin. Coastal States of Africa down to South Africa. Ireland East into European Russia, Russian Far East, Siberia, to the Pacific coast and Japan. China, Formosa.[10][11] The male genitalia and the larva are figured described by Dusek & Laska (1961).[12]",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_945859775.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.49%[S:98.61%,D:0.88%],F:0.07%,M:0.44%,n:1367",
"GenomeSize": "605.344499",
"GenomeGC": "24.92688812",
"SeqNumber": "3701",
"N50": "1118.934",
"PCGnumber": "34392",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3656,
"InsectBaseID": "IBG_01264",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Euphydryas",
"TaxonomyID": "104508",
"Tags": "None",
"OrganismName": "Euphydryas editha",
"NormalName": "None",
"SpeciesIntro": "See textEdith's checkerspot (Euphydryas editha) is a species of butterfly in the family Nymphalidae. It is a resident species of western North America and among the subspecies, entomologists have long been intrigued by their many phenotypic variations in coloration, wing length, and overall body size. Most populations are monophagous and rely on plants including Plantago erecta and Orthocarpus densiflorus as their host species in developing from eggs through to larvae, pupae, and mature butterflies. Males exhibit polygyny whereas females rarely mate more than once. Males devote most of their attention to mate acquisition, and such mate locating strategies such as hilltopping behavior have developed. Climate change and habitat destruction have impacted certain subspecies. Three subspecies in particular, Euphydryas editha quino, Euphydryas editha bayensis and Euphydryas editha taylori, are currently under protection via the Endangered Species Act.The Edith's checkerspot can be identified by its wings which are black with red and pale yellow or white bands. It also has a submarginal band that consists of yellow or white spots along with a wide postmedian band that is red. The undersides of the wings consists of alternating bands of yellow orange and cream. The wingspan is 3.2 to 5.1 centimetres (1.3 to 2.0 in). However, the subspecies of Edith's checkerspot vary slightly in appearance based on the areas they routinely inhabit. Coastal populations are black with red and cream spots; mountain populations are red or mottled with red, black, and cream spots. The higher-altitude populations are smaller and darker. The larvae of the butterfly are black, spotted with white or orange, or striped with white. The pupae are white or gray, with black blotches and streaks.The Edith's checkerspot is found in North America, where it ranges from southern British Columbia and Alberta south to Baja California, Nevada, Utah, and Colorado. The species can be found in locations of the San Bernardino Mountains, Sierra Nevada, higher Cascade Mountains of Oregon to Washington, and in areas of the Great Basin, including central Oregon and the Rocky Mountains. It can also be found on several trails such as Animas River Trail, Falls Creek Trail, Colorado Trail, Hermosa Creek Trail, Engineer Mountain Trail, and Spud Lake Trail.Habitats are mountains, typically on ridgetops, from coastal chaparral and transition zone open woodland to alpine tundra. Edith's checkerspot butterflies prefer grasslands and rocky outcrops found in the mountains. They can be frequently found in areas of nutrient-poor, serpentine soils which sustain the native grasslands that they prefer.Edith's checkerspot caterpillars will use various species of paintbrush (Castilleja), beardtongues (Penstemon), lousewort (Pedicularis), owl's clover (Orthocarpus), Chinese houses (Collinsia), and plantain (Plantago) as host plants. Many populations of the butterfly are monophagous and preference for the different plant types are based mainly on location. Many behaviors, such as egg laying habits and movements are locally adapted, so the survival of the butterflies relies heavily on the growing season of these host plants.Populations of Edith's checkerspots use several different hosts to house and feed their pupae. Though they usually do not pollinate the flowers of the host, larvae have been known to eat the leaves, the flowers, and sometimes the entire host plant, and have starved trying to find another. Adult females and females feed on flower nectar. Caterpillars feed on leaves and flowers of the host plant and sometimes surrounding plants.Oviposition begins within a day of the female's emergence, with females depositing masses of up to hundreds of eggs at the base of host plants. Most populations are monophagous, with females normally ovipositing on only one of several potential host species. Such plants include Plantago erecta and Orthocarpus densiflorus.The eggs further develop into pre-diapause larvae whose goal is to enter diapause and reach the fourth instar before their annual host plants senesce. Thus, females try to enhance offspring survival by laying egg masses on cool moist slopes where host plant senescence is most delayed.[10] Once the larvae reach the diapause stage and become post-diapause larvae, they must grow by basking in the sunlight to regulate their body temperature. Larval body temperature is about 10-12 °C (18-22 °F) above ambient temperature, and the fastest growth rate occurs at 30-35 °C (86-95 °F). They must receive enough insolation to terminate the diapause stage and become a fully-grown butterfly. Thus, the paradox is that these larvae no longer prefer the cool slopes of host plants they grew up on, as it produces shade to restrict growth.[10]",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_933666425.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.20%[S:98.61%,D:0.59%],F:0.15%,M:0.66%,n:1367",
"GenomeSize": "607.788004",
"GenomeGC": "21.74097697",
"SeqNumber": "142",
"N50": "21225.494",
"PCGnumber": "26924",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 3657,
"InsectBaseID": "IBG_01265",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Eupithecia",
"TaxonomyID": "934840",
"Tags": "None",
"OrganismName": "Eupithecia abbreviata",
"NormalName": "None",
"SpeciesIntro": "The brindled pug (Eupithecia abbreviata) is a moth of the family Geometridae found in Europe including the British Isles as well as further east to the Baltic States, Armenia, Turkey and the Caucasus. South it reaches North Africa.The wingspan is 19–22 mm. The length of the forewings is 10–12 mm. The forewing is elongate, the hindwing is small, with the distal margin almost straight from near the apex to behind middle. The forewing has a decided tinge of ochreous and there are strong dark vein-dashes proximally to postmedian line, those on the median veins especially well developed. Antennal ciliation not very long. — hirschkei Bastelb., prevalent in the Middle Rhine district, is more weakly marked. Adult caterpillars are smooth and slender. They are coloured light grey to yellow-grey and show on the back large dark brown, diamond-like spots. The strongly jagged side stripes are also dark brown.The adults fly in April and May . The habitat is oak forests, mixed oak forests, oak avenues and parkland. In the Southern Alps, it rises to heights of 1100 metres. The larvae feed on oak and hawthorn.Eupithecia dodoneata has a more grey-tone appearance and the marks are clearly set off. A safe determination is usually only possible by means of a genital morphological examination.This Eupithecia moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943735975.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.00%[S:96.71%,D:0.29%],F:0.37%,M:2.63%,n:1367",
"GenomeSize": "352.871579",
"GenomeGC": "29.31030243",
"SeqNumber": "365",
"N50": "2292.704",
"PCGnumber": "22402",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3658,
"InsectBaseID": "IBG_01266",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Eupithecia",
"TaxonomyID": "934844",
"Tags": "None",
"OrganismName": "Eupithecia centaureata",
"NormalName": "None",
"SpeciesIntro": "The lime-speck pug (Eupithecia centaureata) is a moth of the family Geometridae. It is a common species throughout the Palearctic region (where it is found in Europe, Central Asia, Mongolia, southern Siberia, eastern China (Guangdong) and Taiwan), the Near East and North Africa.This is a distinctive species, all the wings being largely white except for a black blotch on the costa of the forewing. The wingspan is 20–24 mm. In the ab. obscura Dietze.(perhaps developed chiefly in Asia but also recorded from the Tyrol) the ground-colour of both wings has a smoky suffusion. In the ab. centralisata Stgr., chiefly from Palestine and Central Asia, the markings are weaker, sometimes (except the discal mark) almost entirely obsolete. The larva is long and thin, white-yellow with a red dorsal stripe and horseshoe-shaped red spots running down the sides.Often two broods are produced each year and the adults can be seen at any time during the summer and autumn. The moths fly at night and are attracted to light and nectar-rich flowers.The larva is rather variable but is usually green or yellow, often with red markings. It feeds on the flowers of a variety of plants (see list below). The species overwinters as a pupa.This Eupithecia moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944548335.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.24%[S:94.95%,D:3.29%],F:0.80%,M:0.95%,n:1367",
"GenomeSize": "458.027832",
"GenomeGC": "28.51966887",
"SeqNumber": "1602",
"N50": "514.34",
"PCGnumber": "24567",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3659,
"InsectBaseID": "IBG_01267",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Eupithecia",
"TaxonomyID": "934845",
"Tags": "None",
"OrganismName": "Eupithecia dodoneata",
"NormalName": "None",
"SpeciesIntro": "Eupithecia dodoneata, the oak-tree pug, is a moth of the family Geometridae. The species can be found in Europe. Local occurrences are found in Asia Minor, the Caucasus as well as in Morocco. In the Pyrenees and the Alps, it rises to altitudes of 1000 metres. The species prefers dry oak and oak mixed forests.The wingspan is 19–22 mm. The ground colour of the forewings is usually light grey, sometimes slightly brownish on dusted. There are several dark grey crosslines are wavy and often in pairs. The outer cross line near the front edge with a sharp, inward-pointing V. The midfield is brighter in some specimens and framed by a thin dark band. The black median stain has an oval shape. The hind wings are slightly lighter than the forewings and have also several dark designs and a small black middle spot. Adult caterpillars are brownish and show on the back very clear reddish-brown triangular spots, the tip of which is directed forward.The pupa is coloured black-brown and equipped with two strong and six thin hook bristles on the cremaster. A reliable determination should be made by specialists, and a genital morphological analysis is also recommended for a certain assignment.The moths flies from May to June depending on the location.The larvae feed on Crataegus and Quercus species.This Eupithecia moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947044255.1",
"GenomeLevel": "Contig",
"Busco": "C:98.9%[S:98.4%,D:0.5%],F:0.4%,M:0.7%,n:1367",
"GenomeSize": "349.610571",
"GenomeGC": "29.83690673",
"SeqNumber": "217",
"N50": "3137.352",
"PCGnumber": "22581",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3660,
"InsectBaseID": "IBG_01268",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Eupithecia",
"TaxonomyID": "934866",
"Tags": "None",
"OrganismName": "Eupithecia vulgata",
"NormalName": "None",
"SpeciesIntro": "The common pug (Eupithecia vulgata) is a moth of the family Geometridae. It is a common species across the Palearctic region, including the Near East and North Africa. It ranges from the Atlantic coast of Ireland and Portugal across Europe, the Middle East and Central Asia to the Russian Far East (Priamurje) and Korea.The wingspan is 18–21 mm. The ground colour of the forewings variously is very variable – brown to fuscous, with a reddish tinge, ochreous, or whitish. The darker fuscous striae are angulated and the postmedian line is biangulate. The posterior edge of the median band is marked with black, the subterminal line is interrupted into whitish dots and a small white tornal mark. The forewings have either a minute dark discal mark or are without a discal mark. Forewings with a crescentic pale tornal stain. The hindwings are similarly to the forewings but less conspicuously patterned. See also Prout. The larva is naked, long and slender, greyish green or light brown, on its back with a variety of rhomboid, darker spots. The reddish brown pupa has olive green wing sheaths. At the pointed cremaster there are eight hook bristles.[citation needed]Two broods are produced each year with adults on the wing in May and June and again in August. The species flies at night and is attracted to light. It colonizes a variety of different habitats, such as forest edges, bushes, hedges, embankments and plant corridors as well as gardens and parks. The occurrence in the Alps reaches up to 1500 meters.[citation needed]The larvae feed on a variety of plants (see list below). The species overwinters as a pupa.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946478135.1",
"GenomeLevel": "Contig",
"Busco": "C:100.00%[S:99.71%,D:0.29%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "454.167592",
"GenomeGC": "29.64388177",
"SeqNumber": "306",
"N50": "3964",
"PCGnumber": "28777",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3661,
"InsectBaseID": "IBG_01269",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Eurema",
"TaxonomyID": "1596008",
"Tags": "None",
"OrganismName": "Eurema mandarina",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018238005.1",
"GenomeLevel": "Contig",
"Busco": "C:85.30%[S:85.08%,D:0.22%],F:10.68%,M:3.80%,n:1367",
"GenomeSize": "265.962552",
"GenomeGC": "22.38957536",
"SeqNumber": "76539",
"N50": "9.03",
"PCGnumber": "34814",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3662,
"InsectBaseID": "IBG_01270",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Euryades",
"TaxonomyID": "95568",
"Tags": "None",
"OrganismName": "Euryades corethrus",
"NormalName": "None",
"SpeciesIntro": "Euryades corethrus is a species of butterfly from the family Papilionidae that is found in Brazil, Paraguay, Uruguay, and Argentina.E. corethrus is a tailless swallowtail. The male is much paler than duponcheli and semitransparent. The hind wing upperside has a band of yellow spots outside the red discal spots. The female is likewise paler than duponcheli, the margin more narrowly black and the very pale red submarginal spots of the hindwing large, the discal row on the contrary replaced by black spots, only the last black spot is always dotted with reddish grey (often also the first and sometimes the next two as well).The larvae feed on Aristolochia sessilifolia, Aristolochia fimbriata, and other Aristolochia species.This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018247655.1",
"GenomeLevel": "Contig",
"Busco": "C:67.81%[S:67.81%,D:0.00%],F:24.43%,M:6.73%,n:1367",
"GenomeSize": "317.672028",
"GenomeGC": "23.05094297",
"SeqNumber": "299097",
"N50": "1.81",
"PCGnumber": "47694",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3663,
"InsectBaseID": "IBG_01271",
"Order": "Hemiptera",
"Family": "Coreidae",
"Genus": "Gonocerus",
"TaxonomyID": "1545138",
"Tags": "None",
"OrganismName": "Gonocerus acuteangulatus",
"NormalName": "None",
"SpeciesIntro": "Gonocerus acuteangulatus is a herbivorous species of true bug in the family Coreidae. It is commonly known as the box bug in the UK as it once only occurred in Box Hill in Surrey where it fed on box trees.This species was formally described by the German zoologist Johann Goeze in 1778, under the name Cimex acuteangulatus.This species commonly occurs throughout the Mediterranean region and extends to Central Asia and parts of northwestern Europe.These heat-loving bugs inhabit mainly dry and warm, south-exposed environments, bushes and forest edges with shrubs that bear berries and small trees of various families, especially Buxaceae and Rhamnaceae, as well as Rosa canina and Crataegus species (Rosaceae) or Lonicera xylosteum (Caprifoliaceae).Gonocerus acuteangulatus is a medium-sized insect, between 11 and 14 mm long as an adult. These bugs are speckled reddish-brown with a slightly expanded abdomen. The nymphs have a green abdomen. This species is rather similar to Coreus marginatus, but it shows a narrower abdomen and has sharper lateral margins of the pronotum (hence the Latin species name acuteangulatus).Adults can be found all year. They mainly feed on the juice of the ripe fruits of the host plants. This species is a harmful pest of the hazel and pistachio. It can also be a vector of the fungus Nematospora coryli, an agent of stigmatomycosis.This Coreoidea article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946811585.1",
"GenomeLevel": "Scaffold",
"Busco": "C:83.91%[S:83.03%,D:0.88%],F:2.49%,M:13.53%,n:1367",
"GenomeSize": "960.543592",
"GenomeGC": "30.17001429",
"SeqNumber": "8569",
"N50": "233.537",
"PCGnumber": "86451",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3664,
"InsectBaseID": "IBG_01272",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Hasora",
"TaxonomyID": "218732",
"Tags": "None",
"OrganismName": "Hasora chromus",
"NormalName": "None",
"SpeciesIntro": "Parata chromusGoniloba chromusHasora alexisHasora chromus, the common banded awl, is a butterfly belonging to the family Hesperiidae which is found in the Indian subcontinent, Southeast Asia and Australia.The common banded awl is found throughout the Indian subcontinent, Southeast Asia (including the Malay Peninsula and the Indonesian archipelago), South China, Okinawa, Japan, United Arab Emirates, Papua New Guinea and Australia.It occurs in the plains and hills up to 7,000 feet (2,100 m). It is found in jungle and open country in areas of light and heavy rainfall.The following species of awls (genus Hasora) look similar and can be told apart by the differences in the white discal band of the underside of the hindwing.In India, the common banded awl is the most common of the awls or Coeliadinae subfamily of skippers. It has a rapid and whirring flight which is audible at close quarters. It is less averse to sunshine than other awls and is often found flying around bushes in bright sunshine. It can be seen visiting flowers early in the day and sometimes basks on leaves, often with its wings slightly parted. It rests with wings closed.Eggs: Laid singly on young shoots, or on new leaves, both above and below. The egg is pinkish white when laid, dome shaped with a flattened top, and with minute longitudinal ridges. These are bead patterned and have fine transverse striations. The egg turns dirty white as it matures.Caterpillar: The caterpillar is cylindriform with a constricted second segment which appears as a neck with a black collar. The head is lobed, rounded and yellowish red in colour. The caterpillar is yellowish black with brown sides which range from pale to dark brown in colour. The markings are very variable. The caterpillar is greenish white below tinged with yellow. Sometimes the green extends all over the body along with the dark markings. When newly born, the caterpillar eats the eggshelf, usually incompletely and scuttles off to a leaf where it hurriedly makes a cell for itself. Active when young, it becomes lethargic as it grows. The caterpillar ventures forth to feed only when the light is very low and at night.Pupa: The pupa is stout, pale brown, with white abdomen and a prominent projection on the head between bulbous eyes.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018247075.1",
"GenomeLevel": "Contig",
"Busco": "C:47.69%[S:47.62%,D:0.07%],F:39.58%,M:11.41%,n:1367",
"GenomeSize": "369.117709",
"GenomeGC": "25.40018447",
"SeqNumber": "282227",
"N50": "2.464",
"PCGnumber": "48631",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3665,
"InsectBaseID": "IBG_01273",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33439",
"Tags": "None",
"OrganismName": "Heliconius burneyi",
"NormalName": "None",
"SpeciesIntro": "Heliconius burneyi, the Burney's longwing, is a butterfly of the family Nymphalidae. It was described by Jacob Hübner in 1831. It is found in the Amazon basin. The habitat consists of tall forests.The larvae are gregarious and mostly feed on Passiflora species from the subgenera Astrophea and Distephana. Full-grown larvae have a maroon and black body with a black head and reach a length of about 10 mm.This Nymphalidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018247715.1",
"GenomeLevel": "Contig",
"Busco": "C:65.91%[S:61.89%,D:4.02%],F:27.72%,M:5.56%,n:1367",
"GenomeSize": "582.151197",
"GenomeGC": "20.06950936",
"SeqNumber": "356461",
"N50": "3.487",
"PCGnumber": "62119",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3666,
"InsectBaseID": "IBG_01274",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33422",
"Tags": "None",
"OrganismName": "Heliconius congener",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018230605.1",
"GenomeLevel": "Contig",
"Busco": "C:84.13%[S:83.91%,D:0.22%],F:12.07%,M:3.51%,n:1367",
"GenomeSize": "331.529668",
"GenomeGC": "20.89207745",
"SeqNumber": "119381",
"N50": "7.364",
"PCGnumber": "52160",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3667,
"InsectBaseID": "IBG_01275",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33432",
"Tags": "None",
"OrganismName": "Heliconius eleuchia",
"NormalName": "None",
"SpeciesIntro": "Heliconius eleuchia, the white-edged longwing, is a species of Heliconius butterfly described by William Chapman Hewitson in 1853.Subspecies include:This species is present Costa Rica, Colombia and Ecuador. It occurs in the riparian forest at an elevation up to 2,000 metres (6,600 ft) above sea level.The wingspan of Heliconius eleuchia can reach about 86 millimetres (3.4 in). These large butterflies have a slender body and long elongated front wings with a slightly concave inner edge. The basal half of the both wings is navy blue. Forewings are crossed by two yellow bands with irregular edges, running from the costal nervure to the inner angle and separating the apex from the rest of the wing. Hindwings have a large submarginal white area, crossed by black nervure. The underside presents the same ornamentation, but the forewings show a line of scarlet at the base and the hindwings have some scarlet spots in the basal area.Caterpillars feed on Passiflora macrophyllum (Passifloraceae). The males rest on females' pupae before emergence, and mating occurs the next morning.H. eleuchia engages in Müllerian mimicry with H. cydno, specifically in Ecuador. For this type of mimicry, species adopt one another's warning signals. In this case, coloring is used to warn a predator of the unpleasant taste of their intended prey. For instance, the subspecies H. cydno alithea has two potential colorings, one of which mimics the coloring of H. eleuchia.This Heliconiinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018230625.1",
"GenomeLevel": "Contig",
"Busco": "C:79.67%[S:79.52%,D:0.15%],F:16.61%,M:3.44%,n:1367",
"GenomeSize": "327.203082",
"GenomeGC": "20.09527985",
"SeqNumber": "128956",
"N50": "5.72",
"PCGnumber": "34554",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3668,
"InsectBaseID": "IBG_01276",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "1608923",
"Tags": "None",
"OrganismName": "Heliconius erato demophoon",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018249695.1",
"GenomeLevel": "Contig",
"Busco": "C:83.25%[S:69.06%,D:14.19%],F:14.63%,M:1.90%,n:1367",
"GenomeSize": "562.157132",
"GenomeGC": "18.3529229",
"SeqNumber": "203084",
"N50": "9.901",
"PCGnumber": "55696",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3669,
"InsectBaseID": "IBG_01277",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "171912",
"Tags": "None",
"OrganismName": "Heliconius hecalesia formosus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018249775.1",
"GenomeLevel": "Contig",
"Busco": "C:64.37%[S:61.52%,D:2.85%],F:27.58%,M:6.58%,n:1367",
"GenomeSize": "566.016236",
"GenomeGC": "18.50197545",
"SeqNumber": "412638",
"N50": "2.505",
"PCGnumber": "59259",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3670,
"InsectBaseID": "IBG_01278",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33426",
"Tags": "None",
"OrganismName": "Heliconius hewitsoni",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018230445.1",
"GenomeLevel": "Contig",
"Busco": "C:82.73%[S:82.44%,D:0.29%],F:13.61%,M:3.44%,n:1367",
"GenomeSize": "325.393557",
"GenomeGC": "20.18546391",
"SeqNumber": "103397",
"N50": "6.973",
"PCGnumber": "34186",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3671,
"InsectBaseID": "IBG_01279",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33437",
"Tags": "None",
"OrganismName": "Heliconius ricini",
"NormalName": "None",
"SpeciesIntro": "Heliconius ricini, the ricini longwing, is a butterfly of the family Nymphalidae. It was described by Carl Linnaeus in 1758. It is found from Venezuela and Trinidad to the Guianas and northern Brazil. The habitat consists of savanna-type areas.Adults have black wings with yellow forewing bands and a broad transverse red stripe on the hindwing.The larvae feed on Passiflora species from the subgenus Granadilla. Full-grown larvae have a yellow body with black spots and a black head and reach a length of about 8 mm.This Nymphalidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018231645.1",
"GenomeLevel": "Contig",
"Busco": "C:67.15%[S:66.86%,D:0.29%],F:25.82%,M:6.44%,n:1367",
"GenomeSize": "342.957225",
"GenomeGC": "20.61400777",
"SeqNumber": "246488",
"N50": "3.151",
"PCGnumber": "37459",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3672,
"InsectBaseID": "IBG_01280",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33433",
"Tags": "None",
"OrganismName": "Heliconius sapho",
"NormalName": "None",
"SpeciesIntro": "Heliconius sapho, the Sapho longwing, is a butterfly of the family Nymphalidae. It was described by Dru Drury in 1782. It is found from Mexico southward to Ecuador.Drury left no notes on the origin of the name, but the spelling (and the naming conventions of the time) suggests it derives from the mythological Queen Sapho, not the historical poet Sappho. Subsequent authors, from John O. Westwood onwards, have unjustifiably \"corrected\" the spelling.Upperside: Antennae black. Eyes brown. Thorax and abdomen black. Wings mazarine blue; the anterior ones having a white band crossing them from the middle of the anterior edges to the lower corners; the posterior edged with a white border, intersected by the blue tendons of the wings.Underside: Palpi grey. Breast and abdomen black, streaked with white. Wings black where they are blue on the upper side, with the same white markings; but next the body are adorned with beautiful red streaks, ending in points resembling rays issuing from it. Margins of the wings entire. Wingspan 3+1⁄4 inches (82 mm).H. sapho engages in Müllerian mimicry with fellow Lepidoptera member H. cydno. The coloring pattern of H. cydno is used to warn a predator of the unpleasant taste of their intended prey. H. sapho is mimicked by the subspecies H. cydno alithea when it exhibits one of its two colorations, known as its \"white form\".",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018237945.1",
"GenomeLevel": "Contig",
"Busco": "C:66.87%[S:66.50%,D:0.37%],F:25.02%,M:6.95%,n:1367",
"GenomeSize": "335.595728",
"GenomeGC": "20.08381078",
"SeqNumber": "200442",
"N50": "3.5",
"PCGnumber": "35828",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3673,
"InsectBaseID": "IBG_01281",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "2576677",
"Tags": "None",
"OrganismName": "Heliconius telesiphe telesiphe",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018249795.1",
"GenomeLevel": "Contig",
"Busco": "C:61.59%[S:59.69%,D:1.90%],F:30.87%,M:6.95%,n:1367",
"GenomeSize": "674.681607",
"GenomeGC": "17.95142875",
"SeqNumber": "520011",
"N50": "2.224",
"PCGnumber": "69620",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3674,
"InsectBaseID": "IBG_01282",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Hemistola",
"TaxonomyID": "934942",
"Tags": "None",
"OrganismName": "Hemistola chrysoprasaria",
"NormalName": "None",
"SpeciesIntro": "Hemistola chrysoprasaria, the small emerald, is a moth of the family Geometridae. The species can be found in all Europe including the Iberian Peninsula and Russia East to the Ural Mountains, North Africa, Asia Minor, Transcaucasia and the mountains of Eastern Asia (Russian Far East, Siberia), (Amur, Ussuri) and China Tian Shan (as form lissas)The wingspan is 28–32 mm. Both forewings and hindwings are light-green coloured, but fade with increasing life span to yellow-green to yellow-white. There is an outer and a fainter inner, slightly curved and continuous, white cross line on the front wings. The inner (antemedian) is strongly curved and usually with two small, slight teeth directed distad, the outer (postmedian) is nearly parallel with distal margin, not dentate. The outer line continues on the hindwing. There is no discal stain. The antennae of the males are slightly combed, those of females short ciliate. In Amur and Ussuri the specimens are often large and with the lines rather widely separated. Lissas differs in the shape of the hindwing, which is rounded instead of elbowedThe fresh egg is green color and discolours into dark tints just before hatching. It is very flattened on both sides. The egg pole is lateralThe caterpillars show a variable cryptic coloration. They are green at first, then brownish during hibernation and green again in spring.The pupa has a green colour.The moths fly in one generation from June to August. .The larvae feed on Clematis vitalba.Habitats include edges of woods, hedges areas as well as gardens and parks. It prefers warm slopes.Allopatric with Hemistola siciliana (Prout, 1935) (Middle and South Italy, Sicily)",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947063395.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.2%[S:98.8%,D:0.4%],F:0.3%,M:0.5%,n:1367",
"GenomeSize": "438.253172",
"GenomeGC": "28.06049285",
"SeqNumber": "32",
"N50": "16143.413",
"PCGnumber": "24527",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3675,
"InsectBaseID": "IBG_01283",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Herminia",
"TaxonomyID": "987440",
"Tags": "None",
"OrganismName": "Herminia tarsipennalis",
"NormalName": "None",
"SpeciesIntro": "Zanclognatha tarsipennalis, the fan-foot, is a species of litter moth of the family Erebidae. It is found in Europe and east across the Palearctic to Siberia, Amur, Ussuri, Japan, Taiwan, Korea and China.The length of the forewings is 13–16 millimetres (0.51–0.63 in). Forewing narrower and greyer, less purple, than Polypogon lunalis Scopoli, 1763, sometimes with a yellowish flush; the inner and outer lines nearer together; the subterminal line simple, brown without any shade before, slightly concave outwards; the cell lunule obscurer; hindwing paler grey, the subterminal dark, strongly white-edged externally; the ab. bidentalis Hein. is paler grey, with a faint yellowish or rufous flush, the sub-terminal line of hindwing hardly angled. Larva dull grey; the dorsal line greyish black; tubercles black ringed with yellowish green; spiracles black; head black brown.The moth flies from May to October depending on the location.The larvae feed on fallen leaves of European beech, oak and Rubus.This Herminiinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_945859575.2",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.20%,D:0.80%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "789.949968",
"GenomeGC": "25.84653551",
"SeqNumber": "41",
"N50": "27729.027",
"PCGnumber": "39314",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3676,
"InsectBaseID": "IBG_01284",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Jera",
"TaxonomyID": "2201562",
"Tags": "None",
"OrganismName": "Hesperia meskei straton",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018248915.1",
"GenomeLevel": "Contig",
"Busco": "C:60.42%[S:60.42%,D:0.00%],F:30.07%,M:8.41%,n:1367",
"GenomeSize": "357.818833",
"GenomeGC": "26.73477419",
"SeqNumber": "174125",
"N50": "3.518",
"PCGnumber": "43491",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3677,
"InsectBaseID": "IBG_01285",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Hipparchia",
"TaxonomyID": "111912",
"Tags": "None",
"OrganismName": "Hipparchia semele",
"NormalName": "None",
"SpeciesIntro": "The grayling or rock grayling (Hipparchia semele) is a species in the brush-footed butterfly family Nymphalidae. Although found all over Europe, the grayling mostly inhabits coastal areas, with inland populations declining significantly in recent years. The grayling lives in dry and warm habitats with easy access to the sun, which helps them with body temperature regulation.A grayling goes through four stages in its life cycle. The eggs hatch around August, and larvae grow in four instars from August to the following June. By June, the larvae begin to pupate by spinning a silk cocoon below the surface of the ground. The adult grayling emerges around August. The grayling migrates in small groups of two or three butterflies throughout most of August, typically moving southeast.H. semele engages in cryptic coloring, with their tan and brown colored wings helping them camouflage into their surroundings. The grayling exposes the eyespots on its wings when it believes to have been detected by a predator, but generally keeps them hidden to avoid being seen. Male butterflies are territorial, and engage in flight performances to determine who settles in the best oviposition site. Additionally, the grayling regulates its body temperature by orienting its body and posture to adjust to the heat from the sun.Grayling populations have recently begun to decline, and while it is not globally endangered, the species is now considered a priority for conservation efforts in the United Kingdom.Hipparchia semele lives at elevations between sea level and about 2,000 metres (6,600 ft). The grayling is a species endemic to Europe, and is found almost all over Europe and parts of western Russia. In parts of northern and western Europe, including Scandinavia, Britain, Ireland, and the Baltic states, it can be seen mostly in the coastal areas. The butterfly population is declining in many areas, especially inland. The grayling is not found in west France, large parts of Greece, Albania, North Macedonia, and south of Bulgaria and the Mediterranean islands.S. semele L. (42 f). The female above similar to the preceding [ anthe ie. dark brown with a yellow-orange submarginal band marked in the female, more discreet in the male, with an interrupted fringe and two black blind or very discreetly pupiled ocelli on the forewing and a very small ocellus on the hindwing. The verso of the forewing is yellow-orange surrounded by a marbled band of brown and white with the two black ocelli while the hindwing verso is marbled with brown and white.], but the bands above ivory-yellow, often obscured, especially on the hindwing. The male above almost entirely dark, the band being only perceptible on the hindwing in the form of a row of obsolete ochre-yellow spots. Both sexes show, on a pale ochre ground, before the anal angle a dark ocellus which occasionally is pupilled with white. The underside of the hindwing is marbled with dark, a pale powdering in the form of a band terminating the basal portion distally. this band protruding in a strong tooth below the cell towards the margin.Grayling populations are typically found in dry habitats with warm climates to aid in their thermoregulatory behavior. Often found in sand dunes, salt marshes, undercliffs, and clifftops in coastal regions, and heathlands, limestone pavements, scree and brownfield land in inland regions, but graylings are also known to inhabit old quarries, railway lines, and industrial areas. Colonies typically develop around areas with little vegetation and bare, open ground, with spots of shelter and sun to help them regulate their body temperature.Hipparchia semele can be considered a specialist feeding species. They tend to feed on the following plants:Hipparchia semele sometimes lay their eggs on the green leaves that the larvae later feed on. Because the adult butterflies lay their eggs on the ground, the larvae can easily find the host plants to feed on. Therefore, laying eggs directly on host plants does not seem to be crucial for survival to adulthood.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_933228835.1",
"GenomeLevel": "Contig",
"Busco": "C:96.93%[S:96.71%,D:0.22%],F:0.22%,M:2.85%,n:1367",
"GenomeSize": "374.514753",
"GenomeGC": "25.88929174",
"SeqNumber": "209",
"N50": "5736.683",
"PCGnumber": "20259",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3678,
"InsectBaseID": "IBG_01286",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Hypsopygia",
"TaxonomyID": "1101110",
"Tags": "None",
"OrganismName": "Hypsopygia costalis",
"NormalName": "None",
"SpeciesIntro": "Numerous, see textHypsopygia costalis, the gold triangle or clover hay moth, is a species of moth of the family Pyralidae. It was described by Johan Christian Fabricius in 1775 and is found in Europe. The wingspan is 16–23 mm. The adult moths fly from May to July, depending on the location. The supposed species H. aurotaenialis is included here pending further study.The caterpillars feed on dry vegetable matter. They have been found in haystacks or thatching, as well as in chicken (Gallus) and magpie (Pica) nests. The caterpillar is injurious to clover hay, and to other hay when mixed with clover. Its depredations can be prevented by keeping the hay dry and well ventilated, as the insect preferably breeds in moist or matted material such as is to be found in the lower parts of haystacks, where affected hay becomes filled with webbings of the caterpillars and their excrement, rendering it unfit for feeding. A treatment is to burn the webbed material and to thoroughly clean the affected location.Junior synonyms of this species are:This Hypsopygia-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_937001695.2",
"GenomeLevel": "Scaffold",
"Busco": "C:97.44%[S:96.49%,D:0.95%],F:0.66%,M:1.90%,n:1367",
"GenomeSize": "803.725424",
"GenomeGC": "27.41458332",
"SeqNumber": "1938",
"N50": "1108.26",
"PCGnumber": "34450",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3679,
"InsectBaseID": "IBG_01287",
"Order": "Lepidoptera",
"Family": "Incurvariidae",
"Genus": "Incurvaria",
"TaxonomyID": "101737",
"Tags": "None",
"OrganismName": "Incurvaria masculella",
"NormalName": "None",
"SpeciesIntro": "Incurvaria masculella, the feathered diamond-back, is a moth of the family Incurvariidae. It is found in Europe.The wingspan is 12–16 mm.Head pale ochreous, ferruginous-tinged. Forewings rather dark purplish bronzy-fuscous ; a whitish triangular dorsal spot before middle, and a smaller one before tornus. Hindwings rather dark grey. The moth flies from April to June depending on the location.The larvae feed on oak, sweet chestnut, Corylus avellana, Tilia, Carpinus betulus, rose, Vaccinium and Crataegus.This article relating to the superfamily Adeloidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946894085.1",
"GenomeLevel": "Contig",
"Busco": "C:99.56%[S:99.05%,D:0.51%],F:0.37%,M:0.07%,n:1367",
"GenomeSize": "552.40766",
"GenomeGC": "33.002645",
"SeqNumber": "658",
"N50": "1621.739",
"PCGnumber": "38553",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3680,
"InsectBaseID": "IBG_01288",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Iphiclides",
"TaxonomyID": "110791",
"Tags": "None",
"OrganismName": "Iphiclides podalirius",
"NormalName": "None",
"SpeciesIntro": "The scarce swallowtail (Iphiclides podalirius) is a butterfly belonging to the family Papilionidae. It is also called the sail swallowtail or pear-tree swallowtail.Subspecies include:Iphiclides podalirius feisthamelii is sometimes treated as a valid species, Iphiclides feisthamelii.Despite the name \"scarce swallowtail\", this species is quite common. The scarcity of United Kingdom migrants is responsible for the English vernacular name. This species is widespread in the East Palearctic realm and in most of Europe with the exception of the northern parts. Its range extends northwards to Lower Lusatia and central Poland and eastwards across Asia Minor and Transcaucasia as far as the Arabian Peninsula, Pakistan, India and western China. A few specimens of the scarce swallowtail have been reported from central Sweden and the United Kingdom but they were probably only strays and not migrants.These swallowtail butterflies inhabit gardens, towns as well as the countryside, in fields and open woodlands. They are found in places with sloe thickets and particularly orchards. In the Alps they can be found up to altitudes of 2000 m, but usually they prefer foothills and lower levels.The presence of Iphiclides podalirius in the floodplain of the Morava River in the Slovak Republic have been found to be a good indicator of relatively well preserved xerothermic grassland habitats with forest-steppe vegetation, which have no cutting history.In some years the scarce swallowtail is quite abundant. The scarce swallowtail is getting rarer as blackthorn bushes are being cleared. The butterfly is now protected by law in the Czech Republic, Slovakia, Germany, Hungary, Luxembourg, Russia, Ukraine and Poland. It is considered rare and endangered and protected in some provinces of Austria and of indeterminate status throughout Europe. In Armenia the species demonstrates stable population trend and is evaluated as Least Concern. Though referred by some authorities to be of status \"vulnerable\",: 46 it is however unlisted in the IUCN Red List.Iphiclides podalirius has a wingspan of 60–80 millimetres (2.4–3.1 in) in males, of 62–90 millimetres (2.4–3.5 in) in females. It is a very large distinctive butterfly. The background color of the wings is creamy white or pale yellow. On the front wings there are six tiger stripes and wedge-shaped markings. At the outer edge of the hind wings there are blue crescent markings, with an oblong, orange spot at the back corner and a relatively long tail.This species is rather similar to Papilio machaon, Papilio hospiton, Papilio alexanor and Protographium marcellus.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_933534255.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.96%[S:97.81%,D:0.15%],F:0.29%,M:1.76%,n:1367",
"GenomeSize": "430.729501",
"GenomeGC": "28.92808148",
"SeqNumber": "260",
"N50": "15090.856",
"PCGnumber": "23356",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3681,
"InsectBaseID": "IBG_01289",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Jemadia",
"TaxonomyID": "354958",
"Tags": "None",
"OrganismName": "Jemadia pseudognetus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018244755.1",
"GenomeLevel": "Contig",
"Busco": "C:73.52%[S:73.45%,D:0.07%],F:20.26%,M:5.63%,n:1367",
"GenomeSize": "339.274523",
"GenomeGC": "27.15787622",
"SeqNumber": "101092",
"N50": "6.243",
"PCGnumber": "38544",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3682,
"InsectBaseID": "IBG_01290",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Jemadia",
"TaxonomyID": "2585876",
"Tags": "None",
"OrganismName": "Jemadia suekentonmiller",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245575.1",
"GenomeLevel": "Contig",
"Busco": "C:73.95%[S:73.88%,D:0.07%],F:21.14%,M:4.39%,n:1367",
"GenomeSize": "347.280927",
"GenomeGC": "26.8948519",
"SeqNumber": "99035",
"N50": "5.665",
"PCGnumber": "37311",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3683,
"InsectBaseID": "IBG_01291",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Jonaspyge",
"TaxonomyID": "2585877",
"Tags": "None",
"OrganismName": "Jonaspyge jonas",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245895.1",
"GenomeLevel": "Contig",
"Busco": "C:30.22%[S:30.07%,D:0.15%],F:51.79%,M:16.61%,n:1367",
"GenomeSize": "349.587101",
"GenomeGC": "26.3999426",
"SeqNumber": "350678",
"N50": "1.411",
"PCGnumber": "50450",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3684,
"InsectBaseID": "IBG_01292",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Junonia",
"TaxonomyID": "2507155",
"Tags": "None",
"OrganismName": "Junonia grisea",
"NormalName": "None",
"SpeciesIntro": "Junonia grisea, the gray buckeye or grey buckeye, is a species in the butterfly family Nymphalidae. It is found in North America, west of the Rocky Mountains. Like the common buckeye, the gray buckeye is a brown butterfly with eyespots on its wings that distract predators from its body.Junonia grisea was formerly considered a subspecies of the common buckeye, Junonia coenia, called Junonia coenia grisea. The gray buckeye's status as a separate species was discovered in 2018 by Dr. Jeffrey Marcus, an entomologist at the University of Manitoba, and Melanie Lalonde, a graduate student. As a result, Junonia grisea is now found mainly west of the Rocky Mountains.This Nymphalinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018235645.1",
"GenomeLevel": "Contig",
"Busco": "C:78.42%[S:77.91%,D:0.51%],F:17.12%,M:3.73%,n:1367",
"GenomeSize": "434.592953",
"GenomeGC": "22.5734698",
"SeqNumber": "227708",
"N50": "4.007",
"PCGnumber": "54207",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3685,
"InsectBaseID": "IBG_01293",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Junonia",
"TaxonomyID": "2691558",
"Tags": "None",
"OrganismName": "Junonia neildi neildi",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018234505.1",
"GenomeLevel": "Contig",
"Busco": "C:67.45%[S:67.30%,D:0.15%],F:24.73%,M:7.17%,n:1367",
"GenomeSize": "375.099827",
"GenomeGC": "22.82653119",
"SeqNumber": "273155",
"N50": "2.857",
"PCGnumber": "50305",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3686,
"InsectBaseID": "IBG_01294",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Dryas",
"TaxonomyID": "2293256",
"Tags": "None",
"OrganismName": "Laparus doris viridis",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018249755.1",
"GenomeLevel": "Contig",
"Busco": "C:75.20%[S:74.76%,D:0.44%],F:19.90%,M:4.17%,n:1367",
"GenomeSize": "464.777745",
"GenomeGC": "18.86078517",
"SeqNumber": "314149",
"N50": "3.838",
"PCGnumber": "43184",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3687,
"InsectBaseID": "IBG_01295",
"Order": "Lepidoptera",
"Family": "Riodinidae",
"Genus": "Stalachtis",
"TaxonomyID": "2614015",
"Tags": "None",
"OrganismName": "Lasaia sula peninsularis",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018236625.1",
"GenomeLevel": "Contig",
"Busco": "C:64.08%[S:63.79%,D:0.29%],F:26.48%,M:8.12%,n:1367",
"GenomeSize": "516.3588",
"GenomeGC": "19.9342984",
"SeqNumber": "226424",
"N50": "5.696",
"PCGnumber": "45929",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3688,
"InsectBaseID": "IBG_01296",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Leistus",
"TaxonomyID": "878056",
"Tags": "None",
"OrganismName": "Leistus spinibarbis",
"NormalName": "None",
"SpeciesIntro": "Leistus spinibarbis is a species of ground beetle native to Europe, the Near East and North Africa. In Europe, it is found in Albania, Austria, Benelux, Great Britain including the Isle of Man, Bulgaria, Corsica, Crete, the Cyclades, Cyprus, the Dodecanese, European Turkey, mainland France, Germany, mainland Greece, Hungary, mainland Italy, Liechtenstein, Poland, mainland Portugal, southern Russia, Sardinia, Sicily, mainland Spain, Switzerland, Ukraine and all the states of former Yugoslavia.This Nebriinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_933228875.1",
"GenomeLevel": "Contig",
"Busco": "C:81.57%[S:79.74%,D:1.83%],F:1.10%,M:17.34%,n:1367",
"GenomeSize": "203.762999",
"GenomeGC": "28.54234345",
"SeqNumber": "1905",
"N50": "321.871",
"PCGnumber": "25511",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3689,
"InsectBaseID": "IBG_01297",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Lepidochrysops",
"TaxonomyID": "2081614",
"Tags": "None",
"OrganismName": "Lepidochrysops patricia",
"NormalName": "None",
"SpeciesIntro": "Lepidochrysops patricia, the patrician blue, is a butterfly of the family Lycaenidae. It is found in South Africa, from the Western Cape to the Eastern Cape and to KwaZulu-Natal, the Free State, Gauteng, Mpumalanga, Limpopo, the North West and the Northern Cape.The wingspan is 35–44 mm for males and 36–46 mm for females. Adults are on wing from September to December and from January to April. There are two generations per year.The larvae feed on Salvia species, Lantana rugosa and Lantana camara. Third and later instar larvae feed on the brood of Camponotus maculatus ants.This Polyommatini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018230145.1",
"GenomeLevel": "Contig",
"Busco": "C:62.40%[S:62.25%,D:0.15%],F:28.82%,M:8.05%,n:1367",
"GenomeSize": "276.806884",
"GenomeGC": "24.296261",
"SeqNumber": "294070",
"N50": "1.716",
"PCGnumber": "54953",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3690,
"InsectBaseID": "IBG_01298",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Leucozona",
"TaxonomyID": "323312",
"Tags": "None",
"OrganismName": "Leucozona laternaria",
"NormalName": "None",
"SpeciesIntro": "Leucozona laternaria is a European species of hoverfly.For terms see Morphology of DipteraWing length 7 to 10 mm (0.28 to 0.39 in). Scutellum black. Tergite 2 has large well separated silverish-white to yellowish- white marks (often merged).Tergites 3 and 4 have narrow or absent markings. The male terminalia are figured by Hippa (1968).See references for determination.Palearctic from Fennoscandia South to the Pyrenees. Ireland East through North and Central Europe into Turkey and European Russia, then Russian Far East and Siberia and the Pacific coast(Kuril Islands and Japan).[10][11]",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932273905.1",
"GenomeLevel": "Contig",
"Busco": "C:98.17%[S:97.51%,D:0.66%],F:0.59%,M:1.24%,n:1367",
"GenomeSize": "603.821037",
"GenomeGC": "27.09602498",
"SeqNumber": "2311",
"N50": "587.281",
"PCGnumber": "48363",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3691,
"InsectBaseID": "IBG_01299",
"Order": "Plecoptera",
"Family": "Leuctridae",
"Genus": "Leuctra",
"TaxonomyID": "143735",
"Tags": "None",
"OrganismName": "Leuctra nigra",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_934046545.1",
"GenomeLevel": "Contig",
"Busco": "C:86.76%[S:85.08%,D:1.68%],F:2.27%,M:10.90%,n:1367",
"GenomeSize": "457.972354",
"GenomeGC": "34.80757378",
"SeqNumber": "6700",
"N50": "107.517",
"PCGnumber": "46573",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3692,
"InsectBaseID": "IBG_01300",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Ligdia",
"TaxonomyID": "934875",
"Tags": "None",
"OrganismName": "Ligdia adustata",
"NormalName": "None",
"SpeciesIntro": "Ligdia adustata, the scorched carpet, is a moth of the family Geometridae.The species Latin name adusta, meaning burnt, refers to the scorched appearance of the wings of these moths.The wingspan is 25–30 mm. The basic color of the wings is glossy white, creamy white or light brownish. The basal area of the forewings is dark brown and can sometimes be slightly blue-grey. Across the forewings near the outer margin there is a blue-grey and brown wavy band. Hindwings are whitish with wavy pale brown lines on the slightly wavy outer edges. The underside of the wings is suffused with reddish brown.Larvae are moderately stout, bright green with red dorsal spots, a red lateral blotch on the 1st—2nd abdominals and red marks on claspers; a rare variety is grey-brown. The pupae are red-brown with blackish wings.Ligdia adustata has two generations per year (bivoltine species). The adults fly in April–May, and later in July–August, but the flight season varies greatly, depending on the location within the distribution range. These moths are active from dusk onwards.The larvae feed on spindle (Euonymus europaeus, Euonymus verrucosa and on Berberis species. The species overwinters as a pupa.This species can be found in most of Europe and in the Near East.This moth is common in various environments, mainly in shrubs, deciduous forests, thickets, parks and gardens.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947049285.1",
"GenomeLevel": "Contig",
"Busco": "C:95.5%[S:94.5%,D:1.0%],F:0.5%,M:4.0%,n:1367",
"GenomeSize": "375.808107",
"GenomeGC": "29.80336957",
"SeqNumber": "1166",
"N50": "651.102",
"PCGnumber": "25274",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3693,
"InsectBaseID": "IBG_01301",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Lobophora",
"TaxonomyID": "934876",
"Tags": "None",
"OrganismName": "Lobophora halterata",
"NormalName": "None",
"SpeciesIntro": "Lobophora halterata, the seraphim, is a moth of the family Geometridae. It was first described by Johann Siegfried Hufnagel in 1767. The species can be found in central and northern Europe and a few localities in southern Europe, Siberia, Amur, Primorye, Sakhalin and Japan.The wingspan is 20–25 mm. The length of the forewings is 12–15 mm. Forewing whitish, with a very slight tinge of brown, at least in the central area; a narrow subbasal dark band, closely followed by conspicuous broader one, the pale line which separates them angulated anteriorly; the lines of the median area ill-defined, dentate. Hindwing white, nearly always with a narrow greyer distal border and sometimes with one or two indistinct lines in outer half. Forewing beneath very weakly but more uniformly marked; hindwing with very distinct discal dot. Variable in the intensity of the markings.The caterpillar is green, darker below and between the rings.The body is wrinkled, and with two points on the last ring. The most distinct markings are two yellow lines along the back. The head is notched. The pupa is reddish brown. The cremaster has the shape of a small anchor.The moths fly from May to June.The larvae feed on aspen and poplar.This Larentiinae moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932525835.1",
"GenomeLevel": "Contig",
"Busco": "C:96.64%[S:96.42%,D:0.22%],F:0.22%,M:3.15%,n:1367",
"GenomeSize": "299.23496",
"GenomeGC": "31.2800767",
"SeqNumber": "107",
"N50": "8063.952",
"PCGnumber": "21132",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3694,
"InsectBaseID": "IBG_01302",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Lycas",
"TaxonomyID": "2049226",
"Tags": "None",
"OrganismName": "Lycas argentea",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018251815.1",
"GenomeLevel": "Contig",
"Busco": "C:30.28%[S:30.21%,D:0.07%],F:49.31%,M:19.17%,n:1367",
"GenomeSize": "290.812805",
"GenomeGC": "27.19938175",
"SeqNumber": "298293",
"N50": "1.448",
"PCGnumber": "22663",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3695,
"InsectBaseID": "IBG_01303",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Machimus",
"TaxonomyID": "2794001",
"Tags": "None",
"OrganismName": "Machimus atricapillus",
"NormalName": "None",
"SpeciesIntro": "Machimus atricapillus is a Palearctic species of robber fly in the family Asilidae. ",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_933228755.1",
"GenomeLevel": "Contig",
"Busco": "C:88.01%[S:87.13%,D:0.88%],F:0.73%,M:11.27%,n:1367",
"GenomeSize": "213.567461",
"GenomeGC": "32.46716502",
"SeqNumber": "696",
"N50": "1013.192",
"PCGnumber": "37917",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3696,
"InsectBaseID": "IBG_01304",
"Order": "Orthoptera",
"Family": "Morabidae",
"Genus": "Meconema",
"TaxonomyID": "494438",
"Tags": "None",
"OrganismName": "Meconema thalassinum",
"NormalName": "None",
"SpeciesIntro": "Meconema thalassinum is an insect in the family Tettigoniidae known as the oak bush-cricket and drumming katydid. It is native to Europe, including the British Isles, and was introduced to the United States, first established in the west of Long Island and extending its range to Rhode Island and Scarsdale, Stony Brook, and Ithaca, New York.M. thalassinum is a small bush cricket, reaching 20 mm (0.79 in) long, including the female's long ovipositor, although the antennae may reach a further 40 mm (1.6 in) in length. It lives in the foliage of trees, including oaks. Males attract females by making an almost inaudible noise by drumming on leaves . Females lay eggs singly under the bark of trees. Nymphs usually emerge in late-spring and reach maturity by late-summer.Unlike other bush crickets, M. thalassinum is carnivorous. It feeds on smaller invertebrates such as larvae and caterpillars.Meconema thalassinum is a host for the parasitic worm Spinochordodes tellinii. The parasite is able to change the behaviour of the insect making it more attracted to water when it is close to water. This is necessary because the parasite requires open water to complete its life cycle.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946902985.2",
"GenomeLevel": "Chromosome",
"Busco": "None",
"GenomeSize": "9039.075505",
"GenomeGC": "32.31022512",
"SeqNumber": "457",
"N50": "709211.797",
"PCGnumber": "825611",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3697,
"InsectBaseID": "IBG_01305",
"Order": "Hymenoptera",
"Family": "Megachilidae",
"Genus": "Megachile",
"TaxonomyID": "1542540",
"Tags": "None",
"OrganismName": "Megachile ligniseca",
"NormalName": "None",
"SpeciesIntro": "Megachile ligniseca is a species of bee in the family Megachilidae. It was described by William Kirby in 1802.This Megachile-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_945859565.1",
"GenomeLevel": "Contig",
"Busco": "C:98.25%[S:97.37%,D:0.88%],F:0.07%,M:1.68%,n:1367",
"GenomeSize": "254.26238",
"GenomeGC": "27.15485161",
"SeqNumber": "734",
"N50": "1803.219",
"PCGnumber": "23845",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3698,
"InsectBaseID": "IBG_01306",
"Order": "Hymenoptera",
"Family": "Megachilidae",
"Genus": "Megachile",
"TaxonomyID": "481575",
"Tags": "None",
"OrganismName": "Megachile willughbiella",
"NormalName": "None",
"SpeciesIntro": "Megachile atriventris Schenk 1853Megachile willughbiella, Willughby's leaf-cutter bee is a species of bee in the family Megachilidae. It was described by the English entomologist William Kirby in 1802; he named it in honour of the ornithologist Francis Willughby.Megachile willughbiella is a leafcutter bee found in gardens and brownfield areas especially in cities. The nest is built in soil or in wood; the cells are made of leaves. The species has kleptoparasites from the leafcutting cuckoo bee genus Coelioxys, such as C. quadridentata, C. rufescens and C. elongata. Pollen is collected from a wide variety of flowers including Asteraceae, Fabaceae and Onagraceae, with a preference for Campanulaceae (bellflowers).The species is widely spread across western Europe between Finland, Lithuania and Spain, including Britain and Ireland. In Britain it is one of the most commonly recorded leafcutter species; it is absent from the north Midlands and from mid- and north Wales, but occurs from Cornwall all the way to Inverness, becoming scarcer with latitude.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_945859635.1",
"GenomeLevel": "Contig",
"Busco": "C:98.17%[S:97.37%,D:0.80%],F:0.29%,M:1.54%,n:1367",
"GenomeSize": "359.408557",
"GenomeGC": "20.96577072",
"SeqNumber": "654",
"N50": "1915.025",
"PCGnumber": "24904",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3699,
"InsectBaseID": "IBG_01307",
"Order": "Lepidoptera",
"Family": "Nolidae",
"Genus": "Meganola",
"TaxonomyID": "987977",
"Tags": "None",
"OrganismName": "Meganola albula",
"NormalName": "None",
"SpeciesIntro": "Meganola albula, the Kent black arches, is a moth of the family Nolidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is found in the Palearctic realm (Europe, Asia Minor, Iran, Caucasus, Russian Far East, Japan).The wingspan is 18–24 mm. The length of the forewings is 10–11 mm. The moth flies in one generation from mid-June to August .The larvae feed on Rubus, Fragaria vesca and Vaccinium species.Since the 19th-century, it has spread north being first recorded in England in 1859, Denmark 1938, Schleswig-Holstein 1945 and Gotland 1949This article on a moth of the family Nolidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_936440415.1",
"GenomeLevel": "Contig",
"Busco": "C:91.22%[S:90.78%,D:0.44%],F:0.15%,M:8.63%,n:1367",
"GenomeSize": "360.425271",
"GenomeGC": "27.47476411",
"SeqNumber": "486",
"N50": "1714.907",
"PCGnumber": "19860",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3700,
"InsectBaseID": "IBG_01308",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Melolontha",
"TaxonomyID": "7061",
"Tags": "None",
"OrganismName": "Melolontha melolontha",
"NormalName": "None",
"SpeciesIntro": "The common cockchafer (Melolontha melolontha), colloquially called the Maybug, Maybeetle, or doodlebug, is a species of scarab beetle belonging to the genus Melolontha native to Europe. It is one of several closely related and morphologically similar species of Melolontha called cockchafers, alongside Melolontha hippocastani (the forest cockchafer). The adults and larvae feed on plants, and are regarded as serious agricultural pests of crops such as grasses and fruit trees.Adults of the common cockchafer reach sizes of 25–30 mm in length. The top of their bodies have hard, brown elytra with a black thorax and the underside is black and partly white on the sides. Larvae are white with an orange head. Male cockchafers have seven \"leaves\" on their antennae, whereas the females have only six.Adults appear at the end of April or in May and live for about five to seven weeks. After about two weeks, the female begins laying eggs, which she buries about 10 to 20 cm deep in the earth. She may do this several times until she has laid between 60 and 80 eggs. The common cockchafer lays its eggs in fields. The preferred food for adults is oak leaves, but they will also feed on conifer needles.The larvae, known as \"white grubs\" or \"chafer grubs\", hatch after four to six weeks. They feed on plant roots, for instance potato roots. The grubs develop in the earth for three to four years, in colder climates even five years, and grow continually to a size of about 4–5 cm, before they pupate in early autumn and develop into an adult cockchafer in six weeks.The cockchafer overwinters in the earth at depths between 20 and 100 cm. They work their way to the surface only in spring.Because of their long development time as larvae, cockchafers appear in a cycle of every three or four years; the years vary from region to region. There is a larger cycle of around 30 years superimposed, in which they occur (or rather, used to occur) in unusually high numbers (10,000s).In the Middle Ages, pest control was rare, and people had no effective means to protect their harvest. This gave rise to events that seem bizarre from a modern perspective. In 1320, for instance, cockchafers were brought to court in Avignon and sentenced to withdraw within three days onto a specially designated area, otherwise they would be outlawed. Subsequently, since they failed to comply, they were collected and killed. (Similar animal trials also occurred for many other animals in the Middle Ages.)Both the grubs and adults have a voracious appetite and thus have been and sometimes continue to be a major problem in agriculture and forestry. In the pre-industrialized era, the main mechanism to control their numbers was to collect and kill the adult beetles, thereby interrupting the cycle. They were once very abundant: in 1911, more than 20 million individuals were collected in 18 km2 of forest. Collecting adults was an only moderately successful method. In some areas and times, cockchafers were served as food. A 19th-century recipe from France for cockchafer soup reads: \"roast one pound of cockchafers without wings and legs in sizzling butter, then cook them in a chicken soup, add some veal liver and serve with chives on a toast\". A German newspaper from Fulda from the 1920s tells of students eating sugar-coated cockchafers. Cockchafer larvae can also be fried or cooked over open flames, although they require some preparation by soaking in vinegar in order to purge them of soil in their digestive tracts. A cockchafer stew is referred to in W. G. Sebald's novel The Emigrants.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_935421255.1",
"GenomeLevel": "Contig",
"Busco": "C:87.05%[S:86.17%,D:0.88%],F:2.05%,M:10.90%,n:1367",
"GenomeSize": "1504.820289",
"GenomeGC": "24.78122163",
"SeqNumber": "6088",
"N50": "787.599",
"PCGnumber": "223220",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3701,
"InsectBaseID": "IBG_01309",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Nastra",
"TaxonomyID": "2201573",
"Tags": "None",
"OrganismName": "Metardaris cosinga cedra",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018251075.1",
"GenomeLevel": "Contig",
"Busco": "C:41.12%[S:40.75%,D:0.37%],F:45.79%,M:12.22%,n:1367",
"GenomeSize": "342.570362",
"GenomeGC": "27.26649277",
"SeqNumber": "260076",
"N50": "1.931",
"PCGnumber": "24085",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3702,
"InsectBaseID": "IBG_01310",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Microceris",
"TaxonomyID": "2586012",
"Tags": "None",
"OrganismName": "Microceris merops",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018244855.1",
"GenomeLevel": "Contig",
"Busco": "C:62.40%[S:62.33%,D:0.07%],F:30.21%,M:6.73%,n:1367",
"GenomeSize": "365.057865",
"GenomeGC": "26.356947",
"SeqNumber": "111221",
"N50": "5.562",
"PCGnumber": "44024",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3703,
"InsectBaseID": "IBG_01311",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Microceris",
"TaxonomyID": "2586013",
"Tags": "None",
"OrganismName": "Microceris miodesmiata",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245735.1",
"GenomeLevel": "Contig",
"Busco": "C:65.03%[S:64.96%,D:0.07%],F:27.14%,M:6.66%,n:1367",
"GenomeSize": "370.136681",
"GenomeGC": "26.54225886",
"SeqNumber": "143789",
"N50": "4.695",
"PCGnumber": "44106",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3704,
"InsectBaseID": "IBG_01312",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Microceris",
"TaxonomyID": "2586016",
"Tags": "None",
"OrganismName": "Microceris scylla",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245595.1",
"GenomeLevel": "Contig",
"Busco": "C:71.83%[S:71.76%,D:0.07%],F:21.95%,M:5.63%,n:1367",
"GenomeSize": "371.329891",
"GenomeGC": "25.93135466",
"SeqNumber": "129411",
"N50": "5.499",
"PCGnumber": "39224",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3705,
"InsectBaseID": "IBG_01313",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Microctonus",
"TaxonomyID": "2738948",
"Tags": "None",
"OrganismName": "Microctonus brassicae",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_940306215.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:98.32%,D:1.32%],F:0.00%,M:0.37%,n:1367",
"GenomeSize": "137.881629",
"GenomeGC": "25.66453577",
"SeqNumber": "14",
"N50": "11810.569",
"PCGnumber": "19732",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3706,
"InsectBaseID": "IBG_01314",
"Order": "Lepidoptera",
"Family": "Micropterigidae",
"Genus": "Micropterix",
"TaxonomyID": "1042620",
"Tags": "None",
"OrganismName": "Micropterix aruncella",
"NormalName": "None",
"SpeciesIntro": "Micropterix aruncella is a species of moth belonging to the family Micropterigidae, which is distributed throughout Europe. The imago was first described by Giovanni Antonio Scopoli in 1763. This species is one of the best known members of the family, being found in a wide range of habitats from sea level to over 2,000 metres (6,600 ft); the only habitat not favoured by this species is dense woodland. This very small moth has a maximum forewing length of only 4 millimetres (0.16 in). Their wingspan is 6 millimetres (0.24 in) or 7 millimetres (0.28 in). The colour of the forewings is rather variable but is usually reddish golden. Females usually have no other markings but males are marked with two silvery white bands. They can be found in various dry habitats including downland and hillsides.Like other members of the family, this species has functional jaws and it feeds as an adult on pollen grains from a wide variety of flowers including those of hawthorn (Crataegus species), Cytisus, Lychnis, pine (Pinus species), Plantago, rose (Rosa species), nettle (Urtica species) and Veronica as well as numerous grasses. Depending on elevation and latitude, the adults may be encountered in daytime from May to August.The females are similar to Micropterix calthella but has the whole base of the forewing purple, compared with M. calthella which has a purple patch on the base of the costa (although calthella often has purple suffusion scattered over the forewing). In Britain both species can be found, during the day, on creeping buttercup (Ranunculus repens), but the UKmoths website recommends searching the lower flowers of hawthorn Crataegus monogyna for M. aruncella.The larva feeds on detritus at the base of herbaceous plants before pupating in a tough cocoon.Found throughout mainland Europe except Bulgaria and Portugal.The name Micropterix was raised by the German entomologist, Jacob Hübner in 1825 and comes from the Greek for mikros – little, and pterux – a wing. The specific name aruncella refers to the plant, goat's beard (Spiraea aruncus), on which moths have been found feeding on the pollen.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944547385.1",
"GenomeLevel": "Scaffold",
"Busco": "C:91.37%[S:89.61%,D:1.76%],F:2.93%,M:5.71%,n:1367",
"GenomeSize": "928.250059",
"GenomeGC": "30.4346703",
"SeqNumber": "11379",
"N50": "124.344",
"PCGnumber": "64712",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3707,
"InsectBaseID": "IBG_01315",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Mimoides",
"TaxonomyID": "2572209",
"Tags": "None",
"OrganismName": "Mimoides lysithous rurik",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018247575.1",
"GenomeLevel": "Contig",
"Busco": "C:69.86%[S:69.79%,D:0.07%],F:23.26%,M:6.07%,n:1367",
"GenomeSize": "458.291068",
"GenomeGC": "24.2924717",
"SeqNumber": "168924",
"N50": "4.663",
"PCGnumber": "52495",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3708,
"InsectBaseID": "IBG_01316",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Mimoniades",
"TaxonomyID": "2585883",
"Tags": "None",
"OrganismName": "Mimoniades nurscia nurscia",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246595.1",
"GenomeLevel": "Contig",
"Busco": "C:70.52%[S:70.37%,D:0.15%],F:22.53%,M:5.71%,n:1367",
"GenomeSize": "357.098734",
"GenomeGC": "26.74871594",
"SeqNumber": "127447",
"N50": "5.81",
"PCGnumber": "43590",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3709,
"InsectBaseID": "IBG_01317",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Mimoniades",
"TaxonomyID": "2585884",
"Tags": "None",
"OrganismName": "Mimoniades ocyalus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245615.1",
"GenomeLevel": "Contig",
"Busco": "C:64.82%[S:64.67%,D:0.15%],F:27.51%,M:6.73%,n:1367",
"GenomeSize": "363.161157",
"GenomeGC": "26.35059619",
"SeqNumber": "123739",
"N50": "4.789",
"PCGnumber": "44373",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3710,
"InsectBaseID": "IBG_01318",
"Order": "Diptera",
"Family": "Conopidae",
"Genus": "Myopa",
"TaxonomyID": "2829445",
"Tags": "None",
"OrganismName": "Myopa tessellatipennis",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943737945.2",
"GenomeLevel": "Contig",
"Busco": "C:98.61%[S:97.37%,D:1.24%],F:0.22%,M:1.17%,n:1367",
"GenomeSize": "246.903453",
"GenomeGC": "31.16438149",
"SeqNumber": "534",
"N50": "2161.221",
"PCGnumber": "41332",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3711,
"InsectBaseID": "IBG_01319",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Myscelus",
"TaxonomyID": "2585889",
"Tags": "None",
"OrganismName": "Myscelus amystis hages",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018244895.1",
"GenomeLevel": "Contig",
"Busco": "C:71.47%[S:71.40%,D:0.07%],F:21.87%,M:6.14%,n:1367",
"GenomeSize": "277.531883",
"GenomeGC": "28.1905618",
"SeqNumber": "77139",
"N50": "6.707",
"PCGnumber": "37124",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3712,
"InsectBaseID": "IBG_01320",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Myscelus",
"TaxonomyID": "2585890",
"Tags": "None",
"OrganismName": "Myscelus epimachia",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245295.1",
"GenomeLevel": "Contig",
"Busco": "C:56.11%[S:55.96%,D:0.15%],F:34.02%,M:9.07%,n:1367",
"GenomeSize": "272.17295",
"GenomeGC": "28.65272614",
"SeqNumber": "193935",
"N50": "2.318",
"PCGnumber": "44174",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3713,
"InsectBaseID": "IBG_01321",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Myscelus",
"TaxonomyID": "2585891",
"Tags": "None",
"OrganismName": "Myscelus nobilis",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245955.1",
"GenomeLevel": "Contig",
"Busco": "C:47.55%[S:47.40%,D:0.15%],F:38.77%,M:12.36%,n:1367",
"GenomeSize": "291.092801",
"GenomeGC": "27.95908409",
"SeqNumber": "253826",
"N50": "1.789",
"PCGnumber": "54203",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3714,
"InsectBaseID": "IBG_01322",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Mysoria",
"TaxonomyID": "328873",
"Tags": "None",
"OrganismName": "Mysoria ambigua",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245875.1",
"GenomeLevel": "Contig",
"Busco": "C:76.52%[S:76.30%,D:0.22%],F:19.09%,M:3.95%,n:1367",
"GenomeSize": "353.993099",
"GenomeGC": "27.93783135",
"SeqNumber": "130917",
"N50": "5.959",
"PCGnumber": "36764",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3715,
"InsectBaseID": "IBG_01323",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Mysoria",
"TaxonomyID": "2585895",
"Tags": "None",
"OrganismName": "Mysoria catomelaena",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246855.1",
"GenomeLevel": "Contig",
"Busco": "C:37.89%[S:37.89%,D:0.00%],F:46.96%,M:13.53%,n:1367",
"GenomeSize": "350.429833",
"GenomeGC": "26.35985789",
"SeqNumber": "252312",
"N50": "1.978",
"PCGnumber": "48025",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3716,
"InsectBaseID": "IBG_01324",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Mysoria",
"TaxonomyID": "2585898",
"Tags": "None",
"OrganismName": "Mysoria sejanus stolli",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245835.1",
"GenomeLevel": "Contig",
"Busco": "C:66.57%[S:66.42%,D:0.15%],F:27.29%,M:5.56%,n:1367",
"GenomeSize": "359.430691",
"GenomeGC": "26.10043559",
"SeqNumber": "121013",
"N50": "4.74",
"PCGnumber": "39876",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3717,
"InsectBaseID": "IBG_01325",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Nastra",
"TaxonomyID": "2201577",
"Tags": "None",
"OrganismName": "Nastra julia",
"NormalName": "None",
"SpeciesIntro": "Nastra julia, the Julia's skipper, is a species of butterfly in the family Hesperiidae. It is found in North America from southern Texas to central Mexico.The wingspan is 24–29 mm. Adults are on wing year-round in southern Texas and from April to October in the rest of the range.The larvae feed on Cynodon dactylon. Adults feed on flower nectar.This Hesperiinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018251315.1",
"GenomeLevel": "Contig",
"Busco": "C:43.90%[S:43.75%,D:0.15%],F:40.09%,M:14.85%,n:1367",
"GenomeSize": "267.235138",
"GenomeGC": "27.32923954",
"SeqNumber": "215283",
"N50": "2.287",
"PCGnumber": "37181",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3718,
"InsectBaseID": "IBG_01326",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Nebria",
"TaxonomyID": "110024",
"Tags": "None",
"OrganismName": "Nebria brevicollis",
"NormalName": "None",
"SpeciesIntro": "Nebria brevicollis is a species of ground beetle native to Europe and the Near East, but introduced to the western United States and Canada.Nebria brevicollis has a body which is dark brown, with reddish-brown on the tibiae, tarsi, palpi and antennae. The pronotum has two lateral setae on either side, and is densely punctuate across the entire base.In Europe, it is found in all countries and islands except the Azores, the Canary Islands, the Channel Islands, Franz Josef Land, Gibraltar, Madeira, Malta, Monaco, the North Aegean Islands, Novaya Zemlya, San Marino, the Selvagens Islands, Svalbard and Jan Mayen, and Vatican City.In 2008, it was reported as introduced in western Oregon, U.S.A., where it has been found in highly disturbed sites as well as in native old-growth forest stands. It has also now been found in Washington State, Northern California, as well as in southern British Columbia, Canada.The primary habitat is the cover of shaded leaf litter in deciduous forests; however, it can also be found in disturbed habitat such as parks, gardens, and agricultural lands. In North America, it has found in the summits, forest and meadows of mountains (at over 1200 metres elevation). Unlike other members of Nebria, this species avoids moist areas.This species is most abundant between October and December, then from January through mid-May. The species is preyed upon by the fungus Erynia nebriae.Although Nebria brevicollis is widely considered to be solely carnivorous, multiple small studies made by enthusiasts have proven that many Nebria brevicollis will resort to eating various types of fungi that can be found in the soil they live on/around. Studied made by the same individuals have also shown that Nebria brevicollis are semi-social, and will often work together when faced with certain obstacles.[citation needed]A study found evidence of personality in N. brevicollis, identifying repeatable, consistent differences in seven behavioural traits between individuals.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944739395.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.09%[S:97.07%,D:1.02%],F:0.37%,M:1.54%,n:1367",
"GenomeSize": "223.34822",
"GenomeGC": "27.30042845",
"SeqNumber": "1937",
"N50": "381.756",
"PCGnumber": "40462",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3719,
"InsectBaseID": "IBG_01327",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Nebria",
"TaxonomyID": "878211",
"Tags": "None",
"OrganismName": "Nebria salina",
"NormalName": "None",
"SpeciesIntro": "Nebria salina is a species of ground beetle native to Europe.This Nebriinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944039265.1",
"GenomeLevel": "Contig",
"Busco": "C:99.41%[S:98.46%,D:0.95%],F:0.37%,M:0.22%,n:1367",
"GenomeSize": "219.579625",
"GenomeGC": "27.48655846",
"SeqNumber": "1418",
"N50": "809.889",
"PCGnumber": "39086",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3720,
"InsectBaseID": "IBG_01328",
"Order": "Lepidoptera",
"Family": "Adelidae",
"Genus": "Nematopogon",
"TaxonomyID": "753375",
"Tags": "None",
"OrganismName": "Nematopogon swammerdamellus",
"NormalName": "None",
"SpeciesIntro": "Nematopogon swammerdamella is a moth of the family Adelidae.The moth has long, pale shining ochreous, faintly darker strigulated forewings and long antennae. The hindwings are pale grey; cilia whitish-ochreous. Head orange, face whitish. The wingspan is 17–21 mm. To certainly determine the species of the genus Nematopogon dissection and study of the genitalia is necessary.The moth flies from late April to June. The moth is only active in the late afternoon and dusk. Nematopogon schwarziellus, Nematopogon pilella, and Nematopogon metaxella are similar to this species.It is found throughout most of Europe, except the Balkan Peninsula, Greece, Iceland and Ukraine. It can commonly be found throughout the British Isles in woodland. The species has also been known to live in hedgerows, moorland, heathland, and other open habitats.The caterpillars feed on decaying plant matter and various herbaceous plants. Older caterpillars live in a bivalved case on the ground. They hibernate twice and pupate inside the case.The name honours the Dutch scientist Jan Swammerdam. Media related to Nematopogon swammerdamella at Wikimedia Commons",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_946902865.1",
"GenomeLevel": "Contig",
"Busco": "C:94.07%[S:93.27%,D:0.80%],F:0.95%,M:4.97%,n:1367",
"GenomeSize": "660.835487",
"GenomeGC": "27.26445803",
"SeqNumber": "2478",
"N50": "501.63",
"PCGnumber": "37014",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3721,
"InsectBaseID": "IBG_01329",
"Order": "Diptera",
"Family": "Tipulidae",
"Genus": "Nephrotoma",
"TaxonomyID": "2719080",
"Tags": "None",
"OrganismName": "Nephrotoma flavescens",
"NormalName": "None",
"SpeciesIntro": "Nephrotoma flavescens is a species of fly in the family Tipulidae. It is found in the Palearctic .This article related to members of the fly superfamily Tipuloidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932525705.1",
"GenomeLevel": "Contig",
"Busco": "C:96.34%[S:94.44%,D:1.90%],F:0.37%,M:3.29%,n:1367",
"GenomeSize": "1007.026532",
"GenomeGC": "25.35174605",
"SeqNumber": "7397",
"N50": "387.868",
"PCGnumber": "64428",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3722,
"InsectBaseID": "IBG_01330",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Niconiades",
"TaxonomyID": "2201579",
"Tags": "None",
"OrganismName": "Niconiades incomptus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018251275.1",
"GenomeLevel": "Contig",
"Busco": "C:34.89%[S:34.67%,D:0.22%],F:47.48%,M:15.80%,n:1367",
"GenomeSize": "395.814552",
"GenomeGC": "25.44980105",
"SeqNumber": "402328",
"N50": "1.559",
"PCGnumber": "45017",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3723,
"InsectBaseID": "IBG_01331",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Noctuana",
"TaxonomyID": "1908717",
"Tags": "None",
"OrganismName": "Noctuana haematospila",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018231265.1",
"GenomeLevel": "Contig",
"Busco": "C:69.05%[S:68.76%,D:0.29%],F:24.73%,M:5.78%,n:1367",
"GenomeSize": "255.578086",
"GenomeGC": "26.23792871",
"SeqNumber": "114525",
"N50": "4.046",
"PCGnumber": "43689",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3724,
"InsectBaseID": "IBG_01332",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Noctuana",
"TaxonomyID": "355021",
"Tags": "None",
"OrganismName": "Noctuana lactifera",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018231305.1",
"GenomeLevel": "Contig",
"Busco": "C:75.56%[S:75.49%,D:0.07%],F:18.58%,M:5.05%,n:1367",
"GenomeSize": "292.077182",
"GenomeGC": "24.94228495",
"SeqNumber": "199304",
"N50": "3.689",
"PCGnumber": "40667",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3725,
"InsectBaseID": "IBG_01333",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Noctuana",
"TaxonomyID": "663902",
"Tags": "None",
"OrganismName": "Noctuana stator",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018231225.1",
"GenomeLevel": "Contig",
"Busco": "C:74.61%[S:74.54%,D:0.07%],F:19.02%,M:5.78%,n:1367",
"GenomeSize": "247.846596",
"GenomeGC": "26.10618062",
"SeqNumber": "69365",
"N50": "6.377",
"PCGnumber": "36181",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3726,
"InsectBaseID": "IBG_01334",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Nosphistia",
"TaxonomyID": "2586022",
"Tags": "None",
"OrganismName": "Nosphistia zonara",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018244835.1",
"GenomeLevel": "Contig",
"Busco": "C:54.79%[S:53.33%,D:1.46%],F:32.92%,M:11.63%,n:1367",
"GenomeSize": "360.186487",
"GenomeGC": "30.54556347",
"SeqNumber": "370066",
"N50": "1.356",
"PCGnumber": "50928",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3727,
"InsectBaseID": "IBG_01335",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Nowickia",
"TaxonomyID": "613196",
"Tags": "None",
"OrganismName": "Nowickia ferox",
"NormalName": "None",
"SpeciesIntro": "Tachina (Nowickia) ferox is a species of fly in the family Tachinidae first described by Georg Wolfgang Franz Panzer in 1809.This species is present in most of Europe. These flies mainly inhabit spruce forest edge, meadows, areas of heath and mountains at an elevation up to 1,500 metres (4,900 ft) above sea level.Tachina (Nowickia) ferox can reach a length of 11–15 millimetres (0.43–0.59 in). These flies have a black hairy thorax and a yellow-red abdomen, with a black longitudinal marking in the middle and numerous long straight bristles at the end. Wings are hyaline (glass like), yellowish at the base. Basal half of the palps are brown or blackish. Males are a little concave in theirs dorsal centre. In the abdomen only segments 7 and 8 are hairy.Tachina (Nowickia) ferox is a univoltine species. Adults can be found from mid-June to October, with a peak from June to August. They fed on nectar and pollen, especially of Centaurea jacea. Larvae develop in the dark arches moth (Apamea monoglypha).",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_936446695.1",
"GenomeLevel": "Contig",
"Busco": "C:97.29%[S:96.78%,D:0.51%],F:0.44%,M:2.27%,n:1367",
"GenomeSize": "639.658451",
"GenomeGC": "23.74015707",
"SeqNumber": "1183",
"N50": "2605.262",
"PCGnumber": "32745",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3728,
"InsectBaseID": "IBG_01336",
"Order": "Lepidoptera",
"Family": "Nolidae",
"Genus": "Nycteola",
"TaxonomyID": "988004",
"Tags": "None",
"OrganismName": "Nycteola revayana",
"NormalName": "None",
"SpeciesIntro": "Nycteola revayana, the oak nycteoline, is a moth of the family Nolidae. The species was first described by Giovanni Antonio Scopoli in 1772. It is found from Europe and east across the Palearctic to Japan and India. It is a small species and somewhat resembles the Tortricidae. It used to be thought to be related to that family, and was known as the large marbled tortrix.S. revayana Scop. Forewing ashy grey, dusted with darker, especially in costal half of median area; lines darker, double, but indistinct;the inner outcurved above and below middle, and angled outwards below vein 1; the outer irregularly waved and strongly indented on submedian fold ; some faint dark spots indicate the submarginal line ; hindwing pale greyish fuscous; — in the ab. fusculana Schmid the ground colour is dull dark brownish fuscous, with the black lines visible and a ferruginous spot representing the reniform stigma; from the middle of base an oblique black streak runs to lower end of the inner line ; the submarginal spots are visible, and a row of small black marginal lunules; — ab. dilutana Hbn. has the ground colour dull grey or whitish grey, the median area brownish grey, more purely brown towards costa; the reniform diffuse, rufous; the pale basal area with grey spots between the veins between subbasal and inner lines ; the submarginal spots darker grey and the pale submarginal line beyond them more clearly marked; — ab. degenerana Hbn. is bright greenish white; the median area purplish grey and brown, blacker towards costa, the reniform purple red; the lines filled up with white and the cloudy spots in basal and marginal areas black; a black spot at apex ; fringe whitish ; intermediate forms occur between this and dilutana ; the ab. obscura ab. nov. has the whole forewing olive brown, the markings as in degenerana; — ab. glaucana Lampa has the forewing obscurely glaucescent, with a triangular dark fuscous blotch; — ab. ilicana F. (= punctana Hbn.) is pale fawn grey, sprinkled with whitish scales; the lines much finer; the cell spot, a spot on each side of the median vein before inner line, and the two lowest spots of the submarginal line black; — in ab. ramosana Hbn. (= ramulanus Curt.) the ground colour is brownish grey, with fuscous shading, and a deep black streak from below base of cell to below reniform stigma, shortly branched towards inner margin beyond subbasal and inner lines; the submarginal spots darker; — ab. russiana Dup. has the forewing grey green, with a large dark median blotch. Larva green with the segmental incisions yellowish, the tubercles with long white. The wingspan is 20–25 millimetres (0.79–0.98 in).Adults are on wing adults in late autumn, overwintering and appearing again in early spring.The larvae mainly feed on Quercus species, including Quercus robur, but have also been recorded on Populus and Salix species.They rest curled up between the leaves of their host, and pupate in yellow, boat-shaped cocoons.This article on a moth of the family Nolidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947038005.1",
"GenomeLevel": "Contig",
"Busco": "C:98.8%[S:98.4%,D:0.4%],F:0.4%,M:0.8%,n:1367",
"GenomeSize": "621.926855",
"GenomeGC": "27.54054848",
"SeqNumber": "499",
"N50": "2691.118",
"PCGnumber": "32071",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3729,
"InsectBaseID": "IBG_01337",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Ophion",
"TaxonomyID": "1539398",
"Tags": "None",
"OrganismName": "Ophion luteus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944452655.1",
"GenomeLevel": "Contig",
"Busco": "C:97.51%[S:96.56%,D:0.95%],F:0.44%,M:2.05%,n:1367",
"GenomeSize": "627.304699",
"GenomeGC": "27.21068028",
"SeqNumber": "5763",
"N50": "197.158",
"PCGnumber": "29089",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3730,
"InsectBaseID": "IBG_01338",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Ophonus",
"TaxonomyID": "247415",
"Tags": "None",
"OrganismName": "Ophonus ardosiacus",
"NormalName": "None",
"SpeciesIntro": "Ophonus ardosiacus is a species of ground beetle in the subfamily Harpalinae, genus Ophonus, and subgenus Ophonus (Ophonus).This Ophonus-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943138245.1",
"GenomeLevel": "Contig",
"Busco": "C:98.32%[S:97.37%,D:0.95%],F:0.59%,M:1.10%,n:1367",
"GenomeSize": "884.352981",
"GenomeGC": "27.14457645",
"SeqNumber": "2769",
"N50": "650.894",
"PCGnumber": "68280",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3731,
"InsectBaseID": "IBG_01339",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Orses",
"TaxonomyID": "509445",
"Tags": "None",
"OrganismName": "Orses cynisca",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018251835.1",
"GenomeLevel": "Contig",
"Busco": "C:46.09%[S:45.94%,D:0.15%],F:40.31%,M:12.58%,n:1367",
"GenomeSize": "303.334091",
"GenomeGC": "26.28265347",
"SeqNumber": "317608",
"N50": "1.628",
"PCGnumber": "38811",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3732,
"InsectBaseID": "IBG_01340",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Oxynetra",
"TaxonomyID": "2585907",
"Tags": "None",
"OrganismName": "Oxynetra stangelandi",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245155.1",
"GenomeLevel": "Contig",
"Busco": "C:61.45%[S:61.16%,D:0.29%],F:29.41%,M:7.90%,n:1367",
"GenomeSize": "343.86784",
"GenomeGC": "27.98580466",
"SeqNumber": "143624",
"N50": "4.335",
"PCGnumber": "64063",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3733,
"InsectBaseID": "IBG_01341",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Pachliopta",
"TaxonomyID": "2066002",
"Tags": "None",
"OrganismName": "Pachliopta kotzebuea",
"NormalName": "None",
"SpeciesIntro": "Pachliopta kotzebuea, the pink rose, is a butterfly of the family Papilionidae (the swallowtails). It is found in the Philippines.Food plants include birthwort (Aristolochia) species.The species was named for Otto von Kotzebue, commander of the Russian expeditionary ship Rurik. Johann Friedrich von Eschscholtz served as physician and naturalist aboard the Rurik on a circumnavigational voyage from 1815–1818.This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246255.1",
"GenomeLevel": "Contig",
"Busco": "C:82.08%[S:81.86%,D:0.22%],F:14.41%,M:3.29%,n:1367",
"GenomeSize": "298.781924",
"GenomeGC": "24.17611147",
"SeqNumber": "81692",
"N50": "9.296",
"PCGnumber": "39305",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3734,
"InsectBaseID": "IBG_01342",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Orphe",
"TaxonomyID": "1674429",
"Tags": "None",
"OrganismName": "Panoquina ocola ocola",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018249155.1",
"GenomeLevel": "Contig",
"Busco": "C:70.08%[S:69.79%,D:0.29%],F:23.70%,M:5.71%,n:1367",
"GenomeSize": "322.144322",
"GenomeGC": "25.99608414",
"SeqNumber": "155371",
"N50": "3.812",
"PCGnumber": "42369",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3735,
"InsectBaseID": "IBG_01343",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "2572210",
"Tags": "None",
"OrganismName": "Papilio alexanor hazarajatica",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246295.1",
"GenomeLevel": "Contig",
"Busco": "C:70.59%[S:70.37%,D:0.22%],F:22.24%,M:5.85%,n:1367",
"GenomeSize": "407.80267",
"GenomeGC": "25.67042217",
"SeqNumber": "346455",
"N50": "4.381",
"PCGnumber": "68868",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3736,
"InsectBaseID": "IBG_01344",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "1375868",
"Tags": "None",
"OrganismName": "Papilio ambrax",
"NormalName": "None",
"SpeciesIntro": "Papilio ambrax, the Ambrax butterfly, is a butterfly of the family Papilionidae. It is found in Queensland, Australia, as well as the Aru Islands, Papua (Indonesia), and Papua New Guinea.The wingspan is 90–100 mm (3.5–3.9 in).The larvae feed on Citrus species, Clausena brevistyla, Limonia acidissima, Microcitrus garrawayae, Microcitrus inodora, Murraya koenigii, Zanthoxylum ailanthoides, Zanthoxylum brachyacanthum, Zanthoxylum nitidum, Zanthoxylum ovalifolium, and Morinda citrifolia.Papilio ambrax is a member of the polytes species group. The clade members are:This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018231605.1",
"GenomeLevel": "Contig",
"Busco": "C:70.59%[S:70.52%,D:0.07%],F:22.75%,M:6.07%,n:1367",
"GenomeSize": "211.183974",
"GenomeGC": "24.69805545",
"SeqNumber": "93836",
"N50": "3.714",
"PCGnumber": "38923",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3737,
"InsectBaseID": "IBG_01345",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "2572211",
"Tags": "None",
"OrganismName": "Papilio antimachus",
"NormalName": "None",
"SpeciesIntro": "Papilio antimachus, the African giant swallowtail, is a butterfly in the family Papilionidae. With a wingspan between 18 and 23 centimetres (7.1 and 9.1 in), it is the largest butterfly in Africa and among the largest butterflies in the world. The wings are long and narrow and the ground colour is orange brown with black markings. P. antimachus live in the tropical rainforests of west and central Africa. The distribution area (range) stretches from Angola, Cameroon, Democratic Republic of the Congo, Republic of the Congo, Gabon, Ghana, Ivory Coast, Liberia, Nigeria, Sierra Leone, and Uganda. It is much rarer in the west of its range (Guinea to Cameroon) than in the eastern parts of its range. It probably stays in forest canopy but males come down to mud-puddle. The male is larger than the female and can be seen in groups at nectar. The females show themselves less, continually flying high above the treetops. It has been seen hill-topping in Liberia. The butterfly may have no natural enemies because it is very toxic. The larval foodplant is unknown and nothing is published on the early stages (egg, larva, pupa). Cardiac glycosides found in the Imago by Miriam Rothschild indicate that the so-far unidentified larva, most probably, sequesters foodplant toxins which persist through pupation into the imago as an aposematic protection against predation, and therefore that the larval foodplant is probably an asclepiad vine.This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246315.1",
"GenomeLevel": "Contig",
"Busco": "C:94.73%[S:88.95%,D:5.78%],F:4.10%,M:1.02%,n:1367",
"GenomeSize": "368.234118",
"GenomeGC": "31.62155007",
"SeqNumber": "218202",
"N50": "7.826",
"PCGnumber": "65327",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3738,
"InsectBaseID": "IBG_01346",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "110796",
"Tags": "None",
"OrganismName": "Papilio clytia",
"NormalName": "None",
"SpeciesIntro": "Papilio clytia, the common mime, is a swallowtail butterfly found in south and southeast Asia. The butterfly belongs to the subgenus Chilasa, the black-bodied swallowtails. It serves as an excellent example of a Batesian mimic among the Indian butterflies.Both males and females have the upperside velvety black or soft dark brown.Forewing: a subterminal series of outwardly truncate or emarginate white spots; the spot in interspace 4 shifted inwards out of line; those in interspaces 6, 7 and 8 oblique to the costa, the lowest and the upper two spots elongate; this is followed by a terminal series of smaller white spots, two in interspace 1, one above the outer, and two in interspaces 8; lastly, a single spot between the subterminal and terminal series.Hindwing: a discal series of inwardly conical and outwardly emarginate, triangular, elongate white spots; a prominent tornal yellow spot broadly divided across the middle by a bar of the ground colour. The cilia touched with white in the interspaces; sometimes one or more of these specks on the cilia are broad and prominent and yellow in colour.Underside: from soft pale brown to rich dark velvety brown.Forewing with the markings as on the upperside.Hindwing: the markings also similar to those on the upperside, but the terminal margin beyond the subterminal series of white markings bears a row of comparatively large very conspicuous yellow spots, separated from the white lunules by a series of short transverse detached spots of the ground colour. Antennae, head, thorax and abdomen black, the thorax anteriorly and beneath and the abdomen on the sides spotted with white.Form dissimilis, Doubleday differs from the first form as follows: Upperside, forewing: cell with four streaks coalescent at base and four spots beyond at apex, a long streak in interspace 1a, two streaks with two spots beyond which are more or less coalescent with them in interspace 1, a broad streak with an outwardly emarginate spot in interspace 2, similar spots, one at base and one beyond, in 3, a single similar spot in 4, elongate streaks in 5 and 6, and much smaller elongate spots in interspaces 8 and 9. All these streaks and spots cream-white with diffuse edges; subterminal and terminal markings as in the first form. Hindwing: markings similar to those in the first form with the following differences: discoidal cell entirely white, discal white streaks longer that reach quite up to the outer margin of the cell and are continued anteriorly to the costa by elongate streaks in interspaces 6 and 7, two spots in interspace 8 and a slender streak along the costa; the subterminal and terminal markings as in the first form. Underside similar to the upperside, the cream-white markings slightly larger, the terminal series of yellow spots on the hindwing as in the first form. Antennae, head, thorax and abdomen as in the typical clytia form; the head, thorax and abdomen with more prominent white spots.Wingspan: 108–121 mm",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018247735.1",
"GenomeLevel": "Contig",
"Busco": "C:85.29%[S:85.00%,D:0.29%],F:11.56%,M:2.85%,n:1367",
"GenomeSize": "340.409189",
"GenomeGC": "30.47545024",
"SeqNumber": "96873",
"N50": "7.634",
"PCGnumber": "60081",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3739,
"InsectBaseID": "IBG_01347",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "1968088",
"Tags": "None",
"OrganismName": "Papilio phestus",
"NormalName": "None",
"SpeciesIntro": "Papilio phestus is a species of swallowtail butterfly from the genus Papilio that is found on Solomon Islands, New Britain, New Ireland, New Hanover Island, and Admiralty Island.The larvae feed on Citrus species.This species is located in the Australasian realm.Papilio phestus is a member of the polytes species-group. The clade members areThis Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018231625.1",
"GenomeLevel": "Contig",
"Busco": "C:86.18%[S:82.74%,D:3.44%],F:10.24%,M:3.44%,n:1367",
"GenomeSize": "319.558904",
"GenomeGC": "25.64285675",
"SeqNumber": "166845",
"N50": "3.276",
"PCGnumber": "63116",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3740,
"InsectBaseID": "IBG_01348",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "866285",
"Tags": "None",
"OrganismName": "Papilio slateri",
"NormalName": "None",
"SpeciesIntro": "Papilio (Chilasa) slateri, the blue striped mime, is a swallowtail butterfly found across south and south-east Asia. The butterfly belongs to the mime subgenus, Chilasa, of the genus Papilio, the black-bodied swallowtails. The nominate subspecies is found in India and is also called the brown mime. It is a good example of mimicry among Indian butterflies.Male upperside: forewing rich velvety black, slightly paler towards apex and along the terminal margin; two or three somewhat obscure spots or short streaks in apex of cell followed by an internervular series of slightly clavate (club shaped), outwardly truncate, blue streaks that in certain lights have a violet tint; outwardly the ends of these streaks form a curve at some distance from the terminal margin and inwardly they do not reach the bases of the interspaces. Hindwing: dark chocolate brown, the subterminal series of short white streaks of the underside show though very faintly. Underside dull chocolate brown. Forewing: the cellular and internervular blue streaks of the upperside faintly represented by diffuse white patches of scales. Hindwing: a small white spot at extreme base of wing; a subtermiual series of inwardly diffuse white streaks in the interspaces and an ochraceous tornal spot as on the upperside. Antennae, head, thorax and abdomen black; the thorax beneath sparsely speckled with white; the abdomen with two lateral rows of small spots.Female similar to the male; the blue intercellular and internervular streaks on the upperside of the forewing slightly more prominent.The butterfly is found in India from northern West Bengal, Sikkim and right across from Assam to north Myanmar. It is also found in Thailand, southern China, northern Vietnam, Laos, Kampuchea, peninsular and eastern Malaysia, Brunei and Indonesia (Kalimantan and northern Sumatra).It is not rare in Sikkim though considered rare in India by Mark Alexander Wynter-Blyth. While not known to be threatened as a species, the nominate subspecies is protected by law in India.This is a butterfly of hilly regions but also found at lower elevations. It is plentiful in the pre-monsoon and monsoon period and becomes scarce later on. It has been recorded in Sikkim in AprilThe blue-striped mime mimics the blue crows, members of the genus Euploea of the danaids, now part of family Nymphalidae.The blue-striped mime flies slowly closely mimicking the flight of the species it resembles, generally staying a few metres above the ground. The mime settles for short spells on the ground. It displays territorial behaviour and patrols its beat aggressively driving away any intruders. It does not visit flowers. It has been found frequenting the clearings of oak forests in Sikkim.It has only one brood and is known to fly in March in low elevations.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246275.1",
"GenomeLevel": "Contig",
"Busco": "C:69.49%[S:69.42%,D:0.07%],F:24.07%,M:5.71%,n:1367",
"GenomeSize": "334.12833",
"GenomeGC": "27.27988046",
"SeqNumber": "167313",
"N50": "4.422",
"PCGnumber": "57098",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3741,
"InsectBaseID": "IBG_01349",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Boloria",
"TaxonomyID": "348720",
"Tags": "None",
"OrganismName": "Pararge aegeria aegeria",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_934870175.1",
"GenomeLevel": "Scaffold",
"Busco": "C:91.08%[S:90.93%,D:0.15%],F:5.78%,M:3.00%,n:1367",
"GenomeSize": "479.273641",
"GenomeGC": "19.49571706",
"SeqNumber": "26567",
"N50": "560.627",
"PCGnumber": "21628",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3742,
"InsectBaseID": "IBG_01350",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Parelbella",
"TaxonomyID": "2585909",
"Tags": "None",
"OrganismName": "Parelbella ahira ahira",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018244795.1",
"GenomeLevel": "Contig",
"Busco": "C:85.30%[S:85.30%,D:0.00%],F:11.41%,M:2.85%,n:1367",
"GenomeSize": "346.315976",
"GenomeGC": "27.25922526",
"SeqNumber": "73963",
"N50": "10.918",
"PCGnumber": "34567",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3743,
"InsectBaseID": "IBG_01351",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Parelbella",
"TaxonomyID": "2585911",
"Tags": "None",
"OrganismName": "Parelbella machaon machaon",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246775.1",
"GenomeLevel": "Contig",
"Busco": "C:60.06%[S:59.99%,D:0.07%],F:30.58%,M:8.19%,n:1367",
"GenomeSize": "349.978056",
"GenomeGC": "26.56342831",
"SeqNumber": "159907",
"N50": "3.695",
"PCGnumber": "44877",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3744,
"InsectBaseID": "IBG_01352",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Parelbella",
"TaxonomyID": "355046",
"Tags": "None",
"OrganismName": "Parelbella macleannani",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245755.1",
"GenomeLevel": "Contig",
"Busco": "C:70.15%[S:69.86%,D:0.29%],F:23.12%,M:6.00%,n:1367",
"GenomeSize": "339.860544",
"GenomeGC": "27.33045116",
"SeqNumber": "132874",
"N50": "4.743",
"PCGnumber": "40739",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3745,
"InsectBaseID": "IBG_01353",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Parelbella",
"TaxonomyID": "2585912",
"Tags": "None",
"OrganismName": "Parelbella polyzona",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018244815.1",
"GenomeLevel": "Contig",
"Busco": "C:61.38%[S:61.38%,D:0.00%],F:29.77%,M:8.19%,n:1367",
"GenomeSize": "336.277261",
"GenomeGC": "27.22542515",
"SeqNumber": "133914",
"N50": "4.051",
"PCGnumber": "43955",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3746,
"InsectBaseID": "IBG_01354",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Parides",
"TaxonomyID": "132705",
"Tags": "None",
"OrganismName": "Parides photinus",
"NormalName": "None",
"SpeciesIntro": "Parides photinus, the pink-spotted cattleheart, is a species of butterfly in the family Papilionidae. It was first described by Edward Doubleday in 1844.Parides photinus has a wingspan reaching 90–100 millimetres (3.5–3.9 in). Adults are black with the hindwing having a blue-green metallic sheen, especially in the male. There are no wing bands. Two rows of red spots are found along the hindwing margin. The submarginal spots are strongly arched except for the upper two or three and the anal one; the latter is distinct on the upperside only in the female. The hindwings have short tails. The undersides are similar to the upsides. The larvae feed on Aristolochia grandiflora and A. asclepiadifolia.A full description is provided by Rothschild, W. and Jordan, K. (1906)This species can be found from Mexico to Costa Rica, in Nicaragua and in Honduras. It lives in forests, where it is common to abundant. Its range extends from the sea level to 5000 feet (1500 metres).Parides photinus is a member of the ascanius species group (\"Fringe-spots white. Hindwing with submarginal spots and unusually also discal spots or dots, or a discal band; mostly with tail\").A quadrate whitish spot in space 2 of the forewings is quite peculiar of the ascanius groupThe members are:This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018247975.1",
"GenomeLevel": "Contig",
"Busco": "C:73.88%[S:73.81%,D:0.07%],F:19.31%,M:5.85%,n:1367",
"GenomeSize": "356.426165",
"GenomeGC": "23.67478212",
"SeqNumber": "337995",
"N50": "1.971",
"PCGnumber": "51609",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3747,
"InsectBaseID": "IBG_01355",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Parnara",
"TaxonomyID": "218706",
"Tags": "None",
"OrganismName": "Parnara guttata",
"NormalName": "None",
"SpeciesIntro": "Parnara guttata, the common straight swift, is a butterfly of the family Hesperiidae. It is found in the Indomalayan realm, Amur (Russian Far East), eastern China, and Japan.Its wingspan is about 40 mm. Common straight swift larvae feed on various grasses, including rice.This Hesperiinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018248475.1",
"GenomeLevel": "Contig",
"Busco": "C:4.54%[S:4.54%,D:0.00%],F:47.92%,M:45.94%,n:1367",
"GenomeSize": "208.910773",
"GenomeGC": "26.48189857",
"SeqNumber": "434756",
"N50": "0.542",
"PCGnumber": "25771",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3748,
"InsectBaseID": "IBG_01356",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Passova",
"TaxonomyID": "2585917",
"Tags": "None",
"OrganismName": "Passova passova rudex",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245715.1",
"GenomeLevel": "Contig",
"Busco": "C:49.31%[S:49.16%,D:0.15%],F:38.99%,M:10.46%,n:1367",
"GenomeSize": "309.168143",
"GenomeGC": "27.08630365",
"SeqNumber": "318146",
"N50": "1.395",
"PCGnumber": "55541",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3749,
"InsectBaseID": "IBG_01357",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Phareas",
"TaxonomyID": "2201588",
"Tags": "None",
"OrganismName": "Phareas burnsi",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018249415.1",
"GenomeLevel": "Contig",
"Busco": "C:75.93%[S:75.86%,D:0.07%],F:19.24%,M:4.61%,n:1367",
"GenomeSize": "480.08319",
"GenomeGC": "23.31384046",
"SeqNumber": "215127",
"N50": "4.512",
"PCGnumber": "39453",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3750,
"InsectBaseID": "IBG_01358",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Pharmacophagus",
"TaxonomyID": "95577",
"Tags": "None",
"OrganismName": "Pharmacophagus antenor",
"NormalName": "None",
"SpeciesIntro": "Pharmacophagus antenor, the Madagascar giant swallowtail, is a butterfly from the family Papilionidae. As the common name implies, it is large (12– to 14-cm wingspan) and endemic to Madagascar. It is the only species in the genus Pharmacophagus.The larvae feed on Aristolochia acuminata and Quisqualis grandidieri.This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245475.1",
"GenomeLevel": "Contig",
"Busco": "C:83.98%[S:83.91%,D:0.07%],F:11.56%,M:3.80%,n:1367",
"GenomeSize": "355.334115",
"GenomeGC": "27.29995852",
"SeqNumber": "168258",
"N50": "7.932",
"PCGnumber": "83652",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3751,
"InsectBaseID": "IBG_01359",
"Order": "Diptera",
"Family": "Sciomyzidae",
"Genus": "Pherbina",
"TaxonomyID": "1096077",
"Tags": "None",
"OrganismName": "Pherbina coryleti",
"NormalName": "None",
"SpeciesIntro": "Pherbina coryleti is a species of fly in the family Sciomyzidae. It is found in the Palearctic . The larvae are aquatic and predators of freshwater snails.This article related to members of the muscomorph flies superfamily Sciomyzoidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943735905.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.02%[S:96.34%,D:1.68%],F:0.51%,M:1.46%,n:1367",
"GenomeSize": "872.810113",
"GenomeGC": "25.43086883",
"SeqNumber": "3396",
"N50": "562.689",
"PCGnumber": "45103",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3752,
"InsectBaseID": "IBG_01360",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Philonthus",
"TaxonomyID": "346820",
"Tags": "None",
"OrganismName": "Philonthus cognatus",
"NormalName": "None",
"SpeciesIntro": "Philonthus cognatus is a rove beetle. Adults are 8 to 10 mm long. They are mainly black in colour, although the elytra have a metallic sheen, and are profusely pitted. A distinctive feature of this species is that the underside of the first antennal segment is yellow, contrasting with the black upperside. It is a common species in Britain.This Staphylinidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932526485.1",
"GenomeLevel": "Scaffold",
"Busco": "C:86.54%[S:85.59%,D:0.95%],F:0.73%,M:12.73%,n:1367",
"GenomeSize": "909.491733",
"GenomeGC": "27.54086793",
"SeqNumber": "1091",
"N50": "2006.537",
"PCGnumber": "101906",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3753,
"InsectBaseID": "IBG_01361",
"Order": "Coleoptera",
"Family": "Silphidae",
"Genus": "Phosphuga",
"TaxonomyID": "414934",
"Tags": "None",
"OrganismName": "Phosphuga atrata",
"NormalName": "None",
"SpeciesIntro": "Phosphuga is a European genus of carrion beetle, whose sole member is the species Phosphuga atrata. The beetle is up to 15mm long and has an elongated neck that it uses to reach into snail shells, which it sprays with a digestive fluid. The beetle feeds on live snails, insects and earthworms, as well as on carrion. Newly moulted beetles are brownish in color, older ones are black. The larvae are black and flattened and feed on snails as well. They pupate in the ground. Adults are flightless, lacking flight muscles.Although they are widely distributed, they are seldom found, because they hunt at night and hide during the day, often under bark. When disturbed, they excrete a yellow fluid and retract their head under the shield.Range: Europe (including UK), Russia (European, Siberia, Far East, Kuriles), Turkey, Armenia, Azerbaijan, Georgia, Iran, Afghanistan, Kyrgyzstan, Kazakhstan, Tajikistan, Turkmenistan, Uzbekistan, Mongolia, Korea (N,S), Japan, India (Kashmir), China (Heilongjiang+); intro Iceland",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944567605.1",
"GenomeLevel": "Scaffold",
"Busco": "C:92.83%[S:90.49%,D:2.34%],F:0.88%,M:6.29%,n:1367",
"GenomeSize": "1139.234133",
"GenomeGC": "22.99841985",
"SeqNumber": "7153",
"N50": "404.699",
"PCGnumber": "147398",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3754,
"InsectBaseID": "IBG_01362",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Phragmatobia",
"TaxonomyID": "214311",
"Tags": "None",
"OrganismName": "Phragmatobia fuliginosa",
"NormalName": "None",
"SpeciesIntro": "Phragmatobia fuliginosa, the ruby tiger, is a moth of the family Erebidae.Subspecies include:Phragmatobia fuliginosa can be found in the Palearctic realm. It is present in most of Europe, in North Africa, Russia, Central Asia, Tibet, and in northern areas of North America.This species inhabits moist open forest and meadow areas, mixed hardwood forests at low elevations, open meadows or prairies and in agricultural areas at low elevations. It is common on low-growing plants, on high-roads, railway embankments and waste fields. On warm days in the winter the larvae sometimes leave their hiding-places and are then found on fieldpaths and roads, running about quickly.Phragmatobia fuliginosa has a wingspan of 35–45 mm. The ruby tiger has the thorax and forewings dark reddish brown with a blackish comma-shaped spot at the apex of the cell, edged with carmine. Hindwings are carmine, more or less hyaline in the costal area, with more or less confluent black spots before the margin and at the apex of the cell.The name-typical form ''Phragmatobia fuliginosa L. has the forewing rather densely scaled and the hindwing bright rose-red with distinct black spots. Underside strongly suffused with purple-pink.The eggs are reddish grey. The larva is light or dark grey with a black brown head. The entire body is covered with foxy red hairs. These hairs are always more black brown in placida, and sometimes so in fuliginosa. The pupa is black with the abdomen marked with yellow in the segmental incision.Phragmatobia fuliginosa borealis has vivid black markings and the red is confined to the sides of the abdomen and the anal part of the hindwing. Phragmatobia fuliginosa ab. subnigra Mill., that has very dark forewings, must not be confused with the northern form; it is scarcely darker than true fuliginosa, and not so strongly hyaline as borealis. In Phragmatobia fuliginosa ab. flavescens Schultz the abdomen and hindwing are yellow instead of red. The full species Phragmatobia amurensis Seitz, 1910 is a form of the same size as Phragmatobia fervida, but is in colour it is almost exactly like fuliginosa, the forewing however being broader. Phragmatobia pulverulenta Alph. is a transition to fervida, the forewing being lighter than in fuliginosa, more yellowish brown, and the hindwing lighter and clearer, more flesh-colour, and with well-defined marginal spots. Phragmatobia fuliginosa fervida Stgr., from Turkestan and northern China, is the largest and lightest form. The forewings are strongly tinged with yellowish red, and therefore almost the same colour as the hindwings, the latter bear strongly reduced dots. Phragmatobia placida Friv., from South-East Europe, Asia, Minor and Turkestan, is a very large form, usually regarded as a separate species [Phragmatobia placida (Frivaldszky, 1835)], with the forewing more triangular and uniformly dark brown, and the hindwing pure light pink spotted with black. The forewing bears a carmine dot at the upper angle of the cell.The moth flies from May to August depending on the location. It is double-brooded in the south of England, flying in April to June, and again in August and September. In the north it is a univoltine species, with just one generation in June.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932526455.1",
"GenomeLevel": "Contig",
"Busco": "C:99.93%[S:99.34%,D:0.59%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "630.605175",
"GenomeGC": "24.79437962",
"SeqNumber": "187",
"N50": "7519.488",
"PCGnumber": "30932",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3755,
"InsectBaseID": "IBG_01363",
"Order": "Diptera",
"Family": "Rhinophoridae",
"Genus": "Phyto",
"TaxonomyID": "1262321",
"Tags": "None",
"OrganismName": "Phyto melanocephala",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_941918875.1",
"GenomeLevel": "Contig",
"Busco": "C:93.57%[S:90.86%,D:2.71%],F:1.17%,M:5.27%,n:1367",
"GenomeSize": "708.67623",
"GenomeGC": "18.60612116",
"SeqNumber": "5687",
"N50": "226.609",
"PCGnumber": "29069",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3756,
"InsectBaseID": "IBG_01364",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Piruna",
"TaxonomyID": "2201591",
"Tags": "None",
"OrganismName": "Piruna pirus",
"NormalName": "None",
"SpeciesIntro": "Piruna pirus, the russet skipperling, is a species of intermediate skipper in the butterfly family Hesperiidae. It is found in North America.The MONA or Hodges number for Piruna pirus is 3983.This Hesperiidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018250935.1",
"GenomeLevel": "Contig",
"Busco": "C:0%[S:0.00%,D:0.00%],F:0.00%,M:100.00%,n:1367",
"GenomeSize": "357.797547",
"GenomeGC": "24.344201",
"SeqNumber": "402215",
"N50": "1.38",
"PCGnumber": "42269",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3757,
"InsectBaseID": "IBG_01365",
"Order": "Odonata",
"Family": "Platycnemididae",
"Genus": "Platycnemis",
"TaxonomyID": "126231",
"Tags": "None",
"OrganismName": "Platycnemis pennipes",
"NormalName": "None",
"SpeciesIntro": "The white-legged damselfly or blue featherleg (Platycnemis pennipes) is a damselfly of slow-flowing, muddy waters. It occurs from the Atlantic to Siberia and is often abundant throughout its range.Platycnemis pennipes is about 32 millimetres (1.3 in) long. Mature adults differ from most other blue damselflies in having expanded white edges to the tibiae, paired black markings down most of the abdomen, broad pale brown double antehumeral stripes, wider head and a pale brown pterostigmata.The male has a blue abdomen that is often pale and usually has a greenish thorax. The female is a very pale yellow-green colour with black markings.This species favours unshaded slow-flowing sections of muddy rivers with abundant floating vegetation. it has been recorded in tidal rivers and the larvae seem well able to tolerate brackish water. It also occurs in muddy streams but is rare in lakes or ponds of any sort. In north-west Europe, it is mostly confined to flowing waters.Mating is preceded by the male displaying his white legs in a fluttering display flight in front of females. Elongated eggs are laid whilst in tandem, into emergent stems and especially the underside of floating leaves. The larvae live amongst bottom debris and emerge after two years.After emerging, adults tend to congregate in the shelter of tall vegetation, although some immatures wander away from water and have been found five kilometres away from the nearest breeding site.This article related to Platycnemididae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_933228905.1",
"GenomeLevel": "Scaffold",
"Busco": "C:83.47%[S:83.03%,D:0.44%],F:4.46%,M:12.00%,n:1367",
"GenomeSize": "1504.156553",
"GenomeGC": "34.41375627",
"SeqNumber": "10522",
"N50": "447.275",
"PCGnumber": "156334",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3758,
"InsectBaseID": "IBG_01366",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Plebejus",
"TaxonomyID": "268707",
"Tags": "None",
"OrganismName": "Plebejus anna",
"NormalName": "None",
"SpeciesIntro": "Plebejus anna, or Anna's blue, is a species of blue in the butterfly family Lycaenidae. It is found in North America.Once considered as one species with the Northern Blue(Plejebus idas), they are now recognised as a distinct species. The Anna's blue can be very similar to the Melissa Blue in appearance. For the males they may be more bluish white and white outlines around the wings. As for the females they are known to be slightly varied such as having brown wings with orange submarginal bands which are often less developed than those that can be found on the Melissa Blue(Plejebus idas) and sometimes can be completely absent, and whitish outline on the wings. The Anna's normally takes fight during the summer (1 Brood).Larval food plant: Blueberry and other heaths, and legumes.The MONA or Hodges number for Plebejus anna is 4374.1.These six subspecies belong to the species Plebejus anna:This Polyommatini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018236805.1",
"GenomeLevel": "Contig",
"Busco": "C:60.35%[S:60.20%,D:0.15%],F:30.58%,M:8.56%,n:1367",
"GenomeSize": "269.096038",
"GenomeGC": "26.28370508",
"SeqNumber": "206582",
"N50": "2.041",
"PCGnumber": "48532",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3759,
"InsectBaseID": "IBG_01367",
"Order": "Diptera",
"Family": "Polleniidae",
"Genus": "Pollenia",
"TaxonomyID": "670595",
"Tags": "None",
"OrganismName": "Pollenia amentaria",
"NormalName": "None",
"SpeciesIntro": "Pollenia amentaria is a species of cluster fly in the family Polleniidae.Albania, Andorra, Armenia, Austria, Belgium, Bulgaria, China, Croatia, Czech Republic, Denmark, Finland, France, Germany, Great Britain, Greece, Hungary, Iran, Ireland, Italy, Macedonia, Morocco, Netherlands, Norway, Poland, Romania, Russia, Slovakia, Slovenia, Spain, Sweden, Switzerland, Ukraine, Yugoslavia.This article related to members of the fly family Polleniidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943735935.1",
"GenomeLevel": "Contig",
"Busco": "C:99.63%[S:98.83%,D:0.80%],F:0.15%,M:0.22%,n:1367",
"GenomeSize": "1262.528403",
"GenomeGC": "20.00003195",
"SeqNumber": "1558",
"N50": "2047.907",
"PCGnumber": "45608",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3760,
"InsectBaseID": "IBG_01368",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Polydrusus",
"TaxonomyID": "202137",
"Tags": "None",
"OrganismName": "Polydrusus cervinus",
"NormalName": "None",
"SpeciesIntro": "Polydrusus cervinus is a species of weevil native to Europe.This Curculionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_935413225.1",
"GenomeLevel": "Contig",
"Busco": "C:96.35%[S:95.25%,D:1.10%],F:0.22%,M:3.44%,n:1367",
"GenomeSize": "681.549653",
"GenomeGC": "25.99745862",
"SeqNumber": "2122",
"N50": "655.57",
"PCGnumber": "47088",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3761,
"InsectBaseID": "IBG_01369",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Protocalliphora",
"TaxonomyID": "226133",
"Tags": "None",
"OrganismName": "Protocalliphora azurea",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932273785.1",
"GenomeLevel": "Contig",
"Busco": "C:98.68%[S:98.02%,D:0.66%],F:0.37%,M:0.95%,n:1367",
"GenomeSize": "853.967505",
"GenomeGC": "14.79350049",
"SeqNumber": "1614",
"N50": "1535.847",
"PCGnumber": "21997",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3762,
"InsectBaseID": "IBG_01370",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Protodeltote",
"TaxonomyID": "708063",
"Tags": "None",
"OrganismName": "Protodeltote pygarga",
"NormalName": "None",
"SpeciesIntro": "Protodeltote pygarga, the marbled white spot, is a species of moth of the family Noctuidae. It is found in the Palearctic realm.It is found throughout Europe including Scandinavia. In the east the range over Asia minor, northern Iran, Afghanistan, southern Siberia, Central Asia, China then to Sakhalin, Korea, Japan and Taiwan. In the south in the countries bordering the Mediterranean including some islands. It is found up to 1000 m in the Alps.The wingspan is 20–26 mm. Forewing white, suffused with fuscous and black; inner and outer lines double, blackish; the inner filled in with grey and obscure; the outer with white, strongly excurved beyond cell; stigmata grey, with paler outlines; the orbicular round, the reniform kidney shaped; separated by black scaling, which also follows the reniform; claviform grey brown, edged with white at end, and followed by black scaling; submarginal line pale, preceded by dark shading which thins out towards inner margin; the space beyond outer line in lower half of wing more or less white; hindwing fuscous: the fringe whitish; - in the form albilinea Haw. the dark shading before submarginal line is so strongly developed to inner margin that the white space beyond outer line is reduced to a narrow line from costa to inner margin; in albomarginata Spul., owing to the scanty development of the shading the white reaches costa as a broad band; - in the form gueneei Fallou, from south-west France, the wing is suffused with rufous, or, as Fallou called it, nut brown.The moth flies from May to July depending on the location. They prefer moderately moist to dry forest clearings, cut forest, forest fringes, and bush areas. These range from pure hardwood forests to mixed to pure coniferous forests. Also in more open habitats: semi-dry turf, abandoned vineyards, hillsides, quarries and gravel pits.Larvae are green when young, later yellowish with broad reddish dorsal stripe and several fine reddish lateral lines. They feed on various grasses and can be double brooded in the south.The larvae are attached by the tachinid fly Ceromya silacea.This Acontiinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_936440985.2",
"GenomeLevel": "Contig",
"Busco": "C:96.78%[S:95.68%,D:1.10%],F:0.37%,M:2.85%,n:1367",
"GenomeSize": "409.353543",
"GenomeGC": "28.62787314",
"SeqNumber": "400",
"N50": "2545.534",
"PCGnumber": "21451",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3763,
"InsectBaseID": "IBG_01371",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "2585926",
"Tags": "None",
"OrganismName": "Pyrrhopyge creona",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245055.1",
"GenomeLevel": "Contig",
"Busco": "C:33.87%[S:33.80%,D:0.07%],F:48.43%,M:16.02%,n:1367",
"GenomeSize": "381.593644",
"GenomeGC": "25.32717369",
"SeqNumber": "358465",
"N50": "1.663",
"PCGnumber": "51616",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3764,
"InsectBaseID": "IBG_01372",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "2585932",
"Tags": "None",
"OrganismName": "Pyrrhopyge haemon",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245135.1",
"GenomeLevel": "Contig",
"Busco": "C:11.48%[S:11.41%,D:0.07%],F:56.25%,M:30.36%,n:1367",
"GenomeSize": "313.502833",
"GenomeGC": "25.80044723",
"SeqNumber": "482160",
"N50": "0.892",
"PCGnumber": "30927",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3765,
"InsectBaseID": "IBG_01373",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "2585938",
"Tags": "None",
"OrganismName": "Pyrrhopyge pelota",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246515.1",
"GenomeLevel": "Contig",
"Busco": "C:34.31%[S:34.24%,D:0.07%],F:49.82%,M:14.70%,n:1367",
"GenomeSize": "411.088023",
"GenomeGC": "25.28027556",
"SeqNumber": "365718",
"N50": "1.817",
"PCGnumber": "55202",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3766,
"InsectBaseID": "IBG_01374",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "2585945",
"Tags": "None",
"OrganismName": "Pyrrhopyge sadia",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245235.1",
"GenomeLevel": "Contig",
"Busco": "C:24.14%[S:24.14%,D:0.00%],F:53.77%,M:20.70%,n:1367",
"GenomeSize": "355.596569",
"GenomeGC": "25.84131176",
"SeqNumber": "414676",
"N50": "1.268",
"PCGnumber": "43003",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3767,
"InsectBaseID": "IBG_01375",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "2585954",
"Tags": "None",
"OrganismName": "Pyrrhopyge telassa croceimargo",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245995.1",
"GenomeLevel": "Contig",
"Busco": "C:41.92%[S:41.92%,D:0.00%],F:43.60%,M:13.02%,n:1367",
"GenomeSize": "400.416997",
"GenomeGC": "25.0938059",
"SeqNumber": "289851",
"N50": "2.252",
"PCGnumber": "52703",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3768,
"InsectBaseID": "IBG_01376",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Pyrrhopyge",
"TaxonomyID": "355101",
"Tags": "None",
"OrganismName": "Pyrrhopyge zenodorus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018245775.1",
"GenomeLevel": "Contig",
"Busco": "C:36.80%[S:36.80%,D:0.00%],F:47.55%,M:14.05%,n:1367",
"GenomeSize": "410.871548",
"GenomeGC": "25.29411942",
"SeqNumber": "317743",
"N50": "2.043",
"PCGnumber": "53819",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3769,
"InsectBaseID": "IBG_01377",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Rhingia",
"TaxonomyID": "226161",
"Tags": "None",
"OrganismName": "Rhingia campestris",
"NormalName": "None",
"SpeciesIntro": "Rhingia campestris is a species of hoverfly, 7–11 millimetres (0.3–0.4 in) long, with a wingspan of 12–18 mm (0.5–0.7 in). It is common across the Palearctic from March until November. It has a broad orange abdomen with a black line along the sides (the black line is absent along the sides of Rhingia rostrata), and has the distinctive long snout of all Rhingia species. Rhingia campestris is the main pollinator for many plant species and due to its long snout it can forage on tubulous flowers. Larvae are associated with cow dung. Adults males feed on nectar, while adult females feed on protein rich pollen, reflecting the cost of developing eggs.External imagesFor terms see Morphology of DipteraWing length 5·5–7 mm Snout straight, longer than the diameter of the eye in side view. Tergites with black hind edge and side margins and often with a black mark in the middle of the tergite. Pre-genital sternite black-haired. Tibiae red.See references for determinationPalearctic Fennoscandia South to the Pyrenees, Spain and the Mediterranean basin. Ireland East through Europe into European Russia and the Caucasus then to Siberia, Mongolia and the Russian Far East to the Pacific coast. Habitat: Wood and wetland occurring most frequently on land where cows are grazed. Can feed at pink flowers which have concealed nectar sources, making them unusable by other flies with less extended mouthparts.This article relating to Eristalinae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_932526435.1",
"GenomeLevel": "Contig",
"Busco": "C:98.39%[S:97.00%,D:1.39%],F:0.00%,M:1.61%,n:1367",
"GenomeSize": "664.408267",
"GenomeGC": "25.75189119",
"SeqNumber": "1366",
"N50": "2712.162",
"PCGnumber": "34525",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3770,
"InsectBaseID": "IBG_01378",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Rhogogaster",
"TaxonomyID": "1385029",
"Tags": "None",
"OrganismName": "Rhogogaster chlorosoma",
"NormalName": "None",
"SpeciesIntro": "Rhogogaster chlorosoma is a species of sawflies in the family Tenthredinidae.Rhogogaster chlorosoma can reach a length of 10–13 millimetres (0.39–0.51 in). It is one of the various green sawflies with a variable black pattern, but in this sawfly the black markings on the top of the abdomen are absent or quite reduced. Like other sawflies, this species lack the slender \"wasp-waist\" between the thorax and abdomen.Similar species are Rhogogaster viridis, that shows evident black marks on the upper surface of the abdomen and Rhogogaster punctulata, bearing black dots along the sides of the abdominal segments.Adults can mostly be encountered from May through July. They mainly feed on pollen and nectar of Heracleum sphondylium as well as small insects. The nocturnal larvae are polyphagous, feeding on the leaves of a variety of woody and herbaceous plants, mainly Sorbus, Quercus robur, Salix, Corylus avellana, Stellaria, Filipendula ulmaria, Alnus glutinosa, Rubus and Populus.It is widespread in most of Europe.This species prefers hedgerows and vegetated mountain areas.This sawfly-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944452905.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.69%[S:95.32%,D:0.37%],F:0.15%,M:4.17%,n:1367",
"GenomeSize": "245.050874",
"GenomeGC": "33.35413201",
"SeqNumber": "937",
"N50": "1558.262",
"PCGnumber": "36868",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3771,
"InsectBaseID": "IBG_01379",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Sabethes",
"TaxonomyID": "53552",
"Tags": "None",
"OrganismName": "Sabethes cyaneus",
"NormalName": "None",
"SpeciesIntro": "Sabethes (Sabethes) cyaneus is a species of mosquito that native to Central America and South America. This species is a disease vector of Zika virus. Larvae are facultative predators that use their siphon to grab prey (often other mosquito larvae) while submerged.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943734815.1",
"GenomeLevel": "Contig",
"Busco": "C:28.90%[S:28.46%,D:0.44%],F:1.76%,M:69.35%,n:1367",
"GenomeSize": "210.192198",
"GenomeGC": "28.43161667",
"SeqNumber": "2900",
"N50": "1166.089",
"PCGnumber": "9635",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3772,
"InsectBaseID": "IBG_01380",
"Order": "Diptera",
"Family": "Sarcophagidae",
"Genus": "Sarcophaga",
"TaxonomyID": "236850",
"Tags": "None",
"OrganismName": "Sarcophaga subvicina",
"NormalName": "None",
"SpeciesIntro": "Sarcophaga subvicina is a species of fly in the family Sarcophagidae. It is found in the Palearctic.This article related to members of the muscomorph flies superfamily Oestroidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_936440885.2",
"GenomeLevel": "Contig",
"Busco": "C:99.20%[S:98.32%,D:0.88%],F:0.07%,M:0.73%,n:1367",
"GenomeSize": "666.664662",
"GenomeGC": "24.78161517",
"SeqNumber": "1427",
"N50": "1891.271",
"PCGnumber": "24553",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3773,
"InsectBaseID": "IBG_01381",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Satarupa",
"TaxonomyID": "929994",
"Tags": "None",
"OrganismName": "Satarupa nymphalis",
"NormalName": "None",
"SpeciesIntro": " Satarupa nymphalis is a small butterfly found in the East Palearctic (SouthChina, Korea, Ussuri) that belongs to the skippers family.S. nymphalis Spr. (84 d). This large species differs from the Indian gopala Moore in the white spot of the cell being reniform and extending right across the cell to its hind margin. Palpi yellow. Amurland and almost the whole of North and Central China.This Pyrginae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018247495.1",
"GenomeLevel": "Contig",
"Busco": "C:51.13%[S:51.13%,D:0.00%],F:36.87%,M:10.61%,n:1367",
"GenomeSize": "318.67407",
"GenomeGC": "26.15037992",
"SeqNumber": "241584",
"N50": "2.307",
"PCGnumber": "49349",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3774,
"InsectBaseID": "IBG_01382",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Sericinus",
"TaxonomyID": "1678306",
"Tags": "None",
"OrganismName": "Sericinus montela",
"NormalName": "None",
"SpeciesIntro": "Sericinus is a genus of swallowtail butterflies placed in the subfamily Parnassiinae. The genus has a complex history and a multiplicity of names have been applied to its single species.Sericinus montela, the dragon swallowtail, is the only species, making the genus monotypic. It is found in the Russian Far East, Korea, China and Japan.Sericinus Westwood, 1851 (Transactions of the Entomological Society of London. NS I: 173), monobasictelamon Donovan (Sericinus Wood, 1877: Suicinus Draesecke, 1923) montela Gray, 1853.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018249675.1",
"GenomeLevel": "Contig",
"Busco": "C:60.13%[S:59.91%,D:0.22%],F:31.09%,M:7.75%,n:1367",
"GenomeSize": "553.136725",
"GenomeGC": "21.44393323",
"SeqNumber": "418000",
"N50": "3.585",
"PCGnumber": "61915",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3775,
"InsectBaseID": "IBG_01383",
"Order": "Lepidoptera",
"Family": "Sesiidae",
"Genus": "Sesia",
"TaxonomyID": "287197",
"Tags": "None",
"OrganismName": "Sesia bembeciformis",
"NormalName": "None",
"SpeciesIntro": "Sesia bembeciformis, the lunar hornet moth, is a moth of the family Sesiidae. It is found in Europe.The wingspan is 32–42 mm. The length of the forewings is 15–19 mm.Sesia bembeciformis is hardly distinguishable from its closest congener Sesia apiformis. However, apiformis has yellow 'epaulettes' on the \"shoulders\" directly above the wing bases; Sesia bembeciformis is dark coloured at this point except for the yellow neck ring.bembeciformis is also smaller and has a black head. In general, females are considerably larger than males. It resembles a big hornet (Vespa crabro) really well - an instance of mimicry.The moths appear in June, July and August, they are then found resting on the trunks of willows. These include sal willow (Salix caprea), ash willow (Salix cinerea) and ear willow (Salix aurita). The eggs are laid on the bark. The larvae first gnaw between the bark and the wood, but later crawl further into the stem. Larva development takes 3 – 4 years. The species has a hidden way of life, and the imago lives only briefly,[citation needed] which makes it easily overlooked.This article relating to the moth family Sesiidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943735985.1",
"GenomeLevel": "Contig",
"Busco": "C:96.57%[S:95.03%,D:1.54%],F:0.80%,M:2.63%,n:1367",
"GenomeSize": "466.228045",
"GenomeGC": "29.80807",
"SeqNumber": "1883",
"N50": "539.933",
"PCGnumber": "24375",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3776,
"InsectBaseID": "IBG_01384",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Sphaerophoria",
"TaxonomyID": "2735243",
"Tags": "None",
"OrganismName": "Sphaerophoria taeniata",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943591125.1",
"GenomeLevel": "Contig",
"Busco": "C:98.54%[S:97.59%,D:0.95%],F:0.07%,M:1.39%,n:1367",
"GenomeSize": "609.456052",
"GenomeGC": "27.48041938",
"SeqNumber": "935",
"N50": "2128.915",
"PCGnumber": "43630",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3777,
"InsectBaseID": "IBG_01385",
"Order": "Lepidoptera",
"Family": "Pterophoridae",
"Genus": "Stenoptilia",
"TaxonomyID": "1660692",
"Tags": "None",
"OrganismName": "Stenoptilia bipunctidactyla",
"NormalName": "None",
"SpeciesIntro": "Stenoptilia bipunctidactyla, also known as the twin-spot plume is a moth of the Pterophoroidea family found in North Africa, Asia and Europe. It was first described by the Austrian physician and naturalist, Giovanni Antonio Scopoli in 1763. It is one of four similar looking moths.The wingspan is 17–25 mm. The moths fly from dusk, in two overlapping generations from March to October, depending on location. They are also attracted to light.This moth may be an aggregate of species with similar looking wings and is part of the Stenoptilia bipunctidactyla group of four species which all look similar. The other moths of this group are,The larvae feed on devil's-bit scabious (Succisa pratensis), common toadflax (Linaria vulgaris), weasel's snout (Misopates orontium), small scabious (Scabiosa columbaria) and widow flower (Knautia species). There are differences in the early and intermediate larval instars which may be two different species or the variation may be due to diet, season or normal variation within the species. Larvae found on one foodplant can be reared on the other foodplant. They overwinter as an early instar. Spring generation larvae feed within a stem and some, later in a folded leaf, while the summer generation feed in the flowers.Pupae are attached to the larval foodplant or to a nearby stem.The twin-spot plume is found in Europe, Asia Minor, Syria, North Africa and Iran.This article on a moth of the family Pterophoridae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944452705.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.88%[S:97.15%,D:0.73%],F:0.73%,M:1.39%,n:1367",
"GenomeSize": "796.815271",
"GenomeGC": "26.43367901",
"SeqNumber": "1426",
"N50": "1284.148",
"PCGnumber": "46423",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3778,
"InsectBaseID": "IBG_01386",
"Order": "Diptera",
"Family": "Rhiniidae",
"Genus": "Stomorhina",
"TaxonomyID": "1606781",
"Tags": "None",
"OrganismName": "Stomorhina lunata",
"NormalName": "None",
"SpeciesIntro": "Stomorhina selgae Lehrer, 1979Stomorhina lunata is a species of fly in the family Rhiniidae first described by Johan Christian Fabricius in 1805.This species is present in most of Europe, the Afrotropical realm, the eastern Palearctic realm, the Near East and North Africa, the Indomalayan realm, and the Nearctic realm. These flies usually inhabit meadows.Stomorhina lunata can reach a length of 5–9 millimetres (0.20–0.35 in) and a wingspan of 13–16 millimetres (0.51–0.63 in). These distinctive, medium-sized blowflies are rather similar to the house flies, but they have a characteristic prominent proboscis, a longitudinally striped thorax and an abdomen with yellow and black bands. Males have large orange patches on the sides of tergites 3 and 4, while females only show grey dust patches.This distinctively marked species is often misidentified because of the unusual band pattern in the abdomen, typical of hoverflies.Stomorhina lunata is an important egg predator of some major African agricultural pests, the South African brown locust (Locustana pardalina), the more widespread desert locust (Schistocerca gregaria), and the migratory locust (Locustana migratoria).Adults are migratory and are present from July to October. They can usually be found feeding on nectar and pollen of umbellifer flowers (Apiaceae) and of Asteraceae species (mainly Scorzoneroides autumnalis, Tanacetum vulgare, Anthriscus sylvestris, Erysimum cheiranthoides, Filipendula ulmaria).",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_933228635.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.41%[S:97.95%,D:1.46%],F:0.29%,M:0.29%,n:1367",
"GenomeSize": "747.341097",
"GenomeGC": "16.02525533",
"SeqNumber": "4151",
"N50": "471.405",
"PCGnumber": "26851",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3779,
"InsectBaseID": "IBG_01387",
"Order": "Lepidoptera",
"Family": "Sesiidae",
"Genus": "Synanthedon",
"TaxonomyID": "1108569",
"Tags": "None",
"OrganismName": "Synanthedon andrenaeformis",
"NormalName": "None",
"SpeciesIntro": "Synanthedon andrenaeformis, the orange-tailed clearwing, is a moth of the family Sesiidae. It is known from most of Europe. It is also present in the Near East. This moth has two distinct yellow bands on the abdomen, and sometimes they have additional faint bands. The antennae are black . The wingspan is 18–22 mm. Adults are on wing between May and June in western Europe.The larvae feed on Viburnum lantana and Viburnum opulus. They bore the stem of their host plant. The larvae live for two years or more.This article relating to the moth family Sesiidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_936447275.2",
"GenomeLevel": "Contig",
"Busco": "C:91.15%[S:88.37%,D:2.78%],F:1.17%,M:7.68%,n:1367",
"GenomeSize": "320.552992",
"GenomeGC": "27.65014497",
"SeqNumber": "2650",
"N50": "222.394",
"PCGnumber": "24723",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3780,
"InsectBaseID": "IBG_01388",
"Order": "Lepidoptera",
"Family": "Sesiidae",
"Genus": "Synanthedon",
"TaxonomyID": "301036",
"Tags": "None",
"OrganismName": "Synanthedon formicaeformis",
"NormalName": "None",
"SpeciesIntro": "Synanthedon formicaeformis, the red-tipped clearwing, is a moth of the family Sesiidae and can be found in all of Europe, the eastern Palearctic realm, and the Near East. The larvae sometimes form pear-shaped galls on willows (Salix spp). It was first described by Eugenius Johann Christoph Esper in 1783.The eggs are laid in axils, bark crevices or stump edges of Salix species from the end of May to late-July.The larvae feed inside the stems of various Salix species, including Salix viminalis. According to Heath and Emmet (1985) the larvae give little external sign apart from a slight browning, and at the edge of a broken stem frass may be seen. The larvae feed between the wood and the bark and can be found in their tunnels when the bark is peeled back. When there are galls they can be pear-shaped, or a ″peculiar shape″ with the ″diameter of the stem above the gall greater than that below, which continues for some distance″. Galls can be similar to the sallow clearwing (Synanthedon flaviventris).The pupa is 12–14 mm long and does not make a cocoon. The emergence holes have a diameter of circa 2.5 mm and before pupation can be hidden by a thin cap. The exuviae can remain protruding from the emergence holes for some time.The wingspan is 17–19 mm. Adults have clear wings, which are covered in scales only on the wing veins, the discal area and the wing edges. They have reddish patches at the tips of the forewings.The forewings are reddish coloured on the edges. The fringes are brownish. The discal stain is crescent-shaped, olive or reddish brown and extends from the front to the back edge. The hindwings have a narrow dark edge, as well as a small black-brown discal stain. The antennae, head, thorax and abdomen shine blue black. A red ring is located respectively on the fourth and fifth segment of the abdomen. Sometimes, also the sixth segment is reddish in colour. The hind tufts are strongly fan shaped, blue-black in colour, clear yellowish white on the sides. There is a certain similarity to Pyropteron chrysidiformis.Adults are on wing from May to July, at higher elevations until August. They are particularly active in the sunshine and visit the flowers of different plants, such as those of elderberry Sambucus nigra, Origanum vulgare, Jacobaea vulgaris, Ligustrum vulgare and Rubus idaeus.Content in this edit is translated from the existing German Wikipedia article at de:Synanthedon formicaeformis; see its history for attribution.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_945859765.1",
"GenomeLevel": "Contig",
"Busco": "C:95.83%[S:95.10%,D:0.73%],F:0.22%,M:3.95%,n:1367",
"GenomeSize": "307.523041",
"GenomeGC": "28.11022768",
"SeqNumber": "380",
"N50": "2014.889",
"PCGnumber": "22564",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3781,
"InsectBaseID": "IBG_01389",
"Order": "Lepidoptera",
"Family": "Sesiidae",
"Genus": "Synanthedon",
"TaxonomyID": "1108570",
"Tags": "None",
"OrganismName": "Synanthedon myopaeformis",
"NormalName": "None",
"SpeciesIntro": "Synanthedon myopaeformis is a moth of the family Sesiidae and the order Lepidoptera. In Europe it is known as the red-belted clearwing and in North America as the apple clearwing moth. The larvae create galleries under the bark of fruit trees, especially old trees with damaged trunks. During this process, the larvae cause significant damage to host trees. Particular attention has been paid to the damage they cause to apple trees. Their status as a pest of apple orchards has led to many research projects aimed at controlling populations of the moth. This moth is native to Europe, the Near East and North Africa. Recently, the moth was introduced into North America, being first detected in Canada in 2005. There are several organisms that threaten the larvae, including parasitoids, nematodes, and bacteria.Synanthedon myopaeformis is native to north Africa, western Asia, and Europe, where it is known as the red-belted clearwing moth. In 2005, it was discovered in southwestern Canada and has since been found in the United States. Throughout North America, S. myopaeformis is known as the apple clearwing moth because of its status as a pest of apple trees.Adults are blue-black in color with a dark orange-red stripe across their segmented abdomen. The moths have short, bushy tails. Their wings are clear in the middle with dark edges framed by short fringe. Wingspan varies between 1.8 and 2.8 cm at the forewings, with forewings narrower and longer than hindwings.Caterpillars are 2.5 cm long, with off-white bodies and a reddish-brown head.Pupae are around 1.5 cm long, and are golden brown with two tubercles, short projections, protruding from their heads. They can be seen sticking out of the bark of apple trees.Because the life cycle of the moth is dependent on host trees, S. myopaeformis is found predominately near apple orchards. They are also found in gardens, woodlands and hedgerows. The larvae feed under the bark of apple trees, crab apples, pears, quinces, plums, cherries, apricots, hawthorn and mountain ash, favoring old cankerous trees.In Canada, it has been found that both male and female moths are attracted to the flowers of showy milkweed (Asclepias speciosa) and that it is the phenylacetaldehyde produced by the flowers that attracts them. This substance can be used in monitoring populations of the moth or in mass-trapping them.[10]Each female can lay up to 250 eggs. Eggs are laid singly on the bark of host trees, typically in cracks or damaged areas of the trunk and branches.After hatching, larvae bore into the bark of the host trees, digging into the phloem of the tree. As they bore through the tree, they leave trails of waste that are visible from the outside of the tree. Larvae mature on the host tree for two years. During warm weather, the caterpillars move along the bark of the tree feeding on young plant tissues, including the buds of apple trees. At the beginning of winter, the caterpillars once again bore into the tree to spend the cold season under the bark. They emerge in early spring to feed. Larvae repeat this feeding – wintering cycle once more before emerging and boring a final hole in the bark in which to pupate.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944738625.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.86%[S:91.59%,D:2.27%],F:0.51%,M:5.63%,n:1367",
"GenomeSize": "277.142348",
"GenomeGC": "28.12439043",
"SeqNumber": "2009",
"N50": "235.317",
"PCGnumber": "21904",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3782,
"InsectBaseID": "IBG_01390",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Tachina",
"TaxonomyID": "631329",
"Tags": "None",
"OrganismName": "Tachina lurida",
"NormalName": "None",
"SpeciesIntro": "Tachina lurida is a species of fly in the genus Tachina of the family Tachinidae that can be found everywhere in Europe, except for Albania, Belarus, Estonia, Ireland, Liechtenstein, Lithuania, Luxembourg, Monaco, San Marino, Scandinavia, Slovenia, Vatican City, and various European islands.This article related to members of the fly genus Tachina is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944452685.1",
"GenomeLevel": "Contig",
"Busco": "C:95.03%[S:94.15%,D:0.88%],F:0.66%,M:4.32%,n:1367",
"GenomeSize": "857.411611",
"GenomeGC": "22.44993438",
"SeqNumber": "3952",
"N50": "502.21",
"PCGnumber": "35970",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3783,
"InsectBaseID": "IBG_01391",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Tagiades",
"TaxonomyID": "1469280",
"Tags": "None",
"OrganismName": "Tagiades litigiosa",
"NormalName": "None",
"SpeciesIntro": "Tagiades litigiosa, the water snow flat, is a butterfly belonging to the family Hesperiidae which is found in India, Sri Lanka, and Myanmar.Male. Upper.side. Forewing black, usually more densely black than in Tagiades menaka, markings similar except for two extra spots, one below the cell spot at the origin of vein 5, and the other in the middle of first median interspace, bringing the four spots (including the sub-costal spot) into a slightly curved Hue. Hindwing with the white space generally smaller than in T. menaka, the marginal spots similar, the two black spots within the white space absent. Underside. Forewing paler, markings as above, Hindwing like the underside of menaka, the black spots larger; palpi, legs, head and body above and below similar.Female similar to the male, the semi-hyaline spots on the forewing and the black spots on the hindwing larger, the two large black spots on the inner side of the black apical band half inside the white space as in the female of T. menaka.The larvae feed on Dioscorea oppositifolia, Dioscorea alata and Smilax species.This Pyrginae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018248735.1",
"GenomeLevel": "Contig",
"Busco": "C:60.20%[S:60.13%,D:0.07%],F:29.33%,M:9.29%,n:1367",
"GenomeSize": "272.161825",
"GenomeGC": "23.86132699",
"SeqNumber": "213802",
"N50": "2.329",
"PCGnumber": "46245",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3784,
"InsectBaseID": "IBG_01392",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Teinopalpus",
"TaxonomyID": "157461",
"Tags": "None",
"OrganismName": "Teinopalpus imperialis",
"NormalName": "None",
"SpeciesIntro": "Teinopalpus imperialis, the Kaisar-i-Hind, is a rare species of swallowtail butterfly found from Nepal and north India east to north Vietnam. The common name literally means \"emperor of India\". The Kaisar-i-Hind is much sought after by butterfly collectors for its beauty and rarity.[citation needed] The green iridescence of the wings has been found to be due to three-dimensional photonic structure of the scales and is the subject of much research.The Kaisar-i-Hind has a predominantly green swallowtail. The male has a bright chrome-yellow patch on each hind wing.The following descriptions are from Charles Thomas Bingham (1907) The Fauna of British India, Including Ceylon and Burma, Butterflies Volume 2.Upperside black, densely irrorated with green scales. Forewing: an outwardly oblique, slightly concave subbasal band and a narrow terminal edging jet-black due to the ground colour there being devoid of the green scaling; beyond the subbasal band the irroration of scales a much brighter green, especially along the outer edge of the subbasal band itself; but along obscure, broad and convergent discal and postdiscal transverse bands and along a subterminal much narrower band, the green scaling thins out and the black ground colour of the wing shows through; in some specimens, owing to the transparency of the wings, the rich ochraceous-brown colour of the underside gives the black on these bands a reddish tint. Hindwing: basal area margined outwardly by a narrow irregularly sinuous band devoid of green scaling, succeeded by an upper discal bright chrome-yellow patch that spreads from base of interspace 3 across the apex of the cell and bases of interspaces 4 and 5 to the costa; this patch is bluntly angulated outwards in interspace 5, stained with orange anteriorly and bordered outwardly by black which is widest above; below the patch a white line extends to the dorsum; the postdiscal area is deep dark green, margined inwardly by diffuse dark grey and followed outwardly by a subterminal series of lunular markings, the tornal and upper two or three of which are yellow, the rest bright green; tail tipped with yellow. Underside: basal area of both forewings and hindwings densely covered with green scales. Forewing: terminal two-thirds rich ochraceous brown, the green of the basal area bordered by black; discal and postdiscal bands also black, widened and diffusely coalescent posteriorly; an incomplete, very slender subterminal black line and broader black terminal edging, neither of which reaches to the apex. Hindwing much as on the upperside, but the yellow marking broader. Antennae dark red; head, thorax and abdomen black, covered somewhat densely with green hairs and scales.Much larger, differs also in coloration and markings as follows: Upperside, forewings: the irroration of green scales on the terminal two-thirds restricted to a sub-terminal moderately broad band diffuse along its inner edge, and a medial somewhat ill-defined similar band that is bordered both on the inner and outer sides by diffuse dusky black; this is succeeded by two broad diffuse transverse dark grey bands, the outer of the two edged on its outer side narrowly with black, followed by a subterminal green band and terminal velvety-black margin. Hindwing: the upper discal yellow patch so conspicuous in the male, replaced by a very much larger dark grey patch, below which comparatively narrow markings of yellow extend up to the dorsum; a postdiscal sinuous lunular narrow black band and a subterminal series of green lunules as in the male, but the apical lunule dark grey, not yellow; the tail-like extensions of the termen at the apices of veins 3 to 6 are black shaded with green, those at the apices of veins 4 and 6 tipped, the former with yellow the latter with greenish-white. Underside similar to the underside in the male, but on both forewing and hindwing the areas coloured with rich ochraceous and yellow are grey, with the exception of a well-marked moderately broad subterminal band on the forewing which is of a dull ochraceous colour; on the hindwing the grey discal area extends right up to the apical lunule of the subterminal series. Antennae, head, thorax and abdomen as in the male.The larva of this butterfly, according to Mr. Knyvett, feeds on Daphne nipalensis, but no description of that is available. It is difficult to separate the Sikkim form of this insect, even as a race. The points of difference between it and the Assam form are extremely variable, and the most prominent of these, that is, the paler tint of the grey area on the upperside of the hindwing in the female, is perhaps the most variable of all the characters. An Assam specimen of the female in the collection of the British Museum is far and away paler than any Sikkim specimen I have seen. Mr. Elwes says that in Sikkim this insect is only found in the forest region from about 6,000 to 10,000 feet (1,800 to 3,000 m) elevation, and that \"it is most difficult to capture on account of its remarkably strong, rapid and dashing flight, and its habit of resting on high trees from which it flies only during a few hours of the morning\" (Elwes, Transactions of the Entomological Society of London 1888, p. 421). The females are much scarcer than the males. The butterfly is found in small pockets of Nepal, Bhutan and along the Eastern Himalayas in India (West Bengal, Meghalaya, Assam, Sikkim and Manipur). It is also found in northern Myanmar, northern Vietnam and in the Sichuan province of China. Mostly seen above 6,000 feet (1,800 m).The Kaisar-i-Hind is a local and rare butterfly which is protected by Indian and Nepalese law. Protection enforcement in these countries not being effective; it is hunted and collectors pay high prices.: 19 The government of Arunachal Pradesh recently adopted Kaisar-i-Hind as its state butterfly The two species of Kaisar-i-Hind were listed in CITES Appendix II from 1987 onwards.: 5 ",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246355.1",
"GenomeLevel": "Contig",
"Busco": "C:68.77%[S:68.62%,D:0.15%],F:24.29%,M:6.00%,n:1367",
"GenomeSize": "478.053207",
"GenomeGC": "23.86211542",
"SeqNumber": "152203",
"N50": "5.488",
"PCGnumber": "41824",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3785,
"InsectBaseID": "IBG_01393",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Tenthredo",
"TaxonomyID": "222778",
"Tags": "None",
"OrganismName": "Tenthredo mesomela",
"NormalName": "None",
"SpeciesIntro": "Tenthredo mesomela is a sawfly species of the family Tenthredinidae (common sawflies), subfamily Tenthredininae.Tenthredo mesomela can reach a length of about 10–15 millimetres (0.39–0.59 in). These sawflies have a yellow to apple green body with black head, thorax and upperside of the abdomen, while pronotum and scutellum are yellow. They are distinguished from the very similar species of the genus Rhogogaster by the position of the eyes and by their black pterostigma (Rhogogaster species have a green stigma).The adults can be encountered from May through July feeding on small insects and on nectar and pollen of flowers (especially on Apiaceae species). The larvae feed at night on leaves of buttercup (Ranunculus species) and Persicaria species (Polygonaceae).This species can be found in meadows, roadsides and forest edges in most of Europe.This sawfly-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943736035.1",
"GenomeLevel": "Contig",
"Busco": "C:99.34%[S:99.05%,D:0.29%],F:0.15%,M:0.51%,n:1367",
"GenomeSize": "387.714376",
"GenomeGC": "29.4572438",
"SeqNumber": "1743",
"N50": "646.674",
"PCGnumber": "49680",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3786,
"InsectBaseID": "IBG_01394",
"Order": "Diptera",
"Family": "Conopidae",
"Genus": "Thecophora",
"TaxonomyID": "1219171",
"Tags": "None",
"OrganismName": "Thecophora atra",
"NormalName": "None",
"SpeciesIntro": "Thecophora atra is a species of small fly in the family Conopidae subfamily Myopinae.This species is mainly present in Belgium, British Isles, France, Germany, Italy, Poland, Portugal, Spain and Switzerland.Thorax and abdomen of this very small conopid is mainly greyish-black. The head is quite large, the snout is elongated with narrow white cheeks, the large eyes are reddish, the second segment of antennae is much longer than the third and femur 1 and 2 are brown or black, while femur 3 is yellowish on its basal half.The adults of this fly grow up to 5–6 millimetres (0.20–0.24 in) long and can be encountered from May through October feeding on nectar of Asteraceae species, mainly of Crepis biennis and Leucanthemum species.Their larvae are endoparasites of small solitary bees, probably of the genus Halictus and Lasioglossum (Halictidae species).",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_937641085.1",
"GenomeLevel": "Contig",
"Busco": "C:84.06%[S:83.47%,D:0.59%],F:0.37%,M:15.58%,n:1367",
"GenomeSize": "231.587446",
"GenomeGC": "31.85144328",
"SeqNumber": "276",
"N50": "2806.05",
"PCGnumber": "32997",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3787,
"InsectBaseID": "IBG_01395",
"Order": "Hymenoptera",
"Family": "Tiphiidae",
"Genus": "Tiphia",
"TaxonomyID": "330862",
"Tags": "None",
"OrganismName": "Tiphia femorata",
"NormalName": "None",
"SpeciesIntro": "Tiphia femorata, often known as a beetle-killing wasp or common tiphiid wasp, is a species of wasp belonging to the family Tiphiidae, subfamily Tiphiinae.Subspecies include:This species is present in most of Europe, the eastern Palearctic realm, and North Africa. It mainly inhabits warmer, dry and semi-arid grasslands and meadows.The adult males grow up to 5–12 mm (0.20–0.47 in) long, while females reach 5–15 mm (0.20–0.59 in). The body is completely black, light haired, and the tibiae and femora of the middle and rear pairs of legs are reddish brown. Rather similar species are Tiphia minuta and Tiphia unicolor.It is a univoltine species. These wasps can be encountered from June through September feeding on nectar and pollen of flowers (especially on Apiaceae species).Like most members of Tiphiidae, T. femorata parasitizes by stinging the larvae of various species of Scarabaeidae, though especially hunts beetles of Amphimallon solstitiale. The females can smell larvae of beetles in the soil, then they dig up and drop an egg in their victims. The larvae of T. femorata feed externally on the grubs.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_944319705.1",
"GenomeLevel": "Contig",
"Busco": "C:92.17%[S:90.78%,D:1.39%],F:0.59%,M:7.24%,n:1367",
"GenomeSize": "273.622424",
"GenomeGC": "38.36534282",
"SeqNumber": "1034",
"N50": "657.099",
"PCGnumber": "19911",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3788,
"InsectBaseID": "IBG_01396",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Toxidia",
"TaxonomyID": "1377565",
"Tags": "None",
"OrganismName": "Toxidia parvulus",
"NormalName": "None",
"SpeciesIntro": "Toxidia parvula, the parvula skipper or banded grass-skipper, is a butterfly of the family Hesperiidae. It is found in the Australian Capital Territory, New South Wales, Queensland and Victoria.The wingspan is about 20 mm.The larvae feed on Poaceae species. They construct a shelter made from a curled leaf of their host plant. It rests in this shelter during the day. Pupation takes place inside the shelter.This Hesperiidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246095.1",
"GenomeLevel": "Contig",
"Busco": "C:22.53%[S:22.46%,D:0.07%],F:51.21%,M:24.58%,n:1367",
"GenomeSize": "413.584373",
"GenomeGC": "24.15525066",
"SeqNumber": "649935",
"N50": "0.929",
"PCGnumber": "33038",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3789,
"InsectBaseID": "IBG_01397",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Tribolium",
"TaxonomyID": "7072",
"Tags": "None",
"OrganismName": "Tribolium freemani",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_939628115.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:89.90%,D:9.95%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "269.169934",
"GenomeGC": "28.8282487",
"SeqNumber": "11",
"N50": "32307.706",
"PCGnumber": "25039",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3790,
"InsectBaseID": "IBG_01398",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Trogonoptera",
"TaxonomyID": "129452",
"Tags": "None",
"OrganismName": "Trogonoptera brookiana",
"NormalName": "None",
"SpeciesIntro": "Trogonoptera brookiana, Rajah Brooke's birdwing, is a birdwing butterfly from the rainforests of the Thai-Malay Peninsula, Borneo, Natuna, Sumatra, and various small islands west of Sumatra (Banyak, Simeulue, Batu and Mentawai). The butterfly was named by the naturalist Alfred Russel Wallace in 1855, after James Brooke, the Rajah of Sarawak. The larval host plants are Aristolochia acuminata and A. foveolata. Adults sip flower nectar from plants such as Bauhinia. Rajah Brooke's birdwing is a protected species, listed under Appendix II of CITES, meaning that international export is restricted to those who have been granted a permit. It is the national butterfly of Malaysia.Both sexes resemble the more restricted relative, the Palawan birdwing, but males of Rajah Brooke's birdwing have more green to the hindwings. The wingspan of Rajah Brooke's birdwing is 15–17 cm (5.9–6.7 in). The wings of males are mainly black. Each forewing has seven tooth-shaped electric-green markings, while there is a relatively large electric-green patch on the hindwings. The head is bright red and the body is black with red markings. The wings of females are browner with prominent white flashes at the tips of the forewings and at the base of the hindwings.Genus: Trogonoptera Rippon, 1890",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018247935.1",
"GenomeLevel": "Contig",
"Busco": "C:64.23%[S:64.16%,D:0.07%],F:27.14%,M:7.75%,n:1367",
"GenomeSize": "265.14186",
"GenomeGC": "25.81752651",
"SeqNumber": "181009",
"N50": "2.264",
"PCGnumber": "51449",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3791,
"InsectBaseID": "IBG_01399",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Troides",
"TaxonomyID": "2572216",
"Tags": "None",
"OrganismName": "Troides rhadamantus plateni",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018246435.1",
"GenomeLevel": "Contig",
"Busco": "C:87.64%[S:86.98%,D:0.66%],F:9.22%,M:3.00%,n:1367",
"GenomeSize": "448.501506",
"GenomeGC": "29.91717312",
"SeqNumber": "366098",
"N50": "3.668",
"PCGnumber": "107902",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3792,
"InsectBaseID": "IBG_01400",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Udranomia",
"TaxonomyID": "355197",
"Tags": "None",
"OrganismName": "Udranomia orcinus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018247775.1",
"GenomeLevel": "Contig",
"Busco": "C:66.94%[S:66.79%,D:0.15%],F:25.60%,M:6.73%,n:1367",
"GenomeSize": "336.23589",
"GenomeGC": "26.41225569",
"SeqNumber": "196019",
"N50": "3.331",
"PCGnumber": "42907",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3793,
"InsectBaseID": "IBG_01401",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Urbanus",
"TaxonomyID": "355203",
"Tags": "None",
"OrganismName": "Urbanus esmeraldus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018251975.1",
"GenomeLevel": "Contig",
"Busco": "C:46.74%[S:46.67%,D:0.07%],F:39.94%,M:11.70%,n:1367",
"GenomeSize": "352.927219",
"GenomeGC": "24.59938149",
"SeqNumber": "356446",
"N50": "1.693",
"PCGnumber": "42731",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3794,
"InsectBaseID": "IBG_01402",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Urbanus",
"TaxonomyID": "2201613",
"Tags": "None",
"OrganismName": "Urbanus velinus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018251995.1",
"GenomeLevel": "Contig",
"Busco": "C:48.28%[S:48.21%,D:0.07%],F:40.09%,M:10.90%,n:1367",
"GenomeSize": "377.465077",
"GenomeGC": "23.90421962",
"SeqNumber": "335094",
"N50": "2.09",
"PCGnumber": "45803",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3795,
"InsectBaseID": "IBG_01403",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Venada",
"TaxonomyID": "355219",
"Tags": "None",
"OrganismName": "Venada nevada",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_018251155.1",
"GenomeLevel": "Contig",
"Busco": "C:37.67%[S:37.67%,D:0.00%],F:46.60%,M:14.41%,n:1367",
"GenomeSize": "425.884679",
"GenomeGC": "22.43826644",
"SeqNumber": "401680",
"N50": "1.612",
"PCGnumber": "37106",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3796,
"InsectBaseID": "IBG_01404",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Xestia",
"TaxonomyID": "997545",
"Tags": "None",
"OrganismName": "Xestia sexstrigata",
"NormalName": "None",
"SpeciesIntro": "The six-striped rustic (Xestia sexstrigata) is a moth of the family Noctuidae. It is distributed throughout Europe apart from the far south east.This is a fairly small species with a wingspan of 36–38 mm. It has pale brown forewings marked with six dark fascia although some of these can be indistinct. The hindwings are pale buff, darker towards the margin.Forewing greyish rufous, the veins dark grey; stigmata with dark outlines; the claviform with the apex only marked; orbicular sometimes paler; lines and shades all dark and distinct; hindwing luteous fuscous, darker towards termen; fringe yellowish.The moth flies at night in July and August and is attracted to light and sugar, as well as the flowers of ragwort.Larva yellowish brown; dorsal and subdorsal lines pale, the latter black -edged above. The larva feeds on various herbaceous plants including dock, plantain and various grasses. The species overwinters as a larva.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_941918865.2",
"GenomeLevel": "Contig",
"Busco": "C:96.71%[S:96.56%,D:0.15%],F:0.44%,M:2.85%,n:1367",
"GenomeSize": "604.578328",
"GenomeGC": "25.18653679",
"SeqNumber": "867",
"N50": "1597.079",
"PCGnumber": "27618",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3797,
"InsectBaseID": "IBG_01405",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Xylocampa",
"TaxonomyID": "1870430",
"Tags": "None",
"OrganismName": "Xylocampa areola",
"NormalName": "None",
"SpeciesIntro": "The Early Grey (Xylocampa areola) is a species of moth of the family Noctuidae. It is found in Europe and Morocco.The wingspan is 32–40 mm. Seitz describes it - Forewing pale grey varied with darker, darkest in median and marginal areas ; veins black-speckled ; a black streak from base on submedian fold, with a whitish patch above it; the two lines black, approximating below median, conversely edged with white; orbicular and reniform stigmata large, 8-shaped, pale grey, with darker centres, the orbicular projecting obliquely below median and connected there with reniform; submarginal line white, serrate, followed by a row of black marginal lunules; fringe deep, grey mottled with paler; hindwing pale grey, the cell spot, veins, and outer line darker: in the form suffusa Tutt the dark median area below the stigmata becomes blackish and forms with the black streak from base a curved black marking. The larva is dull pinkish ochreous, with a paler dorsal line and dark brown blotches on dorsum on segments 7 and 8; the 11th segment is slightly humped.The moth flies from February to May depending on the location.The larvae feed on honeysuckle (Lonicera species).This Noctuidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_935412865.1",
"GenomeLevel": "Contig",
"Busco": "C:92.53%[S:91.29%,D:1.24%],F:0.29%,M:7.17%,n:1367",
"GenomeSize": "538.771836",
"GenomeGC": "26.80367",
"SeqNumber": "1517",
"N50": "700.934",
"PCGnumber": "25627",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3798,
"InsectBaseID": "IBG_01406",
"Order": "Lepidoptera",
"Family": "Yponomeutidae",
"Genus": "Yponomeuta",
"TaxonomyID": "263933",
"Tags": "None",
"OrganismName": "Yponomeuta sedellus",
"NormalName": "None",
"SpeciesIntro": "None",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_934044855.1",
"GenomeLevel": "Contig",
"Busco": "C:46.90%[S:46.31%,D:0.59%],F:1.17%,M:51.94%,n:1367",
"GenomeSize": "318.781889",
"GenomeGC": "29.78359665",
"SeqNumber": "1955",
"N50": "520.05",
"PCGnumber": "15869",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3799,
"InsectBaseID": "IBG_01407",
"Order": "Lepidoptera",
"Family": "Ypsolophidae",
"Genus": "Ypsolopha",
"TaxonomyID": "1870436",
"Tags": "None",
"OrganismName": "Ypsolopha sequella",
"NormalName": "None",
"SpeciesIntro": "Ypsolopha sequella is a moth of the family Ypsolophidae. It is found in Europe and Anatolia.The wingspan is 18–20 mm. The moth flies from July to September depending on the location.The larvae feed on willow, maple and Tilia.This article relating to the family Ypsolophidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_934041175.1",
"GenomeLevel": "Contig",
"Busco": "C:98.24%[S:97.07%,D:1.17%],F:0.37%,M:1.39%,n:1367",
"GenomeSize": "835.220011",
"GenomeGC": "29.21210601",
"SeqNumber": "2892",
"N50": "632.938",
"PCGnumber": "42709",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3800,
"InsectBaseID": "IBG_01408",
"Order": "Orthoptera",
"Family": "Acrididae",
"Genus": "Locusta",
"TaxonomyID": "7004",
"Tags": "edible insect;medicinal insect;pest;",
"OrganismName": "Locusta migratoria_v2",
"NormalName": "migratory locust",
"SpeciesIntro": "Locusta migratoria is the most widespread locust species, and the only species in the genus Locusta. It occurs throughout Africa, Asia, Australia and New Zealand. It used to be common in Europe but has now become rare there. Because of the vast geographic area it occupies, which comprises many different ecological zones, numerous subspecies have been described. However, not all experts agree on the validity of some of these subspecies.",
"Intro_from": "Wikipedia",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_026315105.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:96.78%,D:2.63%],F:0.29%,M:0.29%,n:1367",
"GenomeSize": "6303.86",
"GenomeGC": "41.5",
"SeqNumber": "2534",
"N50": "55705.6",
"PCGnumber": "24961",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3900,
"InsectBaseID": "IBG_03001",
"Order": "Coleoptera",
"Family": "Lampyridae",
"Genus": "Abscondita",
"TaxonomyID": "2740424",
"Tags": "None",
"OrganismName": "Abscondita cerata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030710515.1",
"GenomeLevel": "Contig",
"Busco": "C:85.15%[S:82.96%,D:2.19%],F:1.54%,M:13.31%,n:1367",
"GenomeSize": "967.161661",
"GenomeGC": "21.21142321",
"SeqNumber": "4856",
"N50": "325.269",
"PCGnumber": "95742",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3901,
"InsectBaseID": "IBG_03002",
"Order": "Megaloptera",
"Family": "Corydalidae",
"Genus": "Acanthacorydalis",
"TaxonomyID": "1449960",
"Tags": "None",
"OrganismName": "Acanthacorydalis orientalis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_034766995.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.24%[S:98.17%,D:0.07%],F:0.15%,M:1.61%,n:1367",
"GenomeSize": "547.984239",
"GenomeGC": "16.60737856",
"SeqNumber": "27",
"N50": "50530.519",
"PCGnumber": "41823",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3902,
"InsectBaseID": "IBG_03003",
"Order": "Hemiptera",
"Family": "Eriococcidae",
"Genus": "Acanthococcus",
"TaxonomyID": "2838189",
"Tags": "None",
"OrganismName": "Acanthococcus lagerstroemiae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_031841125.1",
"GenomeLevel": "Chromosome",
"Busco": "C:93.85%[S:91.51%,D:2.34%],F:0.51%,M:5.63%,n:1367",
"GenomeSize": "658.133298",
"GenomeGC": "26.76025199",
"SeqNumber": "439",
"N50": "70457.301",
"PCGnumber": "37276",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3903,
"InsectBaseID": "IBG_03004",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Acanthoscelides",
"TaxonomyID": "200917",
"Tags": "None",
"OrganismName": "Acanthoscelides obtectus v2",
"NormalName": "None",
"SpeciesIntro": "Acanthoscelides obtectus, the bean weevil, is a species of bruchid beetle. The species was described in 1831 by Thomas Say.Bean weevils feed primarily on the seeds of common beans but also feed on the seeds of peas, vetches, and many other leguminous plants. They have also been reported to develop on the seeds of a few non-legumes, such as maize and buckwheat. Bean weevils are pests of legume seeds both in field and in storage. Only the larvae feed on seeds: the adults feed on pollen. Originating in mountainous regions of northern South America, its has been inadvertently introduced to Central America, then around the world in grain shipments.American naturalist Thomas Say described the bean weevil species as Bruchus obtectus in 1831, and was later moved to the genus Acanthoscelides. In a 1870 publication John Lawrence LeConte mistakenly called it Bruchus obsoletus, which led several later author to call it under this name which in fact belonged to another species, and as a result references to A. obtectus in publications from the late 1800 and early 1900 often used the incorrect name Bruchus obsoletus. Bean weevils are small beetles, ranging in size from 2 to 5 mm.They range in colour from light to dark brown, with longitudinal spots on their elytra, which has a red posterior border. Eleytra does not cover the abdominal end. Legs are yellow red and antenna red brown. The head is bent forward and lacks the long snout that is characteristic of true weevils.Eggs are milky white. Larvae are white with a yellow head during their first instar and white with a brownish head from the second instar. Larvae have bristles and three pairs of legs.Bean weevils develop and feed upon leguminous plants. Adult bean weevils hibernate inside the seeds or seed pods of these plants. Adults emerge from hibernation in April to mate. Female bean weevils lay eggs onto seed pods, or into them by chewing holes, in groups of 2 to 20 eggs. A single female can lay up to 200 eggs. but 40 is average fecundity. Egg development can take 30 to 45 days before a 1st instar larvae merges. After approximately 3 days the larvae then moults and becomes a second instar larvae which then begin to consume the seed, with the larval stage lasting 3 to 3+1⁄2 weeks in total.The larvae then pupates inside the seed, taking 9 to 29 days.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963669975.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.61%[S:88.08%,D:10.53%],F:0.37%,M:1.02%,n:1367",
"GenomeSize": "1105.071634",
"GenomeGC": "19.93006971",
"SeqNumber": "3796",
"N50": "108704.056",
"PCGnumber": "62819",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3904,
"InsectBaseID": "IBG_03005",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Achroia",
"TaxonomyID": "688607",
"Tags": "None",
"OrganismName": "Achroia grisella",
"NormalName": "None",
"SpeciesIntro": "The lesser wax moth (Achroia grisella) is a small moth of the snout moth family (Pyralidae) that belongs to the subfamily Galleriinae. The species was first described by Johan Christian Fabricius in 1794. Adults are about 0.5 inches (13 mm) in length and have a distinct yellow head with a silver-grey or beige body. Lesser wax moths are common in most parts of the world, except in areas with cold climates. Their geographic spread was aided by humans who inadvertently introduced them to many regions worldwide.The mating systems of the lesser wax moth are well researched because they involve sound production. Lesser wax males produce ultrasonic pulses in order to attract females. Females seek the most attractive males and base their decisions on characteristics of the male sound. While sex pheromones are also emitted by the males, male calling is more effective in attracting mates.Because lesser wax moths eat unoccupied honey bee combs, they are considered pests to bees and beekeepers. However, unoccupied combs can harbor harmful pathogens that inflict damage to neighboring insects. By eating the combs, the moths can reduce the harm to insects of that region and provide a clean space for other organisms to inhabit.Lesser wax moths are known or suspected to inhabit most of Africa (including Madagascar), Australia, Europe (especially some more remote regions, such as Greece) and North America, as well as parts of the Neotropics (such as Colombia, Jamaica, Puerto Rico and Trinidad), the Bengal region, Japan, Sri Lanka, New Zealand, and the Marquesas Islands and Tahiti in French Polynesia.Lesser wax moths are found everywhere that honey bees are present, but they are more successful in warmer, tropical areas than in colder climates. Although they cannot live in freezing temperatures for an extended period, they are more successful in lower temperatures than the related greater wax moth.Feeding occurs only during the larval life stage. Larvae feed on weak bee colonies. Therefore, the amount of food that the larvae can eat depends on the amount of material that the bee colony produced, as well as the number of moth generations that have persisted on the same comb since the initial infestation began. Larvae move through the bee comb and spin silk tunnels. They cover the silk with their frass. Tunneling through honeycombs not only provides food, but also protects the larvae from the defending worker bees. The larvae prefer to eat honey bee larvae, pupae, and pollen, but will also feed on honey. Unusual foods that larvae can feed on are dried vegetable remains, dried fruits (especially apples and raisins), horn shavings (an organic fertilizer), cork, and even refined sugar. Sometimes greater wax moths can be found in the same comb as lesser wax moths. In these cases, the greater wax moths will compete with the lesser wax moths for the best feeding regions of the comb. In general, the greater wax moth is victorious and the lesser wax larvae are forced to feed on the hive floor.Females deposit their eggs in crevices in or near bee hives so that a food source will be close to the emerging larvae. When a female has found an acceptable spot, she extends her body into the crevice and then lays her eggs. A female lays on average 250-300 eggs in her lifetime.The eggs are similar to those of greater wax moths. They are spherical and creamy white in color. Eggs hatch in about five to eight days but warmer temperatures shorten the hatching time.Larvae take on average six to seven weeks to fully develop, but they can take up to five months. They reach about 20 mm in length and have narrow white bodies with a brown head. This is the only life stage in which lesser wax moths eat.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030625045.1",
"GenomeLevel": "Contig",
"Busco": "C:100.00%[S:97.81%,D:2.19%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "442.882001",
"GenomeGC": "20.75753921",
"SeqNumber": "525",
"N50": "3127.356",
"PCGnumber": "28641",
"Swissnumber": "None",
"GOnumber": "None",
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},
{
"id": 3905,
"InsectBaseID": "IBG_03006",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Acleris",
"TaxonomyID": "572802",
"Tags": "None",
"OrganismName": "Acleris holmiana",
"NormalName": "None",
"SpeciesIntro": "Acleris holmiana, the golden leafroller moth, is a moth of the family Tortricidae. It is found in most of Europe and Asia Minor.The wingspan is about 10–15 mm. The forewings are suboblong, deep orange -ferruginous, yellower towards dorsum anteriorly, suffusedly streaked transversely with pale violet, sometimes mixed posteriorly with whitish and blackish scales. Tufts are absent and there is a triangular white often black-edged costal blotch beyond middle. The cilia are ochreous-yellowish, on tornus dark grey. The hindwings are grey, darker posteriorly. The larva is yellowish with a pale brown head. Julius von Kennel provides a full description.Adults are on wing from July to August. There is one generation per year.The larvae feed on a various rosaceous trees and shrubs including Crataegus, Rubus, Pyrus, Prunus, Cydonia, Rosa and Malus.This Tortricini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949316455.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.68%[S:97.95%,D:0.73%],F:0.59%,M:0.73%,n:1367",
"GenomeSize": "650.224491",
"GenomeGC": "22.77534714",
"SeqNumber": "297",
"N50": "21176.203",
"PCGnumber": "44460",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3906,
"InsectBaseID": "IBG_03007",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Acleris",
"TaxonomyID": "758709",
"Tags": "None",
"OrganismName": "Acleris laterana",
"NormalName": "None",
"SpeciesIntro": "Acleris laterana is a moth of the family Tortricidae. It is native to the Palearctic realm, but has been accidentally imported into the United States.The wingspan is about 15–20 mm. In Europe, adults are on wing from June to July and again from August to September.The larvae feed on Crataegus, Filipendula ulmaria, Populus, Prunus, Rosa, Rubus, Sorbus, Salix, Symphytum officinale and Vaccinium. The larvae can be found from May to June.This Tortricini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963966035.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.32%[S:94.73%,D:0.59%],F:2.05%,M:2.63%,n:1367",
"GenomeSize": "574.774576",
"GenomeGC": "23.40773176",
"SeqNumber": "502",
"N50": "18228.262",
"PCGnumber": "40058",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3907,
"InsectBaseID": "IBG_03008",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Acraspis",
"TaxonomyID": "2714064",
"Tags": "None",
"OrganismName": "Acraspis erinacei",
"NormalName": "None",
"SpeciesIntro": "Acraspis erinacei, the hedgehog gall wasp, is a species of gall wasp in the family Cynipidae.This Apocrita-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035041075.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.56%[S:93.34%,D:0.22%],F:4.17%,M:2.05%,n:1367",
"GenomeSize": "1415.30604",
"GenomeGC": "15.91082915",
"SeqNumber": "224908",
"N50": "47617.242",
"PCGnumber": "101373",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3908,
"InsectBaseID": "IBG_03009",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Acrobasis",
"TaxonomyID": "1100900",
"Tags": "None",
"OrganismName": "Acrobasis consociella",
"NormalName": "None",
"SpeciesIntro": "Acrobasis consociella is a moth of the family Pyralidae. It is found in Europe.The wingspan is 19–22 mm. The moth flies in one generation from the end of May to August.The larva feeds on oak.This Acrobasis-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963555685.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.78%,D:0.22%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "598.40852",
"GenomeGC": "20.82355194",
"SeqNumber": "47",
"N50": "20377.658",
"PCGnumber": "35451",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3909,
"InsectBaseID": "IBG_03010",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Acrobasis",
"TaxonomyID": "1100902",
"Tags": "None",
"OrganismName": "Acrobasis repandana",
"NormalName": "None",
"SpeciesIntro": "Acrobasis repandana is a moth of the family Pyralidae. It is found in Europe.The wingspan is 20–25 mm. The moth flies from June to August depending on the location.The larvae feed on oak.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963576875.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.93%,D:0.07%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "620.447431",
"GenomeGC": "19.71103673",
"SeqNumber": "55",
"N50": "22183.226",
"PCGnumber": "34654",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3910,
"InsectBaseID": "IBG_03011",
"Order": "Coleoptera",
"Family": "Coccinellidae",
"Genus": "Adalia",
"TaxonomyID": "115343",
"Tags": "None",
"OrganismName": "Adalia decempunctata",
"NormalName": "None",
"SpeciesIntro": "Adalia decempunctata, the ten-spotted ladybird or ten-spotted lady beetle, is a carnivorous beetle of the family Coccinellidae.The ten-spotted ladybird was one of the many species originally described by Carl Linnaeus in his 18th-century work, Systema Naturae, its original name was Coccinella decempunctata. Its specific name from the Latin decem \"ten\", and punctata \"spotted\".Varietas include:Adalia decempunctata is a common Palearctic species found in Europe, North Africa, European Russia, the Caucasus, Siberia, Belarus, Ukraine, Moldova, Transcaucasia and western Asia.Adalia decempunctata can reach a body length of about 3.5–5 mm (0.14–0.20 in). This species is highly variable. Individuals may in fact have a red, orange or brown ground colour and between 0 and 12 distinct dark elytral spots, although rarely more spots have been recorded, up to 15 spots. These beetles have a glabrous body, with an almost round form. Legs and antennae are usually brown or orange.The species includes eight varietas, with three basic forms. The light form shows five to seven black spots on the pronotum and several black spots on the red-orange elytra. The dark form is mainly black or brown in color, and the pronotum has a light border on the sides and front. The mixed form has black or brown in color elytra, each with five orange to red spots. Sometimes these ladybirds have no spots at all.It occurs in western European broadleaf forests eastern deciduous forests, Sarmatic mixed forests, at forest edges, and in parks and gardens wastelands and in Eurasian Steppe, Pannonian Steppe biotopes. It is found on bushes and deciduous trees, on grasses, under bark, in moss on trees, in leaf litter, on brushwood, coarse woody debris and in alluvial soil.The insects feed on aphids on trees and bushes. The adults overwinter in litter and among fallen leaves.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951802165.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.98%[S:97.88%,D:1.10%],F:0.15%,M:0.88%,n:1367",
"GenomeSize": "489.453138",
"GenomeGC": "18.86405722",
"SeqNumber": "82",
"N50": "51987.084",
"PCGnumber": "42876",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 3911,
"InsectBaseID": "IBG_03012",
"Order": "Hemiptera",
"Family": "Miridae",
"Genus": "Adelphocoris",
"TaxonomyID": "323751",
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"OrganismName": "Adelphocoris suturalis",
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{
"id": 3912,
"InsectBaseID": "IBG_03013",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Aedes",
"TaxonomyID": "7160",
"Tags": "None",
"OrganismName": "Aedes albopictus v2",
"NormalName": "None",
"SpeciesIntro": "Aedes albopictus (synonym Stegomyia albopicta), from the mosquito (Culicidae) family, also known as the (Asian) tiger mosquito or forest mosquito, is a mosquito native to the tropical and subtropical areas of Southeast Asia. In the past few centuries, however, this species has spread to many countries through the transport of goods and international travel. It is characterized by the white bands on its legs and body.This mosquito has become a significant pest in many communities because it closely associates with humans (rather than living in wetlands), and typically flies and feeds in the daytime in addition to at dusk and dawn. The insect is called a tiger mosquito for its striped appearance, which resembles that of the tiger. Ae. albopictus is an epidemiologically important vector for the transmission of many viral pathogens, including the yellow fever virus, dengue fever, and Chikungunya fever, as well as several filarial nematodes such as Dirofilaria immitis. Aedes albopictus is capable of hosting the Zika virus and is considered a potential vector for Zika transmission among humans.In 1894, a British-Australian entomologist, Frederick A. Askew Skuse, was the first to scientifically describe the Asian tiger mosquito, which he named Culex albopictus (lat. culex \"gnat\", \"midge\" and albopictus \"white-painted\"). Later, the species was assigned to the genus Aedes (gr. άηδής, \"unpleasant\") and referred to as Aedes albopictus. Like the yellow fever mosquito, it belongs to the subgenus Stegomyia (Gr. στέγος, \"covered, roofed\", referring to the scales that completely cover the dorsal surface in this subgenus, and μυία, \"fly\") within the genus Aedes. In 2004, scientists explored higher-level relationships and proposed a new classification within the genus Aedes and Stegomyia was elevated to the genus level, making Aedes albopictus now Stegomyia albopicta. This is, however, a controversial matter, and the use of Stegomyia albopicta versus Aedes albopictus is continually debated.The adult Asian tiger mosquito is less than 10 mm (0.39 in) long from end to end with a striking white and black pattern. The variation of the body size in adult mosquitoes depends on the density of the larval population and food supply within the breeding water. Since these circumstances are seldom optimal, the average body size of adult mosquitoes is considerably smaller than 10 mm. For example, the average length of the abdomen was calculated to be 2.63 mm (0.104 in), the wings 2.7 mm (0.11 in), and the proboscis 1.88 mm (0.074 in).The males are roughly 20% smaller than the females, but they are morphologically very similar. However, as in all mosquito species, the antennae of the males in comparison to the females are noticeably bushier and contain auditory receptors to detect the characteristic whine, almost inaudible to humans, of the female. The maxillary palps of the males are also longer than their proboscis, whereas the females' maxillary palps are much shorter. (This is typical for the males of the Culicinae.) In addition, the tarsus of the hind legs of the males is more silvery. Tarsomere IV is roughly 75% silver in the males whereas the females' is only about 60% silver.[citation needed]The other characteristics do not differentiate between sexes. A single silvery-white line of tight scales begins between the eyes and continues down the dorsal side of the thorax. This characteristic marking is the easiest and surest way to identify the Asian tiger mosquito.[citation needed]The proboscis is dark colored, the upper surface of the end segment of the palps is covered in silvery scales, and the labium does not feature a light line on its underside. The compound eyes are distinctly separated from one another. The scute, the dorsal portion of an insect's thoracic segment, is black alongside the characteristic white midline. On the side of the thorax, the scutellum, and the abdomen are numerous spots covered in white-silvery scales.[citation needed]Such white-silvery scales can also be found on the tarsus, particularly on the hind legs that are commonly suspended in the air. The bases of tarsomeres I through IV have a ring of white scales, creating the appearance of white and black rings. On the forelegs and middle legs, only the first three tarsomeres have the ring of white scales, whereas tarsomere V on the hind legs is completely white. The femur of each leg is also black with white scales on the end of the \"knee\". The femora of the middle legs do not feature a silver line on the base of the upper side, whereas, the femora on the hind legs have short white lines on base of the upper side. The tibiae are black on the base and have no white scales.[citation needed]The terga on segments II through VI of the abdomen are dark and have an almost triangular silvery-white marking on the base that is not aligned with the silvery bands of scales on the ventral side of the abdomen. The triangular marking and the silvery band are only aligned on abdominal segment VII. The transparent wings have white spots on the base of the costae. With older mosquito specimens, the scales could be partially worn off, making these characteristics not stand out as much.",
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{
"id": 3913,
"InsectBaseID": "IBG_03014",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Aedes",
"TaxonomyID": "140438",
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"OrganismName": "Aedes japonicus",
"NormalName": "None",
"SpeciesIntro": "Aedes japonicus, commonly known as the Asian bush mosquito or the Asian rock pool mosquito, was first described by Theobald in 1901 from Tokyo, Japan. They are competent arbovirus vectors known to transmit the West Nile virus as well as Japanese and St. Louis encephalitis. They are listed as an invasive species by the Global Invasive Species Database.Adults live in forested areas and are day biters, but are apparently reluctant to bite humans. In the laboratory, they feed on chicks and mice but not on reptiles or amphibians. Larvae occur in a wide variety of natural and artificial water retainers such as tree holes and rock holes, usually preferring shaded places and water rich in organic matter. They are found from early spring to early autumn in their native habitat of Central Japan. They overwinter as eggs in cooler regions and larvae in warmer regions.There a four known subspecies:Adults have a distinctive bronze-colored, lyre-shaped pattern on the scutum, and larvae have a linear arrangement of branched frontal setae and a strongly spiculated anal saddle.Aedes japonicus is native to Eastern Asia and can be found in Taiwan, Hong Kong, Japan, and parts of Russia, China and the Korean Peninsula, additionally they have invaded and colonized North and South America as well as Europe. It was first recorded in New York and New Jersey in 1998, and has been spotted as far west as Vancouver Island. Its range is expected to eventually include much of North America, Central America, Europe, Asia, and parts of Hawaii. A distribution model developed for Germany predicted that A. japonicus will continue to expand across Germany even as the climate continues to change. Another model that studied A. japonicus in North America predicted it to continue its invasion into the Southern United States with the possibility of reaching island nations such as Jamaica and Cuba. Both models suggest that the invasion will likely be a rapid affair. Larval habitats are often established in rock pools near streams as well as container habitats that provide adequate moisture such as buckets, tree holes, and the insides of tires. Their large variety of colonizable habitats has been shown to negatively impact native species through displacement, competition, and disease spreading capabilities. Adult mosquitoes prefer temperate climates with mortality rates rising around 28°C (82.5°F) and can survive cold conditions by entering diapause in the egg stage.Aedes japonicus are multivoltine and oviposit 2 – 3 times per gonotrophic cycle, producing a mean of 114 ± 51 eggs per female. The eggs are resistant to desiccation and if temperatures are low then the eggs will enter the prediapause stage where its responsive to environmental based cues that cause it to enter diapause at the pharate first instar. In Northern Europe diapause is indispensable to survive cold winter temperatures; 50% of eggs enter in diapause by the end of summer, leading to an average calculated maternal critical photoperiod of 13 h.Larvae of A. japonicus are active as soon as early spring in snowy spring waters, notably the only mosquito to do so and is likely key to their invasive success.Because A. japonicus have the ability to transfer arboviruses they have quickly become of medical import and a public health concern. They are capable of experimental transmission of West Nile virus and is considered to be an active vector of West Nile virus disease with its associated syndromes. Its interactions with other known disease vectors give it the potential to influence the ecology of other vector-borne diseases. Research has shown that Japanese Encephalitis Virus and West Nile virus have different infection rates depending on genetic background of the mosquito. A possible way to reduce both the invasiveness and health concern that they pose is to implement a biocontrol through parasitic water mites (Acari: Hydrachnidae). The mites have been shown to reduce fecundity and thus may represent a way to reduce mosquito populations.",
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{
"id": 3914,
"InsectBaseID": "IBG_03015",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Aedes",
"TaxonomyID": "586676",
"Tags": "None",
"OrganismName": "Aedes koreicus",
"NormalName": "None",
"SpeciesIntro": "Aedes koreicus, the Korean bush mosquito is a species of mosquito in the genus Aedes. The adults are relatively large with a black and white pattern on their legs and other body parts. Clear longitudinal lines on the dorsal part of the thorax distinguish it from Ae. aegypti and Ae. albopictus. The species bears close morphological, ecological, and genetic similarity to the Asian bush mosquito, Aedes japonicus, but can be physically distinguished by a pale basal band on the hind tarsomere.Aedes koreicus is known to be a container breeding mosquito. They lay eggs in all types of artificial containers and natural holes that are found in plants and rocks in urban, peri urban, and natural environments. Aedes koreicus lay approximately 100 eggs at a time, and can lay eggs up to three times per life cycle. Ae. koreicus eggs have long survival rates due to their resistance to desiccation and have a notably high tolerance to cold temperatures. Aedes koreicus are known to lay their eggs during colder temperatures in preparation for a spring hatch. Adults avoid larval competition with other species in order to survive. Higher temperatures result in a lower abundance of Aedes koreicus, and diminished reproduction rates.Though Aedes koreicus express opportunistic host-feeding behavior, they are known to feed on human blood meals depending on their location. Depending on if they are in an urban, peri-urban, or rural area, will determine which hosts are available to feed on. Aedes koreicus feed on different species based on where they are, and which species is most locally abundant. They feed on other mammals and species such as Roe deer, which are the primary host in forested sites, whereas humans are the primary host in urban areas. Aedes koreicus typically feed on the most abundant and locally available hosts. Their feeding patterns depend on temperature, host availability, and host preference. Aedes koreicus show minimal to no evidence of mixed blood meals, meaning Aedes koreicus does not feed on multiple organisms or species over their lifetime. Aedes koreicus displays the most odd feeding patterns in comparison to the other mosquitoes in their genus. This is because other mosquitos in the Aedes genus are known to have fixed blood meals, and feed on multiple hosts throughout their lives. Aedes Koreicus feed on the most available and locally abundant. There is no singular preference for Aedes Koreicus, while other Aedes mosquitos show evidence of preferred blood meals. Completion of the ovarian cycle and production of viable offspring require taking of a blood meal, which means they need to feed on a host blood meal in order to reproduce and complete life cycles. Aedes koreicus is able to complete their life cycle from feeding on animals other than humans. They are not dependent on human blood meals for survival, but still feed on humans depending on availability and abundance. Aedes koreicus vectoral capacities are estimated based on feeding habits and their blood meals. Aedes koreicus are known to feed on domestic animals, farm animals, and humans. The diversity of blood meals allows for different levels of vector capacities. Based on their feeding patterns, Aedes koreicus can act as vectors for several different pathogens such as Chikungunya, Zika or Yellow fever. Many of these viruses directly affect public and human health. Aedes koreicus can act as a vector for human-to-human transmitted viruses, as well as a vector for animal-to-human viruses. Aedes koreicus are able to act as a vector for native pathogens, as well as introduced pathogens. Aedes korecius are also considered to be bridge vectors between mammals and birds. Aedes koreicus is native to Japan, northeastern China, South Korea, and southern Russia. Its similarity to Ae. japonicus suggests the same potential for invasiveness and tolerance to cooler, temperate climates found at higher altitudes. Transcriptomic and comparative genomic analyses have detected thermal adaptation genes shared between Ae. koreicus and Ae. japonicus but not with other aedines. Cold-resistant dormant eggs allow adults to persist from late summer until autumn seasons and are believed to increase ability to establish populations in cold environments.In 2008, the species was first detected outside of its native range in an industrial area in Maasmechelen, a province of Belgium. The species was first reported in the Belluno province of Italy in 2011, but has since expanded to Genoa and the Lombardy region. Ae. koreicus has been identified in Sochi on the eastern Black Sea coast of Russia, Switzerland, and Slovenia in 2013. The species was found in southern Germany in 2015 and a population was established in western Germany in 2016. The first appearance in Hungary and the southern coast of the Crimean Peninsula was reported in 2016, in Austria in 2018, and the Republic of Kazakhstan in 2021. While no specific surveillance for Aedes koreicus exists, distribution and biodiversity of invasive mosquitoes and vectors of pathogens is monitored by various EU initiatives, including the Belgian MODIRISK project, and VectorNet, a collaboration between the European Food Safety Authority and the European Centre for Disease Prevention and Control. The Aedes Invasive Mosquito COST action was initiated in 2018 to promote data sharing and harmonization of European surveillance and management of relevant Aedes speciesInvasive mosquito species surveillance widely uses the Biogents Sentinel Trap, the Centers for Disease Control light trap, and the gravid trap. The gravid trap was primarily used to collect Ae. koreicus adults in a study in Belgium. A 2017 study conducted in urban and forested sites in northern Italy found that of the three standard traps tested, only the CDC light trap was unproductive in urban environments, while all types were effective in collection of Ae. koreicus adults in vegetated areas.Overuse of chemical control methods for vector mosquitoes has increased resistance to the widely used pyrethroid insecticides, involving knockdown resistance (kdr)-related gene mutations in vector mosquito species. To date, few studies have monitored kdr resistance in Ae. koreicus and limited data from genomic sequencing detected no resistant genotypes for kdr mutation in DNA isolated from a population in the Korean Hwarang reservoir. However, comparative analysis has identified several genes within the Ae. koreicus genome involved in structural protein synthesis and ion channel regulation that are plausibly involved in possible insecticide resistance mechanisms.",
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{
"id": 3915,
"InsectBaseID": "IBG_03016",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Aethes",
"TaxonomyID": "753148",
"Tags": "None",
"OrganismName": "Aethes cnicana",
"NormalName": "None",
"SpeciesIntro": "Aethes cnicana is a moth of the family Tortricidae. It was described by Westwood in 1854. It is found in Europe, China (Beijing, Heilongjiang, Inner Mongolia, Jilin, Liaoning, Tianjin), Japan, Korea and Russia.The wingspan is 14–17 millimetres (0.55–0.67 in). Very similar to Ancylis badiana but differs as follows: forewings with markings bright ferruginous-brown, antemedian fascia less angulated, less distinctly interrupted, not dilated on dorsum. Julius von Kennel provides a full description.The moth flies from May to July and are often attracted to light.The larvae feed on Cirsium.This Aethes-related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 3916,
"InsectBaseID": "IBG_03017",
"Order": "Trichoptera",
"Family": "Glossosomatidae",
"Genus": "Agapetus",
"TaxonomyID": "1271715",
"Tags": "None",
"OrganismName": "Agapetus fuscipes",
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{
"id": 3917,
"InsectBaseID": "IBG_03018",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Agelastica",
"TaxonomyID": "131577",
"Tags": "None",
"OrganismName": "Agelastica alni",
"NormalName": "None",
"SpeciesIntro": "Agelastica alni, the alder leaf beetle, is a species of leaf beetle (Chrysomelidae) in the genus Agelastica. Agelastica alni is distributed in Europe, the Caucasus, Siberia, north-eastern Kazakhstan, and in the 19th century was introduced to the United States.The beetle and the beetle's larval host is the grey or speckled alder (Alnus incana) and to a lesser extent black alder (Alnus glutinosa), but it will also be found on hazel, birch or hornbeam if there is a shortage of food. It causes large holes and gaps in leaves from the end of April onwards, which are produced by the larvae in the first two stages, but the main damage is produced by larvae in the third stage.Previously rare, and considered extinct in the UK, since being found in Manchester in 2004 it appears to be on the increase in the North West of England. Its range has been extending and it was found in Nottinghamshire and Hampshire in 2014 and in North Wales in 2018.The alder leaf beetle is a relatively small beetle, around 6–7 mm, black or metallic blue in colour. The winged adults overwinter and emerge in the spring. There is one generation each year. The larvae are normally black. Although the damage to alder trees can be unsightly, the trees will usually tolerate the damage.There are two subspecies of Agelastica alni:",
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{
"id": 3918,
"InsectBaseID": "IBG_03019",
"Order": "Lepidoptera",
"Family": "Depressariidae",
"Genus": "Agonopterix",
"TaxonomyID": "1869417",
"Tags": "None",
"OrganismName": "Agonopterix alstromeriana",
"NormalName": "None",
"SpeciesIntro": "The hemlock moth (Agonopterix alstroemeriana), also known as the defoliating hemlock moth or poison hemlock moth, is a nocturnal moth species of the family Depressariidae. Of Palaearctic origin, it was first found in North America in 1973 when it was accidentally introduced. The moth is now widespread throughout the northern half of the United States, southern Canada, northern Europe, and, more recently, New Zealand and Australia. The larval form grows to around 10 mm, while the adults wingspan is between 17 mm and 19 mm.It is best known for its use in biological control of the lethally toxic poison hemlock (Conium maculatum), which is eaten by its caterpillars (larvae). The toxicity of its host plant may actually benefit the caterpillar because it helps females recognize locations for oviposition. This species also uses the leaves of its host plant (C. maculatum) to form protective tubes around the caterpillar.Adult moths are pale brown, almost tan, with a lighter colored area near the bottom of their wings and a few darker spots found near the edges of the wings. They have a distinguishing brown or reddish spot near the center of each wing. The hemlock moth can be confused with another moth of the family Depressariidae, Exaeretia canella, which is similar in coloration. However, E. canella does not have a reddish spot, and has a dark head.As eggs, they have a pale, off-white color. As caterpillars, they are yellow with a black head. After growing in size (to around 10 mm), the caterpillars are thin and have a light green color, with three prominent stripes on the sides of their bodies, which are a darker green.A. alstroemeriana is a wide-ranging species native to Europe, that has more recently spread to North America, Australian and New Zealand. In North America, it is most common to the northeastern and northwestern United States, as well as the southern regions of Canada. It has spread inland in both nations, and can now commonly be found in the Midwestern states of the U.S. as well.The first North American sighting of the hemlock moth was of a caterpillar seen in Tompkins County, New York in 1973. After that, Agonopterix alstroemeriana spread quickly throughout the United States. It was found in the Pacific Northwest in 1983–1985, possibly spread by the accidental shipping of dormant moths. The moth was seen in the Midwest starting in 1990, when it was discovered near Columbus, Ohio. It was established in Illinois in 1993, after being identified by the rolled leaves of Conium maculatum, a characteristic indication of the presence of A. alstroemeriana.The species has been breeding in New Zealand since 1986 and it is likely that the moth then spread from New Zealand to southern Tasmania, where its presence was discovered in 2019.The poison hemlock moth can be found wherever its host plant (Conium maculatum) occurs. Thus, the moth is most commonly seen in open fields and roadsides in suburban and rural locations. In the U.S., A. alstroemeriana often winters under the bark of firewood; then flies away after being warmed up when the wood is brought into the house. Moths also may come inside buildings and housing during the night, as they are attracted to light.The caterpillars in earlier instars form tubes from the leaves of Conium maculatum by rolling the leaves together using a secreted webbing material. Older caterpillars make tubes from the flowers and seed heads as well as the leaves. Abandoned tubes can regularly be found on the poison hemlock plant because, if disturbed or attacked, the caterpillar will wriggle free of the tube and onto the ground as a predation defense mechanism.",
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"Busco": "C:99.49%[S:99.20%,D:0.29%],F:0.29%,M:0.22%,n:1367",
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{
"id": 3919,
"InsectBaseID": "IBG_03020",
"Order": "Lepidoptera",
"Family": "Depressariidae",
"Genus": "Agonopterix",
"TaxonomyID": "1073575",
"Tags": "None",
"OrganismName": "Agonopterix heracliana",
"NormalName": "None",
"SpeciesIntro": "Agonopterix heracliana is a moth of the family Depressariidae. It is found in most of Europe, North Africa, the Near East, and the eastern part of the Palearctic realm. It was first described in 1758 by Carl Linnaeus in the 10th edition of Systema Naturae.The wingspan is 17–25 mm. The terminal joint of palpi with two blackish bands. Forewings light greyish ochreous suffused with pale brownish; some dark fuscous dashes, most distinct before fascia; more conspicuous cloudy dashes in place of stigmata, second discal stigma sometimes including a whitish dot; a distinct pale acutely angulated fascia at 3/4; terminal blackish dots. Hindwings whitish fuscous. The larva is grey, on sides dull yellow; spots black; head and plate of 2 blackAdults are on wing from September to April.The larvae spin the leaves of a variety of umbelliferous plants, including Heracleum sphondylium, Anthriscus sylvestris, Chaerophyllum temulum, and most other Umbelliferae including Angelica sylvestris, Aegopodium podagraria, Conopodium majus, Daucus, Meum, Myrrhis, Oenanthe, Pastinaca, Silaum, Sison, Smyrnium, Torilis and Ligusticum.This article on a moth of genus Agonopterix is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:99.78%[S:99.63%,D:0.15%],F:0.00%,M:0.22%,n:1367",
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{
"id": 3920,
"InsectBaseID": "IBG_03021",
"Order": "Coleoptera",
"Family": "Buprestidae",
"Genus": "Agrilus",
"TaxonomyID": "324823",
"Tags": "None",
"OrganismName": "Agrilus biguttatus",
"NormalName": "None",
"SpeciesIntro": "Agrilus biguttatus is a species of beetle in the family Buprestidae, the jewel beetles. Common names include oak splendour beetle, oak buprestid beetle, and two-spotted oak borer. This beetle is known as a pest that causes damage to oak trees and is a major factor in oak decline.The adult beetle is 8 to 13 millimeters long. It is metallic green in color with a black or yellow cast. There is a pair of white spots on the inner edges of the elytra. The larva is a creamy white color and measures up to 43 millimeters in length. The first thoracic segment is enlarged. The grub is legless and has a pair of horns on its last abdominal segment. The beetles have an average lifespan of 2 months, but some may live upwards of 5 months.Agrilus biguttatus is part of the subfamily Agrilinae, within the Buprestidae family in the Coleopteran order. Agrilinae is the largest, most genetically diverse subfamily in Buprestidae. It is made up of four tribes: Coraebini, Aphanisticini, Tracheini and Agrilini. A biguttatus is part of tribe Agrilini under the subtribe Agrilina. Based on when Buprestidae was estimated to have diverged, it suggests that its ancestors had a habit of wood-boring larval feeding. Nonetheless, some groups in Agrilinae shifted to eating leaves. The Agrilus genus of buprestid beetles is known for its remarkable species diversity, with over three thousand species identified worldwide. These beetles' larvae typically mature inside the vascular tissues of trees or woody plants, showing a strong preference for specific host plants. Their method of development has been found to contribute to significant oak decline.Agrilus biguttatus is widespread throughout Europe, reaching the northern borders of southern Sweden and the UK. North Africa, and Northern Asia. A biguttatus can fly several kilometres but their distribution is restricted by cool temperatures. Until the 1970s, these beetles were considered rare in the UK. In the mid 1990s, A. biguttatus had begun expanding from its native range in Denmark and the Netherlands. Researchers had proposed that the expansion is largely due to global warming because it tends to live in more temperate areas. The beetle inhabits many environments, including deserts, xeric shrublands, Mediterranean scrub, mixed forests, and temperate coniferous forests. It can also be transported to new areas with shipments of wood. While Agrilus biguttatus is not currently found in the United States, its introduction could pose a significant risk to US natural environments. The main hosts of this insect are oak species, including English oak (Quercus robur), sessile oak (Q. petraea), downy oak (Q. pubescens), evergreen oak (Q. ilex), cork oak (Q. suber) and turkey oak (Q. cerris). The beetle can also be found on European beech (Fagus sylvatica) and chestnut (Castanea sativa).In Europe, species such as A. Sulcicollis Lacordaire, A. angustulus Illiger, and A. biguttatus have been identified as significant contributors to oak decline due to their development pattern. While some species prefer infesting trees with smaller stem diameters or developing in branch bark, A. biguttatus larvae typically grow within the bark of the main trunk. Adult beetles usually complete pupation and emerge from May to July. These newly emerged adults typically move up to the canopy of mature oak trees to feed on oak foliage, sycamore and beech trees. Males choose their mates while flying. Laboratory studies have shown that they also use volatile cues, known as pheromones, to inform their choices and locate feeding and mating sites. A. biguttatus beetles were found to follow pheromones from fresh oak foliage to locate their host trees. The beetles’ antennae were found to be able to respond to specific components of oak leaf odor—namely, (Z)-3-hexenal, (Z)-3-hexen-1-ol, (E)-2-hexenal, and (Z)-3-hexenyl acetate—to help them navigate their environments. After mating, mated females use olfactory signals to descend to the trunks and lay their eggs. They deposit eggs within cracks and crevices in the bark of suitable host trees, often between bark plates where larvae can easily tunnel through the oak tree to reach its vascular tissue. A majority of the beetle’s life cycle occurs within the tissue of the mature oak. Agrilus biguttatus prefers to reside in old oak trees of 30-40 cm in diameter with an inner bark thickness of 10-13 mm. While healthy trees can generally resist A. biguttatus infestations, female beetles tend to live in trees that are physiologically stressed, often as a result of drought conditions. Moisture within the inner bark tissues is critical for A. biguttatus larval development. Larvae typically feed toward the ground, because there is greater water content the lower it feeds in the tree stem. Additionally, they have been observed to lay new generations of eggs under those laid by previous generations on their host trees. It is important to note that the beetle has a brief period of time to invade the host. The window occurs between the time when drought conditions reduce the tree’s resistance to infestation, and the time of the death of the tree, which severely reduces water content in vascular tissue. Ultimately, careful host selection can promote optimal larval development. ",
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"id": 3921,
"InsectBaseID": "IBG_03022",
"Order": "Coleoptera",
"Family": "Buprestidae",
"Genus": "Agrilus",
"TaxonomyID": "1917227",
"Tags": "None",
"OrganismName": "Agrilus mali",
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{
"id": 3922,
"InsectBaseID": "IBG_03023",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Agriopis",
"TaxonomyID": "934821",
"Tags": "None",
"OrganismName": "Agriopis leucophaearia",
"NormalName": "None",
"SpeciesIntro": "Agriopis leucophaearia, the spring usher, is a moth of the family Geometridae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is a Palearctic species found from Europe to the Russian Far East, Siberia and Japan, mainly in oak forests and in heathland with low-growing oaks.The ground colour of the wings is usually whitish. The forewings are nuanced red brown at the base and the tip, with discontinuous black lines associated with areas streaked with black. The hindwings of the underside are stippled black. Some individuals may be more dark (brown and black stains) and there are named variants. See Prout (1912–16). The female is wingless. The male has a wingspan of 10–30 mm. The egg is long-oval, pointed at one end; light grass-green.The rather stout larva is green with yellow lines and brown dorsal blotchesAdults emerge from overwintering pupae in February and March. The females climb up tree trunks and the males fly weakly to them.The larvae feed mainly on oak (Quercus) but also on Betula and Rosa.This Bistonini-related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 3923,
"InsectBaseID": "IBG_03024",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Agriphila",
"TaxonomyID": "572809",
"Tags": "None",
"OrganismName": "Agriphila straminella",
"NormalName": "None",
"SpeciesIntro": "Agriphila straminella is a species of moth of the family Crambidae. It was described by Michael Denis and Ignaz Schiffermüller in 1775 and is found in Europe and east across the Palearctic.The wingspan is 16–20 mm. The forewings are brown ; a whitish median streak, ending in branches along veins 2-5, often separated by dark fuscous scales ; dorsal 2/3 often wholly suffused with whitish-ochreous ; a terminal series of black dots ; cilia metallic. Hindwings are rather dark grey. The larva is pale pinkish-ochreous ; spots brown ; head and plate of 2 brown, darker-markedThe moth flies from June to September depending on the location.The larvae feed on various grasses, such as sheep's fescue (Festuca ovina), smooth meadowgrass (Poa pratensis), and wheat (Triticum aestivum).This article relating to the moth tribe Crambini is a stub. You can help Wikipedia by expanding it.",
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{
"id": 3924,
"InsectBaseID": "IBG_03025",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Agrochola",
"TaxonomyID": "987869",
"Tags": "None",
"OrganismName": "Agrochola litura",
"NormalName": "None",
"SpeciesIntro": "(Noctua) litura Linnaeus, 1761Agrochola litura, the brown-spot pinion, is a moth of the family Noctuidae. The species was first described by Carl Linnaeus in 1761. It is found in Europe and the Middle East. It is possibly also present in North Africa, but this is unclear because similar looking species Agrochola meridionalis is found there.A. litura L. (37 g). Forewing bluish grey or violet grey, the basal half slightly paler; the lines all marked by black spots on costa, the submarginal with an oblique bar; inner and outer lines dark, obscurely double, with pale centres; stigmata large with pale annuli, the reniform generally with darker centre; hindwing dull fuscous; — polluta Esp. (37 g) is the large dark form; — ornatrix Hbn. (37 h) a small dark form; both with the costal spots well-developed; — borealis Sp.-Schn. (= saturata Schultze) has the basal half of wing prominently pale; — meridionalis Stgr., a Southern race [now full species ], is paler, bluish-grey or yellowish-grey with prominent grey brown or red-brown median shade; — ochreata Spul., from Central Europe, is purplish grey with a yellow tinge, the basal half often whitish ochreous; — in rufa Tutt (37 h) the ground colour is reddish brown instead of purple grey; ab. luteogrisea ab. nov. (37 h), from Amasia, is pale stone colour, with distinct but not prominent markings, the underside paler. Larva grey, brown, or reddish; dorsal line pale, generally with several fine lines close to it;spiracular line white with the lower edge yellow; head brown; thoracic and anal plates dark green with 3 white lines. The wingspan is 38–35 mm. The moth flies from September to October depending on the location.The larvae feed on various herbaceous plants and deciduous trees. Recorded food plants include Rumex longifolius, Corydalis nobilis, Sedum telephium, Filipendula vulgaris and Lamium album.This Xyleninae article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 3925,
"InsectBaseID": "IBG_03026",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Agrochola",
"TaxonomyID": "987871",
"Tags": "None",
"OrganismName": "Agrochola lychnidis",
"NormalName": "None",
"SpeciesIntro": "Agrochola lychnidis, the beaded chestnut, is a moth of the family Noctuidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is distributed throughout the whole of Europe from Ireland to the Urals. It also occurs in western North Africa and Asia Minor.The wingspan is 30–35 mm. Forewing bright rufous or reddish ochreous with the veins paler, often dusted with darker; inner and outer lines double, dark, with the centre rufous, often very faint, but always marked by black spots on costa; submarginal line preceded by a row of dark lunules between the veins and by a dark bar at costa; median shade distinct; stigmata blackish, distinct, especially the narrow oblique orbicular; hindwing dark grey, the fringe rufous. This species varies in colour exceedingly; the brighter rufous specimens, with pale veins, represent typical lychnidis F.; the duller brownish forms, also with pale veins, are pistacina F.; - rubetra Esper the bright rufous unicolorous form with all markings indistinct, and the costal edge often conspicuously white at middle, of which ferrea Haw. is an offshoot, having only the 4 costal blotches and the stigmata dark; the paler, reddish ochreous, unicolorous form is obsoleta Tutt; of the forms without red colouring, serina Esp. has the markings plain, while in pallida Tutt they are obscure, the ground colour being greyish ochreous or yellowish;of the brownish rufous or brownish grey forms, brunnea Tutt is a more sombre form than pistacina without pale nervures; canaria Esp. is a form in which the lines and veins and edges of the stigmata are dull fulvous and the ground colour blackish, as a rule much darker in the male than in the female; dark specimens like these also occur but with the light shades only dull brown and the dark interspaces not so black; caerulescens Calb. from Italy, is a bluish or lilac grey insect; this form also occurs in Asia Minor; a large number of examples from Amasia, especially females, agree exactly, while the rest, mainly males become greyish luteous, as in serina, with the markings varying in intensity\".When newly laid the egg is yellowish, but changes to olive-brown. The larva is green inclining to yellowish, freckled with greyish, and dotted with whitish; there are three fine whitish lines along the dorsum, and a broad white lateral stripe .Agrochola lychnidis inhabits grasslands, pastures, forest edges, embankments, clearcuttings and occurs occasionally also in human settlements (gardens).The larvae are polyphagous feeding on low plants when small, later consuming the leaves of various trees and shrubs (Prunus, Salix, Achillea, Ranunculus etc.).The moths fly in September and October.This Xyleninae article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 3926,
"InsectBaseID": "IBG_03027",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Agrotis",
"TaxonomyID": "997525",
"Tags": "None",
"OrganismName": "Agrotis clavis",
"NormalName": "None",
"SpeciesIntro": "The heart and club (Agrotis clavis) is a moth of the family Noctuidae. It is distributed throughout the Palearctic realm.The common name of this species refers to the supposed shapes of the bold dark stigmata on the usually pale forewings. In this species all the stigmata have a rounded shape, contrasting with the elongated claviform stigmata of the much commoner heart and dart. The hindwings are grey, usually much darker than in heart and dart and turnip moth. The differences are not consistent however; they are highly variable in both colour and markings, and identification of atypical or worn examples may prove impossible without examination of genitalia.See Townsend et al. The wingspan is 35–40 mm. The main habitat is calcareous grassland.The moth flies at night in June and July and is attracted to light and sugar.The larva , which is, when adult, dark brown with a pattern of black dots feeds on a variety of herbaceous plants (see list below). The young larva feeds on the leaves of the food plant, later feeding on the roots. It overwinters as a full-grown larva in a cavity in the soil before pupating in the spring.Full list at reference.",
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"Busco": "C:99.93%[S:99.78%,D:0.15%],F:0.07%,M:0.00%,n:1367",
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{
"id": 3927,
"InsectBaseID": "IBG_03028",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Agrotis",
"TaxonomyID": "215162",
"Tags": "None",
"OrganismName": "Agrotis exclamationis",
"NormalName": "None",
"SpeciesIntro": "The heart and dart (Agrotis exclamationis) is a moth of the family Noctuidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. A familiar moth to many, it is considered one of the most common of the European region. It occurs throughout the Palearctic realm from Ireland to Japan.This is a quite variable species with forewings ranging from pale to dark brown but always recognizable by the distinctively shaped dark stigmata which give it its common name. The wingspan is 35–44 mm. The hindwings are whitish (compared with other common Agrotis species, the hindwings of this species are usually paler than in heart and club but darker than in turnip moth). This species usually has a dark area at the front of the thorax, visible as a horizontal bar when viewing the moth head on. The differences are not consistent however; they are highly variable in both colour and markings, and identification of atypical or worn examples may prove impossible without examination of genitalia. See Townsend et al.This moth flies at night from May to July and is attracted to light, sometimes in large numbers. It also frequently visits nectar-rich flowers such as Buddleia, ragwort and red valerian.The larva The caterpillars are coloured grey-brown, paler ventrally and have a pale dorsal line and clearly recognizable black point warts.The pupa is bright red. On the cremaster sit two short curved thorns.Larvae feed on a variety of plants, both wild and cultivated (see list below). This is one of the notorious cutworms and often severs or fatally damages plants at the base. The species overwinters as a full-grown larva in a chamber in the soil before pupating in the spring.",
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"Busco": "C:99.34%[S:98.46%,D:0.88%],F:0.07%,M:0.59%,n:1367",
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{
"id": 3928,
"InsectBaseID": "IBG_03029",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Agrotis",
"TaxonomyID": "56364",
"Tags": "None",
"OrganismName": "Agrotis ipsilon v3",
"NormalName": "None",
"SpeciesIntro": "Agrotis ipsilon, the dark sword-grass, black cutworm, greasy cutworm, floodplain cutworm or ipsilon dart, is a small noctuid moth found worldwide. The moth gets its scientific name from black markings on its forewings shaped like the letter \"Y\" or the Greek letter upsilon. The larvae are known as \"cutworms\" because they cut plants and other crops. The larvae are serious agricultural pests and feed on nearly all varieties of vegetables and many important grains.This species is a seasonal migrant that travels north in the spring and south in the fall to escape extreme temperatures in the summer and winter. The migration patterns reflect how reproduction occurs in the spring and ceases in the fall.Females release sex pheromones to attract males for mating. Pheromone production and release in females and pheromone responsiveness in males is dependent on the juvenile hormone (JH) and pheromone biosynthesis activating neuropeptide (BPAN). In the span of 2 months, the moth progresses through the life cycle stages egg, larvae, pupa, and adult. Throughout this time period, this moth faces the risk of predation and parasitism, such as by Hexamermis arvalis or by the parasite Archytas cirphis.38–48 millimetres (1.5–1.9 in). Antennae in male bipectinated. Forewings brown, reddish-tinged, mixed with pale greyish-ochreous, costa and sometimes median area suffused with dark fuscous; first and second lines edged with dark fuscous; spots outlined with black, reniform followed by a short black dash; subterminal line obscure, usually preceded in middle by two fine black marks. Hindwings whitish-grey or whitish, terminally suffused with fuscous. Larva ochreous brownish or bronzy-grey, sides sometimes greenish; dorsal, subdorsal, and spiracular lines faintly darker or lighter, usually darker-edged; head suffusedly brown-marked.Populations of this species have been found in southern Canada, 48 of the United States (and additionally Hawaii), Mexico, Central and South America, Australia, New Zealand, the Pacific Rim, North Africa, Europe, and Asia. However, they are absent from some tropical regions and colder areas and are more widespread in the Northern than Southern Hemisphere.This species is also known to migrate north in the spring and migrate south in the fall.Larvae feed on weeds such as bluegrass, curled dock, lambsquarters, yellow rocket, and redroot pigweed. They will often eat all the weeds available before moving to attacking crops. Favored crops include most vegetable plants, alfalfa, clover, cotton, rice, sorghum, strawberry, sugarbeet, tobacco, and occasionally grains and grasses.Adults feed on flower nectar. They are also attracted to deciduous trees and shrubs such as linden, wild plum, crabapple, and lilac. They are a pollinator of fetterbush lyonia.Based on the types of debris on the ground, the black cutworm prefers to oviposit in areas with fencerow (pasture) debris rather than corn field debris, woodland floor debris, and bare soil. Fencerow debris includes dry grass debris, and this may be attractive for females to oviposit early in the spring before rapid vegetation growth occurs.",
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"InsectBaseID": "IBG_03030",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Agrotis",
"TaxonomyID": "47767",
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"OrganismName": "Agrotis segetum",
"NormalName": "None",
"SpeciesIntro": "Agrotis segetum, sometimes known as the turnip moth, is a moth of the family Noctuidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is a common European species and it is found in Africa and across Eurasia except for the northernmost parts.It is a cutworm in the genus Agrotis, which possibly is the genus that includes the largest number of species of cutworms.It is usually known as the common cutworm in English. It is sometimes called the turnip moth in the United Kingdom.This is a very variable species with the fore-wings ranging from pale buff through to almost black. The paler forms have three dark-bordered stigmata on each fore-wing. Antennae of male bipectinated (comb like on both sides) with moderate length branches. The main feature distinguishing it from other Agrotis species is the shade of the hind-wings, pure white in the males and pearly grey in the females. The wingspan is 32–42 mm.Edward Meyrick, an English schoolteacher who is especially notable for his study of the microlepidoptera, had this to say about the species:Wingspan 33–41 mm. Antennae in male bipectinated. Fore-wings brownish, sometimes reddish tinged, with darker fuscous strigulae mixed with black scales, sometimes wholly darker suffused; sub-basal, first, and second lines edged with dark fuscous, second sometimes with dots only; spots outlined with black, orbicular and reniform centred with fuscous; subterminal line faint or whitish sprinkled, followed by darker suffusion. Hind-wings white, termen brownish. Larva pale grey or greyish ochreous, sometimes pinkish tinged; dorsal, subdorsal, and spiracular lines usually indicated by dark edges, subdorsal sometimes grey head pale, with two brown marks; plate of 2 more or less brown.Agrotis segetum is difficult to certainly distinguish from its congeners. See Townsend et al.It is possible it has been spread by the international trade in nursery stock.In the British Isles, two broods are produced each year, the adults flying in May and June and again in August and September. It is known to migrate some distances. The species is nocturnal and is attracted to light and nectar-rich flowers. The species overwinters as a caterpillar.Agrotis segetum is one of the most important species of noctuid moths whose larvae are called cutworms. The larvae are generally grey, sometimes tinged with purple. They attack the roots and lower stems of a huge range of plants (see list below) and can be a particularly serious pest of root vegetables and cereals. Attacking the lower stems often results in cutting down seedlings, which is why this species is classed as a cutworm.",
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"NCBIassembly": "GCA_036375495.1",
"GenomeLevel": "Contig",
"Busco": "C:99.34%[S:98.61%,D:0.73%],F:0.15%,M:0.51%,n:1367",
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"GenomeGC": "22.50880789",
"SeqNumber": "712",
"N50": "2534.402",
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{
"id": 3930,
"InsectBaseID": "IBG_03031",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Alcis",
"TaxonomyID": "174269",
"Tags": "None",
"OrganismName": "Alcis repandata",
"NormalName": "None",
"SpeciesIntro": "The mottled beauty (Alcis repandata) is a moth of the family Geometridae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.Subspecies and forms include: Alcis repandata is a common species of Europe and the Near East, extending throughout Europe to the Urals, in the south over the Mediterranean, Asia Minor, the Caucasus to Kazakhstan and in the north to the Arctic Circle. The species inhabits deciduous, mixed and coniferous forests, bushy heaths, meadows, marshes and settlement areas. In the Alps occurs up to 1800 meters. Alcis repandata has a wingspan reaching 30–45 mm. This is an extremely variable species, typically being buff or grey with black bars along the costa, but often with a broad blackish band across the forewings. Meyrick describes it - The head is grey mixed with whitish and fuscous. The forewings are light ochreous-brown, sprinkled with black and sometimes with whitish. The first line is curved, the median line is twice sinuate and dark fuscous, sometimes partly confluent. The second line is dark fuscous, roundly projecting above and below the middle. The subterminal is waved and pale or whitish, partially dark-margined. There is a blackish discal spot before the median. The hindwings are as the forewings, but the lines are less marked and regular. There is a discal dot beyond median. Melanic forms are also common, especially in industrial areas. In all but the darkest variations the most characteristic feature is a pale zigzag line across the hindwing. The larva is pale greenish-ochreous, brown-marked, sometimes suffused with dark grey, dusted with yellow. The dorsal line is brown or dark grey, distinct on segments 2–4, often obsolete elsewhere. Segments 5-12 sometimes have pale dorsal diamonds. See also Prout (1912–16)This species is rather similar to Willow Beauty (Peribatodes rhomboidaria) and its congeners. See Townsend et al.This moth flies at night in June and July in the British Isles. It is attracted to light. The larva feeds on the leaves and soft bark of a wide range of trees and other plants (see list below). ",
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"NCBIassembly": "GCA_949125135.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.34%,D:0.44%],F:0.07%,M:0.15%,n:1367",
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"SeqNumber": "43",
"N50": "13501.977",
"PCGnumber": "28699",
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{
"id": 3931,
"InsectBaseID": "IBG_03032",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Aleiodes",
"TaxonomyID": "144253",
"Tags": "None",
"OrganismName": "Aleiodes alternator",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_963921955.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:99.12%,D:0.51%],F:0.00%,M:0.37%,n:1367",
"GenomeSize": "234.912219",
"GenomeGC": "22.46453089",
"SeqNumber": "21",
"N50": "12584.262",
"PCGnumber": "28275",
"Swissnumber": "None",
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{
"id": 3932,
"InsectBaseID": "IBG_03033",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Aleiodes",
"TaxonomyID": "1844523",
"Tags": "None",
"OrganismName": "Aleiodes leptofemur",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963942555.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.49%,D:0.29%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "271.235516",
"GenomeGC": "21.90071303",
"SeqNumber": "17",
"N50": "17287.625",
"PCGnumber": "32728",
"Swissnumber": "None",
"GOnumber": "None",
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"miRNAnumber": "None",
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{
"id": 3933,
"InsectBaseID": "IBG_03034",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Aleiodes",
"TaxonomyID": "422171",
"Tags": "None",
"OrganismName": "Aleiodes testaceus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963565655.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:99.49%,D:0.15%],F:0.00%,M:0.37%,n:1367",
"GenomeSize": "110.733156",
"GenomeGC": "27.79564235",
"SeqNumber": "20",
"N50": "5816.407",
"PCGnumber": "19507",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
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},
{
"id": 3934,
"InsectBaseID": "IBG_03035",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Aleochara",
"TaxonomyID": "135881",
"Tags": "None",
"OrganismName": "Aleochara curtula",
"NormalName": "None",
"SpeciesIntro": "Aleochara curtula is a species of rove beetle in the family Staphylinidae. They are commonly known as Shortened Minute Rove Beetle. This beetle is found in Europe, Northern Asia (excluding China) and North America.This beetle has a few well-known characteristics, such as it’s tendency for homosexuality and sex mimicry. Male beetles of this species will often attempt copulation with other males of these species. Sex mimicry refers to the idea that some individuals choose to mimic and portray themselves as the opposite sex for various reasons.A. curtula is usually quite small, measuring around 20mm in length. They range from black to brown and have a distinct two-colored elytra. Their eyes are of average size and are approximately half of the length of their head. The beetle has characteristic antennae consisting of brush-like sections.This beetle lives throughout Europe, northern Asia and North America. A. curtula has been known to occasionally live in eastern Japan, and tropical regions of Africa. They prefer warm weather, and often do best when the situation helps attract their favorite prey.All members of A. curtula feed off of animal carcasses. They often end up on the carcasses of smaller animals, such as rodents, squirrels and rabbits. However, they are not picky about the exact carcass they are living on. This is due to the fact that they do not consume the carcass, but instead parasitize other insect larvae. Their favorite prey often includes flies and other carrion specific scavenger insects.Males are territorial and aggressive towards other males. However, A. curtula has a strange relationship with pheromones. For various reasons, both males and females change how they present themselves sexually. Males can often avoid intermale aggression by presenting with excess female sex pheromones. Furthermore, this means they can enter other males' territories to look for resources and mates. However, by mimicking females, males are less likely to get a mate, as females prefer mates with low female sex pheromones.Females also often mimic males with pheromones. Females can more easily move between male territories if they have low levels of female sex pheromones, as well as they can more easily sneak copulations. Some females will maintain their lives as males in order to avoid mating harassment from males. A. curtula mates year-round, meaning that females need a tactic to regulate when they want to reproduce. Often, individual females will spend most of their lives mimicking males so they can selectively choose when they wish to mate.A. curtula is easily convinced by pheromones of the sex of another member of its species. This means that males are often convinced other males are female and will often attempt copulation with other males who happen to have high levels of female sex pheromones. Males who are unwanted by females, such as younger, starved and males who have mated more, are more likely to participate in homosexual behaviors with other males.Eggs are laid in carcasses that are already fresh with other insect larvae. This is because the larvae of A. curtula will feed off of these insect larvae. After hatching, larvae will seek out the pupal stages of other insects. They can often track and find these pupae due to volatiles and waste matter dispelled from the pupal insects. Then, they will consume the pupa in order to pupate themselves. The only way for larvae of A. curtula to pupate is to find an insect pupa to parasitize. This creates competition between siblings that were laid on the same carcass, as well as from unrelated A. curtula individuals. As individuals age, their general size is determined by their larval success in finding larger insect larvae to predate on.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963978815.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:99.27%,D:0.37%],F:0.15%,M:0.22%,n:1367",
"GenomeSize": "136.981725",
"GenomeGC": "26.19962334",
"SeqNumber": "77",
"N50": "13180.965",
"PCGnumber": "15966",
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{
"id": 3935,
"InsectBaseID": "IBG_03036",
"Order": "Hemiptera",
"Family": "Cicadellidae",
"Genus": "Allygus",
"TaxonomyID": "2591979",
"Tags": "None",
"OrganismName": "Allygus modestus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963675035.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:98.83%,D:0.66%],F:0.07%,M:0.44%,n:1367",
"GenomeSize": "1819.882425",
"GenomeGC": "18.45292319",
"SeqNumber": "41",
"N50": "497146.285",
"PCGnumber": "119663",
"Swissnumber": "None",
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{
"id": 3936,
"InsectBaseID": "IBG_03037",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Amblyjoppa",
"TaxonomyID": "2867249",
"Tags": "None",
"OrganismName": "Amblyjoppa fuscipennis",
"NormalName": "None",
"SpeciesIntro": "Amblyjoppa fuscipennis is a species of the parasitic wasp in the family Ichneumonidae. It was first described by Constantin Wesmael in 1844.Amblyjoppa fuscipennis can reach a length of about 16–25 millimetres (0.63–0.98 in). It is a large black wasp with white spots between the eyes, a reddish abdomen, darkened wings and orange legs. The antennae of the males are completely black, while the females show a white band in the middle. These wasps can mainly be found in August.This species looks very similar to Protichneumon pisorius, but in the genus Amblyjoppa there is a longitudinal fold only on the second abdominal sternite, while in the genus Protichneumon these abdominal sternites are often present in the second to fourth tergites.This species is present in most of Europe (Austria; Belgium; Bulgaria; Czechoslovakia; Finland; France; Germany; Hungary; Ireland; Italy; Lithuania; Luxembourg; Netherlands; Norway; Poland; Romania; Russia; Spain; Sweden; Switzerland; United Kingdom; former Yugoslavia), in the Near East, in North Africa, and in the Oriental realm.This Ichneumonidae-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_963575735.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.63%,D:0.15%],F:0.00%,M:0.22%,n:1367",
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"GenomeGC": "33.32620287",
"SeqNumber": "99",
"N50": "28368.299",
"PCGnumber": "23537",
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{
"id": 3937,
"InsectBaseID": "IBG_03038",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Amblyjoppa",
"TaxonomyID": "1905387",
"Tags": "None",
"OrganismName": "Amblyjoppa proteus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963922035.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.70%[S:99.63%,D:0.07%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "290.138138",
"GenomeGC": "32.04344684",
"SeqNumber": "45",
"N50": "29483.893",
"PCGnumber": "24676",
"Swissnumber": "None",
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},
{
"id": 3938,
"InsectBaseID": "IBG_03039",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Amblyteles",
"TaxonomyID": "231887",
"Tags": "None",
"OrganismName": "Amblyteles armatorius",
"NormalName": "None",
"SpeciesIntro": "Amblyteles armatorius is a species of parasitic wasp in the family Ichneumonidae first described by Johann Reinhold Forster in 1771.Amblyteles armatorius can reach a length of 12–16 mm, excluding antennae, which reach about 9 millimetres (0.35 in). The head and thorax of this large wasp are black, except the yellow scutellum. The abdomen is yellow and more oval in the females, with broad black bands. Legs are yellow, except the hind legs, that are black and yellow. This species lacks a sting, so the characteristic markings of many aculeate wasps represent a protective mimicry. The female has a very short ovipositor that doesn't protrude from the abdomen.Adults can be usually found in summer on flowers, especially Apiaceae species, feeding on nectar and pollen. The adults overwinter. The females of this parasitic wasp lay their eggs into the caterpillars of moths. When they hatch larvae feed on their hosts, mainly Noctuidae and Notodontidae, but also some Geometridae, Erebidae, Saturniidae and Lasiocampidae (Calliteara pudibunda, Odontopera bidentata, Macrothylacia rubi and Saturnia pavonia).This species is a Palearctic species that is present in most of Europe, in the Near East, and in the Oriental realm. These wasps usually occur in hedgerows, meadows and spruce forest edges.This Ichneumonidae-related article is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:99.78%[S:99.27%,D:0.51%],F:0.07%,M:0.15%,n:1367",
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{
"id": 3939,
"InsectBaseID": "IBG_03040",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Ametastegia",
"TaxonomyID": "655806",
"Tags": "None",
"OrganismName": "Ametastegia equiseti",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_963989295.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.63%,D:0.37%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "292.200009",
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"SeqNumber": "23",
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},
{
"id": 3940,
"InsectBaseID": "IBG_03041",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Amiota",
"TaxonomyID": "462268",
"Tags": "None",
"OrganismName": "Amiota albilabris",
"NormalName": "None",
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"NCBIassembly": "GCA_037040105.1",
"GenomeLevel": "Scaffold",
"Busco": "C:59.77%[S:59.11%,D:0.66%],F:31.46%,M:7.24%,n:1367",
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{
"id": 3941,
"InsectBaseID": "IBG_03042",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Amiota",
"TaxonomyID": "3079892",
"Tags": "None",
"OrganismName": "Amiota communis",
"NormalName": "None",
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"NCBIassembly": "GCA_037043315.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:97.88%,D:1.90%],F:0.15%,M:0.07%,n:1367",
"GenomeSize": "309.73354",
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"SeqNumber": "1820",
"N50": "1552.548",
"PCGnumber": "32994",
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},
{
"id": 3942,
"InsectBaseID": "IBG_03043",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Amiota",
"TaxonomyID": "3079893",
"Tags": "None",
"OrganismName": "Amiota mariae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035041805.1",
"GenomeLevel": "Contig",
"Busco": "C:99.34%[S:97.44%,D:1.90%],F:0.29%,M:0.37%,n:1367",
"GenomeSize": "288.386136",
"GenomeGC": "23.69082299",
"SeqNumber": "1094",
"N50": "3640.199",
"PCGnumber": "35570",
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},
{
"id": 3943,
"InsectBaseID": "IBG_03044",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Amiota",
"TaxonomyID": "3079894",
"Tags": "None",
"OrganismName": "Amiota minor",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"GenomeLevel": "Scaffold",
"Busco": "C:99.49%[S:97.15%,D:2.34%],F:0.22%,M:0.22%,n:1367",
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"SeqNumber": "2805",
"N50": "1366.163",
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},
{
"id": 3944,
"InsectBaseID": "IBG_03045",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Amorpha",
"TaxonomyID": "522887",
"Tags": "None",
"OrganismName": "Amorpha juglandis",
"NormalName": "None",
"SpeciesIntro": "Amorpha juglandis, the walnut sphinx, is the only species in the monotypic moth genus Amorpha, which is in the family Sphingidae, erected by Jacob Hübner in 1809. The species was first described by James Edward Smith in 1797.It is native to North America, where it is distributed from the Atlantic Ocean to the Rocky Mountains in Canada and the United States.The wingspan is 45–75 mm.The adult moth is nocturnal, active mainly during the early hours of the night.The caterpillar feeds on alder (Alnus), hickory (Carya), hazelnut (Corylus), beech (Fagus), walnut (Juglans), and hop-hornbeam (Ostrya) species. When attacked by a bird, the caterpillar produces a high-pitched whistle by expelling air from pair of spiracles in its abdomen. This antipredator adaptation may startle the bird, which may then reject the caterpillar.",
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"N50": "17043.258",
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{
"id": 3945,
"InsectBaseID": "IBG_03046",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Amphibolips",
"TaxonomyID": "3022637",
"Tags": "None",
"OrganismName": "Amphibolips quercusostensackenii",
"NormalName": "None",
"SpeciesIntro": "Amphibolips quercusostensackenii is a species of gall wasp in the family Cynipidae. It is found throughout eastern North America.This species induces globular galls on the leaves of members of the red oak group (Quercus sect. Lobatae). These galls are roughly 7 to 9 mm in diameter, and contain a central filament-supported cell where pupation occurs.These galls develop in the spring. Adults are described to have emerged from the galls between 8 and 15 July in the Chicago area.This species was originally placed in the genus Andricus. However, a 2002 review reclassified it to the closely related genus Amphibolips based on the morphology of the adult wasp.This Apocrita-related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 3946,
"InsectBaseID": "IBG_03047",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Amphimallon",
"TaxonomyID": "360071",
"Tags": "None",
"OrganismName": "Amphimallon solstitiale",
"NormalName": "None",
"SpeciesIntro": "Amphimallon solstitiale, also known as the summer chafer or European june beetle, is a beetle similar to the cockchafer but much smaller, approximately 20 millimetres (0.79 in) in length. They are declining in numbers now, but where found they are often seen in large numbers. At dusk they actively fly around tree tops looking for a mate and can often be found drowning in pools of water the following morning. They are also attracted to light and come in through open, lit windows and fly around lamps, making quite a racket while bumping into lights. They are found throughout the Palearctic region (and North America) and, commonly seen from June to August, living in meadows, hedgerows, and gardens, and eating plants and tree foliage.The larva of summer chafer undergo a two to three year period of development underground, feeding upon host plants. Carabid beetles, such as Poecilus cupreus, hunt and consume larvae and serve as a primary predator in arable fields.These June beetles act as root pests for a number of economically important crops including potatoes, rape, legumes, chestnuts, and turfgrass. As generalist herbivores, they primarily feed upon secondary roots with smaller amounts of anti-herbivore chemicals across many different species. Several chemical and bio-control agents have been developed to control their populations, including their endemic bacteriaand entomopathogenic nematodes.The species can be found throughout Europe, extending into Turkey and even occurring in portions of East Asia. A number of other species of Amphimallon have been synonymized with subspecies of A. solstitale, including A. ochraceum and A. irtishensis.This Melolonthinae article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 3947,
"InsectBaseID": "IBG_03048",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Amphistomus",
"TaxonomyID": "318779",
"Tags": "None",
"OrganismName": "Amphistomus primonactus",
"NormalName": "None",
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"Busco": "C:3.66%[S:3.66%,D:0.00%],F:5.34%,M:91.00%,n:1367",
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{
"id": 3948,
"InsectBaseID": "IBG_03049",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Amyelois",
"TaxonomyID": "680683",
"Tags": "None",
"OrganismName": "Amyelois transitella v2",
"NormalName": "None",
"SpeciesIntro": "Amyelois is a monotypic snout moth genus described by Hans Georg Amsel in 1956. Its single species, Amyelois transitella, the navel orangeworm, described by Francis Walker in 1863, is endemic to the tropical Western Hemisphere, including the southern United States. Its abundance in California increased greatly during the first half of the 20th century.The wingspan is 9.7 to 10.9 mm. Adults are on wing from the end of March to the end of October in California.The larvae are considered a commercial pest of a number of California crops, including walnut (Juglans regia), fig (Ficus carica), almond (Prunus dulcis) and pistachio (Pistacia vera).Female A. transitella release very similar sex pheromones to that of female Pyralis farinalis. Both species release the pheromone (Z,Z)-11,13-hexa decadienal which is used to attract males. Male P. farinalis have been observed attempting to mate with female A. transitella, but it does not seem as though these copulations are successful in producing offspring.This Phycitinae-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_032362555.1",
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{
"id": 3949,
"InsectBaseID": "IBG_03050",
"Order": "Hymenoptera",
"Family": "Encyrtidae",
"Genus": "Anagyrus",
"TaxonomyID": "272197",
"Tags": "None",
"OrganismName": "Anagyrus pseudococci",
"NormalName": "None",
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"NCBIassembly": "GCA_030522585.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.34%[S:96.05%,D:0.29%],F:2.12%,M:1.54%,n:1367",
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{
"id": 3950,
"InsectBaseID": "IBG_03051",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Anania",
"TaxonomyID": "1100908",
"Tags": "None",
"OrganismName": "Anania crocealis",
"NormalName": "None",
"SpeciesIntro": "Anania crocealis is a species of moth of the family Crambidae. It was described by Jacob Hübner in 1796 and is found in Europe.The wingspan is 22–25 mm. Forewings yellow-ochreous ; lines fuscous, first curved, second curved, strongly sinuate inwards below middle ; orbicular dot and linear discal mark fuscous ; a dark fuscous terminal line. Hindwings whitish grey, with faint darker second line. Larva dull green ; dorsal line dark greenish-grey ; head black.The larvae feed on Pulicaria dysenterica, Inula conyzae and Inula salicina. The moth flies from June to September depending on the location.This Anania article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949315895.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.63%,D:0.15%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "623.994487",
"GenomeGC": "22.24410294",
"SeqNumber": "36",
"N50": "22872.268",
"PCGnumber": "44934",
"Swissnumber": "None",
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{
"id": 3951,
"InsectBaseID": "IBG_03052",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Anania",
"TaxonomyID": "1100909",
"Tags": "None",
"OrganismName": "Anania fuscalis",
"NormalName": "None",
"SpeciesIntro": "Anania fuscalis is a species of moth of the family Crambidae. It is found in Europe.The wingspan is 20–26 mm. The forewings are grey, slightly yellowish tinged; lines darker grey, first indistinct, hardly curved, second serrate, strongly curved in disc, with an abrupt sinuation inwards below middle, posteriorly obscurely whitish edged, more strongly on costa; orbicular dot and transverse discal mark indistinct, darker grey. Hindwings are pale grey, yellowish-tinged; two very faint discal dots; second line as in forewings; a darker grey terminal band.T he larva is rather dark fuscous; dorsal line darker; spiracular area pale brownish; head and plate of 2 blackish -brown.The moth flies from May to July depending on the location.The larvae feed on Rhinanthus minor and Melampyrum pratense, but also Solidago, Urtica, Lathyrus and Pedicularis species.This Anania article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_950371115.1",
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"Busco": "C:99.93%[S:99.78%,D:0.15%],F:0.00%,M:0.07%,n:1367",
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"GenomeGC": "22.90025459",
"SeqNumber": "46",
"N50": "19253.218",
"PCGnumber": "37619",
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{
"id": 3952,
"InsectBaseID": "IBG_03053",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Anania",
"TaxonomyID": "1594229",
"Tags": "None",
"OrganismName": "Anania hortulata",
"NormalName": "None",
"SpeciesIntro": "Anania hortulata, also known as the small magpie, is a species of moth of the family Crambidae found in Asia, Europe and North America. It was described, in 1758, by the 18th-century Swedish taxonomist, botanist, and zoologist, Carl Linnaeus.The wingspan is 24–28 millimetres (0.94–1.10 in)The head and thorax are deep ochreous-yellow, black-spotted. Forewings are yellowish-white, markings blackish; base blackish, with two ochreous-yellow marks; a suffused costal streak; lines thick, first irregular, second tending to form spots, curved, narrowest below middle; small orbicular and large round discal spots, touching costal streak; a terminal fascia tending to form spots, edge parallel to second line. Hind wings with colour, second line, and terminal fascia as in forewings; a blackish discal spot. The larva is whitish; dorsal line dull green, white-edged; head and plate of 2 black. The moth flies from June to July depending on the location and is easily disturbed by day. It flies from dusk onward and comes to light.Eggs are mostly laid on stinging nettle (Urtica dioica) and occasionally on Labiatae such as white horehound (Marrubium vulgare), woundwort (Stachys species) and mint (Mentha species).Larvae can be found in August and September feeding in a rolled or spun leaf. They overwinter in a transparent cocoon hidden under loose bark, or in a hollow stem of Umbelliferae such as hogweed (Heracleum sphondylium).Pupation takes place in the spring in the overwintered site.The moth has been recorded in Asia, Europe and North America. In both Canada and the United States of America it is an exotic.Carl Linnaeus placed the small magpie, along with ″the rest of the moths″, in the now obsolete genus Phalaena. It has since been moved to the Eurrhypara and Pyralis before ending up in its present genus Anania, which refers to without pain. Anania was raised by the German entomologist Jacob Hübner in 1823 and refers to ″his pleasure in the beauty of″ Anania funebris. The specific name hortulata refers to hortus – a garden, referring to the habitat.",
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{
"id": 3953,
"InsectBaseID": "IBG_03054",
"Order": "Coleoptera",
"Family": "Scraptiidae",
"Genus": "Anaspis",
"TaxonomyID": "295995",
"Tags": "None",
"OrganismName": "Anaspis maculata",
"NormalName": "None",
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"Busco": "C:99.64%[S:98.54%,D:1.10%],F:0.07%,M:0.29%,n:1367",
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{
"id": 3954,
"InsectBaseID": "IBG_03055",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Anastrepha",
"TaxonomyID": "95504",
"Tags": "None",
"OrganismName": "Anastrepha fraterculus",
"NormalName": "None",
"SpeciesIntro": "Anastrepha fraterculus, known as the South American fruit fly, is a fruit fly species from the genus Anastrepha. A. fraterculus is a polyphagous, frugivorous fly that is a significant pest of commercial fruit production in South America.German entomologist Christian Rudolph Wilhelm Wiedemann first described the South American fruit fly in 1830. The Anastrepha fraterculus species is not to be confused with the Anastrepha fraterculus complex, which is a cryptic species with eight taxonomically recognized morphotypes.The Anastrepha fraterculus species is native to South America and is distributed throughout the southern United States (South Florida and southern Texas), Mexico, Central America, Caribbean Islands, and South America.Anastrepha fraterculus is a small fruit fly. Its body colouration varies, from orange, to brown and yellow. They have six jointed legs attached to their thorax and one set of membranous wings with yellow and brown bands also attached at their thorax. Attached to their head is a pair of antennae. The antennae have three segments: the scape, the pedicel, and the flagellum. An arista is also located at the dorsal side and proximal end of the flagellum. They have six types of sensilla based on shape, located along their antennae. These sensilla are used for chemoreception. The female A. fraterculus have a modified ovipositor called an aculeus. The aculeus is near the cloacal opening, and it is conical in shape with serrations near the apex.The digestive system in the South American fruit fly is one long, continuous tube that connects the mouth to the anus. This tract is divided into three specialized regions: the foregut, the midgut, and the hindgut. The foregut is specialized to ingest and soften the food and begin digestion. The foregut contains a short gullet with an esophageal pouch, then a long, narrow crop duct that ends in a wide crop. The midgut is specialized for digestion and absorption of nutrients. The midgut contains a long, coiled stomach. The hindgut is specialized for absorbing nutrients and reabsorbing water and ions. The hindgut includes the ileum, the rectum, and associated rectal glands.Anastrepha fraterculus have a four-stage life cycle: egg, larva, pupa, and adult. The females lay their eggs in fruit, where the larvae develop until they reach adulthood and leave the fruit to mate. Their eggs are white, elongated, and curved. The chorion has extensions that are shorter near the anterior end of the egg and bluntly rounded at the posterior end of the egg. The larvae ingest the forced-out yolk masses near the anterior end of the egg and then emerge near the posterior end of the egg. The larvae molt three times before reaching maturity: the first instar occurs from 1-3 days old, the second instar from 4-6 days old, and the third instar from 7-12 days old. The larvae's third instar has some defining characteristics to help distinguish it from other species in the Anastrepha genus: the third instar is greater than 6.0 mm in length and 1.0 mm in diameter, their mandibles don't have a subapical tooth, they have 7-11 oral ridges, the abdominal segments lack dorsal spinules, and the anterior spiracle has 9-14 tubules. After the final molt, the larva enters the pupa stage. The pupa is an inert, sessile stage. The pupa is cylindrical and 4.5-60 mm in length and 2-2.5 mm in diameter. The pupae's colouration is yellow-tinged with brown and then turns reddish-yellow or dark brown. After pupating, the adult fly splits open the pupal case and exits, then leaves the fruit to continue the cycle.The South American fruit flies mate through a lek mating system. The males aggregate into groups of 5, about 80 cm apart, usually on the underside of the leaves of host plants. They start their courtship and mating behaviour 1 hour after dawn until mid-morning. In these aggregations, the males release volatile pheromones to attract females. These pheromones are primarily released from glands in the rectum, though some pheromones are released from their salivary glands. The distal rectum is evaginated to increase the evaporative surface and increase pheromone emission. The females use an ovipositor to puncture the fruit's skin and lay their eggs inside. After laying their eggs, the female Anastrepha fraterculus drags their ovipositor along the fruit and releases an oviposition-deterring pheromone to prevent other females from laying their eggs in that fruit to improve the success of her offspring.Anastrepha fraterculus is a major agricultural pest. They cause a lot of damage to the plants' fruits. The females puncture the fruit during oviposition, the larvae eat the fruit during maturation, and at adulthood, they damage the fruit by exiting. The punctures also facilitate the entry of phytopathogens into the fruit. A. fraterculus is also a mechanical vector for fungi spores that can cause the fruits to rot.Anastrepha fraterculus infect many host plants with their larvae. A. fraterculus infest at least 159 species of host plants, including many plants from the family Annonaceae, Myrtaceae, Rutaceae, Malpighiaceae, Rosaceae (apples, cherries, peaches, plums), Vitaceae (grapes), and many, many more.",
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{
"id": 3955,
"InsectBaseID": "IBG_03056",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Anastrepha",
"TaxonomyID": "28586",
"Tags": "None",
"OrganismName": "Anastrepha ludens v2",
"NormalName": "None",
"SpeciesIntro": "Anastrepha ludens, the Mexican fruit fly or Mexfly, is a species of fly of the Anastrepha genus in the Tephritidae family (fruit flies). It is closely related to the Caribbean fruit fly Anastrepha suspensa, and the papaya fruit fly Anastrepha curvicauda.Anastrepha ludens is native to Mexico and Central America and is a major pest to citrus and mango agriculture in Mexico, Central America, and the lower Rio Grande Valley. The species exhibits high fecundity and relatively long lifespans compared to other species of fruit flies. These qualities make the Mexican fruit fly a particularly aggressive invasive species, especially threatening agriculture because the larvae grow and feed on many different species of fruit. The Anastrepha genus is designated as one of three genera that pose the greatest risk to American agriculture. According to the USDA, A. ludens is the only important member of the Anastrepha genus that is subtropical instead of tropical and thus has a range much further North than most Anastrepha species. Also the USDA estimates that the Mexfly causes $1.44 billion worth of damage in a 5-year time span, mostly to citrus farms. They are frequently designated as an invasive species in Southern California and Arizona and pose a serious threat to Florida's grapefruit agriculture.Most species in the Anastrepha genus including A. ludens have a distinctive yellow and brown coloration of the body and wings. The adult A. ludens is 7–11 mm long, or slightly larger than a common house fly. They have a mesonotum that is 2.75-3.6 mm long and a wing span of 6.6-9.0 mm.Females have a relatively long life spans of up to 11 months. Males live even longer than females, up to 16 months. Female adult A. ludens have a long ovipositor (3.35-4.7mm) and sheath relative to body size and are capable of laying more than 1,500 eggs in their lifetimes, making A. ludens highly fecund.Anastrepha ludens have 12 chromosomes and most cells are diploid. A 2014 genetic study of A. ludens concluded that \"A. ludens populations are genetically diverse with moderate levels of differentiation.\" They go on to attribute this genetic diversity to natural selection across the wide habitat range of the fly and to pest management practices. In addition they found high levels of inbreeding in the species.Gut bacteria exist in A. ludens called Enterobacteriaceae (fruit fly type bacteria). Other families of bacteria have been found in Mexican fruit flies including Vibrionaceae, Bacillaceae, Micrococcaceae, and Pseudomonadaceae. The effects of these bacteria on A. ludens are not well studied but it has been proposed by M. Aluja that A. ludens regurgitate internal bacteria onto their host and use the bacterial colonies as a protein source. The gut bacteria may also play a role in digestion and detoxification of chemicals.Larvae have an elongated cylindrical shape typical of fruit flies and are white in color. Larvae can be up to 12 mm in length. Larvae usually pupate on the ground but have also been observed to occasionally pupate inside its host fruit. Larvae determine when to exit a fruit through physical and chemical signals such as the pH of the rotting fruit and the drop of the fruit from to the ground.Anastrepha ludens is native to Guatemala, Mexico and possibly Costa Rica. It is an invasive species to the US. The first record of these flies spotted outside of their native habitat of Mexico and Central America was in a small Texas colony in 1903. By 1927, Mexican fruit flies were infecting citrus farms in lower Rio Grande Valley of Southern Texas and threatening farmland in California, Texas, Florida, and Arizona. In 1954, the fly species had spread westward as far as Hermosillo. The flies were rare in Costa Rica until the 1990s when they suddenly appeared on citrus plants. It is unclear if the species was native to Costa Rica or migrated there from the north. It was previously believed that the species is native to Colombia because of misidentification of A. manizaliensis but it is now known that the species does not exist there.",
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{
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"InsectBaseID": "IBG_03057",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Anaulacaspis",
"TaxonomyID": "1553355",
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"OrganismName": "Anaulacaspis nigra",
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{
"id": 3957,
"InsectBaseID": "IBG_03058",
"Order": "Hymenoptera",
"Family": "Andrenidae",
"Genus": "Andrena",
"TaxonomyID": "1190795",
"Tags": "None",
"OrganismName": "Andrena bicolor",
"NormalName": "None",
"SpeciesIntro": "Andrena bicolor, or Gwynne's mining bee, is a common and widespread Western Palearctic mining bee which is found over most of Europe as well as North Africa and the Middle East and which reaches eastwards into Siberia.Andrena bicolor is a small to medium-sized mining bee, with the males being slightly smaller than the females. The females have a coat of reddish-brown hairs on the dorsal surface of the thorax, a wholly black-haired face and indistinct bands of yellowish hairs on the margins of the first to third tergites. The spring brood can show an extensive black hair covering on the femur and the sides of the thorax, this is not as marked in the autumn brood. It has dark tibia on the hind legs but these have obvious orange hairs which have been said to resemble a pair of orange leg warmers. The spring brood males have black hairs on the head and side of the thorax and lack the bright colours of the females, while summer brood males often show brown hairs on the face and have no black hairs on the side of the thorax.Andrena bicolor is a widely distributed species in Europe from most of Great Britain and Ireland in the west to southern Fennoscandia south to the Mediterranean, including Corsica, the Balearic Islands, Sicily, Crete and Cyprus but it is not found on Sardinia, its range extends east into Russia and Central Asia. It has also been recorded in Turkey, Israel and Iran. In the Netherlands this species is commoner in the south than in the north but it seems to be expanding its range in the north.Andrena bicolor shows a rather generalist choice of habitat from calcareous grassland to open woodlands, only avoiding closed canopy woodland and high alpine habitats. In some parts of its distribution it can be a coastal species such as in Ireland and parts of Scotland. In the Alps it extends to 1,800 metres (5,900 ft) in Switzerland but has been recorded up to 2,100 metres (6,900 ft) in Austria. It has two broods during a season, i.e. it is bivoltine, a spring brood which flies from March to June and a summer brood which flies from June to late August. The first brood is much more numerous than the second brood, and the second brood appears to be much more elusive than the first, especially the males.A. bicolor is polylectic, meaning that it feeds from a wide variety of flowers. This has been shown by sampling the pollen collected by females. The spring brood has been confirmed as foraging on a wide variety of early flowering plants from low herbaceaous species such as coltsfoot (Tussilago farfara), Bellis perennis, dandelion (Taraxacum spp), buttercups (Ranunculus spp), daffodils (Narcissus spp.) and bluebells (Hyacinthoides spp) to spring blossoming shrubs such as hawthorn (Crataegus spp) and willow (Salix spp.). However, the summer brood females feed mainly from bell flowers, in particular the harebell (Campanula rotundifolia) and the clustered bellflower (Campanula glomerata) as well as such species as white bryony (Bryonia alba), blackberry (Rubus spp.), mallows, cranesbills and cinquefoils. In the Ukraine A. bicolor is regarded as one of the most important pollinators of the cherry crop.The nest tunnel may be over 1 metre (3.3 ft) in length and nests can be solitary or in small loose aggregations which are normally on relatively bare ground on south facing banks or slopes. In Germany nests have been found in association with the nests of other Andrena species such as Andrena fulva and species of the Andrena minutula complex. Nests are rarely recorded and are difficult to locate. The cleptoparasitic nomad bee Nomada fabriciana is associated with A. bicolor and the fly Stylops gwynanae may \"stylopise\" A. bicolor in Spain and eastern Europe and larval Stylops have been observed on adult A. bicolor.",
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"TaxonomyID": "1862692",
"Tags": "None",
"OrganismName": "Andrena camellia",
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"TaxonomyID": "1411665",
"Tags": "None",
"OrganismName": "Andrena chrysosceles",
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"Order": "Hymenoptera",
"Family": "Andrenidae",
"Genus": "Andrena",
"TaxonomyID": "473392",
"Tags": "None",
"OrganismName": "Andrena flavipes",
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{
"id": 3961,
"InsectBaseID": "IBG_03062",
"Order": "Hymenoptera",
"Family": "Andrenidae",
"Genus": "Andrena",
"TaxonomyID": "1542598",
"Tags": "None",
"OrganismName": "Andrena marginata",
"NormalName": "None",
"SpeciesIntro": "Andrena marginata, sometimes called the small scabious mining bee is a species of the sand bee (Andrena) genus.This species is present in most of Europe and in the East Palaearctic. It can mainly be found in acidic or calcareous grasslands, moors, heaths, moorland edges and woodland, where Devil's-bit scabious plants occur.Andrena marginata can reach a body length of about 11 mm (0.43 in). The basic body color of these medium-sized mining bees is black or dark brown. In the males the dark color is widespread on the hind body, only the second and third tergites are partially orange colored. They are slimmer, with denser body hairs than the female. The male shows a yellowish-white mouth shield.The females of A. marginata occur in different colour forms. Usually the females have strongly hairs and a special pollen basket on hind legs. Moreover, in the females the hind body lacks hairs and they are black only on the first tergite (hind body segment), while other tergites are orange colored. Some females are predominantly orange. However more or less completely black or dark individuals can be found in both sexes.Andrena marginata is an univoltine species. Adults of these solitary bees fly between mid July to late September. They are oligolectic on late flowering scabious flowers. They feed on different nectar-bearing plants of the family Dipsacaceae, like field scabious, Small scabious (Scabiosa columbaria) and Devil's-bit scabious (from which its common name derives), though they have also been observed foraging on knapweed, bramble (Rubus fruticosus), meadowsweet (Filipendula ulmaria), willowherb (Epilobium species), nipplewort (Lapsana communis) and creeping thistle. The female builds a nest in the ground and fills the cells with a mixture of nectar and pollen. One egg is placed in each cell and the larva hatches, grow and pupates within the nest. The adults emerge in spring after hibernation. Media related to Andrena marginata at Wikimedia Commons Data related to Andrena marginata at WikispeciesThis Andreninae article is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:99.63%[S:99.41%,D:0.22%],F:0.22%,M:0.15%,n:1367",
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{
"id": 3962,
"InsectBaseID": "IBG_03063",
"Order": "Hymenoptera",
"Family": "Andrenidae",
"Genus": "Andrena",
"TaxonomyID": "1190803",
"Tags": "None",
"OrganismName": "Andrena praecox",
"NormalName": "None",
"SpeciesIntro": "Andrena praecox is a Palearctic species of mining bee.",
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"NCBIassembly": "GCA_963932275.1",
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"Busco": "C:99.78%[S:99.49%,D:0.29%],F:0.07%,M:0.15%,n:1367",
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{
"id": 3963,
"InsectBaseID": "IBG_03064",
"Order": "Hymenoptera",
"Family": "Andrenidae",
"Genus": "Andrena",
"TaxonomyID": "1431430",
"Tags": "None",
"OrganismName": "Andrena trimmerana",
"NormalName": "None",
"SpeciesIntro": "Andrena trimmerana, Trimmer's mining bee, is a species of mining bee from the family Andrenidae. It occurs in the western Palearctic but its true status in some areas is muddled due to issues of taxonomy and misidentification.Andrena trimmerana is bivoltine and the broods differ from each other in morphology, especially the male bees. They are difficult to separate from the closely related and partially sympatric A. scotica. The females of A. trimmerana can be separated from females of A. scotica by the red patches of colour on the sides of tergite 1 and the reddish colour of the basal sternites. This reddish colour on the basal sternites is similar to A. bimaculata but A. trimmerana is larger and is rougher on the top of the propodeum. The later, summer generation of A. rosae also resembles A. trimmerana but it has shorter hairs all over its body. They measure 13-15mm in length.The early brood or spring generation males possess a spine on their genae which is of variable size, this is also present in the males of the spring generation of A. rosae but they have an all dark abdomen and lack an apical tooth on their mandibles, while the males of A. ferox also have a genal spine but can be identified by having yellow hind tibiae.Andrena trimmerana is found in the southern part of the western Palearctic from southern Great Britain south through the Mediterranean islands to North Africa and east through France and Central Europe to Turkey and western Russia.Andrena timmerana is a generalist which occurs across many habitats including landslips and cliffs in coastal areas and heaths, open woodland, chalk grassland, fens, pastures and gardens in inland areas, as well as brownfield sites and occasionally urban greenspace.Andrena timmerania has two generations each year, i.e. it is bivoltine, one in the Spring which flies from mid March to the end of April and the other in the summer from July to late September. It does not nest communally and the females dig nesting burrows in banks, slopes and vertical banks of soil. It is polylectic and has been recorded foraging on buttercups, willows, bramble, rhododendron, blackthorn, gorse, alexanders and dandelion. The spring generation appear to prefer willows and Prunus spp while the summer generation shows a preference for brambles and umbellifers.The second Andrena timmerana generation has been proposed as a separate species Andrena spinigera or has been identified as Andrena carantonica. The name Andrena carantonica was applied by the Italian entomologist Perez to specimens he collected near Bordeaux and was then applied to similar bees collected elsewhere. Later investigations found that A. carontonica is most likely a junior synonym of Andrena trimmerana. The closely related A. scotica has been misidentified as A. carontonica and there is work still to be done to determine the limits of both species.",
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{
"id": 3964,
"InsectBaseID": "IBG_03065",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Andricus",
"TaxonomyID": "2558937",
"Tags": "None",
"OrganismName": "Andricus quercuspetiolicola",
"NormalName": "None",
"SpeciesIntro": "Andricus quercuspetiolicola, also called the oak petiole gall wasp, is a species of oak gall wasp in the family Cynipidae. Galls in which the larvae live and feed are formed along the midrib or petiole of white oak leaves.This species occurs throughout the eastern half of North America where its host plants grow.The oak petiole gall wasp forms galls on white oaks, including Quercus alba, Q. bicolor, Q. montana, Q. macrocarpa, Q. michauxii, Q. prinoides, and Q. stellata.The galls of the sexual generation are round or club-shaped and formed on the petiole or midrib of the leaves in spring, with adults of both sexes emerging from galls in late June and early July. The gall is a firm swelling with a scar at the apex and contains several cells, each with a larva. It is initially green but becomes brown and woody as it ages.The galls and timing of the agamic generation are unknown.Parasitoids of the oak petiole gall wasp include the crypt-keeper wasp (Euderus set).The adults were first described by Homer Franklin Bassett in 1863 with the name Cynips quercuspetiolicola, though the galls had been previously described by Carl Robert Osten-Sacken. This species is now considered to be in the genus Andricus, and several other names are considered synonyms.",
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{
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"Family": "Tephritidae",
"Genus": "Anomoia",
"TaxonomyID": "103414",
"Tags": "None",
"OrganismName": "Anomoia purmunda",
"NormalName": "None",
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{
"id": 3966,
"InsectBaseID": "IBG_03067",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "139047",
"Tags": "None",
"OrganismName": "Anopheles bellator v2",
"NormalName": "None",
"SpeciesIntro": "Anopheles bellator is a species of mosquito mainly located in southeast of State of São Paulo, Brazil, is a main vector of malaria.This article related to members of the fly superfamily Culicoidea is a stub. You can help Wikipedia by expanding it.",
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"Genus": "Anopheles",
"TaxonomyID": "139045",
"Tags": "None",
"OrganismName": "Anopheles coustani v2",
"NormalName": "None",
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{
"id": 3968,
"InsectBaseID": "IBG_03069",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Anopheles",
"TaxonomyID": "227531",
"Tags": "None",
"OrganismName": "Anopheles plumbeus",
"NormalName": "None",
"SpeciesIntro": "Anopheles plumbeus is a species of mosquito found in Europe and can also be found in the near East and northern Africa. It is anthropophilic and can be a nuisance mosquito, biting persistently during dawn, dusk and also during the day. A. plumbeus can transmit the malaria agent Plasmodium falciparum. A. plumbeus has been collected from forested areas, but also from rural and urban areas. It breeds in treeholes, water-filled containers or discarded tyres. The species is similar in appearance to A. claviger.",
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{
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"OrganismName": "Anopheles ziemanni v2",
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{
"id": 3970,
"InsectBaseID": "IBG_03071",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Anoplolepis",
"TaxonomyID": "354296",
"Tags": "None",
"OrganismName": "Anoplolepis gracilipes",
"NormalName": "None",
"SpeciesIntro": "Formica longipesPlagiolepis longipesAnoplolepis longipesThe yellow crazy ant (Anoplolepis gracilipes), also known as the long-legged ant or Maldive ant, is a species of ant, thought to be native to West Africa or Asia. They have been accidentally introduced to numerous places in the world's tropics.The yellow crazy ant has colloquially been given the modifier \"crazy\" on account of the ant's erratic movements when disturbed. Its long legs and antennae make it one of the largest invasive ant species in the world.Like several other invasive ants, such as the red imported fire ant (Solenopsis invicta), the big-headed ant (Pheidole megacephala), the little fire ant (Wasmannia auropunctata), and the Argentine ant (Linepithema humile), the yellow crazy ant is a \"tramp ant\", a species that easily becomes established and dominant in new habitat due to traits such as aggression toward other ant species, little aggression toward members of its own species, efficient recruitment, and large colony size.It is on a list of \"one hundred of the world's worst invasive species\" formulated by the International Union for Conservation of Nature (IUCN), having invaded ecosystems from Hawaii to the Seychelles, and formed supercolonies on Christmas Island in the Indian Ocean.In 2023, a scientific article postulated a unique reproductive cycle for A. gracilipes, suggesting that males are obligate chimeras.Anoplolepis gracilipes is a relatively large, yellow to orange ant with long legs, large eyes and extremely long antennal scapes.Although A. gracilipes is the only invasive species in the genus Anoplolepis, there are several other genera for which it can be mistaken. Both Leptomyrmex and Oecophylla can be confused with Anoplolepis because of their similar sizes and very long limbs. Anoplolepis can be distinguished from Leptomyrmex by the presence of an acidopore, while Anoplolepis can be distinguished from Oecophylla by the more compact petiole. Although both of these genera occur in the Pacific, neither contain any invasive species.Several species of invasive ants belonging to the genera Camponotus and Paratrechina can appear similar to A. gracilipes. Although several invasive species of Pheidole can also be slender-bodied with long legs and long antennal scapes, they can be separated from A. gracilipes by their two-segmented waists.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_031304115.1",
"GenomeLevel": "Scaffold",
"Busco": "C:100.00%[S:99.34%,D:0.66%],F:0.00%,M:0.00%,n:1367",
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{
"id": 3971,
"InsectBaseID": "IBG_03072",
"Order": "Lepidoptera",
"Family": "Saturniidae",
"Genus": "Antheraea",
"TaxonomyID": "91021",
"Tags": "None",
"OrganismName": "Antheraea assamensis",
"NormalName": "None",
"SpeciesIntro": "Antheraea assamensis, known as the muga silkworm as a larva and Assam silk moth as an adult, is a moth of the family Saturniidae. The species was first described by Johann Wilhelm Helfer in 1837. It is found in Assam in northeast India where 99% of its production occurs.The larvae feed on Cinnamomum, Funastrum (including former Sarcostemma species), Laurus, Litsea, Carpinus, Persea, Magnolia, Michelia, Quercus and Symplocos.Its silk, one of the varieties of tussar silk, has a glossy golden hue which improves with age and washing. It is never bleached or dyed and is stain resistant. It was reserved for the exclusive use of elites in Assam. Like other silk moths, the female has a larger abdomen and slender antennae when compared to males. The larvae are vibrantly coloured and are monophagous as other silk moths.In 2015, Adarsh Gupta K of Nagaraju's research team at Centre for DNA Fingerprinting and Diagnostics, Hyderabad, India, discovered the complete sequence and the protein structure of muga silk fibroin and published it in Nature Scientific Reports.In 2009, Utpal Bora and his team at the Indian Institute of Technology Guwahati in Assam reported the potential of using muga silk fibroin as a promising biomaterial for tissue engineering applications.The disease known as pebrine is caused by Microsporidia (intercellular, fungal parasites), and affects Antheraea assamensis. This destructive disease obstructs the developmental processes of the Muga silkworm.An article that was published in 2020 talks about a study that was conducted about the moths. The study was that aimed at the cocoons, which were to be collected from 11 different regions of North East Indian regions where they are found. Researchers looked at the weight and silk quality of these cocoons.This article on a moth of the family Saturniidae is a stub. You can help Wikipedia by expanding it.",
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{
"id": 3972,
"InsectBaseID": "IBG_03073",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Anthonomus",
"TaxonomyID": "2921224",
"Tags": "None",
"OrganismName": "Anthonomus grandis thurberiae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030068095.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:95.46%,D:4.32%],F:0.00%,M:0.22%,n:1367",
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{
"id": 3973,
"InsectBaseID": "IBG_03074",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Anthophora",
"TaxonomyID": "478167",
"Tags": "None",
"OrganismName": "Anthophora plumipes",
"NormalName": "None",
"SpeciesIntro": "The hairy-footed flower bee (Anthophora plumipes) is a species of bee belonging to the family Apidae.These bees are widespread in most of Europe and Asia from Britain to China and Japan, the Near East and in North Africa. In the 20th century, the species was introduced to the United States. The species was spotted for the first time in Ireland in April 2022.These bees commonly inhabit gardens, open woodland, and coastal sites.The adults of Anthophora plumipes grow up to 13–15 millimetres (0.5–0.6 in) long. There are numerous color forms over the species' geographic range, which have resulted in this species being described under many different names. This species shows an evident sexual dimorphism. The body is always densely hairy. Males have most often bright reddish brown or gray hair, while females are usually all black or dark brown. Furthermore, the females show reddish orange scopal hairs on the hind tibia. The middle legs of males are very elongated. Males are also distinguished from females by having long hairs on its mid tarsi and the integument of the lower face yellow or cream coloured, rather than black. The long tufts of black hairs on the tarsi (hence the Latin word plumipes) are used as a visual signal during mating.Anthophora plumipes is a univoltine species. These bees can be encountered from March to June, feeding and collecting pollen and nectar on early flowering plants, mainly on (Primulaceae species (Primula veris, Primula acaulis, etc.), Boraginaceae species (Pulmonaria officinalis, Borago officinalis, etc.), Lamiaceae species (Lamium purpureum) and Fumariaceae (Corydalis spp.).These solitary bees do not build colonies. The females usually make nests in clay slopes and steep walls of mud, where they excavate cells, which they fill with pollen and nectar (as food for the larvae), laying a single egg on each pollen mass.",
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"NCBIassembly": "GCA_951804975.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:99.41%,D:0.51%],F:0.07%,M:0.00%,n:1367",
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"SeqNumber": "1059",
"N50": "13921.6",
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{
"id": 3974,
"InsectBaseID": "IBG_03075",
"Order": "Diptera",
"Family": "Bombyliidae",
"Genus": "Anthrax",
"TaxonomyID": "2725500",
"Tags": "None",
"OrganismName": "Anthrax anthrax",
"NormalName": "None",
"SpeciesIntro": "Anthrax anthrax is a species of fly in the family Bombyliidae. Unlike, for example, Bombylius major, this species does not mimic a bee. The eggs are flicked by the adult female toward the entrance of the nests of mason bees. After hatching, the larvae find their way into the nests to feed on the bee larva. A. can be found in May to August throughout mainland Europe. In the Netherlands A. anthrax is a common visitor of insect hotels. It was first recorded as breeding in Britain in 2019.A. anthrax is a fairly large fly, the body length is 10 mm. The body is black with four white markings at tergum 2 and 3 and two white markings at the end of the abdomen. Tergum 1 is black with tufts of white hairs at the side. These tufts are visible in this picture of a hovering fly. The wings are mostly black, only the top is transparent. The veins are dark brown. The following picture was overexposed. Due to the brightly lit background the veins are visible. The newly emerged Anthrax anthrax may be found sitting on a bee hotel. Their body is dull black with more transparent wings.The females may be found hovering before an insect hotel shooting eggs into the nest entrances of mason bees. Occasionally females rub their abdomen with dust or sand. Dust or sand is necessary to make the eggs less tacky. To this end the females have a 'sand chamber'. A. anthrax is sometimes seen hovering above a flower.Afghanistan, Albania, Algeria, Armenia, Austria, Azerbaijan, Belarus, Belgium, Bulgaria, Canary Islands, China, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Georgia, Hungary, Iran, Italy, Serbia, Sweden. ",
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"NCBIassembly": "GCA_963971155.1",
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"Busco": "C:99.56%[S:98.83%,D:0.73%],F:0.00%,M:0.44%,n:1367",
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{
"id": 3975,
"InsectBaseID": "IBG_03076",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Apamea",
"TaxonomyID": "997526",
"Tags": "None",
"OrganismName": "Apamea anceps",
"NormalName": "None",
"SpeciesIntro": "Apamea anceps, the large nutmeg, is a moth of the family Noctuidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. The large nutmeg is distributed throughout Europe and through the Palearctic realm to Yakutia, Transbaikalia, Lebanon , Armenia, Asia Minor, Iran, Mongolia eastern Siberia, the Chinese province of Shaanxi, and Japan. It is also found in North West Africa.The wingspan is 35–40 mm. Forewing grey speckled with darker, and more or less tinged with brown; the veins dark; inner and outer lines double, dark filled in with pale ground colour, conversely lunulate-dentate; the inner line sometimes forming a sharp outward angle below vein 1, meeting the median line, sometimes rounded ami remote from it: claviform brown, darker edged, variable in size, often quite small; orbicular and reniform pale with dark centres, the latter with white dotted annulus and often followed by a pale patch; marginal area dark grey beyond the pale submarginal line, which is preceded by brownish patches at costa and on both folds: hindwing dirty whitish, with darker cellspot, veins, and outer line, the terminal area diffusely fuscous, with the submarginal line showing paler along termen; in typical sordida the brown tints are confined to the two folds: -in anceps Hbn. these brown tints pervade more or less the whole forewing: - ochracea Tutt has the ground colour paler and the suffusion more rufous brown; renardii Bsd. is a very pale form with the markings subobsolete; while engelhartii Duurloo represents a renardii pale form from eastern Jutland with indistinct markings; - ab. mediana ab. nov. [Warren] appears very distinct; the brown-grey ground colour is without dark speckling; the inner and outer lines are single, black and distinct, the outer with clear black teeth on the veins; the median shade, generally inconspicuous, is thick and black, distinctly angled outwards on subcostal and veins 1 and 2; the space between it and outer line deeper brown: the markings of the hindwing clearer; the male specimen from Germany without precise locality.Adults are on wing from June to July.The larvae feed on the flowers and leaves of various grasses, including Poa annua and Dactylis glomerata. The caterpillars overwinter. They feed on grasses and are also considered pests of cereals.This Apamea-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_951799955.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.78%,D:0.07%],F:0.00%,M:0.15%,n:1367",
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"SeqNumber": "46",
"N50": "21318.16",
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{
"id": 3976,
"InsectBaseID": "IBG_03077",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Apamea",
"TaxonomyID": "753153",
"Tags": "None",
"OrganismName": "Apamea crenata",
"NormalName": "None",
"SpeciesIntro": "Apamea crenata, known as the clouded-bordered brindle, is a moth in the family Noctuidae. It is distributed throughout the Palearctic realm. In the North it crosses the Arctic Circle, in the Mediterranean it is found only in cool locations and mountains avoiding very hot areas. In the Alps, it rises to an altitude of about 2000 metres. This species has a wingspan of 36 to 44 mm. The forewings are pale brown with darker patches along the margins, usually with prominent markings at the base and tornus. The hindwings are grayish with darker venation. Melanic forms occur fairly frequently. Forewing pale lilac grey, often washed with pale brownish; the veins paler: costal area tinged with purplish grey; inner margin with white, and with a strong black streak near base: inner and outer lines double, brownish, the outer followed by a double row of dark brown vein dots with a white dot between; claviform stigma brown, with darker outline; orbicular generally elongate and narrow, sometimes shortened and rounder, with centre brown as in reniform and pale outline, the outer half of the reniform paler than the inner, and the lower lobe dark; cell and median shade brown, the latter not reaching below cell; marginal area beyond submarginal line dark redbrown, emitting large teeth inwards on the two folds; hind wing fuscous, pale grey towards base. Aberration (ab.) argentea Tutt is a form from Scotland in which the ground colour of forewings is shining silvery whitish, with traces of faint brownish costal streaks; the terminal area and basal streaks pale brown; all other markings obsolete, except a trace of reniform stigma: hindwing pale grey; - Forma ochrea Tutt and intermedia Tutt seem to represent merely the type form when washed with pale ochreous, or with rufous ochreous respectively, this last being the commonest form in Britain; -forma flavorufa Tutt is a rare form, from the North of England and Scotland only, with ground colour dull yellow red, with the ordinary markings obsolete, except the stigmata which are distinct and outlined with yellow; some short yellow costal dashes, a yellow patch at base of costa and some yellow scales on the dark veins; -the form putris Hbn. has the whole of forewing suffused with dull grey brown, the median area between inner and outer lines darker brown from costa to inner margin; the white scales of inner margin plainer; some examples are more uniformly dark and with obscured markings, while others are paler brown and show the markings clearly: - forma combusta Haw. is a dark fuscous form of this, in which the basal area and both hues are mixed with white scales, the outer edge of the reniform being also whitish; ab. alopecurus Esp.is red-brown with the veins dark, the costa and inner margin and sometimes the veins dusted with whitish, and the stigmata edged with yellow; the two folds redder than the rest; in some cases this red tint predominates and makes the whole wing red; in others the blackish shades overpower the red, these last being nigrorubida Tutt; - ab. subrurea Petersen is a form with the forewing darkened with grey brown, with clear markings, and the reniform not picked out with yellow - extincta Stgr. from Issykkul and Kuku Nor, has the forewing pale uniform lilac grey; the terminal area and the cell dull redbrown; the hues very indistinctly expressed; the stigmata pale grey, the outer edge of the reniform whitish; the dark form corresponding to this, (as alopecurus does to typical rurea) - ab. uniformis ab. nov.[Warren] is wholly dull dark liver colour, with no markings except the pale inner and outer lines and the whitish outer edge of the reniform stigma; the hindwing, as in extincta, smooth pale grey.Apamea crenata occupies varied habitats. It colonizes grass-rich, uncut, and moist to mesophilic places such as wet meadows, fens, forest edges or clearings, mountain and valley meadows, in heaths and moorland areas as well as in gardens and parks.In the British Isles the moth flies at night from May to July. It is attracted to light and sugar, particularly nectar-rich flowers. Adult caterpillars are brown-grey to earth-grey coloured. They have a yellow-and-white dorsal line. On each body segment there are black spots and black point warts. The lateral stripe is yellow and white. Head, the neck shield and anus shield are black-brown. Three bright longitudinal stripes stand out from the neck shield. The maroon pupa is equipped with two thorns and four short hooks on the cremaster. The larva feeds on various grasses including orchard grasses, tussock grasses, fescues, and canarygrasses. This species overwinters as a larva and feeds in mild weather throughout the season.",
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"Busco": "C:99.92%[S:99.63%,D:0.29%],F:0.00%,M:0.07%,n:1367",
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{
"id": 3977,
"InsectBaseID": "IBG_03078",
"Order": "Coleoptera",
"Family": "Coccinellidae",
"Genus": "Aphidecta",
"TaxonomyID": "1501862",
"Tags": "None",
"OrganismName": "Aphidecta obliterata",
"NormalName": "None",
"SpeciesIntro": "Aphidecta obliterata (common name larch ladybird, or larch ladybug) is a species of Coccinellidae, a flying beetle.Varietas include:This species is present in Europe, European Russia, the Caucasus, Belarus, Ukraine, Transcaucasia, Asia Minor, North America, Newfoundland, Virginia and South Carolina.Aphidecta obliterata can reach approximately a size of 3.5–5 millimetres (0.14–0.20 in). These tiny beetles have an elongate oval body, with strongly convex elytra, smooth, shiny and densely, finely punctured. Head shows a black arch-shaped marking. Antennae are club-shaped, with 9-11 segments.The larch ladybirds are beetles with a great variability in color and markings, with several varietas. For example Aphidecta obliterata v. fenestrata has entirely black elytra, while usually they range from tan to brown, often with a pink tinge. They have a dark suture and usually a dark oblique line posteriorly. The pronotum is beige, with four dark brown lines forming a M mark. While other species of ladybugs have prominent spots, this insect has smaller, less distinct spots, or small blotches, if any.Aphidecta obliterata inhabits high bogs an peat areas, mainly coniferous and mixed forests (for instance Central European mixed forests, Sarmatic mixed forests) and, especially, in Pinus sylvestris and other temperate needleleaf forests. It is found occasionally in gardens and parks. It is mainly found on Pinus sylvestris and other Pinus species and Picea abies and on Larix decidua occasionally under flakes of bark, under bark, or in moss on the trunks.These beetles have a restricted range of adaptability to changes in ecological conditions. They are aphidophagous, mainly feeding on Lachnidae, Adelgidae and other aphids of pines. The adults can be found in spring and summer. They overwinter in bark crevices and in litter. It has been released in the US and Canada for biocontrol of Adelges piceae.",
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{
"id": 3978,
"InsectBaseID": "IBG_03079",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Aphidius",
"TaxonomyID": "78482",
"Tags": "None",
"OrganismName": "Aphidius colemani",
"NormalName": "None",
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"NCBIassembly": "GCA_030523065.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.37%[S:96.49%,D:0.88%],F:1.39%,M:1.10%,n:1367",
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{
"id": 3979,
"InsectBaseID": "IBG_03080",
"Order": "Diptera",
"Family": "Cecidomyiidae",
"Genus": "Aphidoletes",
"TaxonomyID": "95972",
"Tags": "None",
"OrganismName": "Aphidoletes aphidimyza",
"NormalName": "None",
"SpeciesIntro": "Aphidoletes aphidimyza, commonly referred to as the aphid midge, is a midge whose larvae feed on over 70 aphid species, including the green peach aphid.The adults are small (less than 1⁄8 inch [3.2 mm] long), black, delicate flies (similar to a fungus gnat) that live for an average of 10 days, feeding on aphid honeydew. They hide beneath the leaves during the day, and are active at night.Females deposit 100-250 tiny (1⁄64 inch [0.40 mm]) shiny orange eggs singly or in small groups among aphid colonies that hatch in 2–3 days. After 3–7 days the larvae drop to the ground and burrow 3⁄4 to 1+1⁄2 inches (1.9 to 3.8 cm) inches into the soil to pupate. They are most effective at 68–80 °F (20–27 °C) and high relative humidity.The small, bright orange, slug-like larvae inject a toxin into aphids' leg joints to paralyze them and then suck out the aphid body contents through a hole bitten in the thorax. Larvae can consume aphids much larger than themselves and may kill many more aphids than they eat when aphid populations are high. A single larva grows up to 1⁄8 inch (0.32 cm) long and kills 4-65 aphids per day.The aphid midge is commercially grown by insectaries for use as biological pest control in commercial greenhouse crops. It is supplied as pupae in trays or bottles containing a moist substrate such as vermiculite or peat moss for the pupae to complete their development. Once they are placed in the greenhouse they usually emerge from the shipping container as adults to begin egg-laying in 3–7 days depending on temperature.",
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"NCBIassembly": "GCA_030463065.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.12%[S:97.51%,D:1.61%],F:0.07%,M:0.80%,n:1367",
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"SeqNumber": "69",
"N50": "46847.481",
"PCGnumber": "19659",
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{
"id": 3980,
"InsectBaseID": "IBG_03081",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Aphodius",
"TaxonomyID": "207157",
"Tags": "None",
"OrganismName": "Aphodius granarius",
"NormalName": "None",
"SpeciesIntro": "Calamosternus granarius is a species of dung beetle found with a widespread distribution.This species was formerly a member of the genus Aphodius.This is a black shiny beetle with an average length is about 4 to 6 mm. Male and female show slight sexual dimorphisms, where the males have broad pronotum, and smooth clypeus. Females have narrow pronotum and rugose clypeus. Elytral intervals are very finely punctuate. Body convex and short. Pronotum with deep punctures.This Scarabaeidae-related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 3981,
"InsectBaseID": "IBG_03082",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Aphodius",
"TaxonomyID": "207213",
"Tags": "None",
"OrganismName": "Aphodius sticticus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Busco": "C:99.71%[S:98.61%,D:1.10%],F:0.15%,M:0.15%,n:1367",
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{
"id": 3982,
"InsectBaseID": "IBG_03083",
"Order": "Hemiptera",
"Family": "Aphrophoridae",
"Genus": "Aphrophora",
"TaxonomyID": "295201",
"Tags": "None",
"OrganismName": "Aphrophora alni",
"NormalName": "None",
"SpeciesIntro": "Aphrophora alni, the European alder spittle bug, is a species belonging to the family Aphrophoridae.This species is quite common and widespread. It is present in most of Europe, in the eastern Palearctic realm, in the Near East, and in North Africa. It is naturalized in North America.These 'froghoppers' inhabit dry and moist habitats of lowlands and mountainous areas, forest edges, hedgerows, meadows, gardens and parks, from the lowlands up to mountains at an elevation up to 1,500 metres (4,900 ft) above sea level.The adults of these large 'froghoppers' reach 9–10 millimetres (0.35–0.39 in) of length, the females are usually slightly larger than the males. The basic coloration of the body is usually brown. Their front wings wear two distinct clear patches on the margins. Head and pronotum have a median keel. The head has a pair of compound eyes and two simple eyes (ocelli). The legs are strongly developed and fit to jump. Tibiae of the rear pair of legs carry several spines.They can be encountered from May through October on bushes and on several species of trees, especially willows (Salix species), birch (Betula species), alder (Alnus species) and poplar (Populus species).). Aphrophora alni is a polyphagous species, meaning it feeds on several kind of plants. The adults primarily feed on deciduous trees, while larvae prefer herbaceous plants (dicotyledonous).To lay eggs, the females migrate to the herb layers. The eggs overwinter and hatch the larvae in the following spring. The larvae live in stems and leaves of herbaceous plants inside the typical foam nest, that protects them against enemies and provide necessary moisture and temperature for their development. Aphrophora alni has only one generation a year.",
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"NCBIassembly": "GCA_963513935.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.42%[S:98.83%,D:0.59%],F:0.15%,M:0.44%,n:1367",
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"SeqNumber": "1001",
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{
"id": 3983,
"InsectBaseID": "IBG_03084",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Apis",
"TaxonomyID": "7461",
"Tags": "None",
"OrganismName": "Apis cerana v2",
"NormalName": "None",
"SpeciesIntro": "Apis cerana, the eastern honey bee, Asiatic honey bee or Asian honey bee, is a species of honey bee native to South, Southeast and East Asia. This species is the sister species of Apis koschevnikovi and both are in the same subgenus as the western (European) honey bee, Apis mellifera. A. cerana is known to live sympatrically along with Apis koschevnikovi within the same geographic location. Apis cerana colonies are known for building nests consisting of multiple combs in cavities containing a small entrance, presumably for defense against invasion by individuals of another nest. The diet of this honey bee species consists mostly of pollen and nectar, or honey. Moreover, Apis cerana is known for its highly social behavior, reflective of its classification as a type of honey bee.The terms Apis cerana indica and Apis Indica or Indian honey bee, is an historic term, with all Asian hive bees now referred to as Apis cerana.Danish zoologist Johan Christian Fabricius described Apis cerana, also known as the eastern or Asian honey bee, in 1793. The genus name Apis is Latin for \"bee\". The eastern honey bee is of the Apidae family, one of the most diverse families of bees, including honey bees, carpenter bees, orchid bees, bumblebees, cuckoo bees, and even stingless bees.In the past, there has been discussion that Apis cerana and Apis mellifera are simply distinct races of the same species. This is essentially due to overwhelming similarities in both morphology and behavior, as both are medium-sized bees (10-11mm) that generally build multiple comb nests inside cavities. Other honey bee species, including the giant honey bees Apis dorsata and Apis laboriosa, generally construct nests consisting of a single comb in open areas. However, despite the striking similarities between Apis cerana and Apis mellifera, there is evidence to suggest that these two species are quite distinct; for example, mating between these species does not produce offspring. In addition, while Apis mellifera colonies can reach sizes of up to 50,000 or more individuals, Apis cerana colonies are relatively small, with only around 6,000 to 7,000 workers. Moreover, Apis cerana is found predominantly in the Eastern Asian region of the world, while Apis mellifera is found predominantly in the Western European and African region of the world. For these reasons, it has now been concluded that these are in fact two separate species, contrary to prior beliefs.Historically, Apis cerana has been subdivided into eight subspecies according to Engel (1999); they are:Recent genetic analysis, however, has determined that some of the subspecies described may have been inadvertent misidentifications of very similar sympatric species, including Apis koschevnikovi of Borneo and Apis nigrocincta of the Philippines. Apis cerana nuluensis of Borneo is also now generally considered to be a separate species, as Apis nuluensis.Radloff et al. (2010) have instead chosen to subdivide Apis cerana into six main statistically defined populations based on morphotypes (\"morphoclusters\"), instead of infraspecific ranks, which they argue were invalidly established and not biologically meaningful. These morphoclusters are:The physical characteristics of Apis cerana individuals are very similar to those of other species in the genus Apis. The individuals in this genus are defined by long, erect hairs that cover the compound eyes and assist in pollen collection, strongly convex scutellum, and a jugal lobe in the hindwing. Adult Apis cerana are black in color, with four yellow abdominal stripes. There are also distinctions between worker bees, queens, and drones. Worker bees are characterized by a pollen press on the hind leg to transport pollen, as well as a stinger in the place of an organ for laying eggs. Queens, which are the reproductive females, are typically larger than worker bees due to their enlarged reproductive organs. Drones, which are the males of the species, are defined by larger eyes, lack of a stinger, and a blunter abdominal shape.Apis cerana encompass a wide range of climatic zones including moist tropical rainforests, wet-dry tropical savannas, mid-latitude steppes, dry mid-latitude grasslands, moist continental deciduous forests, and taigas. The natural range of Apis cerana extends from Primorsky Krai in Russia in the north, to eastern Indonesia in the south; and to Japan in the east, to as far as the highlands of Afghanistan in the west. Countries they are native to include Afghanistan, Bangladesh, Bhutan, Brunei, Cambodia, China, India, Indonesia, Japan, Laos, Malaysia, Myanmar, Nepal, North Korea, Pakistan, the Philippines, Russia, South Korea, Sri Lanka, Taiwan, Thailand, Timor-Leste, and Vietnam. It was introduced deliberately to New Guinea in the 1970s, and has since spread into the Torres Strait Islands into Australia and the Solomon Islands. Although the species was naturally clustered in East Asia, it has now expanded to various regions across the world as a result of human interference, with particular concern about its invasive potential in Australia as nests are found in a variety of environments, including both natural and man-made (see below).",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_029169275.1",
"GenomeLevel": "Chromosome",
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{
"id": 3984,
"InsectBaseID": "IBG_03085",
"Order": "Lepidoptera",
"Family": "Riodinidae",
"Genus": "Apodemia",
"TaxonomyID": "42267",
"Tags": "None",
"OrganismName": "Apodemia mormo",
"NormalName": "None",
"SpeciesIntro": "Apodemia mormo (Mormon metalmark) is a principally Nearctic butterfly in the family Riodinidae. It is a particularly fascinating species for ecological and evolutionary research, as evidenced by its shifting taxonomic classifications. Conflicting observations of host plants utilized, distinctive morphologies, and a wide range of occupied habitats have prompted investigation into several potential subspecies. To date, two genetic studies have been done on A. mormo, with analysis revealing that disjunct populations are genetically and phenotypically distinct. These studies support a potential need for refined taxonomies, although a larger body of data is required to make clear decisions.Populations of A. mormo are widely distributed throughout western North America, with peripheral colonies located in Canada and Mexico. The Canadian populations have historically lacked scientific study, prompting a series of investigations in the past decade. A. mormo is the only representative of the family Riodinidae, a primarily Neotropic family consisting of roughly 1500 species, that lives in Canada.Three populations of A. mormo have been given conservation statuses: the Saskatchewan population is listed as threatened, while both the British Columbia and Comstock Lange populations are classified as endangered. Conservation efforts are complicated by a dependency on human activity for habitat success. Soil disturbances, caused by human and railway traffic, are critical for the survival of host plants and subsequent A. mormo populations; however, overbearing human presence can lead to habitat destruction. Conservation statuses have been repeatedly defended by research, and recovery strategies developed in response.Apodemia mormo constitutes the widest ranging North American species of the family Riodinidae. Populations of A. mormo span western North America, ranging from Sinola, Mexico to Southwestern Canada, and are found west of North Dakota primarily in California, Utah, Arizona, New Mexico, and Washington. While there are several populations recognized in the US, only two are present in Canada: the British Columbia population, along the Similkameen River Valley, and the Saskatchewan population, in the Grasslands National Park. The Canadian populations are listed with conservation statuses of “endangered” and “threatened”, respectively. Rather than a continuous distribution, A. mormo colonies occur in semi-isolated patches. Population studies have found that small amounts of geographic distance between colonies (15–20 km) are significant to hinder gene flow, and render populations phenotypically distinct. Thus, there is great within species variation depending on geographic location, and taxonomic distinctions are still in flux.Populations of Apodemia mormo primarily occupy dry, arid habitats that support a high density of their larval host plant: various species of buckwheat (Eriogonum). Since A. mormo is singularly dependent on Eriogonum during the larval stage, its presence is the most stable predictor of habitat. Dunes, sloping hillsides, grasslands and gravelly deserts have all been observed as viable environments for A. mormo habitats, indicating the species’ broad adaptability. Wick investigated microhabitat characteristics associated with A. mormo inhabitance, and found “host plant habitat[s] with lower elevation, a southerly to southwesterly aspect, lower available soil nitrogen, a steeper slope, higher % bare ground, and higher soil pH” were most often correlated with presence of A. mormo.The exact variety of buckwheat which functions as the larval host plant changes with the population being studied. E. paucifllorum, commonly known as the branched umbrella plant, is closely associated with the Saskatchewan population. In British Columbia, Eriogonum niveum functions as the larval host plant, while in the population of A. m. langei, Eriogonum nudum serves as the primary host and food source. A. mormo colonies have additionally been correlated with the presence of several other plants. In the Saskatchewan population, presence of Ericamerica nauseosa (rabbitbrush) is a good predictor of A. mormo presence, and functions as a secondary nectar source. Furthermore, Wick investigated the possibility of complex dependencies with other observed habitat plants, including “creeping juniper, yellow umbrella plant, saltbush, prickly pear cactus, Colorado rubberweed, yellow sweet clover, wild rose and sage”.Some level of human interaction with A. mormo habitats is thought to be crucial for their success. In the Canadian populations, specifically, human railway traffic through habitat corridors provides frequent disturbances to the soil, nurturing the growth of their larval host plant. To similar effect, steep and unstable slopes prone to frequent erosion provide appropriate conditions for host plant prosperity. A. mormo are rarely found on undisturbed flats.In general, species of Eriogonum serve as larval host plants for A. mormo. In the British Columbian population, Eriogonum niveum, or snow buckwheat, functions as the primary host plant and food resource. In the Saskatchewan population, the branched umbrella plant Eriogonum pauciflorum solely fulfills this role. These species flourish with adequate soil disturbances, thus only those on rocky hillsides tend to bloom and attract A. mormo.Eriogonum pauciflorum doubles as the primary nectar source for adult Mormon Metalmarks; however, rabbitbrush (Ericameria nauseosus) is often used as a secondary nectar source. A. mormo preferentially visit branched umbrella plants, and have only been observed visiting rabbitbrush once Eriogonum pauciflorum flowers are in decay.",
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{
"id": 3985,
"InsectBaseID": "IBG_03086",
"Order": "Lepidoptera",
"Family": "Gelechiidae",
"Genus": "Aproaerema",
"TaxonomyID": "2566309",
"Tags": "None",
"OrganismName": "Aproaerema taeniolella",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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{
"id": 3986,
"InsectBaseID": "IBG_03087",
"Order": "Coleoptera",
"Family": "Lampyridae",
"Genus": "Aquatica",
"TaxonomyID": "1421715",
"Tags": "None",
"OrganismName": "Aquatica leii",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_035610365.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.75%[S:98.24%,D:0.51%],F:0.15%,M:1.10%,n:1367",
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"SeqNumber": "39",
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{
"id": 3987,
"InsectBaseID": "IBG_03088",
"Order": "Hemiptera",
"Family": "Aradidae",
"Genus": "Aradus",
"TaxonomyID": "1452771",
"Tags": "None",
"OrganismName": "Aradus depressus",
"NormalName": "None",
"SpeciesIntro": "Aradus depressus is a true bug in the family Aradidae. The species is found in the Palearctic from Ireland East to Siberia. In the Southeast, the range extends to the Caucasus Mountains. A. depressus is the most common species of the genus Aradus and can be found everywhere. In the Alps it occurs up to 1,600 metres (5,200 ft).Aradus depressus lives in hardwoods infested by fungi, such as Trametes and Oxyporus. Both nymphs and adults prefer birch Betula, but they are also found at Acer, oak Quercus, Elm Ulmus, willow Salix, poplar Populus, beech Fagus, alder Alnus and apples Malus. There are also indications in the literature. that they live exceptionally well on pine Pinus. The females readily fly from mid-April to the end of May, often far away from potential habitats.This Pentatomomorpha article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_963662175.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.42%[S:99.05%,D:0.37%],F:0.15%,M:0.44%,n:1367",
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},
{
"id": 3988,
"InsectBaseID": "IBG_03089",
"Order": "Trichoptera",
"Family": "Hydropsychidae",
"Genus": "Arctopsyche",
"TaxonomyID": "121162",
"Tags": "None",
"OrganismName": "Arctopsyche grandis",
"NormalName": "None",
"SpeciesIntro": "Arctopsyche grandis is a species of netspinning caddisfly in the family Hydropsychidae. It is found in North America.This caddisfly-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029955255.1",
"GenomeLevel": "Contig",
"Busco": "C:99.27%[S:97.81%,D:1.46%],F:0.15%,M:0.59%,n:1367",
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"SeqNumber": "614",
"N50": "9388.785",
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},
{
"id": 3989,
"InsectBaseID": "IBG_03090",
"Order": "Hymenoptera",
"Family": "Argidae",
"Genus": "Arge",
"TaxonomyID": "1384777",
"Tags": "None",
"OrganismName": "Arge pagana",
"NormalName": "None",
"SpeciesIntro": "Arge pagana is a sawfly in the family Argidae. It is known by the name \"large rose sawfly\" although the related species Arge ochropus is also known by this name.This species can be found in the Palearctic realm.Arge pagana can reach a length of about 1 cm. Wings and veins on the wings are black, often with blue metallic sheen. Pronotum and legs are also black. Its most conspicuous feature is a large rounded yellow abdomen. It has a black head and thorax and the legs are largely black. Larvae reach about 25 mm and are pale green with black dots and a yellow head.The eggs are laid on roses. Larvae appear in early summer and reach full size by the end of July. The larvae are gregarious and live in colonies feeding on rose leaves (Rosa species, Rosa acicularis).The pupal period is very short. Adults feed on nectar and pollen from Tanacetum vulgare and Heracleum sphondylium. During the warmer years there may be two or, rarely, three generations.This sawfly-related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 3990,
"InsectBaseID": "IBG_03091",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Argynnis",
"TaxonomyID": "2798589",
"Tags": "None",
"OrganismName": "Argynnis bischoffii washingtonia",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_033884665.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.71%,D:0.29%],F:0.00%,M:0.00%,n:1367",
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},
{
"id": 3991,
"InsectBaseID": "IBG_03092",
"Order": "Diptera",
"Family": "Dolichopodidae",
"Genus": "Argyra",
"TaxonomyID": "377538",
"Tags": "None",
"OrganismName": "Argyra leucocephala",
"NormalName": "None",
"SpeciesIntro": "Argyra leucocephala is a species of fly in the family Dolichopodidae. It is distributed in Europe, except for the southeast.This article related to members of the fly family Dolichopodidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963942445.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.90%[S:98.24%,D:0.66%],F:0.00%,M:1.10%,n:1367",
"GenomeSize": "917.396652",
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"SeqNumber": "44",
"N50": "167536.33",
"PCGnumber": "40113",
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},
{
"id": 3992,
"InsectBaseID": "IBG_03093",
"Order": "Lepidoptera",
"Family": "Argyresthiidae",
"Genus": "Argyresthia",
"TaxonomyID": "1492915",
"Tags": "None",
"OrganismName": "Argyresthia albistria",
"NormalName": "None",
"SpeciesIntro": "Argyresthia albistria is a moth of the family Yponomeutidae. It is found in most of Europe.The wingspan is 9–12 mm. The head is white. Forewings are ferruginous-brown, purplish-tinged; a white dorsal streak to tornus, interrupted by a dark ferruginous -brown quadrate median spot. Hindwings are grey. The larva is pale green; a red band on each segment; head and plate of 2 black.The moth flies at night from June to August and is attracted to light.The larvae feed on blackthorn (Prunus spinosa), overwintering and feeding in the spring.This article on a moth of the family Yponomeutidae is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963457715.1",
"GenomeLevel": "Chromosome",
"Busco": "C:90.35%[S:89.98%,D:0.37%],F:2.71%,M:6.95%,n:1367",
"GenomeSize": "370.534109",
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"SeqNumber": "445",
"N50": "12180.91",
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"Swissnumber": "None",
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},
{
"id": 3993,
"InsectBaseID": "IBG_03094",
"Order": "Lepidoptera",
"Family": "Argyresthiidae",
"Genus": "Argyresthia",
"TaxonomyID": "572725",
"Tags": "None",
"OrganismName": "Argyresthia goedartella",
"NormalName": "None",
"SpeciesIntro": "Argyresthia goedartella, the bronze alder moth, is a species of moth of the family Argyresthiidae.This very common species can be found in most of Europe and in North America.Argyresthia goedartella has a wingspan of 10–13 mm. These tiny moths have pale ochreous head with white antennae and white forewings with coppery-golden markings. A characteristic coppery-golden Y-shaped marking is present in the middle of the wings. Hindwings are dark gray. Abdomen is grayish fuscous, while legs are brownish white.It is a univoltine species. These moths fly from May to October. They fly at night and on sunny afternoons and mainly feed on the nectar of tansy (Tanacetum vulgare). The larvae feed on birch (Betula species) and alder (Alnus glutinosa). They overwinter in a shoot or hard male catkin of the host plants. In late March or April, larvae congregate and pupate in a cocoon under the bark.This article on a moth of the family Yponomeutidae is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949825045.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.70%[S:98.90%,D:0.80%],F:0.15%,M:0.15%,n:1367",
"GenomeSize": "1108.819053",
"GenomeGC": "23.14573467",
"SeqNumber": "92",
"N50": "36986.452",
"PCGnumber": "132962",
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{
"id": 3994,
"InsectBaseID": "IBG_03095",
"Order": "Hemiptera",
"Family": "Pentatomidae",
"Genus": "Arma",
"TaxonomyID": "291269",
"Tags": "None",
"OrganismName": "Arma custos",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037127475.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:97.66%,D:1.98%],F:0.00%,M:0.37%,n:1367",
"GenomeSize": "969.112555",
"GenomeGC": "19.55339574",
"SeqNumber": "179",
"N50": "135751.263",
"PCGnumber": "77165",
"Swissnumber": "None",
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{
"id": 3995,
"InsectBaseID": "IBG_03096",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Armigeres",
"TaxonomyID": "124917",
"Tags": "None",
"OrganismName": "Armigeres subalbatus",
"NormalName": "None",
"SpeciesIntro": "Armigeres (Armigeres) subalbatus is a species complex of zoophilic mosquito belonging to the genus Armigeres. It is found in Sri Lanka, India, Bangladesh, Myanmar, Pakistan, Nepal, Japan, China, Korea, Taiwan, Ryukyu-Retto, Indochina, Thailand, and Guam.Larvae are carnivorous and can be found from pools with foul water, often containing a high organic content. They are well modified to live in any water clogged place for the survival, which includes natural habitats like hollow logs, rock holes, tree holes, bamboo, Pandanus axils, sago palm and banana stumps, fruit shells and husks, fallen leaves and spathes, flower bracts, pitcher plants, and artificial containers having organic matter and small collections of ground water made by humans. Adults are more confined to dark forested areas and active mostly in crepuscular periods. Females are primarily human-biters.It is a natural vector for filarial worms such as zoonotic Brugia pahangi, and Wuchereria bancrofti, which cause filariasis to humans.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_024139115.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:93.34%,D:6.44%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "1335.741332",
"GenomeGC": "20.14648941",
"SeqNumber": "2078",
"N50": "430149.658",
"PCGnumber": "102943",
"Swissnumber": "None",
"GOnumber": "None",
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{
"id": 3996,
"InsectBaseID": "IBG_03097",
"Order": "Coleoptera",
"Family": "Cerambycidae",
"Genus": "Aromia",
"TaxonomyID": "1265417",
"Tags": "None",
"OrganismName": "Aromia moschata",
"NormalName": "None",
"SpeciesIntro": "The musk beetle (Aromia moschata) is a Eurasian species of longhorn beetle belonging to the subfamily Cerambycinae, tribe Callichromatini. Its name comes from the delicate musky smell it emits when menaced. The beetle has a shell with an iridescence tone that changes with the angle of view. It has a hard shell around the thorax with hard sharp spines.This beetle is characterised by long antennae (like all other cerambycids) and a somewhat coppery or greenish metallic tint. The typical form, characterised by a pronotum with a metallic color, is widespread in Europe, except for most of Spain and Southern Italy. In such regions, in North and East Africa, and in Asia to Japan, the species is represented by some subspecies characterised by a more or less red pronotum. The antennae are longer than the entire head and body length in male and as long as body in females. Nevertheless, the Oriental subspecies have usually shorter antennae.The musk beetle can be found in Great Britain locally, for example at Caldicot and Wentloog Levels—otherwise known as Gwent Levels SSSIThe adults are usually found on leaves, especially those of the willow trees, where the larva of this species lives. The secretion with the characteristic musky smell is produced in thoracic glands,and is expelled through openings located on the distal part of the metasternum, near the hind legs articulation. The secretion was formerly supposed to contain salicylaldehyde or a salicylic ether, but there is now evidence that it consists instead mainly of four different monoterpenes, among which is rose oxide, one of the most important fragrances in perfumery.",
"Intro_from": "",
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"NCBIassembly": "GCA_029963805.1",
"GenomeLevel": "Contig",
"Busco": "C:99.57%[S:99.20%,D:0.37%],F:0.22%,M:0.22%,n:1367",
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"SeqNumber": "1815",
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{
"id": 3997,
"InsectBaseID": "IBG_03098",
"Order": "Coleoptera",
"Family": "Apionidae",
"Genus": "Aspidapion",
"TaxonomyID": "877730",
"Tags": "None",
"OrganismName": "Aspidapion aeneum",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963576565.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.83%[S:97.88%,D:0.95%],F:0.37%,M:0.80%,n:1367",
"GenomeSize": "1286.186002",
"GenomeGC": "14.62935553",
"SeqNumber": "151",
"N50": "125843.654",
"PCGnumber": "78946",
"Swissnumber": "None",
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{
"id": 3998,
"InsectBaseID": "IBG_03099",
"Order": "Hemiptera",
"Family": "Diaspididae",
"Genus": "Aspidiotus",
"TaxonomyID": "340523",
"Tags": "None",
"OrganismName": "Aspidiotus destructor",
"NormalName": "None",
"SpeciesIntro": "Aspidiotus destructor, the coconut scale, is a species of armoured scale insect in the family Diaspididae, found in many tropical and subtropical parts of the world. It is a serious pest of coconut and banana, and attacks a range of other fruiting trees and ornamental plants.All but the first instar nymphs live under the protection of a waxy test or scale and remain in one place. First instar nymphs have legs and move about looking for somewhere to settle. Second instar and adult females have rounded, flattish tests up to 2 mm (0.08 in) in diameter. They have no eyes or appendages, and their soft yellow bodies are visible through the translucent test, giving them the appearance of miniature fried eggs. Males have smaller, more elongated tests, and pass through a pseudo-pupal stage before metamorphosing into reddish, gnat-like insects with eyes, antennae, legs and wings, but no mouthparts.Aspidiotus destructor has a global distribution in tropical and subtropical regions. It is believed to have originated in South Asia but has spread to other parts of Asia, Australia, Africa, Brazil, Central America, the Caribbean region and North America. Its accidental introduction to various Pacific Islands where it lacked natural enemies caused much crop loss.Aspidiotus destructor is a major pest of coconut, but also feeds on various fruit trees and ornamental plants; these include banana, apple, avocado, breadfruit, citrus, grape, guava, mango, ficus, camellia, papaya, ginger, bird of paradise, sugarcane, plumeria and oil palms. On coconut it infests the under surface of the leaves, the leaf stalks, flowers and small fruit, causing discolouration, chlorosis and distortion.Mature females lay a batch of up to about 65 eggs over a ten-day period, retaining them under the test. When first hatched, the nymphs are known as \"crawlers\" and move to other parts of the plant before settling. Having moulted, they start sucking sap from the host plant; females will remain static for the rest of their lives, but males will become mobile after their final moult. Mature females release a pheromone to attract males. A female will lay several batches of eggs before dying, but adult males do not feed and soon die.Aspidiotus destructor was causing severe damage to both coconuts and bananas on Guam in the early 1900s. Several parasites and predators were introduced in an attempt to control the scale without much success, until the coconut scale predator (Cryptognatha nodiceps) was introduced from Trinidad and successfully controlled the pest within nine months. This lady beetle was successful where the other predators had failed because of its voracious appetite, its fecundity, and its ability to seek out and feed on other prey species when the scale population diminished. It was equally successful in Príncipe in West Africa in the 1950s, but other species of lady beetle have been more effective in Mauritius and the New Hebrides.",
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"NCBIassembly": "GCA_035079395.1",
"GenomeLevel": "Contig",
"Busco": "C:94.29%[S:91.73%,D:2.56%],F:0.59%,M:5.12%,n:1367",
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"SeqNumber": "62",
"N50": "43127.365",
"PCGnumber": "25164",
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{
"id": 3999,
"InsectBaseID": "IBG_03100",
"Order": "Hemiptera",
"Family": "Diaspididae",
"Genus": "Aspidiotus",
"TaxonomyID": "2043367",
"Tags": "None",
"OrganismName": "Aspidiotus rigidus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_035079385.1",
"GenomeLevel": "Contig",
"Busco": "C:94.00%[S:88.81%,D:5.19%],F:0.80%,M:5.19%,n:1367",
"GenomeSize": "441.107189",
"GenomeGC": "25.6782224",
"SeqNumber": "102",
"N50": "9702.092",
"PCGnumber": "31159",
"Swissnumber": "None",
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{
"id": 4000,
"InsectBaseID": "IBG_03101",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Asteroscopus",
"TaxonomyID": "988069",
"Tags": "None",
"OrganismName": "Asteroscopus sphinx",
"NormalName": "None",
"SpeciesIntro": "The Sprawler (Asteroscopus sphinx) is a moth of the family Noctuoidea. It is found throughout western Europe, but is mainly a Northern species occurring South to Northern Spain the southern edge of the Alps, Central Italy and Northern Greece. North to southern Sweden. East to Kaliningrad and Moscow. Also in Central Europe, Turkey, the Caucasus and Asia Minor.The wingspan is 39–49 mm. The length of the forewings is 17–22 mm.\"Forewing pale luteous grey, more or less strongly dusted with olive grey: a thick black streak from base below cell, with a finer streak above and beyond it, and another beyond it below submedian fold; outer line marked by black vein dashes on a paler space; orbicular stigma flattened, elongate, edged with black; reniform large irregularly 8-shaped, the lower half angled and reaching below median vein: submarginal line pale, preceded by black wedgeshaped marks between veins and followed by black streaks from termen in the intervals, the indentation on submedian fold more strongly marked; veins towards margin finely black; fringe chequered pale and dark grey; hindwing whitish, grey-speckled, the veins darker: a dull grey cellspot, and marginal row of black lunules; the female is darker throughout, more brownish tinged.\"The moth flies in one generation in from early September to November .The larva is bright velvety green; dorsal and subdorsal lines chalk white, the latter commencing only at segment 4; spiracular line yellowish white, with dark upper edge; face green with two yellow streaks. The larvae feed on various deciduous trees and shrubs, such as Corylus avellana, Quercus, Fraxinus excelsior and Salix.Habitats include deciduous and mixed forests, but also such as hedges, gardens, to parks and avenues.This Psaphidinae article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_949699075.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.12%,D:0.73%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "857.355149",
"GenomeGC": "18.37373102",
"SeqNumber": "51",
"N50": "29090.398",
"PCGnumber": "44693",
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{
"id": 4001,
"InsectBaseID": "IBG_03102",
"Order": "Hymenoptera",
"Family": "Athaliidae",
"Genus": "Athalia",
"TaxonomyID": "362093",
"Tags": "None",
"OrganismName": "Athalia circularis",
"NormalName": "None",
"SpeciesIntro": "Athalia circularis is a Palearctic species of sawfly.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963978495.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.85%,D:0.00%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "201.876487",
"GenomeGC": "29.55826649",
"SeqNumber": "16",
"N50": "36497.96",
"PCGnumber": "24842",
"Swissnumber": "None",
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},
{
"id": 4002,
"InsectBaseID": "IBG_03103",
"Order": "Hymenoptera",
"Family": "Athaliidae",
"Genus": "Athalia",
"TaxonomyID": "1170485",
"Tags": "None",
"OrganismName": "Athalia cordata",
"NormalName": "None",
"SpeciesIntro": "Athalia cordata is a Palearctic species of sawfly.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963932425.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:100.00%,D:0.00%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "169.053647",
"GenomeGC": "30.42475268",
"SeqNumber": "5",
"N50": "43587.809",
"PCGnumber": "18272",
"Swissnumber": "None",
"GOnumber": "None",
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},
{
"id": 4003,
"InsectBaseID": "IBG_03104",
"Order": "Diptera",
"Family": "Athericidae",
"Genus": "Atherix",
"TaxonomyID": "2025112",
"Tags": "None",
"OrganismName": "Atherix ibis",
"NormalName": "None",
"SpeciesIntro": "Atherix ibis, the yellow-legged water-snipefly, is a species of ibis flies belonging to the family Athericidae, a small family very similar to Rhagionidae (Snipe Flies).This species is present in most of Europe and in the Palearctic realm up to Japan. These flies inhabit rivers with a clean and gentle to fast-flowing current.Atherix ibis can reach a length of 9–11 millimetres (0.35–0.43 in). These flies have a broad-built and slightly hairy body. The thorax is black and has two gray, narrow longitudinal stripes and a gray lateral band. In the male the abdomen is orange-brown with black markings, The female has a black abdomen with gray margins. The wings are large and strongly patterned, with dark brown veins. The legs are slim and yellow-brown colored. At the head there are the short, thick proboscis as well as the green compound eyes. Females of this species are very similar to Atherix marginata, but the latter has entirely black legs.The larvae of these flies are greenish-brown and reach a length of up to 20 millimeters. They have seven pairs of abdominal prolegs on the last segment.Adults can be found from May to July. Oviposition begins in early June. The females, after mating, aggregate in large clumps and lay egg masses on tree branches overhanging rivers or under bridges over flowing waters. After a female has started laying eggs, the others follow soon. In such a way the first stage larvae will fall into the water, where they will start their life cycle.After oviposition, the females die, causing lumps of thousands of dead flies and their eggs. The larvae are predators. In fact a few days after oviposition, the larvae hatch and at first feed on the dead parents. Later, they fall into the water and feed on carrion, detritus and small invertebrates such as stoneflies, mayflies and caddisflies. They usually kill their preys with a venomous bite. The larvae occur mainly in clean, moderate to fast-flowing waters with stony or gravelly ground. Whether the adult flies are predators, feed on nectar or whether they are bloodsucking, it is not completely clear.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_958298945.2",
"GenomeLevel": "Chromosome",
"Busco": "C:98.97%[S:98.68%,D:0.29%],F:0.07%,M:0.95%,n:1367",
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},
{
"id": 4004,
"InsectBaseID": "IBG_03105",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Atheta",
"TaxonomyID": "866018",
"Tags": "None",
"OrganismName": "Atheta pasadenae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030264155.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.98%[S:95.03%,D:0.95%],F:2.49%,M:1.46%,n:1367",
"GenomeSize": "230.256031",
"GenomeGC": "19.03574765",
"SeqNumber": "46570",
"N50": "23.909",
"PCGnumber": "32116",
"Swissnumber": "None",
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{
"id": 4005,
"InsectBaseID": "IBG_03106",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Athetis",
"TaxonomyID": "1223490",
"Tags": "None",
"OrganismName": "Athetis lepigone",
"NormalName": "None",
"SpeciesIntro": "Athetis lepigone is a species of moth, belonging to the genus Athetis.It has cosmopolitan distribution.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033675125.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.68%[S:96.78%,D:1.90%],F:0.22%,M:1.10%,n:1367",
"GenomeSize": "612.163899",
"GenomeGC": "22.73720849",
"SeqNumber": "265",
"N50": "20909.485",
"PCGnumber": "40636",
"Swissnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4006,
"InsectBaseID": "IBG_03107",
"Order": "Lepidoptera",
"Family": "Saturniidae",
"Genus": "Automeris",
"TaxonomyID": "82589",
"Tags": "None",
"OrganismName": "Automeris io",
"NormalName": "None",
"SpeciesIntro": "Automeris io, the Io moth (EYE-oh) or peacock moth, is a colorful North American moth in the family Saturniidae. The Io moth is also a member of the subfamily Hemileucinae. The name Io comes from Greek mythology in which Io was a mortal lover of Zeus. The Io moth ranges from the southeast corner of Manitoba and in the southern extremes of Ontario, Quebec, New Brunswick and Nova Scotia in Canada, and in the US it is found from Montana, North Dakota, South Dakota, Nebraska, Colorado, New Mexico, Texas, Utah, east of those states and down to the southern end of Florida. The species was first described by Johan Christian Fabricius in 1775.Imagines (sexually mature, reproductive stage) have a wingspan of 2.5–3.5 inches (63–88 mm). This species is sexually dimorphic: males have bright yellow forewings, body, and legs, while females have reddish-brown to purple forewings, body, and legs. The males also have much bigger plumose (feathery) antennae than the females. Both males and females have one big black to bluish eyespot with some white in the center, on each hindwing. Some hybridizations have resulted in variations in these hindwing eyespots. Adults live 1–2 weeks.Many species of flies (Tachinidae) and wasps (Ichneumonidae and Braconidae) are known parasitoids. The flies include the introduced Compsilura concinnata, Lespesia sabroskyi, Chetogena claripennis, Carcelia formosa, Sisyropa eudryae, Lespesia frenchii, and Nilea dimmocki. The wasps include the Ichneumonidae species Hyposoter fugitivus and Enicospilus americanus, and the Braconidae species Cotesia electrae and Cotesia hemileucae.Io moths have many predators. These include birds, small mammals, and spiders.Stinging spines of caterpillar Io moths have a very painful venom that is released with the slightest touch. There are two hypotheses regarding where this venom originates: (1) the glandular cells on the base of the branched seta or (2) from the secretory epithelial cells. Contacting the seta is not life-threatening for humans, but still causes irritation to the dermal tissue, resulting in an acute dermatitis called erucism.Both male and female adult io moths utilize their hindwing eyespots in predatory defense when the moth is sitting in the head-down position or is touched, via shaking and exposing these eyespots.Females lay small, white ova in the leaves of host plants, including:The eggs have large micropyle rosettes that turn black as the fertile eggs develop. They are usually laid in clusters of more than twenty and hatch within 8–11 days. From the eggs, orange larvae emerge, usually eating their egg shell soon after hatching. They go through five instars, each one being a little different.The caterpillars are herbivorous and gregarious in all their instars, and may be seen traveling in single-file processions over the food plant. As the larvae develop, they will lose their orange color and will turn bright green and urticating, having many spines. The green caterpillars have two lateral stripes, the upper one being bright red and the lower one being white. These caterpillars can reach sizes of 7 cm in length. When the caterpillars are ready, they spin a flimsy, valveless cocoon made from a dark, coarse silk. Some larvae will crawl to the base of the tree and make their cocoons among leaf litter on the ground, while others will use living leaves to wrap their cocoons with. The leaves will turn brown and fall to the ground during fall, taking the cocoons with them. There they pupate, the pupa being dark brown/black. The pupae also have sexual dimorphism with the females' possessing a notch on their posterior ventral aspect, while the males' pupae bear a pair of tubercles near that area with no notch.",
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"NCBIassembly": "GCA_036320925.1",
"GenomeLevel": "Contig",
"Busco": "C:99.49%[S:95.39%,D:4.10%],F:0.07%,M:0.44%,n:1367",
"GenomeSize": "490.212539",
"GenomeGC": "21.08745101",
"SeqNumber": "204",
"N50": "15779.856",
"PCGnumber": "29412",
"Swissnumber": "None",
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{
"id": 4007,
"InsectBaseID": "IBG_03108",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Baccha",
"TaxonomyID": "226178",
"Tags": "None",
"OrganismName": "Baccha elongata",
"NormalName": "None",
"SpeciesIntro": "Baccha elongata is a species of hoverfly (or flower fly) in the genus Baccha.Baccha elongata is present in most of Europe and in North America. Common and widely distributed throughout Britain and Ireland wherever there is suitable habitat though easily overlooked due to its unobtrusive nature. These hoverflies inhabit coniferous and deciduous forests, woodland, hedgerows, scrub and gardens Generally they prefer shady places low to the ground.Baccha elongata can reach a length of 7–11 millimetres (0.28–0.43 in). It is one of the smaller hoverflies, the wing length is around 4.5 to 8 mm.The long, very slender body of these hoverflies is unmistakable. They also differ from other hoverflies by their elongated, thin abdomen ending in club. This club-shaped abdomen is black with a yellow spot on the 3rd and 4th segments. Legs are brownish yellow. Forehead is brightly hairy.Members of the eristaline genus Sphegina are also very slender and can be found in similar habitat but those flies have a rather different enlarged hind femur, whereas in Baccha this feature is slender. As with most hoverfly species the sexes can be told apart by the male's eyes meeting on the top of the head, but separated in the female.This species is very similar to Baccha obscuripennis Meigen, 1822.Adults can be seen on the wing from spring until autumn, in two generations (April/June and July/September or October). They mainly feed on pollen and nectar of Compositae, Rosaceae (Alchemilla xanthochlora), Apiaceae (Angelica sylvestris, Heracleum sphondylium) and Hedera species.As with most other members of the subfamily Syrphinae the larvae are predatory though there seems to be a preference for a variety of different ground-layer aphids. This species overwinters as a larva.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951217065.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.27%[S:97.73%,D:1.54%],F:0.29%,M:0.44%,n:1367",
"GenomeSize": "608.601683",
"GenomeGC": "19.91103892",
"SeqNumber": "426",
"N50": "92425.898",
"PCGnumber": "58863",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4008,
"InsectBaseID": "IBG_03109",
"Order": "Phasmatodea",
"Family": "Bacillidae",
"Genus": "Bacillus",
"TaxonomyID": "93214",
"Tags": "None",
"OrganismName": "Bacillus rossius redtenbacheri",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_032445375.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.27%[S:98.98%,D:0.29%],F:0.29%,M:0.44%,n:1367",
"GenomeSize": "1605.07338",
"GenomeGC": "21.60748981",
"SeqNumber": "1256",
"N50": "84311.336",
"PCGnumber": "106512",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4009,
"InsectBaseID": "IBG_03110",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Bactrocera",
"TaxonomyID": "104690",
"Tags": "None",
"OrganismName": "Bactrocera minax v2",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029783545.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.83%[S:98.54%,D:0.29%],F:0.66%,M:0.51%,n:1367",
"GenomeSize": "325.327401",
"GenomeGC": "26.33466832",
"SeqNumber": "8698",
"N50": "97.394",
"PCGnumber": "21924",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4010,
"InsectBaseID": "IBG_03111",
"Order": "Hemiptera",
"Family": "Pseudococcidae",
"Genus": "Balanococcus",
"TaxonomyID": "249498",
"Tags": "None",
"OrganismName": "Balanococcus diminutus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_959613365.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.68%[S:94.07%,D:1.61%],F:0.73%,M:3.58%,n:1367",
"GenomeSize": "313.109747",
"GenomeGC": "17.49391181",
"SeqNumber": "6",
"N50": "63275.295",
"PCGnumber": "20298",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4011,
"InsectBaseID": "IBG_03112",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Baronia",
"TaxonomyID": "132695",
"Tags": "None",
"OrganismName": "Baronia brevicornis v2",
"NormalName": "None",
"SpeciesIntro": "Baronia brevicornis, commonly known as the short-horned baronia, is a species of butterfly in the monotypic genus Baronia and is placed in a subfamily of its own, the Baroniinae, a sister group of the remainder of the swallowtail butterflies. It is endemic to a very small area of Mexico, where the distribution is patchy and restricted.The genus is named after Oscar Theodor Baron who collected the first specimen in the Sierra Madre region of Mexico. The species was then described by Salvin.Morphological characteristics include an abdominal scent organ in females.Baronia is unique among swallowtail butterflies or their relatives in having an Acacia species, Vachellia campeachiana (synonym Acacia cochliacantha, family Leguminosae) as its larval food plant.Baronia brevicornis is of particular importance due to its relict nature and uncertain relationship to other subfamilies such as the Parnassiinae. It is now considered to represent the monotypic subfamily Baroniinae. The butterfly was considered as the most primitive extant papilionid taxon and shares some features with the fossil genus Praepapilio, and a comprehensive 2018 molecular phylogeny suggests that they are the sister group of the remainder of the Papilionidae.Illustrated works:This article related to members of the insect order Lepidoptera is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_031353405.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.61%[S:93.49%,D:2.12%],F:1.90%,M:2.34%,n:1367",
"GenomeSize": "405.551642",
"GenomeGC": "20.62251372",
"SeqNumber": "4831",
"N50": "412.514",
"PCGnumber": "20038",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4012,
"InsectBaseID": "IBG_03113",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Barypeithes",
"TaxonomyID": "397350",
"Tags": "None",
"OrganismName": "Barypeithes pellucidus",
"NormalName": "None",
"SpeciesIntro": "Barypeithes pellucidus is a species of weevil native to Europe. It has been found in North American hardwood forests for over a century. Larva eat roots and overwinter underground. This Curculionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963991005.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.79%[S:99.20%,D:0.59%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "743.729608",
"GenomeGC": "15.52661784",
"SeqNumber": "82",
"N50": "67615.637",
"PCGnumber": "46882",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4013,
"InsectBaseID": "IBG_03114",
"Order": "Lepidoptera",
"Family": "Bedelliidae",
"Genus": "Bedellia",
"TaxonomyID": "753282",
"Tags": "None",
"OrganismName": "Bedellia somnulentella",
"NormalName": "None",
"SpeciesIntro": "Bedellia somnulentella, the sweet potato leaf miner, is a moth in the family Bedelliidae.The wingspan is 8–10 mm.The larvae feed on Calystegia pubescens, Calystegia sepium, Convolvulus althaeoides, Convolvulus arvensis, Convolvulus siculus, Convolvulus tricolour, Ipomoea batatas and Ipomoea purpurea. They mine the leaves of their host plant.Originally from Asia, where its food plants are found,[citation needed] it has reached a nearly cosmopolitan distribution and has been recorded from Russia, Ukraine, Georgia, southern Kazakhstan, Kirgizia, Uzbekistan, nearly all of Europe, the Middle East, Africa, India, Japan, North America, Australia, New Zealand and Oceania.This article relating to the superfamily Yponomeutoidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963576735.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.15%[S:95.83%,D:1.32%],F:1.17%,M:1.68%,n:1367",
"GenomeSize": "549.036997",
"GenomeGC": "19.51894164",
"SeqNumber": "518",
"N50": "18310.26",
"PCGnumber": "44882",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4014,
"InsectBaseID": "IBG_03115",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Bellardia",
"TaxonomyID": "2881606",
"Tags": "None",
"OrganismName": "Bellardia bayeri",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_950370525.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:99.27%,D:0.44%],F:0.15%,M:0.15%,n:1367",
"GenomeSize": "551.759498",
"GenomeGC": "16.66036658",
"SeqNumber": "23",
"N50": "103251.16",
"PCGnumber": "32744",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4015,
"InsectBaseID": "IBG_03116",
"Order": "Diptera",
"Family": "Stratiomyidae",
"Genus": "Beris",
"TaxonomyID": "2719050",
"Tags": "None",
"OrganismName": "Beris chalybata",
"NormalName": "None",
"SpeciesIntro": "Beris chalybata, the murky-legged black legionnaire, is a European (Northern and middle Europe fromthe northern Sweden down into France. European Russia) species of soldier fly.Length 5,5—5,8 mm.Male. Eyes hairy, the facets in the upper part slightly larger than below, the dividing line slightly conspicuous. Antennae black, short, shorter than the head: the annulated part short and stubby. Thorax dark metallic green, with blackish brown and longish pubescence. Abdomen dull black with blackish pubescence (long at the margin). Venter brownish black, shining. Legs yellow; coxae brownish black; tarsi, except the bases, brownish black: hind metatarsi yellow, much thickened; the four last joints of the hind tarsi are also slightly dilated. Legs with fine yellowish pubescence. Wings considerably brownish with brownish veins, stigma not conspicuous. Halteres blackish brown.Female. Fronsin the female broad, occupying the third part of the breadth of the head. Eyes sparingly and short hairy. Front broad, black. Thorax more greenish or bluish than in the male, with short, pale brown pubescence. Abdomen dark brown, shining. Wings not brown but distinctly yellowish, with light brown veins, stigma brown. Halteres yellow. The habitat is moist or shaded locations with trees and hedgerows. Adults are found from April to September. The saproxylic larvae found in decaying dead leaves and wood debris.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949128065.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.69%[S:98.32%,D:0.37%],F:0.22%,M:1.10%,n:1367",
"GenomeSize": "541.871008",
"GenomeGC": "22.40920906",
"SeqNumber": "12",
"N50": "142415.298",
"PCGnumber": "43592",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
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},
{
"id": 4016,
"InsectBaseID": "IBG_03117",
"Order": "Diptera",
"Family": "Stratiomyidae",
"Genus": "Beris",
"TaxonomyID": "931494",
"Tags": "None",
"OrganismName": "Beris morrisii",
"NormalName": "None",
"SpeciesIntro": "Beris morrisii, the yellow-legged black legionnaire, is a European species of soldier fly.Length 6.0 to 7.0 mm with narrow frons and face and antennae that are inserted well below the middle of the head profile. 3rd segment of antennae equal to or slightly longer than basal segments together. Face with light-colored pubescence. Yellow thoracic pile and yellow halteres. Uniformly yellow legs except for dark tarsi (basitarsi often yellow in the females). Wings hyaline or slightly yellowish, with distinct brown pterostigma. Outer margin of epandrium pubescent.The Flight period is May to September.Beris morrisi Larvae have been found in tunnels of Cheilosia canicularis Panzer (Syrphidae) in rhizomes of Petasites.",
"Intro_from": "",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951812415.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:99.27%,D:0.44%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "613.277372",
"GenomeGC": "19.73820828",
"SeqNumber": "34",
"N50": "163701.312",
"PCGnumber": "35028",
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},
{
"id": 4017,
"InsectBaseID": "IBG_03118",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Bhutanitis",
"TaxonomyID": "93377",
"Tags": "None",
"OrganismName": "Bhutanitis thaidina",
"NormalName": "None",
"SpeciesIntro": "Armandia thaidinaBhutanitis thaidina, commonly known as the Chinese three-tailed swallowtail, is a rare species of butterfly in the family Papilionidae.The butterfly is found in Tibet and China. The larva feeds on Aristolochia Aristolochia moupinensis.This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029286595.1",
"GenomeLevel": "Contig",
"Busco": "C:99.85%[S:99.85%,D:0.00%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "471.369008",
"GenomeGC": "24.83182602",
"SeqNumber": "108",
"N50": "15570.514",
"PCGnumber": "20407",
"Swissnumber": "None",
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},
{
"id": 4018,
"InsectBaseID": "IBG_03119",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Biston",
"TaxonomyID": "722658",
"Tags": "None",
"OrganismName": "Biston stratarius",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_950106695.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.71%,D:0.29%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "424.056544",
"GenomeGC": "21.89550835",
"SeqNumber": "22",
"N50": "31208.321",
"PCGnumber": "25127",
"Swissnumber": "None",
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},
{
"id": 4019,
"InsectBaseID": "IBG_03120",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Boloria",
"TaxonomyID": "405023",
"Tags": "None",
"OrganismName": "Boloria euphrosyne",
"NormalName": "None",
"SpeciesIntro": "The pearl-bordered fritillary (Boloria euphrosyne) is a butterfly of the family Nymphalidae found in Europe and through Russia across the Palearctic to the north of Kazakhstan.The adult butterfly is orange with black spots on the upperside of its wing and has a wingspan of 38–46 mm. The underside of the wings have a row of silver-pearly markings along the edge, which give the species its name. The pearl-bordered fritillary is often confused with the small pearl-bordered fritillary, but can be distinguished by the triangle along its pearl border (the small pearl-bordered has black chevrons) as well as the presence of a single silver spot in the middle of a row of yellow spots. The female has darker markings and rounder wings than the male. The caterpillars are black with white or yellow spines along their backs.Like other species of fritillary, the males have special scent glands on their wings so that they can be recognised by females of their own species and therefore find a suitable partner.A. euphrosyne L. (= niobe Mull.) (67h). Very similar to the preceding species , especially selene, but brighter red and the black markings thinner in typical specimens. Easily recognized by the hindwing beneath, which is bright brick-red at the base, not brown as in selene, the median band bearing only one silver-spot (across the apex of the cell) and the incomplete silvery band in the distal area being replaced by some yellow smears without any silvery gloss. The silvery marginal spots of the hindwing beneath are but very rarelyabsent.The pearl-bordered fritillary is widespread throughout Europe, ranging from Scandinavia to northern Spain and from Ireland eastwards across the Palearctic to Russia and to the north of Kazakhstan. In England and Wales (plus another 10 countries) it has declined rapidly in number and is a highly threatened species.After mating, the female will lay her eggs on dead bracken (Pteridium aquilinum), or leaf litter near to violet plants – common dog–violet (Viola riviniana), heath dog–violet (Viola canina) or marsh violet (Viola palustris). Sometimes eggs are laid on the leaves of the food plant itself. They are laid singly, not in one large group such as the marsh fritillary. The habitat mosaics they prefer are typically one–third grass and two–thirds bracken.Eggs can be found on the food plant from mid–May to the end of June. They are a pale yellow and can hatch after 10–14 days.The emerging caterpillars begin feeding immediately and will moult three times within the first 5–6 weeks. Each caterpillar will then hibernate in a shriveled leaf at the base of the plant, usually moving to the hibernation site at the end of July. The caterpillars lose half of their body mass by the time the emerge in the following March. After a period of feeding and growth, during which it moults one last time, the caterpillar is full size and ready to pupate. The chrysalis stage is formed among the leaf litter, and lasts just 10–14 days.",
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"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_951802675.2",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.93%,D:0.07%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "400.451666",
"GenomeGC": "20.60609981",
"SeqNumber": "56",
"N50": "13609.687",
"PCGnumber": "32086",
"Swissnumber": "None",
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},
{
"id": 4020,
"InsectBaseID": "IBG_03121",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "85658",
"Tags": "None",
"OrganismName": "Bombus dahlbomii",
"NormalName": "None",
"SpeciesIntro": "Bombus dahlbomii, also known as the moscardón, is a species of bumblebee endemic to southern South American temperate forests. B. dahlbomii is one of the largest bee species in the world, with matured queens growing up to 40 mm (1.6 in) long. Because of its size and furry appearance, the species has been described as \"flying mice\" colloquially, and \"a monstrous fluffy ginger beast\" by British ecologist David Goulson.B. dahlbomii is native to southern Chile and southern Argentina, including Patagonia. The decline of its populations started with the introduction of Bombus terrestris and B. ruderatus into Chile to serve as commercial pollinators. B. dahlbomii population decline can also be attributed to the pathogen spillover of the parasitic protozoan Apicystis bombi, which was co-introduced with B. terrestris.B. dahlbomii is an important insect in local ecosystems, such as the Maulino forest of central Chile. There, it is a major pollinator of native plants such as Lapageria rosea and Alstroemeria aurea, both of which serve important commercial purposes.The species was originally described in 1835 by the French entomologist Félix Édouard Guérin-Méneville.B. dahlbomii is predominantly red-orange in color. The thorax of the bee is completely red-orange while the abdomen is generally a lighter shade of orange with a small amount of lightening/discoloration towards the end. Like most bumblebees, the abdomen of the bee has a rounded tip. The head, wing and leg region of B. dahlbomii are distinctly black in color. B. dahlbomii has relatively short antennae and a distinct forewing and smaller hindwing that are usually tucked in above the main thorax area (they lie almost flat). Relatively long bristles cover almost the whole thorax and abdomen of B. dahlbomii, giving the bumblebee an extremely furry appearance. The leg and head regions are covered by shorter bristles than the thorax and abdomen. B. dahlbomii queens usually have relatively heavy body masses of around 0.5-1.5 grams and large head-to-tail lengths of up to 4 cm. These measurements make B. dahlbomii one of the largest bumblebees in the world and give it the nickname the \"flying mouse\".B. dahlbomii is the only native bumblebee species in southern South America. Its range extends from 30 degrees southwards to the southern tip of mainland South America. It is endemic to temperate forest regions in central/southern Patagonia. B. dahlbomii is distributed throughout Patagonia, where it coexists with two non-native species that belong to the same genus, Bombus terrestris and Bombus ruderatus. In its distribution in Chile and Argentina, including Patagonia, B. dahlbomii occupies forest environments that have both continuous and fragmented (scattered) distribution of plants, flowers and other resources. Individuals in these two environments have slightly different morphological and behavioral features. Although some reports cite B. dahlbomii outside of southern South America, they fail to substantiate their findings; when compared to other South American bumblebees, B. dahlbomii's range is relatively confined.Individual B. dahlbomii queens usually start colonies in the spring by first locating underground cavities, such as rodent burrows. Like many other species in the genus Bombus, the B. dahlbomii colony cycle begins with the production of the egg cell structure inside the underground cavity. This egg cell structure is constructed from a mixture of pollen and wax that the queen forages from the outside environment and brings to the nest site. Eventually, the queen lays her first brood of eggs in this egg cell structure. After a couple of months, in early summer or late spring, this initial brood produces the first B. dahlbomii workers that take over foraging responsibilities from the queen. Males and new queens are subsequently produced to allow the continuation of the colony cycle. The initial period during which the B. dahlbomii queen is alone without workers is referred to as the subsocial phase. The social phase starts when the initial eggs mature into workers that can begin basic foraging activities. Field studies indicate that B. dahlbomii nests can host populations of upwards of 100 workers.B. dahlbomii queens initiate colonies. Queens forage for nectar and pollen that are used to feed the initial brood of a new colony nest site. The foraging activity of queens usually stops once the first brood develops into fully mature workers that can forage to feed immature siblings and alleviate the queen's need to perform such duties. After this happens, the queen assumes her main role of laying and incubating the brood eggs to further propagate the colony and produce new workers. Once workers begin foraging activities, B. dahlbomii queens seem to venture out of nests less frequently, but are still found in the outside of nests quite often.Scientific research indicates that most bees cannot see the color red, as their photoreceptors are more sensitive to short (UV, blue, green) rather than long wavelengths of light. As a result, bees generally avoid red colored flowers, which are typically pollinated by birds. Although B. dahlbomii distinguishes colors in much the same way as other bees, it frequently visits certain species of red flowers, such as Crinodendron hookerianum, Lapageria rosea, Asteranthera ovata and Embothrium coccineum, that are common in South American temperate forests. Such behavior sets B. dahlbomii apart from most other bee species that do not visit red colored flowers as frequently. This somewhat peculiar behavior can be attributed to B. dahlbomii's ability to rely on a specific receptor system, the L-receptor system, to perform achromatic contrast and detect and distinguish the color red. Research on the B. dahlbomii L-receptor receptor system has forced experts to partially change the ways they think about bumblebee light/color sensitivity.",
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{
"id": 4021,
"InsectBaseID": "IBG_03122",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "203813",
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"OrganismName": "Bombus muscorum",
"NormalName": "None",
"SpeciesIntro": "Apis muscorum Linnaeus, 1758Bombus muscorum, commonly known as the large carder bee or moss carder bee, is a species of bumblebee in the family Apidae. The species is found throughout Eurasia in fragmented populations, but is most commonly found in the British Isles. B. muscorum is a eusocial insect. The queen is monandrous, mating with only one male after leaving a mature nest to found its own. Males mate territorially and the species is susceptible to inbreeding and bottlenecks. The species builds its nests on or just under the ground in open grassland and forages very close to the nest. In recent years, populations have significantly declined due to loss of natural habitat. B. muscorum is currently listed as vulnerable in Europe by the European Red List of Bees.B. muscorum was one of the many insect species originally described in 1758 by Carl Linnaeus in the 10th edition of Systema Naturae. It was given the binomial name Apis muscorum. The species name muscorum is the genitive plural of the Latin mūscus, meaning moss.[citation needed]B. muscorum is part of the order Hymenoptera, the third largest order of insects, which includes bees, wasps, ants, and sawflies. It is part of the subfamily Apinae, which contains the majority of species within the family Apidae. It is part of the tribe Bombini, which contains a single living genus Bombus, consisting entirely of bumblebees. Within Bombus, B. muscorum is part of the subgenus Thoracobombus, which includes closely relates species such Bombus pauloensis, Bombus dahlbomii, Bombus fervidus, Bombus morio, Bombus pensylvanicus, and Bombus transversalis. The species is further differentiated into at least seven different subspecies. These include B. muscorum sladeni and B. muscorum smithianu, found in the United Kingdom and differentiated on the basis of coat color. Certain forms of this variable taxon are considered separate species by some authors, including B. bannitus and B. pereziellus.B. muscorum is characterized by its oblong face and long tongue. The bristles of the species are ginger in color and cover the head, thorax, and abdomen. The abdomen, however, can have a darker, brownish coloring. In some subspecies, black bristles are intermixed with the ginger bristles that characterize the species. Some subspecies have an entirely black ventral side. The species is similar in appearance to the more common Bombus pascuorum. The queen has a body length 17–19 mm and a wingspan of 32–35 mm. Workers have a body length of 10–16 mm and a wingspan of 26–29 mm. Males have a body length of 13–15 mm and a wingspan of 26–29 mm.B. muscorum is widely distributed throughout Eurasia. Populations appear from Ireland in the West to Mongolia in the East. The species has been observed as far north as Scandinavia and Russia and has been spotted as far south as Crete. Populations, however, are fairly rare in all locations. Populations in the United Kingdom have declined sharply since the 1970s. Once widely distributed throughout the British Isles, distributions are now fragmented and predominantly coastal. Populations of other species, such as Bombus pascuorum, appear to be replacing B. muscorum in some parts of Northern Britain. The species is still relatively abundant in Northern Scotland. B. muscorum is classified as vulnerable in Europe by the IUCN.B. muscorum inhabits moors, grasslands, and salt marshes, where it builds its nest above ground. In the British Isles, B. muscorum nests in open landscapes near coastal areas in the lowlands. Populations are found in moorland and machair in the North. In the South, populations are found in coastal marshes, shingle, and calcareous grasslands. Nests have been found near open regions of fallowed land and man-made ditches. Colonies are small, numbering between 20 and 100 workers.B. muscorum is polylectic, the diet of the species depends on the surrounding area. The species has a strong preference for flowers of the families Fabaceae, Scrophulariaceae, Lamiaceae, and Asteraceae. Common food sources include clover, bird's-foot trefoil, vetches, and thistles. Flowers with long corollas are especially dependent on the long-tongued species.A number of new queens are produced in the last brood of the summer colony. These queens mate and then hibernate for an average of 9 months. From March to May, these queens emerge from hibernation to search for nesting sites. After a suitable site is found, the queen lays a small batch of diploid eggs. Once these eggs hatch, the queen tends to the larvae until they are grown and pupate. These pupa emerge as workers. From June onward, the queen will produce a steady supply of workers. From July to September, new males and queens are present and mate.",
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"InsectBaseID": "IBG_03123",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "2024865",
"Tags": "None",
"OrganismName": "Bombus opulentus v2",
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"id": 4023,
"InsectBaseID": "IBG_03124",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "203818",
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"OrganismName": "Bombus sonorus",
"NormalName": "None",
"SpeciesIntro": "Bombus sonorus, commonly known as the Sonoran bumble bee, is a species of bumble bee in the family Apidae. It is found in Central America and western and southwestern North America. Considered uncommon, it is sometimes categorized as a subspecies of Bombus pensylvanicus.The thorax of this bumblebee is predominantly yellow and it has a long tongue. It can be confused with the yellow form of Bombus crotchii and with Bombus nevadensis. It likes to collect pollen from Gossypium, Viguiera, Helianthus, Linaria, Chrysothamnus, and Kallstroemia flowers. Bombus sonorus nests \"in marshy flats near the coast,\" usually at the base of plants. These bumblebees generally nest underground, often in old pocket gopher burrows.These two subspecies belong to the species Bombus sonorus:This bumblebee-related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4024,
"InsectBaseID": "IBG_03125",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Bombus",
"TaxonomyID": "30202",
"Tags": "None",
"OrganismName": "Bombus vestalis",
"NormalName": "None",
"SpeciesIntro": "Bombus vestalis, the vestal cuckoo bumblebee, is a species of cuckoo bumblebee that lives in most of Europe, as well as North Africa and western Asia. It is a brood parasite that takes over the nests of other bee species. Its primary host is Bombus terrestris (the buff-tailed bumblebee). After its initial classification as Psithyrus vestalis, this bumblebee recently was reclassified into the genus Bombus, subgenus Psithyrus.The queen is a large bumblebee with a length up to 21 mm (0.83 in) and a wingspan of 37 mm (1.5 in); the male is considerably smaller (16 mm (0.63 in)). The bumblebee is predominantly black, with an orange collar. The third tergite has a border of yellow hairs, and the hairs on the fifth tergite are mostly white. The males are similar to the females, but smaller and with longer antennae.It is similar in appearance to another cuckoo bumblebee, Bombus bohemicus, but is distinguishable by either the length of the antennal segments or dissection and comparison of the genitalia. In Bombus vestalis, the fifth antennal segment will be the same length as the third and fourth together.A key characteristic of Bombus vestalis is the lack of corbiculae or a pollen basket on the hind legs of the bee. This is evolutionarily relevant because Bombus vestalis does not make its own nests or collect its own resources. With its larger body and poor foraging skills, the female Bombus vestalis are adapted to taking over nests of other species which have already been made and using the workers in these colonies to collect pollen.A brood of bees successfully raised by Bombus vestalis is mainly female. This is evolutionarily beneficial since the female is the sex which takes over host species and allows Bombus vestalis to reproduce. In fact, many of the male bees which are hatched in a nest that has been taken over by Bombus vestalis are a result of host workers who were able to successfully lay eggs despite the aggression of the invaders. Although they display haplodiploidy where males are haploid and females are diploid, morphologically, male and female Bombus vestalis are very similar and can be classified with a mosaic gynander. They have similar mandible and body structures, and it is likely that the differences are only derived from chromosomal alterations during development of the embryo.Bombus vestalis is part of the family Apidae. Until recently, it used to be identified as Psithryus vestalis. It was then renamed under the genus Bombus and classified as subgenus Psithyrus. The subgenus Psithyrus refers to a variety of cuckoo bumblebees who have no worker caste and reproduce by taking over host colonies and using workers of those colonies to rear their young. They can be confused with the bee Bombus bohemicus since both are found in similar regions and are parasitic in behavior. However, Bombus bohemicus is more intense in color and is a generalist parasite when choosing its host.The bumblebee is common from North Africa in the south to southern Sweden in the north, and from Ireland in the west to northern Iran in the east. It is common throughout England and Wales, but has only been sighted in Scotland since 2009. Using data from the National Biodiversity Network gateway, Bombus vestalis is most prominent in south-east England.In Ireland the bee was believed to be all but extinct in the 20th century with the last recorded sighting in 1926 in Carlow. However, in 2014 a population was rediscovered in the walled garden at Saint Enda's Park in Rathfarnham.Bombus vestalis is a cuckoo bumblebee; it does not construct any nest of its own, but usurps the nest of Bombus terrestris, kills the host queen, and forces the host workers to raise its offspring. The male bumblebees often congregate in gardens in the suburbs.",
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{
"id": 4025,
"InsectBaseID": "IBG_03126",
"Order": "Neuroptera",
"Family": "Myrmeleontidae",
"Genus": "Brachynemurus",
"TaxonomyID": "2028601",
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"OrganismName": "Brachynemurus nebulosus",
"NormalName": "None",
"SpeciesIntro": "Brachynemurus nebulosus is a species of antlion in the family Myrmeleontidae. It is found in North America.This Antlion (Myrmeleontidae)- related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4026,
"InsectBaseID": "IBG_03127",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Brachyopa",
"TaxonomyID": "2849643",
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"OrganismName": "Brachyopa scutellaris",
"NormalName": "None",
"SpeciesIntro": "Brachyopa scutellaris is a European species of hoverfly.External imagesFor terms see Morphology of DipteraThe wing length is 6·5-7·75 mm. Apical antennomere with a large kidney-shaped sensory pit Tergite 2 posterolaterally black pilose. The larva is illustrated by Rotheray (1993).Brachyopa scutellaris is a west Palearctic species with a distribution centred in Europe (Denmark to the Pyrenees, Ireland east through Central Europe to Switzerland).The habitat is deciduous forest (Acer, Alnus, Ulmus, Fraxinus). The flight period is mid April to end June. Brachyopa scutellaris flies, pendulously, in sunlit patches beside living trees with sap runs (where the larvae develop) and around rot-holes. Flowers visited include white umbellifers, Cardamine, Crataegus, Malus, Cornus, Photinia, Rubus fruticosus, Sorbus and Viburnum.",
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{
"id": 4027,
"InsectBaseID": "IBG_03128",
"Order": "Plecoptera",
"Family": "Taeniopterygidae",
"Genus": "Brachyptera",
"TaxonomyID": "446425",
"Tags": "None",
"OrganismName": "Brachyptera risi",
"NormalName": "None",
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{
"id": 4028,
"InsectBaseID": "IBG_03129",
"Order": "Coleoptera",
"Family": "Kateretidae",
"Genus": "Brachypterus",
"TaxonomyID": "442081",
"Tags": "None",
"OrganismName": "Brachypterus glaber",
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{
"id": 4029,
"InsectBaseID": "IBG_03130",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Brenthis",
"TaxonomyID": "405033",
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"OrganismName": "Brenthis hecate",
"NormalName": "None",
"SpeciesIntro": "The twin-spot fritillary (Brenthis hecate) is a butterfly in the family Nymphalidae.Brenthis hecate is a large fritillary with a wingspan reaching 35–45 millimetres (1.4–1.8 in) and bright orange uppersides of the wings. The underside of the hindwings shows a double parallel line of brown spots (hence the common name).hecate W . V . (68f). Darker red-brown than most of the preceding species, above similar to niobe, the wings more rounded, the spots thin but sharply defined, all separated from each other, only the median dentate line of the hindwing continuous. The underside is very characteristic; it has no silver and is alternately light yellow and cinnamon-red; the light yellow median band is somewhat shifted basad and is less curved than in euphrosyne, thore, amphilochus, etc.In Central and South Europe, France, Northern Italy, especially Austria-Hungary, Russia and Asia Minor. — caucasica Stgr. [now B. hectae transcaucasica (Wnukowsky, 1929)](68f) is a rather large form, which is more yellowish brown above and very light yellow on the hindwing beneath, the cinnamon-brown being much reduced; from the shores of the Black Sea, especially Armenia. — alaica Stgr.[now B. hecate alaica (Staudinger, 1886)] (68g), from the Pamir and the Ala-Dagh, is rather strongly edged with black above, while the black markings are much reduced on the rest of the surface, especially in the outer third of the forewing. — aigina Fruhst. [now B. hecate aigina (Fruhstorfer, 1908)], from Andalusia, is paler on both sides, the basal half of the hindwing above lighter and the hindwing beneath more uniformly yellow, the russet-red being entirely absent or only vestigial as some smears. — Of individual aberrations ab. priscilla Schultz is characterized by a broad black median band and ab. avernensis Guill. by the darkened upperside having a bluish sheen. Butterflies occur from the end of May till July on mountain meadows and clearings in woods, being very local.The flight period extends from May to early August. The larva feeds on Filipendula vulgaris and Dorycnium.Brenthis hecate is found in south-western Europe, Lithuania, southern Russia, the Balkans, Asia Minor, Iran and Central Asia.This species is typical of dry flowery meadows with light scrub and woodland margins, at an elevation of 25–1,500 metres (82–4,921 ft) above sea level.",
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{
"id": 4030,
"InsectBaseID": "IBG_03131",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Bruchidius",
"TaxonomyID": "1649775",
"Tags": "None",
"OrganismName": "Bruchidius siliquastri",
"NormalName": "None",
"SpeciesIntro": "Bruchidius siliquastri is a species of bean weevil. It was first found in pods of Cercis siliquastrum in China, and has thence been found in several continents. Its length ranges from 2.8 to 3.7 millimetres (0.11 to 0.15 in). Its body is short and ovate, with a black integument. The apex of its femora and the ventral part of its hind tarsi are reddish. Its vestiture is made of thin and short setae; dorsally setae are a whitish colour, denser on the scutellum. Its pygidium is also covered with setae. Its name is derived from its host plant.The head of the male is short, with bulging eyes. Its frons lacks a carina. Its pronotum is very convex, wider at the base, while the elytra are short; its third stria possesses a small tooth. The hind femora are incrassate, with a carinate mesoventral margin. The hind tibiae are apically widened, with both dorsomesal and ventral carinae that are strong. Its first tarsomere does not have an apical denticle ventrally.On its abdomen, ventrite 5 is emarginate, as long as the 4th sternite. Its first ventrite has a patch of short erect setae basally, which are somewhat scaly. Its pygidium is subcircular, with its apex turned under. The median lobe of its genitalia has a total length of 0.27 mm; its ventral valve is subtriangular and rather sclerotised, bearing sensilla and a row of 10-13 setae on each side. Its internal sac possesses 2 or 3 pointed denticles. The apex of its parameres contain abundant setae.The female is similar to the male, but its last abdominal ventrite is not emarginate and is longer than its 4th; the pygidium is narrower than the male's, bearing a pair of foveae, which are 0.3–0.4 mm long and 0.1 mm wide. Its spermatheca is narrow and curved, with an elongated apical diverticulum. The opening of its spermathecal gland duct is basal, contiguous with its opening. Its vagina shows a large sclerite on its dorsal side, slightly behind the spermathecal duct opening. Its bursa copulatrix does not exhibit spines.Firstly described from Southern France, it is also known in China (from where the species probably originates) and has since been reported on several occasions in the Americas, Europe and Asia.",
"Intro_from": "",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949316355.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.90%[S:98.90%,D:0.00%],F:0.00%,M:1.10%,n:1367",
"GenomeSize": "375.583928",
"GenomeGC": "25.13383214",
"SeqNumber": "16",
"N50": "39857.073",
"PCGnumber": "20159",
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"Pfamnumber": "None",
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{
"id": 4031,
"InsectBaseID": "IBG_03132",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Byasa",
"TaxonomyID": "2731364",
"Tags": "None",
"OrganismName": "Byasa hedistus",
"NormalName": "None",
"SpeciesIntro": "Byasa hedistus is a species of butterfly from the family Papilionidae (swallowtails) that is found in northern Vietnam and southern China.Byasa hedistus is little known, with no information available on status. it is regarded by Bernard d'Abrera as a subspecies of Byasa dasarada.This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029286795.1",
"GenomeLevel": "Contig",
"Busco": "C:99.56%[S:99.34%,D:0.22%],F:0.15%,M:0.29%,n:1367",
"GenomeSize": "287.864083",
"GenomeGC": "24.96198562",
"SeqNumber": "450",
"N50": "9172.726",
"PCGnumber": "31380",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4032,
"InsectBaseID": "IBG_03133",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Cabera",
"TaxonomyID": "722659",
"Tags": "None",
"OrganismName": "Cabera pusaria",
"NormalName": "None",
"SpeciesIntro": "Phalaena pusaria Linnaeus, 1758The common white wave (Cabera pusaria) is a moth of the family Geometridae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is found throughout the Palearctic region. Their habitat is deciduous forests and their surroundings.This species has white wings, sometimes tinged with pink, slight grey dusted grey and with fine grey fascia (the first curved) on the forewing and two on the hindwing. ab. heveraria H.-Schiff. is a rare form in which the grey dusting densely covers almost the entire wings. ab. rotundaria Haw. is a rounder-winged form with the first lines strongly approximated and said to be the product of under-feeding the larvae. Hybrid fletcheri Tutt (pusaria male x exanthemata female) is just intermediate between the parent forms, rather pure white, the lines tinged with ochreous. The wingspan is 32–35 mm.One or two broods are produced each year and the adults can be seen at any time from May to August. This moth flies at night and is attracted to light.The larva is elongate, with a rather flattened head is very variable -green with purplish brown or blackish dorsal spots sometimes vague, purplish-brown with white spots, or grey mixed with reddish, or sometimes yellowish. It feeds on various trees and shrubs including alder, aspen, birch, oak, rowan and willow. The species overwinters as a pupa. The pupa is compact, brown, the wings olive-green.Carl Linnaeus, when describing the moth, placed it in the genus Phalaena. It is now an obsolete genus, which he used to house most of the moths. The moth is now placed in the genus Cabera, which was raised by the German lepidopterist, Georg Friedrich Treitschke in 1825. Cabera refers to Cabeiro, the daughter of Proteus ″the prophetic old man of the sea who kept changing his shape to avoid being caught and having to make prophesies″. The specific name pusaria, is from pusa, the delicate complexion of a girl.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_954871355.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.70%[S:99.41%,D:0.29%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "794.294107",
"GenomeGC": "18.16490412",
"SeqNumber": "56",
"N50": "27510.719",
"PCGnumber": "49609",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4033,
"InsectBaseID": "IBG_03134",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Cacoxenus",
"TaxonomyID": "462275",
"Tags": "None",
"OrganismName": "Cacoxenus indagator",
"NormalName": "None",
"SpeciesIntro": "Cacoxenus indagator is a species of fruit fly. It is a kleptoparasite, laying its eggs in the pollen-filled nest cells of mason bees. On account of its ability to break out of those cells once hatched, it is commonly known as the Houdini fly.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.This parasitic insect-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035041755.1",
"GenomeLevel": "Contig",
"Busco": "C:99.27%[S:97.29%,D:1.98%],F:0.15%,M:0.59%,n:1367",
"GenomeSize": "254.846158",
"GenomeGC": "29.15222014",
"SeqNumber": "1168",
"N50": "2990.262",
"PCGnumber": "21083",
"Swissnumber": "None",
"GOnumber": "None",
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"miRNAnumber": "None",
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},
{
"id": 4034,
"InsectBaseID": "IBG_03135",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Calameuta",
"TaxonomyID": "222804",
"Tags": "None",
"OrganismName": "Calameuta filiformis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030142265.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.63%[S:99.63%,D:0.00%],F:0.22%,M:0.07%,n:1367",
"GenomeSize": "153.396869",
"GenomeGC": "34.32778344",
"SeqNumber": "8459",
"N50": "637.035",
"PCGnumber": "19267",
"Swissnumber": "None",
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},
{
"id": 4035,
"InsectBaseID": "IBG_03136",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Calameuta",
"TaxonomyID": "1001281",
"Tags": "None",
"OrganismName": "Calameuta filum",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_031763695.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.78%[S:99.71%,D:0.07%],F:0.22%,M:0.00%,n:1367",
"GenomeSize": "153.266913",
"GenomeGC": "34.06667491",
"SeqNumber": "9366",
"N50": "659.924",
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},
{
"id": 4036,
"InsectBaseID": "IBG_03137",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Calameuta",
"TaxonomyID": "1001282",
"Tags": "None",
"OrganismName": "Calameuta haemorrhoidalis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_031763665.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.69%[S:89.25%,D:9.44%],F:0.80%,M:0.51%,n:1367",
"GenomeSize": "235.737976",
"GenomeGC": "33.45251721",
"SeqNumber": "33268",
"N50": "283.187",
"PCGnumber": "31948",
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},
{
"id": 4037,
"InsectBaseID": "IBG_03138",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Calameuta",
"TaxonomyID": "1001283",
"Tags": "None",
"OrganismName": "Calameuta idolon",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030142285.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.41%[S:99.41%,D:0.00%],F:0.51%,M:0.07%,n:1367",
"GenomeSize": "154.772888",
"GenomeGC": "34.29989366",
"SeqNumber": "8431",
"N50": "658.193",
"PCGnumber": "18756",
"Swissnumber": "None",
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},
{
"id": 4038,
"InsectBaseID": "IBG_03139",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Calameuta",
"TaxonomyID": "1001285",
"Tags": "None",
"OrganismName": "Calameuta pallipes",
"NormalName": "None",
"SpeciesIntro": "Calameuta pallipes is a Palearctic species of sawfly.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030142375.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.56%[S:99.56%,D:0.00%],F:0.37%,M:0.07%,n:1367",
"GenomeSize": "161.203645",
"GenomeGC": "33.75997422",
"SeqNumber": "15158",
"N50": "679.954",
"PCGnumber": "20820",
"Swissnumber": "None",
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},
{
"id": 4039,
"InsectBaseID": "IBG_03140",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Calameuta",
"TaxonomyID": "1001287",
"Tags": "None",
"OrganismName": "Calameuta pygmaea",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_031762395.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.78%[S:99.71%,D:0.07%],F:0.22%,M:0.00%,n:1367",
"GenomeSize": "153.266913",
"GenomeGC": "34.06667491",
"SeqNumber": "9366",
"N50": "659.924",
"PCGnumber": "18358",
"Swissnumber": "None",
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},
{
"id": 4040,
"InsectBaseID": "IBG_03141",
"Order": "Diptera",
"Family": "Lauxaniidae",
"Genus": "Calliopum",
"TaxonomyID": "1824995",
"Tags": "None",
"OrganismName": "Calliopum simillimum",
"NormalName": "None",
"SpeciesIntro": "Calliopum simillimum is a species of fly in the family Lauxaniidae. It is found in the Palearctic .This article related to members of the muscomorph flies superfamily Lauxanioidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951812925.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.70%[S:98.46%,D:1.24%],F:0.00%,M:0.29%,n:1367",
"GenomeSize": "690.512415",
"GenomeGC": "17.80629462",
"SeqNumber": "339",
"N50": "124334.187",
"PCGnumber": "44015",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4041,
"InsectBaseID": "IBG_03142",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Calliphora",
"TaxonomyID": "7373",
"Tags": "None",
"OrganismName": "Calliphora vicina v2",
"NormalName": "None",
"SpeciesIntro": "Calliphora vicina is a member of the family Calliphoridae, which includes blow flies and bottle flies. These flies are important in the field of forensic entomology, being used to estimate the time of a person's death when a corpse is found and then examined. C. vicina is currently one of the most entomologically important fly species for this purpose because it arrives at and colonizes a body following death in consistent timeframes.Calliphora vicina was described by the French entomologist Jean-Baptiste Robineau-Desvoidy in 1830. Its specific epithet is derived from the Latin vicinus 'neighbouring'.Calliphora vicina is closely related to Calliphora vomitoria, another species important in forensics.Calliphora vicina is known as a blue bottle fly because of the metallic blue-gray coloration of its thorax and abdomen. It is distinguished from the commonly known C. vomitoria by its bright orange cheeks. The blue bottle fly is approximately 10–11 mm in length. The sclerites at the base of the coxa are yellow or orange. By chaetotaxy, the study of bristle arrangement, Calliphorids are characterized by having black bristles on the meron and two to three bristles on the notopleuron.The similarities between the different species of Calliphora can make identification of immature stages nearly impossible. From the first instar to the pupa stage C. vicina is identical to that of C. vomitoria.Calliphora vicina goes through five generations in a year at a threshold temperature of 27˚ C (81˚ F). A female C. vicina can lay up to 300 eggs, on fresh carrion or on open wounds. The larvae go through three instar stages. The first instar hatches in approximately 24 hours after the eggs are laid. It goes through its second instar in 20 hours and its third instar in 48 hours. Under favorable conditions, the larvae feed for about three to four days. When the larvae complete their development, they disperse to find an adequate place to pupate. The C. vicina pupa stage last about 11 days. At 27˚ C, C. vicina’s life cycle lasts approximately 18 days.Climatic factors, such as temperature, are known to influence egg-laying and development of instar-larvae. In warmer weather, the life cycle can be shorter, and in cooler temperatures the life cycle takes a little longer. Knowing the duration between the three instars and pupa stage and post-feeding larval dispersal can be useful to determine the post mortem interval in a criminal case.Calliphora vicina are found throughout the U.S. in urban areas and are most abundant in early spring and fall where the temperatures are around 55–75˚F (13–24˚C). The species predominates in Europe and the New World, but has found its way into other countries via harbors and airports. It was first recorded in South Africa in 1965 when a specimen was collected near Johannesburg, but specimen collections have been few and sporadic since then. It also occurs as an exotic in Australia and New Zealand.One of the key characteristics of using blow flies in developing a post mortem interval estimate is the succession of insects that colonize the body. Based on the insects present at the time, a reasonable time frame for death may be established. C. vicina has its own part in the succession of the corpse.",
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"NCBIassembly": "GCA_958450345.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.56%,D:0.29%],F:0.07%,M:0.07%,n:1367",
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"SeqNumber": "118",
"N50": "131702.511",
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{
"id": 4042,
"InsectBaseID": "IBG_03143",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Camponotus",
"TaxonomyID": "213863",
"Tags": "None",
"OrganismName": "Camponotus fellah",
"NormalName": "None",
"SpeciesIntro": "Camponotus fellah is a species of ant in the subfamily Formicinae found across the Middle East and North Africa. This species was formally described by Dalla Torre in 1893. A C. fellah queen holds the record for Israeli ant longevity, surviving for 26 years (1983-2009) in a laboratory environment.Camponotus fellah is monogynous (i.e., colonies consist of a single queen), with polymorphic workers. Queens are singly inseminated meaning that all workers in a colony are full sisters. Colonies are generally found in dry and warm habitats including coastal dunes and deserts.Ant nest-mate recognition is mediated by low volatile cuticular hydrocarbons. Isolated workers are unable to frequently exchange hydrocarbons with nest-mates, and their hydrocarbon profiles diverge from that of the colony. After 20–40 days in isolation, the hydrocarbon profiles of workers diverges to such an extent that they are no longer accepted by the colony. However, aggression is reduced if the isolated workers are exposed to airflow from the colony, indicating that volatile nest chemicals also contribute to nest-mate recognition.Trophallaxis - the mouth-to-mouth transfer of liquid food - is a main mechanism of food dissemination in ant colonies. In C. fellah, the colony trophallactic network has been quantified by combining unique marking of individuals with fluorescently labelled food. This procedure refined our understanding of trophallaxis, revealing that transfer flow can switch direction during a trophallaxis event, that foragers receive (as well as unload) food, that foragers often leave the nest after offloading only a small amount of the food in their crop, and that non-foragers also offload considerable amounts of food. Further, the vast majority of trophallaxis events were short in duration, possibly functioning to maintain the colony odour rather than disseminate food. Indeed, when the hydrocarbon profiles of members of C. fellah colonies are artificially modified, the colony reaches homogeneity more rapidly than non-trophallaxing species. Through maintaining homogenous hydrocarbon profiles, trophallaxis mediates colony cohesion. The engagement of workers in socially cohesive trophallaxis may be underpinned by levels of octopamine in the brain. Usually after isolation, upon return to the colony, workers perform trophallaxis at an elevated rate. However, if workers are treated with octopamine, this increase in trophallaxis is not observed.A combination of automated behavioural tracking and social network analysis revealed that colony social networks comprise two communities: a nurse community of the queen and young workers who care for the brood, and a forager community of older workers who leave the nest to forage. This structure is thought to emerge from age-associated changes in the behaviour of individual workers.Socially isolated workers rapidly lose weight, and exhibit reduced lifespans and behavioural changes including increased locomotion. This effect is markedly reduced when workers are isolated with just one other individual. The increase in the mortality of isolated workers likely results from an increase in energy expenditure and a decrease in energy income. Through energy balance, social interactions therefore seem to influence health and ageing.Camponotus fellah, like all tested Carpenter ant species harbours an intracellular endosymbiotic bacteria from the genus Blochmannia. This endosymbiont contributes to host nutrition by recycling nitrogen into aminoacid biosynthesis, and when levels are experimentally reduced colony growth decreases. Blochmannia is harboured in specialised cells (bacteriocytes) in the midgut epithelium, and transmitted exclusively horizontally.Since Blochmannia's closest sister taxa are endosymbionts of sap-feeding insects, and ants often associate with sap-feeding insects, it is possible that the Blochmannia ancestor was acquired by the Camponotini ancestor via sap-feeding insects.In general ants rely heavily on olfactory cues and have well developed olfactory centres in their brains. This is particularly true of Carpenter ants, and C. fellah workers can be trained to associate odours with gustatory reinforcers in lab conditions. They will choose the branch of a Y-maze according to odours they have learnt to associate with gustatory reward.",
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},
{
"id": 4043,
"InsectBaseID": "IBG_03144",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Campoplex",
"TaxonomyID": "1917387",
"Tags": "None",
"OrganismName": "Campoplex capitator",
"NormalName": "None",
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"NCBIassembly": "GCA_037576405.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:99.41%,D:0.37%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "261.40794",
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"SeqNumber": "630",
"N50": "7808.884",
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},
{
"id": 4044,
"InsectBaseID": "IBG_03145",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Campoplex",
"TaxonomyID": "3133883",
"Tags": "None",
"OrganismName": "Campoplex nolae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037893425.1",
"GenomeLevel": "Contig",
"Busco": "C:98.32%[S:98.10%,D:0.22%],F:0.37%,M:1.24%,n:1367",
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"SeqNumber": "4519",
"N50": "1839.811",
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{
"id": 4045,
"InsectBaseID": "IBG_03146",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Camptogramma",
"TaxonomyID": "934908",
"Tags": "None",
"OrganismName": "Camptogramma bilineatum",
"NormalName": "None",
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"NCBIassembly": "GCA_958496255.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.56%,D:0.29%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "442.695304",
"GenomeGC": "21.08064399",
"SeqNumber": "38",
"N50": "16753.518",
"PCGnumber": "28773",
"Swissnumber": "None",
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},
{
"id": 4046,
"InsectBaseID": "IBG_03147",
"Order": "Coleoptera",
"Family": "Cantharidae",
"Genus": "Cantharis",
"TaxonomyID": "877752",
"Tags": "None",
"OrganismName": "Cantharis flavilabris",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949152465.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:98.90%,D:0.73%],F:0.15%,M:0.22%,n:1367",
"GenomeSize": "348.304867",
"GenomeGC": "20.86275154",
"SeqNumber": "27",
"N50": "47548.398",
"PCGnumber": "39670",
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{
"id": 4047,
"InsectBaseID": "IBG_03148",
"Order": "Coleoptera",
"Family": "Cantharidae",
"Genus": "Cantharis",
"TaxonomyID": "877886",
"Tags": "None",
"OrganismName": "Cantharis lateralis",
"NormalName": "None",
"SpeciesIntro": "Cantharis lateralis is a species of soldier beetle native to Europe.This soldier beetle article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963170105.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:98.17%,D:1.24%],F:0.15%,M:0.44%,n:1367",
"GenomeSize": "332.197494",
"GenomeGC": "17.44836522",
"SeqNumber": "51",
"N50": "43798.968",
"PCGnumber": "31118",
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{
"id": 4048,
"InsectBaseID": "IBG_03149",
"Order": "Coleoptera",
"Family": "Cantharidae",
"Genus": "Cantharis",
"TaxonomyID": "1553174",
"Tags": "None",
"OrganismName": "Cantharis nigra",
"NormalName": "None",
"SpeciesIntro": "Cantharis nigra is a species of soldier beetle native to Europe.This soldier beetle article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958510845.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:98.61%,D:0.88%],F:0.07%,M:0.44%,n:1367",
"GenomeSize": "397.814522",
"GenomeGC": "16.68967002",
"SeqNumber": "72",
"N50": "41397.323",
"PCGnumber": "32684",
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},
{
"id": 4049,
"InsectBaseID": "IBG_03150",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Carabus",
"TaxonomyID": "49291",
"Tags": "None",
"OrganismName": "Carabus problematicus",
"NormalName": "None",
"SpeciesIntro": "Carabus problematicus is a species of beetle endemic to Europe, where it is observed in Andorra, Austria, Belgium, Great Britain, the Czech Republic, mainland Denmark, the Faroe Islands, Finland, mainland France, Germany, Hungary, Iceland, Ireland, mainland Italy, Latvia (doubtful), Liechtenstein, Luxembourg, mainland Norway, Poland, Romania, northern and northwestern Russia, Slovakia, Slovenia, mainland Spain, Sweden, Switzerland, and the Netherlands.A study of the effects of grazing management on arthropod distribution observed high number clusters of C. problematicus associated with the sheep rather than sheep and cattle grazed plots – suggesting that there are detrimental effects of cattle to the species; possibly as a result of soil compaction.This Carabus-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963422195.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.63%,D:0.22%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "253.974633",
"GenomeGC": "23.12754715",
"SeqNumber": "223",
"N50": "17524.069",
"PCGnumber": "33054",
"Swissnumber": "None",
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{
"id": 4050,
"InsectBaseID": "IBG_03151",
"Order": "Lepidoptera",
"Family": "Gelechiidae",
"Genus": "Carpatolechia",
"TaxonomyID": "687316",
"Tags": "None",
"OrganismName": "Carpatolechia fugitivella",
"NormalName": "None",
"SpeciesIntro": "Carpatolechia fugitivella, the elm groundling, is a moth of the family Gelechiidae. It is found in almost all of Europe (except Portugal, Croatia and Bulgaria), Turkey, the Caucasus, Mongolia, southern Siberia, the Russian Far East and Korea. It is also found in Canada, where it has been recorded from Ontario and Quebec. The habitat consists of woodland, parks, gardens and hedgerows.The wingspan is 11–15 mm. The head is whitish, grey sprinkled. Terminal joint of palpi longer than second. Forewings are grey, irrorated with blackish; suffused blackish spots on costa near base and before and beyond middle; a blackish streak along fold, sometimes interrupted into two or three spots; two black dots transversely placed in disc at 2/3; a pale angulated fascia at 3/4 sometimes indicated by darker anterior suffusion. Hindwings are grey. The larva is light green, above reddish-tinged; dots black; head and plate of 2 light brown.Adults have been recorded on wing from June to September.The larvae feed on Ulmus species (including Ulmus glabra), Quercus, Corylus, Prunus avium, Pyracantha coccinea, Acer, Tilia and Fraxinus species.This article related to the moth tribe Litini is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_951230895.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:99.27%,D:0.22%],F:0.07%,M:0.44%,n:1367",
"GenomeSize": "493.08546",
"GenomeGC": "23.14949117",
"SeqNumber": "142",
"N50": "17187.121",
"PCGnumber": "36197",
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{
"id": 4051,
"InsectBaseID": "IBG_03152",
"Order": "Coleoptera",
"Family": "Latridiidae",
"Genus": "Cartodere",
"TaxonomyID": "1587142",
"Tags": "None",
"OrganismName": "Cartodere bifasciata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963920755.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.27%[S:99.12%,D:0.15%],F:0.07%,M:0.66%,n:1367",
"GenomeSize": "178.099718",
"GenomeGC": "19.05067531",
"SeqNumber": "24",
"N50": "20851.529",
"PCGnumber": "19981",
"Swissnumber": "None",
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{
"id": 4052,
"InsectBaseID": "IBG_03153",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Cataclysta",
"TaxonomyID": "1594245",
"Tags": "None",
"OrganismName": "Cataclysta lemnata",
"NormalName": "None",
"SpeciesIntro": "Cataclysta lemnata, the small china-mark, is a moth species of the family Crambidae. It is found in Europe (including Great Britain and Ireland), Morocco and Iran.Adults of the species are sexually dimorphic. The wingspan is 18–19 mm for males and 22–24 mm for females. The forewings are white. The costa, discal spot and a series of terminal spots are all fuscous. The hindwings are white with scattered pale fuscous scales. Meyrick describes it- The forewings in male are whitish, with a yellowish-fuscous discal dot, traces of lines, and a pale brownish terminal streak; in female pale brownish, ochreous-mixed, with a darker discal spot, lines very indistinct, whitish, darker-edged, a whitish siibterminal streak. Hindwings are white; a dark fuscous discal dot; lines outlined with fuscous, sometimes nearly obsolete, first preceded by a yellow or fuscous spot in disc; subterminal and terminal ochreous lines enclosing a black fascia marked with four bluish-silvery dots. The larva is dark green or blackish; dorsal line black; head pale brown.The moth flies from May to August depending on the location.Larvae are semiaquatic. C. lemnata larvae have been recorded feeding on duckweed species (including Lemna species and Spirodela polyrhiza), as well as water ferns of the genus Azolla. The species is known to pupate in cocoons or shelters built from plant material.This Acentropinae-related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963931975.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.30%[S:96.93%,D:0.37%],F:0.59%,M:2.12%,n:1367",
"GenomeSize": "432.45391",
"GenomeGC": "22.6567067",
"SeqNumber": "138",
"N50": "15946.375",
"PCGnumber": "26467",
"Swissnumber": "None",
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{
"id": 4053,
"InsectBaseID": "IBG_03154",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Catocala",
"TaxonomyID": "423320",
"Tags": "None",
"OrganismName": "Catocala nupta",
"NormalName": "None",
"SpeciesIntro": "The red underwing (Catocala nupta) is a moth of the family Erebidae. The species was first described by Carl Linnaeus in his 1767 12th edition of Systema Naturae.This is a large (80 mm wingspan) nocturnal Palearctic (including Europe) species which, like most noctuids, is above and with the wings closed drably coloured to aid concealment during the day. It flies in August and September, and comes freely to both light and sugar.C. nupta L. Forewing pale grey powdered with darker grey, sometimes with dark grey banded suffusion, and in some cases yellowish-tinged; sometimes the cellspace before reniform coalescent with the spot below reniform, and a space along outer line, before it above middle and beyond it below, are all whitish: inner and outer lines double, black and grey; the outer line less oblique below middle and forming two more conspicuous angles on each side of vein 2, the lower one double, then deeply indented along vein 1 median shade generally clear and produced squarely outwards beyond the reniform, which has a thick black central lunule, a curved black inner edge, and a tridentate outer one; subterminal line pale and dark grey, the paler inner portion sometimes whitish; hindwing crimson with a central black band bent on vein 5, and a thick black terminal border, the inner edge of which is waved towards abdominal margin; — in the form concubina Hbn. the red of the hindwing is brighter and the black median band more developed, being broader throughout and continued to inner margin; the lines of forewing blacker and the pale areas generally more developed; the subsp. nuptialis Stgr., from Tibet (Ili, Issyk-kul, Ala Tau) and the Altai Mts., has the forewing paler, more gaily marked, the submarginal line white, sharply edged with black; — the subsp. obscurata Oberth., from Amurland and Askold Island, is a much blacker form than the average European examples, though specimens from several localities in Europe are also dark: — ab. coerulescens Cockerell, named from a single example taken in Essex, has the hindwing blue instead of red; — ab. brunnescens ab. nov. represented by 3 rather small males captured in the neighbourhood of London, has the hindwing dark olive brown; in the ab. languescens ab. nov. the hindwing is yellowish white with a faint pink flush; a line example of this, but without locality label, exists in the Felder Collection, and a similar one is recorded by Mr. Tutt in British Noctuae, Vol. IV, p. 50; like other species with red hindwings nupta has an aberration in which that colour is supplanted by yellow, ab. flava Schultz, to which intermediate forms occur with the red only partially changed to yellow, or yellow only in one hindwing; - in ab. mutilata Schultz the black central band of hindwing is abbreviated and becomes obsolete a little below costa; — ab. fida Schultz differs from typical examples in having between the subterminal line and the termen a conspicuous dentated white line strongly edged with black; this example was from Silesia; — in the ab. dilutior Schultz the ground colour is generally paler, either brownish yellow with the dark markings slightly darker, or whitish grey with a faint yellowish intermixture; — ab. alterata ab. nov. (=ab. 6 Hmps.) has the black bands of hindwing altered to grey. — ab. rubridens ab. nov. shows the red ground colour of the hindwing running out along veins 2 and 1 in the shape of sharp wedge-shaped teeth, almost interrupting the black median band which is swollen between them into a large horseshoe-shaped blotch; the single example in the Tring Museum is unfortunately without locality; — a strange, probably accidental, aberration from Munich, figured as ab. confusa Oberth., has the whole forewing blurred dark grey, with the inner and outer lines and reniform stigma darker but diffuse on a slightly paler median area; the median band of hindwing strongly curved, its outer edge diffuse, and its lower extremity running up. narrowly to inner margin towards base; the black terminal border projecting basewards as long narrow teeth along the veins with the red ground colour running up between them. Larva pale or dark grey; only distinguishable from that of Catocala elocata by the absence of the dark dorsal and lateral bands, which are represented by lines. The moths fly from mid-July to early October. At night, they fly to light sources, but they usually land slightly away from the light. The caterpillars are gray with a reddish tint and begin feeding in May and end in June. The adult feeds on nectar, the larva eat willow and poplar leaves. They pupate well hidden between spun leaves. Hibernation is as an egg. This species and other Catocala moths have brightly coloured underwings, in this case orange, red, or pink. These are not visible at rest, being hidden by the dull forewings, but they help the moth avoid predators such as birds if it is disturbed during the day. As the red underwing moth takes off, the sudden flash of colour may confuse the attacker, and when it lands and immediately closes its wings it may seem to disappear as the colour is \"switched off\". It is also thought that the symmetrical patterned orange sections on the rear wings form the illusion of another smaller creature (butterfly), so the attacker will go for the colourful \"small illusive\" rear safe region on the main body of this red underwing moth species.",
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"NCBIassembly": "GCA_963675205.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.78%,D:0.15%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "930.398596",
"GenomeGC": "22.53782227",
"SeqNumber": "61",
"N50": "31349.327",
"PCGnumber": "64236",
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{
"id": 4054,
"InsectBaseID": "IBG_03155",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Catocala",
"TaxonomyID": "753163",
"Tags": "None",
"OrganismName": "Catocala sponsa",
"NormalName": "None",
"SpeciesIntro": "Catocala sponsa, the dark crimson underwing, is a species of moth of the family Erebidae. It is found in Europe, North Africa and from Anatolia up to the Caucasus.M. sponsa L. Somewhat smaller and paler than dilecta; generally with a pale fulvous tint below middle in the space between outer and submarginal lines; the lunule between veins 3 and 4 nearly always paler; the pale outline of the reniform stigma, the whitish spot preceding it, and the white spot beneath it often conspicuous; but both of these spots may be of the ground colour or yellowish, as well as white; hindwing with the inner margin not darkened; the red ground colour not so deep; — the form rejecta Fisch.-Wald. besides being smaller in point of size, has the hindwing clouded with fuscous in basal area; the median band thickened, and the red band following it much narrower than usual; the terminal border brownish black, and the red ground dull pink; to judge from the appearance only, this might well be a distinct species;- examples in which the median space between inner and outer lines is prominently paler grey than the other areas are separated by Spuler as ab. fasciata ; — in ab. desponsa Schultz the red of hindwing is either wholly yellow or partially changed to that colour; but examples of such change in this species are much rarer than in nupta and elocata. — in ab. florida Schultz, which must come very near to fasciata Spul., the median area and terminal area beyond subterminal line are whitish grey, while the basal area and space between outer line and subterminal are pale brown; — ab. grisea ab. nov. (a female of which is in the Tring Museum from Uralsk, sent by M. Bartel), is entirely dark grey grizzled with pale grey, without any brown or fulvous tints, the lines black; — subsp. laeta Oberth., from Algeria, is brighter than S. European examples, the median area at each end dusted with whitish, the subterminal line whitish, and the annulus of the reniform and the spots before and below it white. — Larva grey brown or red brown, finely dark dotted; dorsal tubercles reddish: the hump on segment 9 prominent, with an oval yellow transverse marking edged with black: the hump on segment 12 also strong, with the two hind tubercles on it developed into brown points; head grey with black streaks. Adults are on wing from July to September depending on the location.The larvae feed on oak.This Catocalini article is a stub. You can help Wikipedia by expanding it.",
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"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.49%,D:0.51%],F:0.00%,M:0.00%,n:1367",
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"GenomeGC": "21.96096181",
"SeqNumber": "58",
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"PCGnumber": "47475",
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},
{
"id": 4055,
"InsectBaseID": "IBG_03156",
"Order": "Hemiptera",
"Family": "Achilidae",
"Genus": "Catonia",
"TaxonomyID": "1187021",
"Tags": "None",
"OrganismName": "Catonia carolina",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_035578175.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.34%[S:98.10%,D:1.24%],F:0.22%,M:0.44%,n:1367",
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{
"id": 4056,
"InsectBaseID": "IBG_03157",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Catoptria",
"TaxonomyID": "1100938",
"Tags": "None",
"OrganismName": "Catoptria pinella",
"NormalName": "None",
"SpeciesIntro": "Catoptria pinella is a species of moth of the family Crambidae. It is found in Europe, North Africa and across the Palearctic.The wingspan is 18–24 mm. The face has a short cone. Forewings ferruginous-ochreous; a shining white broadly dilating median streak from base to 4, cut in middle by a dark brown oblique bar, posterior portion edged with dark brown; second line obscurely brown towards costa; cilia shining brownish. Hindwings are light grey. The larva is dull reddish-grey; spots black, head and plate of 2 black.The moth flies from July to August depending on the location.The larvae feed on various grasses.This article relating to the moth tribe Crambini is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963556745.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.78%,D:0.15%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "386.896272",
"GenomeGC": "23.0325476",
"SeqNumber": "50",
"N50": "13616",
"PCGnumber": "25571",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
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},
{
"id": 4057,
"InsectBaseID": "IBG_03158",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Cenopis",
"TaxonomyID": "2566676",
"Tags": "None",
"OrganismName": "Cenopis cana",
"NormalName": "None",
"SpeciesIntro": "Sparganothis cana, the gray sparganothis moth, is a species of moth of the family Tortricidae. It is found in North America, including Alabama, Arkansas, Florida, Kentucky, Louisiana, Manitoba, Maryland, Michigan, Mississippi, New Jersey, New York, North Carolina, Ontario, Quebec, Saskatchewan, South Carolina, Texas and Virginia.The wingspan is about 18 mm.This Sparganothini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951800055.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.49%,D:0.44%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "580.353609",
"GenomeGC": "22.77851244",
"SeqNumber": "122",
"N50": "19939.996",
"PCGnumber": "40438",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4058,
"InsectBaseID": "IBG_03159",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Cephonodes",
"TaxonomyID": "151547",
"Tags": "None",
"OrganismName": "Cephonodes hylas",
"NormalName": "None",
"SpeciesIntro": "Cephonodes hylas, the coffee bee hawkmoth, pellucid hawk moth or coffee clearwing, is a moth of the family Sphingidae. The species was first described by Carl Linnaeus in 1771. A widely distributed moth, it is found in the Near East, Middle East, Africa, India, Sri Lanka, Japan, Southeast Asia and Australia.It has transparent wings and a stout body like a bumble bee. Its wingspan of 45–73 mm. Its marginal borders are very narrow and black. The abdomen varies in colour from yellow to green. Nominate subspecies has bright reddish 3rd and 4th abdominal segments. Larva has two colour forms, green and blackish. In greenish form, the body is greenish with a white-bordered blue dorsal line and a whitish sub-dorsal line ending in a yellow streak at the base of the horn. The head and spiracles are blue. In the dark-coloured form, the head is brown or pale orange and the rest of the body is smoky black. The pupa is dark brown.Larvae are sluggish but eat very greedily and continuously. Its larvae feed on Burchellia, Gardenia, Kraussia, Pavetta and Vangueria species. Parasitoids such as Ooencyrtus papilionis and Blepharipa zebrine are found on larva.This Dilophonotini-related article is a stub. You can help Wikipedia by expanding it.",
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"N50": "13678",
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{
"id": 4059,
"InsectBaseID": "IBG_03160",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "1001266",
"Tags": "None",
"OrganismName": "Cephus brachycercus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_030142315.1",
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{
"id": 4060,
"InsectBaseID": "IBG_03161",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "1001267",
"Tags": "None",
"OrganismName": "Cephus fumipennis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_030142355.1",
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"Busco": "C:99.34%[S:99.27%,D:0.07%],F:0.59%,M:0.07%,n:1367",
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{
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"InsectBaseID": "IBG_03162",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "1001271",
"Tags": "None",
"OrganismName": "Cephus nigrinus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"InsectBaseID": "IBG_03163",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "1090877",
"Tags": "None",
"OrganismName": "Cephus parvus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_030142435.1",
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"InsectBaseID": "IBG_03164",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "1001274",
"Tags": "None",
"OrganismName": "Cephus pulcher",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_030142455.1",
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"Busco": "C:99.56%[S:99.56%,D:0.00%],F:0.37%,M:0.07%,n:1367",
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{
"id": 4064,
"InsectBaseID": "IBG_03165",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "222802",
"Tags": "None",
"OrganismName": "Cephus pygmeus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_036026175.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.56%[S:99.34%,D:0.22%],F:0.37%,M:0.07%,n:1367",
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{
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"InsectBaseID": "IBG_03166",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "1001275",
"Tags": "None",
"OrganismName": "Cephus rjabovi",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_030264185.1",
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"Busco": "C:99.48%[S:99.41%,D:0.07%],F:0.44%,M:0.07%,n:1367",
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"SeqNumber": "20352",
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"PCGnumber": "22387",
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{
"id": 4066,
"InsectBaseID": "IBG_03167",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "1001276",
"Tags": "None",
"OrganismName": "Cephus runcator",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_030142495.1",
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"Busco": "C:99.48%[S:99.41%,D:0.07%],F:0.44%,M:0.07%,n:1367",
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{
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"InsectBaseID": "IBG_03168",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "1001277",
"Tags": "None",
"OrganismName": "Cephus sareptanus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
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"NCBIassembly": "GCA_030142515.1",
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"Busco": "C:99.63%[S:99.63%,D:0.00%],F:0.29%,M:0.07%,n:1367",
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{
"id": 4068,
"InsectBaseID": "IBG_03169",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "1001278",
"Tags": "None",
"OrganismName": "Cephus spinipes",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030264395.1",
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"Busco": "C:99.3%[S:99.2%,D:0.1%],F:0.5%,M:0.2%,n:1367",
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"SeqNumber": "42529",
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{
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"InsectBaseID": "IBG_03170",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Cephus",
"TaxonomyID": "1001278",
"Tags": "None",
"OrganismName": "Cephus spinipes v2",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963971525.1",
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"Busco": "C:99.70%[S:99.63%,D:0.07%],F:0.22%,M:0.07%,n:1367",
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{
"id": 4070,
"InsectBaseID": "IBG_03171",
"Order": "Trichoptera",
"Family": "Leptoceridae",
"Genus": "Ceraclea",
"TaxonomyID": "446427",
"Tags": "None",
"OrganismName": "Ceraclea dissimilis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963576895.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:99.12%,D:0.29%],F:0.22%,M:0.37%,n:1367",
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{
"id": 4071,
"InsectBaseID": "IBG_03172",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Ceramica",
"TaxonomyID": "988087",
"Tags": "None",
"OrganismName": "Ceramica pisi",
"NormalName": "None",
"SpeciesIntro": "The Broom Moth (Ceramica pisi) is a moth of the family Noctuidae. It is found in all of Europe, East across the Palearctic to Siberia and the Russian Far East. In the north, it is found far beyond the Arctic Circle and in the south to northern Spain. In the Alps, it is found at heights of up to 2,000 metres.The wingspan is 32–37 mm. The length of the forewings is 16–20 mm. Forewing red brown much mottled with darker; median shade prominently darker; the wavy whitish submarginal line forming a conspicuous white triangle on submedian fold; upper stigmata pale grey; claviform small, black-edged; hindwing dull fuscous, the basal half paler, with dark veins and lunule;- in splendens Stph. the brown tint is predominant and the markings are obscured; — in rufa Tutt, with the markings also obscured, the red tint overpowers the brown; while pallens Stgr. is pale yellowish grey brown, with the markings indistinct; this form is found in W. Turkestan and also in Iceland; - scotica Tutt is a dark purplish grey form from Scotland and England, Finland, Lapland, and E. Siberia.The moth flies in two generations from mid-May to August. .Larva purple brown or brownish green, with 4 deep yellow stripes of uniform width; the head, feet, and venter flesh colour. The larvae feed on various shrubs, deciduous trees and herbaceous plants, such as heather (Calluna sp.), broom (Cytisus scoparius), bracken (Pteridium aquilinum), bramble (Rubus sp.), sea-buckthorn (Hippophae sp.), willow (Salix sp.) and the European larch (Larix decidua).",
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"NCBIassembly": "GCA_963859965.1",
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"Busco": "C:99.78%[S:99.41%,D:0.37%],F:0.07%,M:0.15%,n:1367",
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"PCGnumber": "45369",
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{
"id": 4072,
"InsectBaseID": "IBG_03173",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Cerastis",
"TaxonomyID": "997530",
"Tags": "None",
"OrganismName": "Cerastis leucographa",
"NormalName": "None",
"SpeciesIntro": "Cerastis leucographa, the white-marked, is a moth of the family Noctuidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is found in most of Europe, east to Russia, through the Palearctic up to Japan.Forewing pale brick red; the median and narrow terminal area brown; upper stigmata prominently pale ochreous grey with dark centres; teeth of outer line very long, the veins dark beyond; hindwing dirty grey; veins and a diffuse terminal shade darker — lepetitii Bsd. is wholly red brown, without the pale submarginal band, the stigmata without pale edging; — suffusa Tutt is an extreme form in which the dark median shade is expanded to cover the whole forewing, making it deep blackish red; — rufa Tutt is pale bright red, much paler than the type. — Larva green or reddish, with darker mottling; dorsal and subdorsal lines pale; a row of dark lateral oblique stripes; spiracular line pale greenish.Adults are on wing from March to June depending on the location. It occurs up to about 1500 meters altitude. It is found in different habitats, for example in mixed forest edges, clearings, bushy valleys, forest bogs and moors.There is one generation per year whose moths fly from March to May. They are dusk and nocturnal and visit artificial light sources and the bait. They suck on flowering catkins, their very early flight time runs largely parallel to the willow blossom (Salix).The larvae feed on Vaccinium myrtillus, Prunus spinosa and Salix, Rumex, Rhinanthus and Galium species.This Noctuinae-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_963082945.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:99.63%,D:0.29%],F:0.07%,M:0.00%,n:1367",
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"GenomeGC": "23.04010122",
"SeqNumber": "40",
"N50": "21426.09",
"PCGnumber": "42959",
"Swissnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4073,
"InsectBaseID": "IBG_03174",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Cerastis",
"TaxonomyID": "988089",
"Tags": "None",
"OrganismName": "Cerastis rubricosa",
"NormalName": "None",
"SpeciesIntro": "Cerastis rubricosa, the red chestnut, is a moth of the family Noctuidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is found in most of Europe, east through the temperate regions of the Palearctic east to Japan. In the north it is found just north of the Arctic Circle. Southward it is found up to the Mediterranean Basin and Turkey.The wingspan is 32–38 millimetres (1.3–1.5 in), the forewings are red brown, varied with grey, sometimes with a purplish-brown tinge; stigmata grey with fine dark outlines; a broad angled median shade; lines all starting from black costal spots; hindwing fuscous grey; fringe grey. Generally distributed in Europe, except Spain, and found in western Siberia and western Turkestan. The form rufa Haw., the usual British form, is almost wholly rufous, and the fringe pink. - mucida Esp. is dark purplish red with the costa and subterminal shade slaty grey; - pilicornis Brahm has the red ground almost obliterated by grey suffusion, the crosslines brownish; of this pallida Tutt is merely an extreme pale form; finally, mista Hbn. is brick red with costa, crosslines, and outer margin grey.Adults are on wing from March to May depending on the location.Larva reddish brown, with dark bands on dorsal segments; dorsal line slightly paler: subdorsal pale yellow, narrow; spiracular line brownish, yellow in front. The larvae feed on the leaves of various plants, including Luzula, Gymnadenia conopsea, Lotus corniculatus, Veronica chamaedrys, Rhinanthus alectorolophus and Orchidaceae species.This Noctuinae-related article is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:100.00%[S:99.78%,D:0.22%],F:0.00%,M:0.00%,n:1367",
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"GenomeGC": "22.69478873",
"SeqNumber": "36",
"N50": "23337.995",
"PCGnumber": "47168",
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},
{
"id": 4074,
"InsectBaseID": "IBG_03175",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Ceratosolen",
"TaxonomyID": "130008",
"Tags": "None",
"OrganismName": "Ceratosolen corneri",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_030522565.1",
"GenomeLevel": "Scaffold",
"Busco": "C:88.07%[S:88.00%,D:0.07%],F:8.49%,M:3.15%,n:1367",
"GenomeSize": "346.658939",
"GenomeGC": "24.34708513",
"SeqNumber": "249198",
"N50": "4.78",
"PCGnumber": "41561",
"Swissnumber": "None",
"GOnumber": "None",
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},
{
"id": 4075,
"InsectBaseID": "IBG_03176",
"Order": "Hymenoptera",
"Family": "Agaonidae",
"Genus": "Ceratosolen",
"TaxonomyID": "326594",
"Tags": "None",
"OrganismName": "Ceratosolen solmsi marchali",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030523025.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.51%[S:97.44%,D:0.07%],F:1.32%,M:1.17%,n:1367",
"GenomeSize": "274.05427",
"GenomeGC": "21.06984467",
"SeqNumber": "32866",
"N50": "42.156",
"PCGnumber": "48904",
"Swissnumber": "None",
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},
{
"id": 4076,
"InsectBaseID": "IBG_03177",
"Order": "Hymenoptera",
"Family": "Crabronidae",
"Genus": "Cerceris",
"TaxonomyID": "2494881",
"Tags": "None",
"OrganismName": "Cerceris ruficornis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963989415.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.63%,D:0.22%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "566.101304",
"GenomeGC": "18.2019586",
"SeqNumber": "560",
"N50": "20574.862",
"PCGnumber": "41999",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
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{
"id": 4077,
"InsectBaseID": "IBG_03178",
"Order": "Odonata",
"Family": "Coenagrionidae",
"Genus": "Ceriagrion",
"TaxonomyID": "638464",
"Tags": "None",
"OrganismName": "Ceriagrion tenellum",
"NormalName": "None",
"SpeciesIntro": "The small red damselfly (Ceriagrion tenellum) is a small damselfly flying in heathland bogs and streams. It is in the family Coenagrionidae.Ceriagrion tenellum is only 25–35 millimetres (0.98–1.38 in) long. It is a lot shorter than the large red damselfly, with which it is sometimes confused. In both sexes the thorax is bronze-black on top.The male has an entirely red abdomen.The female has a bronze-black abdomen with only the front and back of it red. The dark form melanogastrum has an almost entirely dark abdomen marked with pale segment divisors, the last two of which are reddish. A very rare form, erythrogastrum, resembles the male.Adults fly low and weakly, rarely going far from breeding waters. Like the southern damselfly, which this species sometimes accompanies, they rarely fly in any but the warmest and calmest weather conditions. They can, however, be surprisingly inconspicuous, even the males.The males are aggressive towards each other but are not territorial. Oviposition takes place in tandem.It lays elongated eggs in submerged and emergent plants which subsequently hatch after about a month. The larvae are very small, about 16–17 millimetres (0.63–0.67 in), and are found in acidic bogs, streams and ponds. They live among debris in bogs and develop after two years.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963169105.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:98.90%,D:0.51%],F:0.22%,M:0.37%,n:1367",
"GenomeSize": "2077.012716",
"GenomeGC": "27.38463879",
"SeqNumber": "470",
"N50": "152520.262",
"PCGnumber": "151612",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4078,
"InsectBaseID": "IBG_03179",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Cetonia",
"TaxonomyID": "290679",
"Tags": "None",
"OrganismName": "Cetonia aurata",
"NormalName": "None",
"SpeciesIntro": "Cetonia aurata, called the rose chafer or the green rose chafer, is a beetle, 20 millimetres (3⁄4 in) long, that has a metallic structurally coloured green and a distinct V-shaped scutellum. The scutellum is the small V-shaped area between the wing cases; it may show several small, irregular, white lines and marks. The underside of the beetle has a coppery colour, and its upper side is sometimes bronze, copper, violet, blue/black, or grey.Cetonia aurata should not be confused with the North American rose chafer, Macrodactylus subspinosus, or with the rarely seen noble chafer, Gnorimus nobilis, which is very similar to the rose chafer. One way to identify Cetonia aurata is to look at its scutellum; on the noble chafer the scutellum is an equilateral triangle, but on the rose chafer it is an isosceles triangle.Rose chafers are capable of fast flight; they fly with their wing cases down. They feed on pollen, nectar, and flowers, especially roses. They can be found among roses on warm sunny days from May until June or July, and occasionally as late as September. Rose chafers are found in southern and central Europe and in the southern part of the United Kingdom, where they sometimes seem to be very localized. They can also be found in South East Asia, in the countryside and outlying islands of Hong Kong. They are a beneficial saprophagous species (detritivores).The larvae are C–shaped and have a firm, wrinkled, hairy body, a small head, and tiny legs. The larvae overwinter wherever they have been feeding, which may be in compost, manure, leaf mould, or rotting wood. They grow very quickly and will have moulted twice before the end of autumn. They have a two-year life cycle. They pupate in June or July. Some adult beetles may emerge in autumn, but the main emergence is in spring, when the beetles mate. After mating, the female beetles lay their eggs in decaying organic matter and then die.The metallic green coloration of the beetle is created structurally, by the reflection of mostly circularly-polarised light; like other scarabs, this is left circularly polarised: When viewed through a right circular polariser, the beetle appears to be colorless. There are also different colors besides the common green; there is also copper, grey and black. A lot of specimens have white speckles while some have very few or none at all. It has been described as a left-hand narrow-band elliptical polariser.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949128085.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.34%,D:0.66%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "479.646749",
"GenomeGC": "23.55155898",
"SeqNumber": "113",
"N50": "45601.692",
"PCGnumber": "56360",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4079,
"InsectBaseID": "IBG_03180",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Chaetogeoica",
"TaxonomyID": "2939601",
"Tags": "None",
"OrganismName": "Chaetogeoica ovagalla",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_032441825.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.15%[S:95.83%,D:1.32%],F:0.51%,M:2.34%,n:1367",
"GenomeSize": "293.085176",
"GenomeGC": "21.89459388",
"SeqNumber": "69",
"N50": "11854.733",
"PCGnumber": "22648",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4080,
"InsectBaseID": "IBG_03181",
"Order": "Hymenoptera",
"Family": "Chalcididae",
"Genus": "Chalcis",
"TaxonomyID": "1118640",
"Tags": "None",
"OrganismName": "Chalcis sispes",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949987625.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.39%[S:98.10%,D:0.29%],F:0.88%,M:0.73%,n:1367",
"GenomeSize": "412.41024",
"GenomeGC": "20.27634377",
"SeqNumber": "14",
"N50": "75805.882",
"PCGnumber": "44672",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4081,
"InsectBaseID": "IBG_03182",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Chalcosyrphus",
"TaxonomyID": "226170",
"Tags": "None",
"OrganismName": "Chalcosyrphus nemorum",
"NormalName": "None",
"SpeciesIntro": "Chalcosyrphus (Xylotomima) nemorum (Fabricius 1805), the Dusky-banded Leafwalker, is a common species of syrphid fly with a Palearctic and Nearctic distribution. Hoverflies get their names from the ability to remain nearly motionless while in flight. The adults are also known as flower flies for they are commonly found around and on flowers, from which they get both energy-giving nectar and protein-rich pollen. Larvae have been found under the bark of Larix, Pinus and a variety of hardwoods.External images For terms see Morphology of Diptera Wing length 6.5-8.25 mm.Hind femora are swollen and deep. Hind tibiae strongly curved and the ventral surface withclosely-set short black hairs for the whole length. The abdomen is short tergites 2-4 with a pair of pink or orange-brown marks. The legs are black with yellow knees and yellow tarsi. The larva is figured by Hartley (1961).Fennoscandia South to the Pyrenees and from Ireland East through Northern, Central and Southern Europe (to South Italy) across the Palearctic into Russia and the Russian Far East and Sakhalin and Japan. In the Nearctic from Alaska to Nova Scotia and South to California. (see distribution map)The habitat is forest wetland (Alnus - Salix carr, deciduous forest and woodland with streams). Adults frequent sunlit foliage of bushes on trunks of fallen trees beside water and settle on damp mud at the water's edge. Flowers visited include white umbellifers, Caltha, Anemone nemorosa, Euphorbia amygdaloides, Ranunculus, Rubus idaeus, Potentilla erecta, Sorbus aucupariaand Taraxacum. Flies from the beginning of May to the end of September.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949716465.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:99.05%,D:0.44%],F:0.07%,M:0.44%,n:1367",
"GenomeSize": "366.197888",
"GenomeGC": "25.59910586",
"SeqNumber": "172",
"N50": "89739.738",
"PCGnumber": "19805",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4082,
"InsectBaseID": "IBG_03183",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Cheilosia",
"TaxonomyID": "273442",
"Tags": "None",
"OrganismName": "Cheilosia grossa",
"NormalName": "None",
"SpeciesIntro": "Cheilosia grossa is a widespread European species of hoverfly. Adults can be found in spring on sallow catkins and the larvae tunnel in the stems of various thistle species.For terms see Morphology of DipteraThe wing length is 8·5-11·75 mm. Differs from Cheilosia chrysocoma in these characters. Segment 3 of antennae brown to black. Pubescence foxy-tawny. All tarsi segments black.Most of the Palearctic and the western North America. Deciduous forest in open areas, clearings and tracksides in woodland and scrub; poorly drained pasture. Flowers visited include Anemone nemorosa, Corylus, Prunus spinosa, Ranunculus, Salix, Taraxacum, Tussilago. Flies in March and April, (later at higher altitudes).This article relating to Eristalinae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963082955.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.42%[S:99.05%,D:0.37%],F:0.22%,M:0.37%,n:1367",
"GenomeSize": "362.407107",
"GenomeGC": "26.74560629",
"SeqNumber": "13",
"N50": "65050.764",
"PCGnumber": "23444",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4083,
"InsectBaseID": "IBG_03184",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Cheilosia",
"TaxonomyID": "273429",
"Tags": "None",
"OrganismName": "Cheilosia scutellata",
"NormalName": "None",
"SpeciesIntro": "Cheilosia scutellata is a Palearctic hoverfly.For terms see Morphology of DipteraEyes and face glabrous. Fused antennal pits.3rd segment of antenna black or dark yellowish brown. Arista with distinct short hairs. Rather long wings and alar base transparent (not yellow). Median facial tubercle broad, developed across full width of face. Mesonotum with minuteblack punctation. Partially red legs. Identification via Van Veen, Van der Goot and, Stubbs and Falk, Coe The larva is described and figured by Rotheray (1994).Fennoscandia South to Iberia and the Mediterranean basin to Greece, Turkey. North Africa. Ireland east to Russian Far East to the Pacific coast.Forest in the North and maquis in the South.Found on low-growing vegetation also along tracks and at the edges of clearings. Flowers visited include Chaerophyllum, Cirsium, Cistus, Crataegus, Galium, Hedera, Hieracium, Ranunculus and Sorbus. FliesMay to September North Europe and April to November) in South Europe. The larva feeds on basidiomycete fungi, especially Boletus and Suillus",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_955612985.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:99.12%,D:0.51%],F:0.00%,M:0.37%,n:1367",
"GenomeSize": "470.982813",
"GenomeGC": "23.9669079",
"SeqNumber": "36",
"N50": "126733.743",
"PCGnumber": "31026",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4084,
"InsectBaseID": "IBG_03185",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Cheilosia",
"TaxonomyID": "368781",
"Tags": "None",
"OrganismName": "Cheilosia soror v2",
"NormalName": "None",
"SpeciesIntro": "Cheilosia ruffipes (Preyssler)Cheilosia soror is a Palearctic hoverfly.One of the Cheilosia species with bare eyes, long wings, partially pale legs and fused antennal pits. For identification see references.From Fennoscandia south to North Africa from England eastwards through Europe into Central Asia, Siberia, the Russian Far East and Japan. The habitat Fagus and Quercus (including Quercus suber) old forest and alluvial softwood forest of Salix and Populus. Flowers visited include white umbellifers, Cirsium, Taraxacum. Flies from May to September. The undescribed larva feeds on Basidiomycota.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949372485.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.76%[S:98.39%,D:0.37%],F:0.07%,M:1.17%,n:1367",
"GenomeSize": "480.345224",
"GenomeGC": "23.38609762",
"SeqNumber": "23",
"N50": "121577.172",
"PCGnumber": "29153",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4085,
"InsectBaseID": "IBG_03186",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Cheilosia",
"TaxonomyID": "273447",
"Tags": "None",
"OrganismName": "Cheilosia variabilis",
"NormalName": "None",
"SpeciesIntro": "Cheilosia variabilis, common name figwort cheilosia, is a species of hoverfly belonging to the family Syrphidae.This species is native to the Palearctic realm, present in most of Europe eastwards to western Siberia, in the Near East, and in North Africa.These hoverflies inhabit deciduous forest, from the Fagus, Picea zone to alluvial hardwood forest, tracksides and edges of clearings.For terms see Morphology of DipteraCheilosia variabilis can reach a body length of 10–25 millimetres (0.39–0.98 in) and a wing length of 9–12 mm. Like most Cheilosia this large species is blackish, and because of this colour it may often be overlooked as a hoverfly. Face has outstanding hairs on the sides and a conspicuous central knob. Antennae are black or dark brown and hairs of arista are longer than diameter of basal part. Thorax is black-haired. Abdomen is rather elongate and tergites are pale yellow-haired. Wings are greyish and disproportionately long. Legs are entirely black. In males halteres are pale brown. The larva is figured by Dusek (1962).This species is rather similar to Cheilosia lasiopa, Cheilosia vulpina and Cheilosia griseiventris.Adult hoverflies can be found from April to September in two generations per year, as this species is bivoltine. They visit flowers of white umbellifers, Aegopodium podagraria, Alliaria petiolata, Anthriscus sylvestris, Apiaceae, Aurinia saxatilis, Conium maculatum, Crataegus laevigata, Euphorbia cyparissias, Meum athamanticum, Potentilla reptans, Ranunculus repens, Salix spec., Sambucus nigra, Caltha, Cirsium, Galium, Scrophularia, Sorbus aucuparia.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951230905.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.25%[S:97.88%,D:0.37%],F:0.37%,M:1.39%,n:1367",
"GenomeSize": "414.75787",
"GenomeGC": "25.65993335",
"SeqNumber": "8",
"N50": "70713.32",
"PCGnumber": "32413",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4086,
"InsectBaseID": "IBG_03187",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Cheilosia",
"TaxonomyID": "423616",
"Tags": "None",
"OrganismName": "Cheilosia vernalis",
"NormalName": "None",
"SpeciesIntro": "Cheilosia vernalis is a Palearctic hoverfly.For terms see Morphology of Diptera The upper margin of the facial tubercle is smooth. The eyes have short black hairs. The post-alar calli and the margin of the scutellum have only short bristles. The normal length wings are usually hyaline. The wing length is 4 ·5-6·75 mm.,body length is 5.0 to 7.0mm.A very variable species.See references for determination.Scandinavia south to the Iberian Peninsula and from Ireland eastwards through central and southern Europe to Turkey', European parts of Russia, Russian Far East and Siberia.Very varied. Forest, pasture, montane grassland, alpine grassland, fen and dune systems.It is low-flying over ground vegetation; males hover at 1-3m in small clearings.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949126925.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:98.68%,D:0.88%],F:0.15%,M:0.29%,n:1367",
"GenomeSize": "441.643786",
"GenomeGC": "24.26978628",
"SeqNumber": "73",
"N50": "71139.621",
"PCGnumber": "32173",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4087,
"InsectBaseID": "IBG_03188",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Chelonus",
"TaxonomyID": "2739011",
"Tags": "None",
"OrganismName": "Chelonus formosanus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_028641665.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.34%[S:99.05%,D:0.29%],F:0.07%,M:0.59%,n:1367",
"GenomeSize": "139.590424",
"GenomeGC": "23.02872223",
"SeqNumber": "26",
"N50": "24158.716",
"PCGnumber": "22451",
"Swissnumber": "None",
"GOnumber": "None",
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},
{
"id": 4088,
"InsectBaseID": "IBG_03189",
"Order": "Diptera",
"Family": "Chironomidae",
"Genus": "Chironomus",
"TaxonomyID": "7153",
"Tags": "None",
"OrganismName": "Chironomus tentans v2",
"NormalName": "None",
"SpeciesIntro": "Chironomus tentans is a species in the family Chironomidae (\"midges\"), in the order Diptera (\"flies\"). Like several other species of Chironomidae, C. tentans can be cultivated in laboratories, where their quick lifecycle is a benefit. Their larvae make good candidates for toxicity tests.This article related to members of the fly family Chironomidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963573255.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.19%[S:97.95%,D:1.24%],F:0.00%,M:0.80%,n:1367",
"GenomeSize": "185.488729",
"GenomeGC": "21.55048407",
"SeqNumber": "9",
"N50": "55585.213",
"PCGnumber": "20606",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4089,
"InsectBaseID": "IBG_03190",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Chloroclystis",
"TaxonomyID": "190337",
"Tags": "None",
"OrganismName": "Chloroclystis v-ata",
"NormalName": "None",
"SpeciesIntro": "The v-pug (Chloroclystis v-ata) is a moth of the family Geometridae. It is found throughout the Palearctic region, the Near East and North Africa. It is well distributed in the British Isles except for the north of Scotland. The species was first described by Adrian Hardy Haworth in 1809.The forewings of newly emerged adults are green with a characteristic V-shaped black mark which is part of a crossline. The green colouring fades over time but the markings, small size (14–19 mm (0.55–0.75 in)) and triangular resting posture make this an easy species to identify. The hindwings are greyish white. Either one or two broods are produced each year and adults can be seen at any time between May and August. The species flies at night and is attracted to light.The green larva, usually with three reddish stripes, feeds on the flowers of a wide range of plants (see list below). The species overwinters as a pupa.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963691955.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.63%,D:0.15%],F:0.15%,M:0.07%,n:1367",
"GenomeSize": "275.367921",
"GenomeGC": "25.46682771",
"SeqNumber": "21",
"N50": "18396.937",
"PCGnumber": "24170",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4090,
"InsectBaseID": "IBG_03191",
"Order": "Diptera",
"Family": "Stratiomyidae",
"Genus": "Chloromyia",
"TaxonomyID": "343672",
"Tags": "None",
"OrganismName": "Chloromyia formosa",
"NormalName": "None",
"SpeciesIntro": "Chloromyia formosa is a species of soldier flies belonging to the family Stratiomyidae. Another name for it is Broad centurion.This species is present in most of Europe (Austria, Belgium, Bulgaria, Czech Republic, Denmark, Finland, France, Germany, Greece, Ireland, Italy, Luxembourg, Netherlands, Norway, Poland, Russia, Spain, Sweden, Switzerland, United Kingdom), in the Near East, in the Nearctic realm, and in North Africa.These flies mainly inhabit wooded areas, hedge rows, moist forests, wet meadows, parks and gardens.Chloromyia formosa can reach a length of 7.3–9 millimetres (0.29–0.35 in) and a wing length of 6–7 millimetres (0.24–0.28 in). Their body is elongated, the thorax is metallic green, the head is hemispherical without hair, while the eyes are quite hairy. Antennae are short, the first antennal segment is longer than the second. The legs are black, only the knees are yellow. The abdomen is flattened and broad.An evident dimorphism exists between the males and the females of this species. In females the abdomen is blue-green with a purple sheen (depending on the light), while in males it shows a copper-green sheen. The female’s eyes are separated from each other. The wings are yellowish-brown.Adults can mostly be encountered from April through August, feeding on nectar of flowers (mainly of Apiaceae species) and on pollen of Filipendula ulmaria (Rosaceae). Between April and August these insects mate several times. The larvae develop in humus-rich soil, feeding on dead leaves and other decaying vegetal substances. After reaching the final stage larvae overwinter.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_964017055.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.49%,D:0.29%],F:0.07%,M:0.15%,n:1367",
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"GenomeGC": "21.25152839",
"SeqNumber": "114",
"N50": "156030.387",
"PCGnumber": "42369",
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{
"id": 4091,
"InsectBaseID": "IBG_03192",
"Order": "Lepidoptera",
"Family": "Choreutidae",
"Genus": "Choreutis",
"TaxonomyID": "1209621",
"Tags": "None",
"OrganismName": "Choreutis nemorana",
"NormalName": "None",
"SpeciesIntro": "Choreutis nemorana, the fig-tree skeletonizer moth or fig leaf roller, is a species of moth of the family Choreutidae.Choreutis nemorana has a wingspan of 16–20 mm. The basic color of the forewings varies from reddish brown to ocher brown, with whitish markings. The hindwings are brownish, with two pale brown dots on the edge.Adults overwinter and appear in early spring. The larvae feed on fig leaves. They are protected by a web of silken threads. Adults of the summer generation emerge in July. The second generation emerges in autumn and hibernate.This species is widespread from the Canary Islands and Madeira, through the Mediterranean Region and North Africa to Asia. In 2009, it was first recorded in Belgium. It has since established colonies in the east and is expected to spread to the west.It was first seen in the United Kingdom in 2014.The eggs can be removed by hand. Alternatively, the disease can be controlled using pyrethrin-based pesticides.This article on a moth of the family Choreutidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949316135.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.85%,D:0.15%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "300.258981",
"GenomeGC": "24.47150781",
"SeqNumber": "96",
"N50": "10167.06",
"PCGnumber": "23653",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
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{
"id": 4092,
"InsectBaseID": "IBG_03193",
"Order": "Diptera",
"Family": "Stratiomyidae",
"Genus": "Chorisops",
"TaxonomyID": "2823186",
"Tags": "None",
"OrganismName": "Chorisops tibialis",
"NormalName": "None",
"SpeciesIntro": "Chorisops tibialis, the dull four-spined legionnaire, is a Palearctic species of soldier fly.A small (Size 3 to 4 mm.) slender fly. The male has a metallic green thorax and scutellum (both are greenish black in females). The humeri may be yellowish. The scutellum bears four yellow spines. The abdomen in both males and females is yellow (discally) and black at the sides and posteriorly. The male has black and tan banded legs. Females have yellow legs with dark tarsi. The clear wings have dark stigma.The habitat is moist or shaded locations with trees. Males sometimes in rapidly moving swarms. Adults are found fromJune to September. The saproxylic larvae found in decaying wood debris and rot holes of trees.This article related to members of the insect family Stratiomyidae, the soldier flies, is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963669355.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.12%,D:0.73%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "865.320018",
"GenomeGC": "17.37269772",
"SeqNumber": "16",
"N50": "315088.429",
"PCGnumber": "49293",
"Swissnumber": "None",
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"KEGGnumber": "None",
"Pfamnumber": "None",
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},
{
"id": 4093,
"InsectBaseID": "IBG_03194",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Choristoneura",
"TaxonomyID": "27543",
"Tags": "None",
"OrganismName": "Choristoneura rosaceana",
"NormalName": "None",
"SpeciesIntro": "Choristoneura rosaceana, the oblique banded leaf roller or rosaceous leaf roller, is a moth of the family Tortricidae. It is native to North America, but has been accidentally introduced into other parts of the world.The wingspan is 7.5–11 mm for males and 11.5–14 mm for females. Adults are on wing from June to July and again from August to September in most of its range.The caterpillar is green with a black head. The adult is a small, light brown moth.The presence of the species is suggested by rolled, tied and chewed leaves and minor feeding damage on fruits. Damage can be extensive on rosaceous plants.Recorded host plants are:",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037349165.1",
"GenomeLevel": "Contig",
"Busco": "C:99.86%[S:99.49%,D:0.37%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "531.903537",
"GenomeGC": "22.60719372",
"SeqNumber": "76",
"N50": "14730.897",
"PCGnumber": "35334",
"Swissnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4094,
"InsectBaseID": "IBG_03195",
"Order": "Hymenoptera",
"Family": "Eulophidae",
"Genus": "Chouioia",
"TaxonomyID": "1570515",
"Tags": "None",
"OrganismName": "Chouioia cunea",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030064505.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.19%[S:97.51%,D:1.68%],F:0.07%,M:0.73%,n:1367",
"GenomeSize": "171.985743",
"GenomeGC": "29.88301245",
"SeqNumber": "6",
"N50": "31704.667",
"PCGnumber": "16601",
"Swissnumber": "None",
"GOnumber": "None",
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},
{
"id": 4095,
"InsectBaseID": "IBG_03196",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Chrysolina",
"TaxonomyID": "75506",
"Tags": "None",
"OrganismName": "Chrysolina americana",
"NormalName": "None",
"SpeciesIntro": "Chrysolina americana, common name rosemary beetle, is a species of beetle belonging to the family Chrysomelidae.Chrysolina americana can reach a length of 5–8 millimetres (0.20–0.31 in). They have colourful elytra with metallic green and purple longitudinal stripes. The wings are quite short, so these beetles can fly for short distances, but most tend to walk.This species feeds on various aromatic Lamiaceae, mainly on rosemary (Salvia rosmarinus) (hence the common name), lavender (Lavandula) and thyme (Thymus).In the Mediterranean region females lay their eggs in late summer on the leaves of the host plants. The larvae show whitish to blackish bands. Larval development continues during the winter months. The pupal stage lasts about three weeks. The imago is released in the spring.Despite the species name americana, this leaf beetle is native and common to southern Europe, North Africa, the Near East and the Middle East.This species was first discovered living outdoors in the United Kingdom in 1994. By 2002 it had become widespread in the London area, and spreading rapidly throughout. Although it is susceptible to some pesticides, it is usually recommended that home growers pick off beetles by hand, or shake them off onto a sheet of paper to remove them, if the plant affected by them is intended for culinary purposes. Otherwise, they do not present a major problem to the host plants, although a large, long- term infestation can be devastating.",
"Intro_from": "",
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"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_958502065.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:99.12%,D:0.59%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "980.590408",
"GenomeGC": "20.02371749",
"SeqNumber": "72",
"N50": "89349.863",
"PCGnumber": "72690",
"Swissnumber": "None",
"GOnumber": "None",
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},
{
"id": 4096,
"InsectBaseID": "IBG_03197",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Chrysolina",
"TaxonomyID": "75519",
"Tags": "None",
"OrganismName": "Chrysolina haemoptera",
"NormalName": "None",
"SpeciesIntro": "Chrysolina haemoptera, also known as the plantain leaf beetle, is a species of leaf beetle in the genus Chrysolina. They are associated with plantains (Plantago), particularly Plantago coronopus.C. haemoptera adult beetles measure 5.0–9.0 mm in length. They have a dull blue-black colouration without any metallic reflection.This Chrysomelinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958298965.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.27%[S:98.76%,D:0.51%],F:0.29%,M:0.44%,n:1367",
"GenomeSize": "718.322849",
"GenomeGC": "20.93047273",
"SeqNumber": "84",
"N50": "35485.444",
"PCGnumber": "62075",
"Swissnumber": "None",
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},
{
"id": 4097,
"InsectBaseID": "IBG_03198",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Chrysomela",
"TaxonomyID": "153825",
"Tags": "None",
"OrganismName": "Chrysomela aeneicollis v2",
"NormalName": "None",
"SpeciesIntro": "Chrysomela aeneicollis is a species of leaf beetle in the family Chrysomelidae. This organism has been used as a model for studies of natural selection in nature. It is currently being investigated to study effects of environmental change on insect populations, and the evolutionary significance of variation at genes affecting metabolism and the response to stress. It has been included as a study species in the California Conservation Genomics Project, due to its presence in multiple California ecoregions and extensive knowledge of genetic variation, evolutionary ecology, and interactions with other species. Information about its range and comparisons with closely related species can be found in a review of the genus Chrysomela published in the Canadian Entomologist.Chrysomela aeneicollis is found in western North America. Populations occur in cooler habitats in coastal regions from northern California to British Columbia, or at high elevations in the Rocky Mountains (Colorado, Alberta) and the Sierra Nevada mountains of California. In California, this leaf beetle occurs in the Sierra Nevada mountains from Lone Pine to Modoc County and coastal populations are found north of San Francisco in Mendocino County.Chrysomela aeneicollis belongs to a group of closely related species within the genus Chrysomela that feed on willows or poplars (family Salicaceae) or on alder or birch (family Betulaceae). As immatures (larvae), C. aeneicollis individuals use chemicals extracted from host plant foliage to produce a defensive secretion that they expose when attacked by potential predators. They prefer host willows that contain greater amounts of these chemicals (salicylate-rich) over plants that are salicylate-poor and they are stimulated to feed by salicin.The evolutionary significance of the host-plant derived defensive secretions of C. aeneicollis was investigated, with the expectation that larval survival would be greater on salicylate-rich plants than salicylate-poor ones. Field studies on C. aeneicollis revealed that specialist predators cause significant mortality, which reduces or eliminates the benefits of the host-plant derived larval defensive secretion. One of these predators is a fly (Parasyrphus melanderi) that lays its eggs on C. aeneicollis eggs. When they hatch, P. melanderi larvae feed exclusively on eggs and larvae, with no evidence that the defensive secretion repels them. The other important specialist predator is the wasp Symmorphus cristatus, which specializes on C. aeneicollis larvae in their third instar (molt). These two predators act as complementary mortality factors on C. aeneicollis larvae and constitute important components of a food web including the beetle and its natural enemies in the Sierra Nevada mountains of California.As noted above, Chrysomela aeneicollis lives in regions with cool summertime temperatures like its close relatives in the interrupta subgenus of Chrysomela species. In montane regions of central California, populations are generally found above 2800 m and they retreat to higher elevations during dry periods. Populations at these elevations experience long winters and beetle survival depends on their ability to survive exposure to extreme cold temperatures and to survive an extended dormancy period without food. During the brief summer growing season (June to September), beetles emerge from their overwintering sites, mate, lay eggs, and undergo one generation of larval development before new adults emerge and feed for a few weeks before winter returns. Furthermore, populations at high elevations must complete their life cycle under conditions of low oxygen supply, which compounds the challenges of rapid development during the brief montane summer. These environmental challenges can impose evolutionary pressures that favor the maintenance of genetic variation (due to genotype by environment interactions) and adaptation to local environmental conditions. Populations in the eastern Sierra Nevada mountains show genetic differences along a latitudinal gradient that may reflect adaptation to variable temperatures and oxygen levels. Early studies used enzyme polymorphisms, which are located on genes in the nucleus and inherited according to Mendelian genetic principles, to infer differences among populations in three study drainages in the eastern Sierra Nevada mountains (Rock Creek, Bishop Creek, and Big Pine Creek). One of these enzymes, phosphoglucose isomerase (PGI), showed a steep latitudinal cline in frequency that was more pronounced than others, suggesting that PGI frequencies may be sensitive to environmental temperature. Subsequent work revealed that PGI genotypes differed with respect to expression of heat shock proteins, which help maintain functionality of other proteins and protect an organism from negative effects of heat exposure. PGI genotypes that predominate in the northern drainage Rock Creek express higher levels of heat shock proteins in nature, and they express them in the laboratory at lower temperatures, suggesting that beetles in southern populations are more heat-tolerant. Further experiments supported this hypothesis and also suggested that PGI genotype is related to tolerance to stressfully cold temperatures. Recent findings suggest that differences among populations in frequencies of mitochondrial types is also related to environmental differences in temperature and oxygen supply, and that local adaptation occurs through interactions between mitochondrial and nuclear genotype.",
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"NCBIassembly": "GCA_029955535.1",
"GenomeLevel": "Scaffold",
"Busco": "C:84.06%[S:79.74%,D:4.32%],F:0.44%,M:15.51%,n:1367",
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{
"id": 4098,
"InsectBaseID": "IBG_03199",
"Order": "Diptera",
"Family": "Tabanidae",
"Genus": "Chrysops",
"TaxonomyID": "1547359",
"Tags": "None",
"OrganismName": "Chrysops caecutiens",
"NormalName": "None",
"SpeciesIntro": "Chrysops caecutiens, common name splayed deer fly, is a species of horse fly belonging to the family Tabanidae. It is also known by the colloquial name Scotch Cleg.Chrysops caecutiens reaches a length of about 8.5–10 millimetres (0.33–0.39 in). The mesonotum and the scutellum are glossy black with yellow-brown hairs. The compound eyes have red and green reflections, with dark spots. The transparent wings have dark brown patches, located at the top and at the centre of each wing. The abdomen shows distinct black inverted-V marking (hence the common name of \"splayed\" deer fly). The legs are black, included the tibiae on the middle pair of legs. They are active from May to September.The larvae of the splayed deer fly feed upon algae and organic matter in damp muddy soils.The adult female flies feed on mammalian blood (including on roe deer), in order for their eggs to mature properly. When they bite, they inject saliva with an anti-coagulating agent that prevent the blood clotting. The structure of the ommatidia in the midregion of the eyes of the females may use high polarization to assist in host-finding. Adult males and females feed also on nectar and pollen of flowers (mainly Leucanthemum vulgare).This species is present in most of Europe, the eastern Palearctic realm, and the Near East.These horseflies preferably live in shaded marshlands and in damp woodlands.",
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"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963971475.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.31%[S:98.24%,D:0.07%],F:0.15%,M:1.54%,n:1367",
"GenomeSize": "333.705173",
"GenomeGC": "22.07755077",
"SeqNumber": "991",
"N50": "81169.324",
"PCGnumber": "48069",
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{
"id": 4099,
"InsectBaseID": "IBG_03200",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Chrysotoxum",
"TaxonomyID": "323314",
"Tags": "None",
"OrganismName": "Chrysotoxum festivum",
"NormalName": "None",
"SpeciesIntro": "Chrysotoxum festivum is a species of hoverfly.External imagesFor terms see Morphology of DipteraWing length 8·25–12 mm. Wing with a small, square, dark spot. Thorax with two grey longitudinal stripes. Katepisternum normally with yellow spot. Apical antennomere shorter than antennomeres 1 and 2 together.Keys and accounts Palaearctic Fennoscandia South to Iberia and the Mediterranean basin. Ireland eastwards through Europe into Greece, Turkey and European Russia then through Siberia to the Pacific coast. Japan. North India.Habitat :Deciduous woodland clearings and open areas in scrub woodland. Grassland with scrub. Flowers visited include white umbellifers, Calluna, Chaerophyllum, Cirsium arvense, Euphorbia, Galium, Hieracium, Hypochoeris, Narthecium, Origanum, Potentilla erecta, Ranunculus, Rosa rugosa, Rubus idaeus, Sambucus nigra, Senecio, Solidago canadensis and Solidago virgaurea.The flight period is May to September, with peaks in June and August.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963931855.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.90%[S:97.73%,D:1.17%],F:0.22%,M:0.88%,n:1367",
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{
"id": 4100,
"InsectBaseID": "IBG_03201",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Chymomyza",
"TaxonomyID": "7293",
"Tags": "None",
"OrganismName": "Chymomyza amoena",
"NormalName": "None",
"SpeciesIntro": "Chymomyza amoena is a species of fruit fly in the family Drosophilidae. It is found in Europe.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_037043745.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.78%[S:95.61%,D:4.17%],F:0.15%,M:0.07%,n:1367",
"GenomeSize": "392.904267",
"GenomeGC": "23.03471548",
"SeqNumber": "4860",
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},
{
"id": 4101,
"InsectBaseID": "IBG_03202",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Chymomyza",
"TaxonomyID": "1740907",
"Tags": "None",
"OrganismName": "Chymomyza caudatula",
"NormalName": "None",
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"NCBIassembly": "GCA_035041775.1",
"GenomeLevel": "Contig",
"Busco": "C:100.00%[S:98.61%,D:1.39%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "239.808143",
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"SeqNumber": "224",
"N50": "4699.727",
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{
"id": 4102,
"InsectBaseID": "IBG_03203",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Chymomyza",
"TaxonomyID": "1692350",
"Tags": "None",
"OrganismName": "Chymomyza fuscimana",
"NormalName": "None",
"SpeciesIntro": "Chymomyza fuscimana is a species of fly in the family Drosophilidae. It is found in the Palearctic.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"Busco": "C:99.93%[S:99.05%,D:0.88%],F:0.00%,M:0.07%,n:1367",
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"SeqNumber": "16",
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},
{
"id": 4103,
"InsectBaseID": "IBG_03204",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Chymomyza",
"TaxonomyID": "59308",
"Tags": "None",
"OrganismName": "Chymomyza procnemis",
"NormalName": "None",
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"Busco": "C:99.93%[S:99.27%,D:0.66%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "239.648847",
"GenomeGC": "27.9119799",
"SeqNumber": "42",
"N50": "34133.586",
"PCGnumber": "17909",
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},
{
"id": 4104,
"InsectBaseID": "IBG_03205",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Clanis",
"TaxonomyID": "215161",
"Tags": "None",
"OrganismName": "Clanis bilineata",
"NormalName": "None",
"SpeciesIntro": "Clanis bilineata, the two-lined velvet hawkmoth, is a species of moth in the family Sphingidae first described by Francis Walker in 1866.It is found in Asia, but see the subspecies section for a detailed range.The wingspan is 94–150 mm for subspecies C. b. bilineata and 94–120 mm for subspecies C. b. tsingtauica.Adults of the nominate subspecies are on wing from late February until October, with peaks in April, late July-early August, and mid-September in Hong Kong. There are multiple generations per year. Subspecies C. b. tsingtauica is on wing from May to late September in Korea.Larvae of the nominate subspecies have been recorded on Pongamia pinnata, Millettia atropurpurea and Pterocarpus marsupium in India. In southern China it has been recorded from Mucuna and Pueraria. Subspecies C. b. tsingtauica is monophagous on Fabaceae in China, including Acacia, Glycine, Mucuna, Pueraria and Robinia species. Other recorded food plants include Olea and Paulownia but these are almost certainly erroneous.Subspecies C. b. tsingtauica is a major pest of soya beans in China, often defoliating entire fields.Some authors recognise three distinct subspecies, while others regard them as synonyms:This Smerinthini-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_036417725.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:99.41%,D:0.22%],F:0.00%,M:0.37%,n:1367",
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"SeqNumber": "56",
"N50": "17430.162",
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{
"id": 4105,
"InsectBaseID": "IBG_03206",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Clepsis",
"TaxonomyID": "2561093",
"Tags": "None",
"OrganismName": "Clepsis dumicolana",
"NormalName": "None",
"SpeciesIntro": "Clepsis dumicolana is a moth species of the family Tortricidae. It is found in Spain, France, Italy, Belgium, the Netherlands, Germany, Switzerland, Austria, Slovenia, and the Near East.The wingspan is about 20 mm. The adult moths fly from mid-May until October.The larvae feed on Hedera helix.The species was originally endemic to the Mediterranean area and is a neozoon in Central and Western Europe. It is thought to have arrived there with imports of ivy plants from Southern Europe.This Clepsis-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963691665.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.76%[S:98.61%,D:0.15%],F:0.29%,M:0.95%,n:1367",
"GenomeSize": "459.70917",
"GenomeGC": "23.01631682",
"SeqNumber": "365",
"N50": "15793.661",
"PCGnumber": "30117",
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{
"id": 4106,
"InsectBaseID": "IBG_03207",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Clivina",
"TaxonomyID": "795047",
"Tags": "None",
"OrganismName": "Clivina fossor",
"NormalName": "None",
"SpeciesIntro": "Clivina fossor is a species of ground beetle in the subfamily Scaritinae. It was described by Carl Linnaeus in 1758.This Clivina article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963966155.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:94.59%,D:5.27%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "612.615498",
"GenomeGC": "14.83444204",
"SeqNumber": "555",
"N50": "24002.212",
"PCGnumber": "52774",
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{
"id": 4107,
"InsectBaseID": "IBG_03208",
"Order": "Ephemeroptera",
"Family": "Baetidae",
"Genus": "Cloeon",
"TaxonomyID": "197152",
"Tags": "None",
"OrganismName": "Cloeon dipterum v2",
"NormalName": "None",
"SpeciesIntro": "Cloeon dipterum is a species of mayfly with a Holarctic distribution. It is the most common mayfly in ponds in the British Isles and the only ovoviviparous mayfly in Europe. Males differ from females in having turbinate eyes.In common with other members of the genera Cloeon and Procloeon, C. dipterum has a single pair of wings. This is also reflected in the specific epithet dipterum, which is from the Latin di-, meaning two, and the Greek pteron, meaning wing, and in his original description, Carl Linnaeus stated Inferiores alæ vix existunt (\"smaller wings hardly present\").The compound eyes of C. dipterum show a striking sexual dimorphism, whereby females have lateral apposition eyes, while the males' eyes have an additional dorsal \"turban-shaped\" parts that function as superposition eyes. These extra eyes are thought to enable the males to locate isolated females in the mating swarm.Cloeon dipterum is unusual among mayflies in being ovoviviparous, and is the only ovoviviparous mayfly species known in Europe. Females lay eggs 10–14 days after mating, and the eggs hatch as soon as they hit the water. The larvae can survive for months in anoxic conditions, an adaptation which is necessary to survive the winter in ponds which freeze over and therefore contain little dissolved oxygen. In captivity, adult females have been kept alive for up to three weeks.Cloeon dipterum was first described by Carl Linnaeus in the 2nd edition of his Fauna Suecica. Since then, Cloeon dipterum has been the recipient of unusually many taxonomic synonyms. Alongside new combinations of Linnaeus' original name in different genera (Ephemera, Chloeon, Cloe and Cloeopsis), true synonyms include three introduced by Otto Friedrich Müller in 1776 (E. annulatum, E. rufulum and E. dimidiatum), one by William Elford Leach in 1815 (C. pallidum), two by John Curtis in 1834 (C. marmoratum and C. obscurum), three by James Francis Stephens in 1835 (C. cognatum, C. consobrinum and C. virgo), and one each by Jules Pierre Rambur in 1842 (C. affinis), Costa in 1882 (C. apicalis), Bengtsson in 1940 (C. inscriptum) and Jacob in 1969 (C. szegedi).Cloeon dipterum is widespread across Europe and Asia. In the British Isles, C. dipterum is the commonest mayfly in ponds, with around 40% of all ponds containing C. dipterum, rising to 70% in the south. In 1953, a single female Cloeon dipterum was discovered in Illinois, having not been previously recorded in North America, and was found near Lucas, Ohio in 1960. The species is now known to have a wide distribution in North America. Individuals of C. dipterum from Madeira are now placed in a different species, Cloeon peregrinator.",
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"Busco": "C:97.88%[S:97.22%,D:0.66%],F:0.22%,M:1.90%,n:1367",
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{
"id": 4108,
"InsectBaseID": "IBG_03209",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Coelinius",
"TaxonomyID": " ",
"Tags": "None",
"OrganismName": "Coelinius sp",
"NormalName": "None",
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"Busco": "C:99.64%[S:99.27%,D:0.37%],F:0.07%,M:0.29%,n:1367",
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"SeqNumber": "47",
"N50": "8033.488",
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{
"id": 4109,
"InsectBaseID": "IBG_03210",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Coenonympha",
"TaxonomyID": "111894",
"Tags": "None",
"OrganismName": "Coenonympha arcania",
"NormalName": "None",
"SpeciesIntro": "Coenonympha arcania, the pearly heath, is a butterfly species belonging to the family Nymphalidae. It can be found in Central Europe. It resembles Coenonympha hero. Seitz describes it thus C. arcania L. (48 d). Forewing fiery reddish yellow with black distal margin, hindwing dark brown. Easily recognised by the underside of the hindwing, whose marginal portion is occupied by a broad white band, which in the nymotypical form interrupts the row of ocelli below the apical eye, the latter therefore appearing to be placed on the inside of the white band. All Europe except great Britain, from Scandinavia to the Mediterranean sea and from Spain and France to the Black sea and Armenia. — Specimenswith a very broadly black margin to the forewing and a narrowed and slightly dentate band on the underside of the hindwing, which probably occur among nymotypical specimens everywhere, but especially in the South, are considered as ab. insubrica Frey [ var.](48 d). — Larva green with dark dorsal stripe bordered with a yellowish tint, light subdorsal stripe and pale yellow lateral stripe; head blue-green, mouth and anal fork red. Until May on grasses. Pupa brown, with whitish wing-cases edged with red. Butterflies very common in June and July and often flying together in large numbers. At the edge of woods full of undergrowth, but also in the open country and on hills. They affect flying round bushes and settle on the tip of low twigs, but sometimes also fly up into the higher branches of trees. The females are much less numerous than the males and appear later.Depending on the temperature, they are found an altitude of up to 1,800 meters. They are found almost everywhere, preferring to live in sun-drenched and lightly wooded forests and on forest edges and on bushy, dry grasslands.The butterflies fly in one generation from May to August.They usually sit in sunny spots with their wings closed. To do this, they point the undersides of their wings directly to the sun and thus sit very obliquely.The larvae feed on various grasses including Holcus lanatus and Festuca ovina.The females lay their eggs individually or in small groups on the stalks of the forage plants. The caterpillars overwinter young.",
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"NCBIassembly": "GCA_036785405.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.27%,D:0.59%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "497.335923",
"GenomeGC": "23.66586759",
"SeqNumber": "39",
"N50": "17912.571",
"PCGnumber": "32921",
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{
"id": 4110,
"InsectBaseID": "IBG_03211",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Coenonympha",
"TaxonomyID": "242261",
"Tags": "None",
"OrganismName": "Coenonympha glycerion",
"NormalName": "None",
"SpeciesIntro": "Coenonympha glycerion, the chestnut heath, is a butterfly species belonging to the family Nymphalidae. It can be found in Eastern Europe and east across the Palearctic to Siberia and the Caucasus to North Korea.C. iphis H. l. (= amyntas Btlr., mandane Ky.) (48 c). Disc of the forewing of the male on the upperside washed with copper-brown, of the female with yellowish brown, this colour being sometimes of a darker (ab. subnigra), sometimes of a lighter shade (ab. pallida). Hindwing uniformly blackish brown. The underside of forewing entirely without ocelli, rarely with a small, pale, apical ocellus. Hindwing with a few scattered and reduced ocelli on the underside. Beyond the middle are 2 large irregular white sinuous patches, either separate or thinly connected, by which the nymotypical form is recognized at a glance. The whole of Central and a large part of Northern Europe, and North and Central Asia; from England and Belgium to the Pacific Ocean, and from Finland and Livonia anaxagoras. to Dalmatia. In ab. anaxagoras Assmus, which occurs singly in Central Europe and is prevalent in Eastern Europe, the metallic line on the underside is absent, and the ocelli on the hindwing are reduced. — In iphicles Stgr. (= heroides Christ.) (48 c), on the other hand, the ocelli of the hindwing are very regular and distinct andappear on the upperside in the shape of brownish rings, so that there is a resemblance to hero ; from Central Asia. carpathica Horm. is a smaller mountain form the ocelli of whose hindwing are entirely or almost entirely obsolete; from the Carpathian Mts. — mahometana Alph. (84 a) also has no ocelli, or at the most a few white dots in their place; moreover, the upperside is uniformly soot-brown, and the whole underside dusted over with white; from the Tian-shan. ab. iphina Stgr. is a Central-Asiatic form in which the ocelli on the underside are bordered with brown ; it most probably does not occur anywhere as the only form of the species. — Larva dull green with a blue-green head, dark dorsal stripe and pale lateral one, as well as a red anal fork; spiracles yellowish red. Until May on grasses. Pupa green with white-spotted abdomen and dark-edged wing-cases. The butterflies are on the wing in June and July; they are found on grassy roads in woods and in damp meadows and are not rare, although there are not often large numbers of them together. The very big-bodied females do not often rise more than 1 or 2 feet above the ground. When disturbed they usually fly on only a few paces, following the direction of the road and settling again in the grass.The butterflies fly in one generation from June to August.The larvae feed on various grasses.",
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"Busco": "C:100.00%[S:99.49%,D:0.51%],F:0.00%,M:0.00%,n:1367",
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{
"id": 4111,
"InsectBaseID": "IBG_03212",
"Order": "Lepidoptera",
"Family": "Coleophoridae",
"Genus": "Coleophora",
"TaxonomyID": "687026",
"Tags": "None",
"OrganismName": "Coleophora deauratella",
"NormalName": "None",
"SpeciesIntro": "Coleophora deauratella is a moth of the family Coleophoridae. It is found in most of Europe, Asia Minor, Tasmania, North America and New Zealand.The wingspan is 11–13 mm. Head metallic bronze. Antennae dark grey, apex white, towards base thickened with dense dark coppery-bronzy scales [Antenna thickened with projecting scales at base to beyond the first three segments]. Forewings shining brassy bronze, towards apex coppery-tinged. Hindwings dark grey. Adults are on wing from June to July.The larvae feed on red clover (Trifolium pratense).It is found in most of Europe, as well as Asia Minor, Lebanon and Tasmania. It is an introduced species in North America and New Zealand. Media related to Coleophora deauratella at Wikimedia CommonsThis article on a moth of the family Coleophoridae is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_958295455.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.71%,D:0.07%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "518.461959",
"GenomeGC": "22.8938733",
"SeqNumber": "34",
"N50": "17488.061",
"PCGnumber": "43323",
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{
"id": 4112,
"InsectBaseID": "IBG_03213",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Colias",
"TaxonomyID": "72247",
"Tags": "None",
"OrganismName": "Colias behrii",
"NormalName": "None",
"SpeciesIntro": "Colias behrii, the Behr's sulphur or Sierra green sulfur, is a butterfly in the family Pieridae. It is endemic to California's Sierra Nevada from Tuolumne County south to Tulare County.The wingspan is 35–42 mm (1.4–1.7 in). Adults are on wing from July to August. They feed on flower nectar.The larvae feed on Vaccinium species and Gentiana newberryi.This Pieridae-related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_029959075.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.92%[S:98.90%,D:1.02%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "399.525118",
"GenomeGC": "20.3816567",
"SeqNumber": "253",
"N50": "12941.683",
"PCGnumber": "34979",
"Swissnumber": "None",
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{
"id": 4113,
"InsectBaseID": "IBG_03214",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Colias",
"TaxonomyID": "42296",
"Tags": "None",
"OrganismName": "Colias eurytheme",
"NormalName": "None",
"SpeciesIntro": "Colias eurytheme, the orange sulphur, also known as the alfalfa butterfly and in its larval stage as the alfalfa caterpillar, is a butterfly of the family Pieridae, where it belongs to the lowland group of \"clouded yellows and sulphurs\" subfamily Coliadinae. It is found throughout North America from southern Canada to Mexico.Other members of this lineage including the common or clouded sulphur (C. philodice) and C. eriphyle and C. vitabunda, which are often included in C. philodice as subspecies. Hybridization runs rampant between these, making phylogenetic analyses exclusively utilizing one type of data (especially mtDNA sequences) unreliable. Therefore, little more can be said about its relationships, except that it is perhaps closer to C. (p.) eriphyle than generally assumed, strengthening the view that the latter should be considered a valid species.The orange sulphur's caterpillars feed off various species in the pea family (Fabaceae) and are usually only found feeding at night. Occasionally this species multiplies to high numbers, and can become a serious pest to alfalfa (Medicago sativa) crops. The parasitoid wasp, Cotesia medicaginis can be used as a biocontrol agent against the caterpillars.C. eurytheme butterflies can be found from southern Mexico to almost all throughout North America. Historically, they were distributed primarily in the western Nearctic, but were displaced to the east by logging and alfalfa field planting.Male C. eurytheme hindwings demonstrate an ultraviolet reflectance pattern while female C. eurytheme hindwings demonstrate ultraviolet absorbing patterns. According to studies, these ultraviolet reflecting wing scales found in males also contain pterin pigments that absorb wavelengths below 550 nm. Although this may seem paradoxical, the pterin pigments have been found to decrease the amount of diffuse ultraviolet reflectance that comes from the wing scales. By suppressing the diffuse ultraviolet reflectance, the directionality and spectral purity of the iridescence is heightened. In addition, the presence of the pterin pigments increases the signal's chromaticity and potential signal content, suggesting that these pigments are responsible for amplifying the contrast between ultraviolet reflectance and background colors as a male's wings move during flight. Further studies have found that the ultraviolet reflectance signal is brightest within a wing beat cycle when viewed from directly above the male. This supports the idea that male wing color should be able to be readily distinguished from that of females and the visual background that consists mostly of UV-absorbing vegetation.Studies have suggested that most of the genes controlling male courtship signals are inherited as a co-adapted gene complex on the X-chromosome. The X-chromosome carries most of the genes controlling production of 13-methyl heptacosane, the main component of pheromones involved in sexual selection, and the ultraviolet wing reflectance pattern. Expression of the ultraviolet wing reflectance pattern found in male C. eurytheme is controlled by a recessive allele on the X-chromosome. This trait is sex limited and not expressed in females of the same species.Unlike that of many other butterfly species, the courtship of C. eurytheme is very brief and does not involve many elaborate displays. Mature female butterflies participate in mate selection by utilizing a specific refusal posture that prevents any undesired mating with both conspecific and non-conspecific males.These butterflies exhibit a polyandrous mating system. Upon mating, male C. eurytheme donate a nutritious spermatophore to the female, which will erode over time as nutrients are extracted for egg production and somatic maintenance. Females have a refractory period during which time they do not mate, but after they have depleted their spermatophore, they will search for another one and thus look for a new mate. In this mating system, females re-mate once every 4 to 6 days in summer, and mate a lifetime total of up to four times.Male C. eurytheme have a visual cue (ultraviolet reflectance) and an olfactory cue (pheromones), both of which are suggested to be important in mate choice. Studies have suggested that pheromones may be more important in mediating female choice within a species, while ultraviolet reflectance may be more important in mediating female choice between species, such as between the very similar butterflies C. eurytheme and C. philodice. The pheromone, located on the dorsal surface of the hindwing, consists of cuticular hydrocarbons n-heptacosane (C27), 13-methylheptacosane (13-MeC27), and possibly n-nonacosane (C29). In addition, wing scales located on the dorsal wing surfaces in male C. eurytheme contain ridges with lamellae that produce iridescent ultraviolet reflectance via thin-film interference.",
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"Busco": "C:87.79%[S:63.94%,D:23.85%],F:9.00%,M:3.07%,n:1367",
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"SeqNumber": "47468",
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{
"id": 4114,
"InsectBaseID": "IBG_03215",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Colias",
"TaxonomyID": "78618",
"Tags": "None",
"OrganismName": "Colias nastes",
"NormalName": "None",
"SpeciesIntro": "Colias nastes, the Labrador sulphur, is a butterfly in the family Pieridae. In Europe, it is found in the north of Norway and Sweden and on rare occasions in northern Finland. It is also found in North America, specifically in Alaska, Canada, and the Rocky Mountains, Washington, Montana and on Greenland. In Asia, it is found in the Altai Mountains, the border regions of Russia, China, Mongolia, Kazakhstan, the Sayan Mountains, the north of Siberia, and in the Chukotka Autonomous Okrug.The wingspan is 31–45 mm. C. nastes is dark grey green with grey-black margins and red fringes. The female is more yellowish and has more distinct yellowish submarginal spots on both wings. The under surface of the forewing is impure whitish, with greenish-yellow scales, the rose-red fringes are conspicuous, the hindwing is yellowish green, lighter at the margin, the white median spot is bordered with red and distally to it is placed a diffuse red spot, the rose-red fringes are broader than on the forewing. The female has a somewhat lighter under surface and on the forewing some small black submarginal spots.The butterfly flies from May to August depending on the location.The larvae feed on Astragalus species, especially A. alpinus and A. frigidus. In North America it is also recorded on Trifolium repens and possibly Vaccinium species.This Pieridae-related article is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:88.37%[S:67.96%,D:20.41%],F:8.85%,M:2.56%,n:1367",
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"SeqNumber": "46249",
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{
"id": 4115,
"InsectBaseID": "IBG_03216",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Collessia",
"TaxonomyID": "1917696",
"Tags": "None",
"OrganismName": "Collessia kirishimana",
"NormalName": "None",
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"Busco": "C:83.54%[S:82.81%,D:0.73%],F:11.85%,M:4.17%,n:1367",
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"SeqNumber": "190854",
"N50": "1.493",
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{
"id": 4116,
"InsectBaseID": "IBG_03217",
"Order": "Hymenoptera",
"Family": "Colletidae",
"Genus": "Colletes",
"TaxonomyID": "338710",
"Tags": "None",
"OrganismName": "Colletes collaris",
"NormalName": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030068185.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:99.56%,D:0.22%],F:0.07%,M:0.15%,n:1367",
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"SeqNumber": "374",
"N50": "8964.252",
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{
"id": 4117,
"InsectBaseID": "IBG_03218",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Colocasiomyia",
"TaxonomyID": "2880670",
"Tags": "None",
"OrganismName": "Colocasiomyia kotana",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037040085.1",
"GenomeLevel": "Scaffold",
"Busco": "C:56.62%[S:56.40%,D:0.22%],F:33.50%,M:8.63%,n:1367",
"GenomeSize": "293.948979",
"GenomeGC": "29.80117172",
"SeqNumber": "455048",
"N50": "0.946",
"PCGnumber": "45466",
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{
"id": 4118,
"InsectBaseID": "IBG_03219",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Colostygia",
"TaxonomyID": "934931",
"Tags": "None",
"OrganismName": "Colostygia pectinataria",
"NormalName": "None",
"SpeciesIntro": "Colostygia pectinataria, the green carpet, is a moth of the genus Colostygia in the family Geometridae. It was first described by August Wilhelm Knoch in 1781.The moth has a wingspan from 22 to 28 millimetres (0.87 to 1.10 in). The strong forewing ground colour is green to bluish green. The wing pattern shows the following colour sequence: a small region at the wing base brown green, the ensuing basal region brighter green, a wide and strongly serrated on the outside discal region dark green edged with white, the postdiscal region whitish green and the marginal region tinted brownish green. There are two distinct blackish spots near the front edge of the wing (costa) and one on the inner edge. In older specimens, the greenish colour can fade. Sometimes newly emerged hatched moths have a whitish, yellowish or pink colour. The hindwings shimmer grey white and have faint lines. The antennae of the males are combed, those of females are simple. The larva is stout, gnarled and light grey violet in colour. It has numerous small black spots that each carry a short, stiff brush.It occurs in many different biotopes, on moors, in marshy terrain and also in forests. The larvae feed primarily on Galium but also on Rumex and Lamium. The moths fly at night in June – July and often come to light.It is a Palearctic species found in the Iberian Peninsula over western and central Europe including the British Isles and east to the Altai Mountains. C. pectinataria reaches the Arctic Circle in Fennoscandia, to the south the occurrence ranges from the western Mediterranean to the Balkan Peninsula, the Black Sea region and the Caucasus.In the mountains C. pectinataria has been recorded at elevations of over 2,000 metres (6,600 ft). Bogs, forests, bushy forest edges and damp heath areas are preferred.This Cidariini moth related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_951394395.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.63%,D:0.22%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "351.57554",
"GenomeGC": "23.08281486",
"SeqNumber": "37",
"N50": "12651.202",
"PCGnumber": "23898",
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{
"id": 4119,
"InsectBaseID": "IBG_03220",
"Order": "Diptera",
"Family": "Dolichopodidae",
"Genus": "Condylostylus",
"TaxonomyID": "2530218",
"Tags": "None",
"OrganismName": "Condylostylus longicornis",
"NormalName": "None",
"SpeciesIntro": "Condylostylus longicornis is a fly of the genus Condylostylus. It is widespread, natively ranging from the Southern United States through tropical South America and the Galápagos Islands. It has also been introduced to French Polynesia, Hawaii, Australia, China, India, Indonesia, Papua New Guinea, the Philippines, Sri Lanka, and the United Arab Emirates.C. longicornis is a long-legged, green fly with an iridescent exoskeleton. Like other flies in the Condylostylus genus, it holds its wings diagonally while at rest. C. longicornis can be differentiated by dark femora, a brown fore tibia, and non-uniform bristles along the mid- and fore-tibiae. Males of the species have a sparse row of bristles along the mid tibia and basitarsus, and females will always have a yellow mid-tibia.C. longicornis generally prefer habitats that are lightly shaded and near swamps, streams, meadows, or woodlands.This article related to members of the fly family Dolichopodidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_029603195.2",
"GenomeLevel": "Contig",
"Busco": "C:98.83%[S:98.54%,D:0.29%],F:0.00%,M:1.17%,n:1367",
"GenomeSize": "544.005545",
"GenomeGC": "13.51058012",
"SeqNumber": "848",
"N50": "7241.979",
"PCGnumber": "29336",
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{
"id": 4120,
"InsectBaseID": "IBG_03221",
"Order": "Diptera",
"Family": "Conopidae",
"Genus": "Conops",
"TaxonomyID": "2823188",
"Tags": "None",
"OrganismName": "Conops quadrifasciatus",
"NormalName": "None",
"SpeciesIntro": "Conops quadrifasciatus, the yellow-banded conops, is a species of fly from the genus Conops in the family Conopidae.This species is common throughout much of Europe. It is also present in Russia, Turkey and Iran. These conopids can be found mainly on rough flowery places, on meadows and on roadsides.Conops quadrifasciatus can reach a length of 10–15 millimetres (0.39–0.59 in).These wasp-like conopids have a black head and body. The abdomen is basically black with a vivid yellow bands. Face is yellow, but above antennal implant is black, and the area containing the ocelli has the same colour as the eyes. The antennae are black. It has a long proboscis. Thorax and scutellum are black. The posterior margins of the first four segments of the abdomen are yellow, the fifth segment is yellow. Tergite 1-3 are mainly black. The legs are yellow-brown. Femurs 2 and 3 are uniformly pale, sometimes with a small darkened spot. In males tergite is 5 black with broad yellow band at hind border. Females show a slimmer physique and have under the 5th abdominal segment a brownish-yellow, rounded pouch (theca), slightly hooked downward at the apex. This species is rather similar to Conops ceriaeformis.Adults behave like solitary wasps. They fly from June to September and feed on nectar and pollen of flowers, mainly of Chamerion angustifolium (Onagraceae), Heracleum sphondylium (Apiaceae), Leucanthemum vulgare, Cirsium arvense, Senecio nemorensis (Asteraceae), Valeriana, and Lamiaceae species.Their larvae are endoparasites of bumble bees of the genus Bombus, especially Bombus lapidarius. The females pounce the bumblebees and lay an egg between the tergites by means of the hooked abdomen.",
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"NCBIassembly": "GCA_949752815.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.13%[S:98.98%,D:0.15%],F:0.07%,M:0.80%,n:1367",
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"SeqNumber": "14",
"N50": "39758.196",
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{
"id": 4121,
"InsectBaseID": "IBG_03222",
"Order": "Hymenoptera",
"Family": "Encyrtidae",
"Genus": "Copidosoma",
"TaxonomyID": "1485371",
"Tags": "None",
"OrganismName": "Copidosoma aretas",
"NormalName": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030522625.1",
"GenomeLevel": "Scaffold",
"Busco": "C:92.32%[S:92.17%,D:0.15%],F:4.61%,M:2.93%,n:1367",
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"GenomeGC": "25.41632721",
"SeqNumber": "389677",
"N50": "8.674",
"PCGnumber": "38859",
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},
{
"id": 4122,
"InsectBaseID": "IBG_03223",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Coproporus",
"TaxonomyID": "1542148",
"Tags": "None",
"OrganismName": "Coproporus ventriculus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_027574865.2",
"GenomeLevel": "Scaffold",
"Busco": "C:87.49%[S:86.83%,D:0.66%],F:9.51%,M:2.93%,n:1367",
"GenomeSize": "210.310255",
"GenomeGC": "17.8756742",
"SeqNumber": "52967",
"N50": "5.58",
"PCGnumber": "23711",
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},
{
"id": 4123,
"InsectBaseID": "IBG_03224",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Coptodactyla",
"TaxonomyID": "3050891",
"Tags": "None",
"OrganismName": "Coptodactyla brooksi",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033557675.1",
"GenomeLevel": "Contig",
"Busco": "C:6.80%[S:6.80%,D:0.00%],F:0.66%,M:92.54%,n:1367",
"GenomeSize": "18.22778",
"GenomeGC": "29.54798116",
"SeqNumber": "714",
"N50": "24.517",
"PCGnumber": "2001",
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},
{
"id": 4124,
"InsectBaseID": "IBG_03225",
"Order": "Diptera",
"Family": "Scathophagidae",
"Genus": "Cordilura",
"TaxonomyID": "1118052",
"Tags": "None",
"OrganismName": "Cordilura impudica",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963682025.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:98.10%,D:1.39%],F:0.22%,M:0.29%,n:1367",
"GenomeSize": "1489.363774",
"GenomeGC": "13.38370454",
"SeqNumber": "891",
"N50": "253737.357",
"PCGnumber": "128233",
"Swissnumber": "None",
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},
{
"id": 4125,
"InsectBaseID": "IBG_03226",
"Order": "Hemiptera",
"Family": "Monophlebidae",
"Genus": "Coronaproctus",
"TaxonomyID": "3041021",
"Tags": "None",
"OrganismName": "Coronaproctus castanopsis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_032883995.1",
"GenomeLevel": "Chromosome",
"Busco": "C:92.03%[S:90.93%,D:1.10%],F:0.66%,M:7.32%,n:1367",
"GenomeSize": "700.113905",
"GenomeGC": "21.37464132",
"SeqNumber": "46",
"N50": "273835.696",
"PCGnumber": "53439",
"Swissnumber": "None",
"GOnumber": "None",
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{
"id": 4126,
"InsectBaseID": "IBG_03227",
"Order": "Hemiptera",
"Family": "Tingidae",
"Genus": "Corythucha",
"TaxonomyID": "369451",
"Tags": "None",
"OrganismName": "Corythucha ciliata",
"NormalName": "None",
"SpeciesIntro": "Corythucha ciliata, the sycamore lace bug, is a species of lace bug in the family Tingidae that is associated with sycamore trees.It originates in the New World, but has been introduced and has spread in Europe. It is a small, whitish insect and feeds on the underside of the leaves, sucking sap.There are reports in Europe of C. cilata landing on people and biting them. Reports from Italy, France and Romania indicate that some people experience adverse reactions, e.g., dermatosis.The adult sycamore lace bug is milky white in colour and between 3.2 and 3.7 mm (0.13 and 0.15 in) in length. It is similar in appearance to the cotton lace bug (Corythucha gossypii) and the Florida oak lace bug (Corythucha floridana), but lacks the brown crescent-shaped band on the carina (ridge on the body-wall) of the former and is larger than the latter. The only brown colour is a small spot on the protuberance on each elytron (wing-case). The nymphs are oval in shape, dorso-ventrally flattened, black and prickly. This lace bug can most easily be distinguished from other species by its presence on sycamore.C. ciliata is native to North America and is found where its host trees grow. The main host is the American sycamore (Platanus occidentalis) but it is sometimes found on other species of Platanus, and it has been recorded on Broussonetia papyrifera, Carya ovata, Chamaedaphne sp., Fraxinus sp., Quercus laurifolia and Liquidambar styraciflua.In Europe, C. ciliata was first observed in 1964 in Padova, Italy, and has since spread throughout Southern and Central Europe, infesting the European hybrid plane (Platanus × acerifolia). Although it does not by itself kill trees, in Central Europe it is often found in association with two plant-pathogenic fungi which can kill trees, Apiognomonia veneta and Ceratocystis fimbriata, leading to the hypothesis that it may act as a vector for these fungi.After the adults have mated, the female lays eggs on the undersides of leaves of the host tree, usually near a fork in the veins. When the eggs hatch, the juveniles stay close together at first, only moving onto a new leaf at the fourth instar stage. They puncture the epidermis of the leaf with their mouth parts and suck sap. There are five instars, after which the nymphs undergo incomplete metamorphosis to become adults. During the summer in Oklahoma, the whole cycle takes about 44 days. In the warmer parts of the insect's range, there may be several generations each year. The insects are restricted to the underside of the leaves where little black mounds of dried frass can be seen and the shed skins of the nymphs often adhere to the leaf. The upper surface of the leaf is speckled with white, near the veins at first, and the leaf becomes progressively paler or bronzed and may fall early. Overwintering generally takes place as adults in crevices or under flakes of bark, the insects being able to withstand temperatures down to at least −24 °C (−11 °F).",
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"NCBIassembly": "GCA_038030265.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.05%[S:94.66%,D:1.39%],F:0.51%,M:3.44%,n:1367",
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{
"id": 4127,
"InsectBaseID": "IBG_03228",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Cosmopolites",
"TaxonomyID": "206492",
"Tags": "None",
"OrganismName": "Cosmopolites sordidus",
"NormalName": "None",
"SpeciesIntro": "Calandra sordida Germar, 1824Cosmopolites sordidus, commonly known as the banana root borer, banana borer, or banana weevil, is a species of weevil in the family Curculionidae. It is a pest of banana cultivation and has a cosmopolitan distribution, being found in all parts of the world in which bananas are grown. It is considered the most serious insect pest of bananas.The adult banana root borer is about 11 mm (3⁄8 in) in length and has a glossy greyish-black or dark brown appearance. Unlike the billbugs (Sphenophorus), the thorax lacks depressions. The tibia of each of the limbs bears an accessory hook-like claw with which the insect clings to plants. The larva is plump and whitish with a reddish-brown head. The eighth abdominal segment of the larva bears a large spiracle, the remaining segments bearing small spiracles; the last two segments appear truncated, being fused together to form a plate-like structure. The pupa has an irregular appearance, with the developing wings and limbs being discernable through the pupal case.The banana root borer probably originated in southeastern Asia and Indonesia. It now has a cosmopolitan distribution and is found in all the banana-growing regions of the world: southern Asia, Africa, Macaronesia, Australia, South and Central America, the West Indies and Mexico. In the United States it is restricted to Monroe and Miami-Dade Counties in Florida. It is easily transported from one place to another in the larval stage, inside sections of root or corm.Banana root borers feed on any species of Musa (banana), but they show a preference for plantains and East African Highland bananas (matoke) over dessert and brewing bananas. They are attracted to the host plants by the volatile chemicals given off, especially from damaged corms. They have been reported as feeding on Manila hemp, sugarcane and yams, but they probably only do this when they are unable to access banana plants.The adult female deposits her eggs singly between the leaf sheath and the stem, or at the base of the stem in the vicinity of the corm. On hatching about six days later, the larvae burrow into the stem or the root, and it is their burrowing activities that weaken the plant and make it liable to be blown over. The complete life cycle takes 30 to 40 days, including a larval stage of 15 to 20 days. In southeastern Asia, the banana root borer is preyed on by the beetle Plaesius javanus, which feeds on the eggs, all the larval stages, the pupae and the adults. This beetle has been introduced to other parts of the root borer's range to attempt biological pest control.The tunnelling activities of the root borer weaken the stem, make the plant more susceptible to lodging, cause reduced uptake of nutrients, and result in crop damage and lower yields. Newly planted stands fail to thrive, and the damage increases over time. The adults are nocturnal, are poor fliers, and have low fecundity; their dispersal is limited. Planting insect-free roots or tissue culture plantlets may be effective for a few years before insects move in from surrounding areas. The removal and destruction of crop residues is another means of reducing damage from this pest and increasing yields. Another possible control method is attracting the adults with pheromones and trapping them.",
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"NCBIassembly": "GCA_031761425.1",
"GenomeLevel": "Contig",
"Busco": "C:98.69%[S:97.59%,D:1.10%],F:0.73%,M:0.59%,n:1367",
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"GenomeGC": "18.62512551",
"SeqNumber": "2977",
"N50": "706.383",
"PCGnumber": "52066",
"Swissnumber": "None",
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{
"id": 4128,
"InsectBaseID": "IBG_03229",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Cosmorhoe",
"TaxonomyID": "934934",
"Tags": "None",
"OrganismName": "Cosmorhoe ocellata",
"NormalName": "None",
"SpeciesIntro": "GenericSpecificCosmorhoe is a monotypic moth genus in the family Geometridae erected by Jacob Hübner in 1825. Its only species, Cosmorhoe ocellata, the purple bar, was described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.The species can be found in the Palearctic realm, which includes western Europe and the British Isles, Central Europe, Central Asia, Asia Minor, and Kyrgyzstan.In the Alps, it can be found at elevations up to 1500 meters. The species is found in many habitats, including heathland, deciduous and mixed forests, forest clearings, bushy places, grasslands, fens, scrub, gardens and park-like landscapes.Their wingspan is between 20 and 29 mm and the length of their forewings is between 13 and 15 mm. The ground colour of the forewings is creamy white to bright white. The base and midfield are coloured black to blue black. The latter is crossed by two bright lines. In the midfield band is a deep, jagged spot. In the bright areas between the basal area and the midfield as well as in the marginal field are grey or black spots of varying degrees. The hindwings are whitish and show a small black middle spot. Caterpillars are brownish, with bright angled markings on their backs and bright stripes on the sides. The pupa is usually shiny red brown.This species shows two generations in the southern United Kingdom (from May to early July and from August to mid-October), but a single brood further north. The moths fly from May to August in the British Isles, and from mid-April till October in other parts of the range. They are active from dusk onwards. The larvae feed from June to September on various species of bedstraw (mainly Galium mollugo and Galium verum). The larvae hibernates as a full-grown larva. They pupate in a cocoon.",
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"NCBIassembly": "GCA_963675405.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.78%,D:0.15%],F:0.00%,M:0.07%,n:1367",
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"SeqNumber": "64",
"N50": "11103.448",
"PCGnumber": "29653",
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{
"id": 4129,
"InsectBaseID": "IBG_03230",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Crambus",
"TaxonomyID": "1100958",
"Tags": "None",
"OrganismName": "Crambus lathoniellus",
"NormalName": "None",
"SpeciesIntro": "Crambus lathoniellus is a species of moth of the family Crambidae described by Johann Leopold Theodor Friedrich Zincken in 1817. It is found in Europe, Central and South-East Asia.The wingspan is about 20 millimetres (0.79 in). In this Crambus a white longitudinal stripe emanates From the wing base ending sharply at an obliquely running dark line. In some specimens a white spot is formed in continuation and up to the submarginal line. The longitudinal strip has behind the center (seen from the base), closer to the submarginal line a \"tooth\" facing outwards and to the inner edge.The moth flies from May to September depending on the location.The larvae feed on various grasses.This article relating to the moth tribe Crambini is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949710035.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.05%,D:0.51%],F:0.15%,M:0.29%,n:1367",
"GenomeSize": "893.782834",
"GenomeGC": "18.71217589",
"SeqNumber": "85",
"N50": "31726.729",
"PCGnumber": "64608",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4130,
"InsectBaseID": "IBG_03231",
"Order": "Diptera",
"Family": "Hippoboscidae",
"Genus": "Crataerina",
"TaxonomyID": "452744",
"Tags": "None",
"OrganismName": "Crataerina pallida",
"NormalName": "None",
"SpeciesIntro": "Crataerina pallida, the swift lousefly, is a species of biting fly in the family of louse flies Hippoboscidae. These flies are commonly encountered in the nests of the common swift (Apus apus) in Europe and Asia.The lousefly spends its entire life cycle associated with swifts. The adult lousefly produce larvae in the late summer months which then pupate and lie dormant during the winter months inside the vacated swift nest. These parasites have highly aggregated population distribution and high levels of host prevalence. The adult fly then hatch out in spring when the first swift eggs are laid, by the returning adults, and feed on the blood of the nestlings and the adults, sucking about 25 mg of blood every 5 days. They can be a serious pest of adult and nestling swifts.Crataerina pallida is a vertically transmitted ectoparasite, in that it is passed from parent host to offspring. C. pallida are relatively benign, because their own species' fitness will depend on successful reproduction of swifts. Evidence suggests that C. pallida had little if any effect on nestling growth or fledging success rate.This article related to members of the fly superfamily Hippoboscoidea is a stub. You can help Wikipedia by expanding it.This parasitic insect-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949710015.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.34%[S:99.05%,D:0.29%],F:0.15%,M:0.51%,n:1367",
"GenomeSize": "177.070084",
"GenomeGC": "20.6071117",
"SeqNumber": "7",
"N50": "31608.065",
"PCGnumber": "17519",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4131,
"InsectBaseID": "IBG_03232",
"Order": "Hemiptera",
"Family": "Miridae",
"Genus": "Creontiades",
"TaxonomyID": "173679",
"Tags": "None",
"OrganismName": "Creontiades dilutus",
"NormalName": "None",
"SpeciesIntro": "Creontiades dilutus, commonly known as the green mirid, is a member of the bug family Miridae (the largest bug family with over 10,000 species). This insect is considered a \"generalist\" feeding on over 100 plant species, and is also a major economic pest on several important agricultural crops.The green mirid is endemic to Australia, and found throughout the continent including in Tasmania. This insect is found throughout the hot and arid interior of the continent (see figure below) and is particularly abundant in these regions during southern hemisphere winter (especially if there has been higher than average winter rain). In summer months the interior of the country is very hot and dry and there are very few plants available for green mirids to feed on, a few individuals do persist in this region during summer months but not many. In the Eastern cropping regions the winter months are too cold to support growth and development of green mirids, some do survive through the winter in these regions, but again in very low numbers. In the summer conditions in the Eastern cropping regions are ideal for mirid growth and development and large populations van build up rapidly. Anecdotal evidence indicates that mirids will often appear in large numbers in cropping regions associated with storm fronts or weather events that originated in the inland areas. Genetic evidence supports this anecdotal evidence and shows that inland populations and coastal populations of these insects are genetically connected.Creontiades dilutus is highly polyphagous having been recorded from over 100 host plants (most in Fabaceae) and is therefore considered a generalist insect herbivore, it does not use all host plants equally, however. In its natural environment (the arid interior of Australia) it is found in much higher numbers on two plants in the genus Cullen, Cu. cinereum and Cu. Australasicum, it is also found more regularly on these two plant species than any other, leading to the designation of these plant species as primary hosts.Although green mirids are now the primary pest of cotton this plant is a relatively bad host for mirids, low densities of green mirids are able to cause economic damage but high numbers are never found on Gossypium hirsutum. They do feed on and cause damage to many other agricultural crops, including soybean, green beans, stone fruits, grapes etc. In agricultural areas the highest densities are found in Lucerne and this observation lead to the suggestion that Lucerne could be grown next to cotton as a trap crop for mirids. Genetic tests of the gut contents of mirids in adjacent Cotton and Lucerne patches shows that these insects regularly move between these two plants and therefore Lucerne is more likely to provide higher numbers in cotton rather than reduce them The green mirid is currently the most serious insect pest of cotton in Australia, in that it is now the primary target of pesticide application in this crop. Prior to the introduction of transgenic cotton containing (insecticidal) Bt toxins green mirids were incidentally controlled by broad spectrum insecticides used to control Helicoverpa armigera. Currently pesticide use is much reduced because Bt cotton controls Helicoverpa armigera, but hemipterans are not affected by Bt toxins, and now mirids are the main target of pesticide application in cotton. This pattern of the emergence of sucking pests (heteroptera: true bugs) as the major target of insecticide control following the uptake of Bt cotton has been replicated in other countries but with different mirid species ",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_031894815.1",
"GenomeLevel": "Contig",
"Busco": "C:97.66%[S:96.56%,D:1.10%],F:0.59%,M:1.76%,n:1367",
"GenomeSize": "797.367093",
"GenomeGC": "26.64254631",
"SeqNumber": "9714",
"N50": "1216.613",
"PCGnumber": "45046",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4132,
"InsectBaseID": "IBG_03233",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Crepidodera",
"TaxonomyID": "346762",
"Tags": "None",
"OrganismName": "Crepidodera aurea",
"NormalName": "None",
"SpeciesIntro": "Crepidodera aurea is a species of flea beetles from Chrysomelidae family that can be found in everywhere in Europe, except for Albania, Andorra, Finland, Ireland, Latvia, Moldova, Monaco, Norway, San Marino, Sweden, Vatican City, and various European islands.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949320105.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.12%[S:98.61%,D:0.51%],F:0.22%,M:0.66%,n:1367",
"GenomeSize": "508.975589",
"GenomeGC": "17.32884187",
"SeqNumber": "50",
"N50": "76910.125",
"PCGnumber": "40192",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4133,
"InsectBaseID": "IBG_03234",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Crioceris",
"TaxonomyID": "131627",
"Tags": "None",
"OrganismName": "Crioceris asparagi",
"NormalName": "None",
"SpeciesIntro": "The common asparagus beetle (Crioceris asparagi) is an important pest of asparagus crops both in Europe and in North America. Asparagus is its only food plant. The beetle is 6.0 mm to 9.5 mm long and slightly elongated. It is metallic blue-black in color with cream or yellow spots on its red-bordered elytra. The larvae are fat gray grubs with dark heads.The adult beetles and the larvae strip the needle-like leaves off the asparagus fronds, depriving the plants of the ability to photosynthesize and store energy for future years. Additionally, they chew the spears and lay a lot of eggs on them, rendering the crop unusable. The larvae feed on the plants for a few weeks, then drop to the ground to pupate. One year may see two or three generations of the beetle. The adults overwinter in a dormant state underground or in nearby leaf litter.The parasitic wasp, Tetrastichus coeruleus, occurring mainly in the United States and Europe, can cause up to 71% mortality in the field and has been successfully used for biological control.Various insecticides (such as carbamates, pyrethroids, spinetoram, and spinosad) can be considered for pest control.The similar spotted asparagus beetle (Crioceris duodecimpunctata) is also a pest as an adult, feeding on tender shoots and leaves, but since the larvae feed only on the asparagus berries it is not considered to be as important.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958507055.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.76%[S:98.54%,D:0.22%],F:0.29%,M:0.95%,n:1367",
"GenomeSize": "639.299739",
"GenomeGC": "20.39497626",
"SeqNumber": "710",
"N50": "90622.434",
"PCGnumber": "53756",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4134,
"InsectBaseID": "IBG_03235",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Criorhina",
"TaxonomyID": "1637456",
"Tags": "None",
"OrganismName": "Criorhina ranunculi",
"NormalName": "None",
"SpeciesIntro": "Criorhina ranunculi, is a species of hoverfly found in the spring in many parts of Britain and Europe.The larvae of C. ranunculi are associated with rotting deciduous wood.[a] Adults are remarkable bumblebee mimics and are usually found in woodland in springtime visiting flowers such as sallow to feed.For terms see Morphology of DipteraLarge (wing length 11·25–14 mm.) bumblebee mimic. Thorax and abdomen with long, dense hairs. Hairs black on thorax and basal part of abdomen red or yellowish on tip of abdomen. Scutellar hairs may be pale yellow or brownish. Hind femora considerably thickened, especially in males. Hind tibiae sickle-shaped.It has a Palaearctic distribution, including southern Norway and Sweden south to central Spain, and from Ireland eastwards through central Europe into European parts of Russia.Habitat includes: Betula, Fagus, and Quercus forest.Adults are primarily arboreal, but descend to visit flowering shrubs in sun-lit glades. These flies are extremely fast, with a high-pitched whine, zig-zagging between the branches of flowering trees. Flowers visited include Cardamine pratensis, Cornus sanguinea, Crataegus, Photinia, Prunus cerasus, Prunus spinosa, Rubus, Salix, and Sorbus aucuparia. The flight period is from the beginning of March to mid May (later at higher altitudes).Other bumblebee mimics are Mallota, Arctophila, Merodon, Pocota and Brachypalpus. Criorhina differ from these genera in the form of the antennae.Images at boldsystems.org",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951813785.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:99.05%,D:0.44%],F:0.07%,M:0.44%,n:1367",
"GenomeSize": "357.657189",
"GenomeGC": "28.46536771",
"SeqNumber": "104",
"N50": "65719.635",
"PCGnumber": "22411",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4135,
"InsectBaseID": "IBG_03236",
"Order": "Hymenoptera",
"Family": "Crabronidae",
"Genus": "Crossocerus",
"TaxonomyID": "2494894",
"Tags": "None",
"OrganismName": "Crossocerus cetratus",
"NormalName": "None",
"SpeciesIntro": "Crossocerus cetratus is a Palearctic species of wasp.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963675795.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.35%[S:99.20%,D:0.15%],F:0.00%,M:0.66%,n:1367",
"GenomeSize": "251.162441",
"GenomeGC": "31.77862529",
"SeqNumber": "117",
"N50": "23005.845",
"PCGnumber": "19401",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4136,
"InsectBaseID": "IBG_03237",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Cryptocephalus",
"TaxonomyID": "1587206",
"Tags": "None",
"OrganismName": "Cryptocephalus primarius",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963576515.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.05%,D:0.80%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "371.011342",
"GenomeGC": "22.26597725",
"SeqNumber": "305",
"N50": "15602.051",
"PCGnumber": "20480",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4137,
"InsectBaseID": "IBG_03238",
"Order": "Hymenoptera",
"Family": "Pompilidae",
"Genus": "Cryptocheilus",
"TaxonomyID": "3016353",
"Tags": "None",
"OrganismName": "Cryptocheilus praepositus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033815515.1",
"GenomeLevel": "Contig",
"Busco": "C:99.34%[S:99.05%,D:0.29%],F:0.22%,M:0.44%,n:1367",
"GenomeSize": "418.23481",
"GenomeGC": "29.38068617",
"SeqNumber": "353",
"N50": "5890.451",
"PCGnumber": "25019",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4138,
"InsectBaseID": "IBG_03239",
"Order": "Coleoptera",
"Family": "Coccinellidae",
"Genus": "Cryptolaemus",
"TaxonomyID": "559131",
"Tags": "None",
"OrganismName": "Cryptolaemus montrouzieri v2",
"NormalName": "None",
"SpeciesIntro": "Cryptolaemus montrouzieri, common name mealybug ladybird or mealybug destroyer, is a species of ladybird beetle native to eastern Australia. The beetle feeds on mealybugs and other scale insects, and is used to control those pests on citrus orchards worldwide.Étienne Mulsant described C. montrouzieri, naming the new species after a Marist brother and missionary, Abbe Montrouzier, who wrote an \"Insect Fauna of Woodlark Island\".Cryptolaemus montrouzieri is endemic to Queensland and New South Wales, Australia. It is now also present in Europe (France, Italy, Spain, Greece, Cyprus and as far as Northern Germany), in North Africa, in the Afrotropical realm, in the Nearctic realm, and in the Neotropical realm.Cryptolaemus montrouzieri can reach a length of about 6 millimetres (0.24 in). Adults of this species have the typical ladybird shape but, unlike many of the often brightly coloured Coccinellidae, the elytra of these small ladybirds are predominantly dark brown and have no spots. Head, antennae, pronotum, the end of the elytra and the legs are orange-brown. Larvae can reach a length of 14–15 millimetres (0.55–0.59 in). They show a waxy covering that makes them apparently look like the mealybugs they prey on, a case of aggressive mimicry.The adults and larvae of these insects eat scale insects, especially mealybugs. Females lay their eggs among the egg sac of mealybugs. Larvae feed on mealybug eggs, young crawlers and their honeydew. They become adults in 24 days, after four larval stages and a pupal stage. The life span is two months.This species has been used as a biological control agent against mealybugs and other scale insects. It was introduced to Western Australia. In California it was introduced in 1891 by Albert Koebele to control the citrus mealybug. It has also been introduced to New Zealand for biocontrol. As biological control agent outside Australia, C. montrouzieri has the common name Mealy bug destroyer. C. montrouzieri predates on mealybug and soft scale insect parasites of Araucaria cunninghamii, and can be easily handled without dying or becoming inactive, making it a good biocontrol for use in plantations. Although they are less interested in other trees – by many multiples – they do hunt the same pests in custard apple and citrus plantations.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_013387265.2",
"GenomeLevel": "Scaffold",
"Busco": "C:99.26%[S:98.46%,D:0.80%],F:0.22%,M:0.51%,n:1367",
"GenomeSize": "988.020473",
"GenomeGC": "19.66831228",
"SeqNumber": "205",
"N50": "101224.041",
"PCGnumber": "60248",
"Swissnumber": "None",
"GOnumber": "None",
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"miRNAnumber": "None",
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},
{
"id": 4139,
"InsectBaseID": "IBG_03240",
"Order": "Coleoptera",
"Family": "Cryptophagidae",
"Genus": "Cryptophagus",
"TaxonomyID": "1553241",
"Tags": "None",
"OrganismName": "Cryptophagus acutangulus",
"NormalName": "None",
"SpeciesIntro": "Cryptophagus acutangulus is a species of silken fungus beetle native to Europe.This Cryptophagidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963556235.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.91%[S:98.32%,D:0.59%],F:0.00%,M:1.10%,n:1367",
"GenomeSize": "177.342891",
"GenomeGC": "24.38910337",
"SeqNumber": "369",
"N50": "9223.67",
"PCGnumber": "29573",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4140,
"InsectBaseID": "IBG_03241",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Cryptus",
"TaxonomyID": "494149",
"Tags": "None",
"OrganismName": "Cryptus armator",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963971235.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.63%,D:0.15%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "366.695268",
"GenomeGC": "19.75851131",
"SeqNumber": "358",
"N50": "18298.735",
"PCGnumber": "38126",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4141,
"InsectBaseID": "IBG_03242",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Cryptus",
"TaxonomyID": "273764",
"Tags": "None",
"OrganismName": "Cryptus viduatorius",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_964006125.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.56%,D:0.22%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "225.394978",
"GenomeGC": "31.14530662",
"SeqNumber": "16",
"N50": "22804.738",
"PCGnumber": "22832",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4142,
"InsectBaseID": "IBG_03243",
"Order": "Coleoptera",
"Family": "Elateridae",
"Genus": "Ctenicera",
"TaxonomyID": "1132042",
"Tags": "None",
"OrganismName": "Ctenicera cuprea",
"NormalName": "None",
"SpeciesIntro": "Ctenicera cuprea is a species of click beetles native to Europe.This click beetle article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958336395.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:98.02%,D:1.54%],F:0.22%,M:0.22%,n:1367",
"GenomeSize": "647.686976",
"GenomeGC": "21.48494568",
"SeqNumber": "554",
"N50": "60302.015",
"PCGnumber": "58632",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4143,
"InsectBaseID": "IBG_03244",
"Order": "Diptera",
"Family": "Ceratopogonidae",
"Genus": "Culicoides",
"TaxonomyID": "469753",
"Tags": "None",
"OrganismName": "Culicoides brevitarsis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_036172545.2",
"GenomeLevel": "Chromosome",
"Busco": "C:97.37%[S:95.61%,D:1.76%],F:0.80%,M:1.83%,n:1367",
"GenomeSize": "129.509707",
"GenomeGC": "18.2963328",
"SeqNumber": "150",
"N50": "42964.815",
"PCGnumber": "15457",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4144,
"InsectBaseID": "IBG_03245",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Cyclophora",
"TaxonomyID": "505405",
"Tags": "None",
"OrganismName": "Cyclophora albipunctata",
"NormalName": "None",
"SpeciesIntro": "Cyclophora albipunctata, the birch mocha, is a moth of the family Geometridae. The species was first described by Johann Siegfried Hufnagel in 1767. It is found in the Palearctic. The southern boundary runs westward along the French Atlantic coast and to the British Isles and north of the Alps. In the east, the species ranges to the Pacific Ocean (Russian Far East). South of the northern Alps line, it is found at some high elevation areas and mountains. In the Pyrenees, the Massif Central, the southern Alps, the northern Dinaric Alps, in the western and northern Carpathians, in northern Turkey and the Caucasus. In the north, the range extends up to the Arctic Circle. In the Far East the nominate subspecies is replaced by Cyclophora albipunctata griseolata Staudinger, 1897.The wingspan is 20–25 mm. The apex of the forewing is slightly pointed. The ground colour is usually white, or whitish grey to light brown. Some specimens are over dusted with reddish. The pattern is very variable. Interior and exterior crosslines are almost always in a series of points or may be almost extinguished. Slight points are usually found on the costa: the costa can be over dusted dark in the basal half. A median band can be quite clearly present but also virtually absent. Margin stains are almost always developed, significant and mostly flowing into each other, slightly darker in the margin field. The discal spots are developed as a dark, white centred rings. These can be also slightly elliptical, or be reduced to simple, slightly reddish stains. The discal spots of the forewings are often bordered with brown red, but if present, the discal spots of the hindwings are, however, mostly black.The larvae feed on Betula species, including B. verrucosa, B. pubescens, B. nana and B. pendula.This Sterrhinae moth related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4145,
"InsectBaseID": "IBG_03246",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Cyclophora",
"TaxonomyID": "310442",
"Tags": "None",
"OrganismName": "Cyclophora punctaria",
"NormalName": "None",
"SpeciesIntro": "Cyclophora punctaria, the maiden's blush, is a moth of the family Geometridae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. The species is mainly prevalent in Central and Eastern Europe. In the north, its distribution extends to southern Fennoscandia and the British Isles, in the west via France to parts of northern Spain, in the south via Italy, the Balkan Peninsula (with the exception of Greece) to Asia Minor. The eastern border of the distribution is roughly the Ural. In the Caucasus area, the nominate subspecies is replaced by the subspecies C. punctaria fritzae. The range of this subspecies extends as far as Iran.Cyclophora punctaria is found mainly in wooded areas with oak scrub and oak forests. In Central Europe it rises up to 700 metres in the hills, rarely up to 1,200 metres in the Alps, and regularly rises to 1,300 metres in southern Europe. The wingspan is 13–25 mm for the first generation; the second generation is typically much smaller and reaches only about 22 mm. The forewings have a sand ground colour, or may have reddish or yellowish tints. The pattern is variable. The medium-sized, slightly curved and brown coloured cross line is always clearly marked. Basal to this there is strongly curved row of dots. Distally is a slightly curved row of dots. A further line dots is the margin. The fringes are the basic colour. The pattern elements continue on the hindwings. The discal marks are the base colour and therefore hardly visible. The larva is smooth and slim, very variable in colour, green, brown or grey. On the sides there are red and yellowish-white spots framed by yellow oblique lines, on the dorsum they have a variety of U-shaped black spots. The pupa, which is quite is yellowish-brown to greenish with four rows of large, dark back spots. At the cremaster sit six strong bristles.The moths fly in generations from May to June and in August in western Europe.The larvae feed on oak leaves.Cyclophora punctaria is difficult to certainly distinguish from these congeners. See Townsend et al.This Sterrhinae moth related article is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:99.78%[S:99.41%,D:0.37%],F:0.15%,M:0.07%,n:1367",
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{
"id": 4146,
"InsectBaseID": "IBG_03247",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Cydalima",
"TaxonomyID": "1309588",
"Tags": "None",
"OrganismName": "Cydalima perspectalis",
"NormalName": "None",
"SpeciesIntro": "Cydalima perspectalis or the box tree moth is a species of moth of the family Crambidae, first described by Francis Walker, the English entomologist, in 1859. Native to Japan, China, Taiwan, Korea, far-east Russia and India, it has invaded Europe; first recorded in Germany in 2006, then Switzerland and the Netherlands in 2007, Great Britain in 2008, France and Austria in 2009, Hungary in 2011, then Romania, and Spain. It has been seen in Slovakia, Belgium and Croatia.It was during preparations for the 2014 Winter Olympics in 2012, that it was introduced from Italy to Sochi, European Russia, with the planting stock of Buxus sempervirens. The following year it defoliated Buxus colchica in large quantities.It was recorded in Ontario, Canada in August 2018 and in the eastern United States in May 2021.Eggs are 1 mm in diameter, placed under green unattacked leaves. First larvae just coming out from the egg are about 1–2 mm long. Larvae development brings them in four weeks to about 35–40 mm at maximum. There is some shrinkage at the beginning of the nymphosis, pupae are 25–30 mm long, first green with browning longitudinal lines, then more and more brownish. The wingspan of the adult form is 40–45 mm. Two variants are observed, the most common one is mostly white while the other is most entirely light brown.There are two or three generations per year with adults on the wing from April/May to September.[citation needed]. In the warmest parts of the European importation area, with cold conditions coming late in the year, there might be sometimes four generations per year. The species overwinters as a juvenile cocooned larva (about 5–10 mm long), protected in an hibernarium made of two leaving Buxus leaves solidly joined by silk.[citation needed]The larvae feed on the leaves and shoots of Buxus species. Young larvae often eat only the upper part of the leaf, leaving the tougher veins and the waxy lower epithelium as if the leaves had been peeled. These peeled leaves eventually die. Old larvae are the most damaging: they massively and completely eat the leaves, sometimes leaving a thin part at the contour and centre of the leaf. Green ball-shaped frass can usually be seen on host plants.In the area of origin (Asia) natural regulation occurs, as witnessed by the non-destructive behavior of C. perspectalis. In the area of Europe where the moth has been introduced, the damage is very serious because natural regulation does not occur at a significant level. However, in European areas where the Asian hornet (Vespa velutina) is present prior to the introduction of C. perspectalis, some degree of predation by the wasp is observed (not confirmed by scientific and clear results). This is namely in the south-west of France, the first place where V. velutina was introduced to Europe in 2004 (C. perspectalis invaded this area in 2012). V. velutina is able to capture small larvae, and larvae preparing for the nymphosis in their cocoon. Where V. velutina has been introduced this causes other problems as it preys on honey bees and European honey bees are more vulnerable than their Asian counterparts.Further research is conducted for the suitability of C. perspectalis for parasitoid species, such as the tachinid Exorista larvarum.Synthetic insecticides such as cypermethrin and deltamethrin are efficient, but must be thoroughly applied inside the bush and under leaves. Natural pyrethrin insecticides, extracted from Chrysanthemum and mixed with colza oil, can also be used. Spinosad, based on chemical compounds found in a bacterium, is also efficient.",
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{
"id": 4147,
"InsectBaseID": "IBG_03248",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Cydia",
"TaxonomyID": "1458189",
"Tags": "None",
"OrganismName": "Cydia fagiglandana",
"NormalName": "None",
"SpeciesIntro": "Cydia fagiglandana, the beech moth, is a moth of the family Tortricidae. This species is present in most of Europe. These moths mainly occur in beech woodland.Cydia fagiglandana can reach a wingspan of 12–16 mm. The forewings are brown-black irrorated with whitish, crossed by pairs of fine dark brown stripes. The basal patch is slightly darker, the edge sharply angulated. There are two leaden-metallic streaks from costa posteriorly and a large darker coppery-tinged terminal patch hardly reaching costa. The ocellus within this patch is edged with leaden-metallic, enclosing some blackish marks. The hindwings are fuscous. The larvae are light yellowish or whitish, longitudinally clouded with orange; spots orange; head pale brownish; plate of 2 pale ochreous. This species is rather similar to Cydia splendana.The moth flies from April to September depending on the location. They are active in the evening. The larvae feed sometimes on oak (Quercus ilex, Quercus robur), but usually on beech nuts (Fagus sylvatica). The larval stage may last for two years. Pupation usually occurs in a cocoon spun in the soil or in rotten wood. The first adults emerge in late spring.This Olethreutinae-related article is a stub. You can help Wikipedia by expanding it.",
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"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Cydia",
"TaxonomyID": "82600",
"Tags": "None",
"OrganismName": "Cydia pomonella v2",
"NormalName": "None",
"SpeciesIntro": "The codling moth (Cydia pomonella) is a member of the Lepidopteran family Tortricidae. They are major pests to agricultural crops, mainly fruits such as apples and pears, and a codling moth larva is often called an \"apple worm\". Because the larvae are not able to feed on leaves, they are highly dependent on fruits as a food source and thus have a significant impact on crops. The caterpillars bore into fruit and stop it from growing, which leads to premature ripening. ",
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"Busco": "C:99.92%[S:95.68%,D:4.24%],F:0.07%,M:0.00%,n:1367",
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{
"id": 4149,
"InsectBaseID": "IBG_03250",
"Order": "Coleoptera",
"Family": "Brentidae",
"Genus": "Cylas",
"TaxonomyID": "197179",
"Tags": "None",
"OrganismName": "Cylas formicarius",
"NormalName": "None",
"SpeciesIntro": "Cylas formicarius, the sweet potato weevil, is a species of sweet potato weevil in the beetle family Brentidae. It is found in Africa, Australia, the Caribbean, Europe, Northern Asia (excluding China), Central America, North America, Oceania, South America, Southern Asia, the Pacific Ocean, and temperate Asia.This weevil-related article is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:99.48%[S:98.68%,D:0.80%],F:0.15%,M:0.37%,n:1367",
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{
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"InsectBaseID": "IBG_03251",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Cylloceria",
"TaxonomyID": "2881813",
"Tags": "None",
"OrganismName": "Cylloceria caligata",
"NormalName": "None",
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"Busco": "C:99.34%[S:98.90%,D:0.44%],F:0.29%,M:0.37%,n:1367",
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"InsectBaseID": "IBG_03252",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Cynaeus",
"TaxonomyID": "1553252",
"Tags": "None",
"OrganismName": "Cynaeus angustus",
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"id": 4152,
"InsectBaseID": "IBG_03253",
"Order": "Coleoptera",
"Family": "Coccinellidae",
"Genus": "Cynegetis",
"TaxonomyID": "1553253",
"Tags": "None",
"OrganismName": "Cynegetis impunctata",
"NormalName": "None",
"SpeciesIntro": "Cynegetis impunctata is a species of ladybird native to continental Europe. In Germany it is known as the grass ladybird, unspotted ladybird or ochre ladybird.The adult beetles are about 3 to 4.5 mm long, strongly domed and ochre-brown in colour. There are usually no spots, but some specimens have spots or may be darker in colour.The species lives in damp meadows and woodlands.Adults and larvae are vegetarian and polyphagous, on grasses such as couch-grass (Elymus repens), false oat-grass (Arrhenatherum elatius) and reed canary-grass (Phalaris arundinacea).It is found in Austria, Belgium, non-alpine Germany, Norway, Poland, Sweden and less frequently in other countries. As of 2012 it is not reported from the British Isles. Media related to Cynegetis impunctata at Wikimedia Commons",
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"NCBIassembly": "GCA_030704885.1",
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"Busco": "C:98.32%[S:97.22%,D:1.10%],F:0.44%,M:1.24%,n:1367",
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{
"id": 4153,
"InsectBaseID": "IBG_03254",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Dalotia",
"TaxonomyID": "866043",
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"OrganismName": "Dalotia coriaria v2",
"NormalName": "None",
"SpeciesIntro": "Dalotia coriaria, the greenhouse rove beetle, is a species of staphylinid rove beetle in the subfamily Aleocharinae. It is used as a predatory biological control agent for the management of pest insects.Dalotia coriaria is a commercially available species, sold by several Integrated Pest Management companies in the US and Europe. The beetles are employed as a biological control agent of glasshouse pests. Both adults and larvae prey upon larvae of fungus gnats (Bradysia spp.), and adult beetles also target shore flies (Scatella spp.) and thrips. The species was discovered feeding on a laboratory culture of fungus gnats, stimulating a study into its efficacy as a biological control agent.Dalotia coriaria's fast generation time, high fecundity and ease of culture of have recently led to the species being developed as a laboratory model organism.Like many Aleocharinae, Dalotia coriaria has a complex taxonomic history. Initially described a member of Homalota, many authors placed it in the large genus Atheta, before its current placement in Dalotia.",
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"Order": "Coleoptera",
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"OrganismName": "Dascillus cervinus",
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"InsectBaseID": "IBG_03256",
"Order": "Coleoptera",
"Family": "Bothrideridae",
"Genus": "Dastarcus",
"TaxonomyID": "1169899",
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"OrganismName": "Dastarcus helophoroides",
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{
"id": 4156,
"InsectBaseID": "IBG_03257",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Dasypolia",
"TaxonomyID": "987919",
"Tags": "None",
"OrganismName": "Dasypolia templi",
"NormalName": "None",
"SpeciesIntro": "Dasypolia templi, the brindled ochre, is a moth of the family Noctuidae. The species was first described by Carl Peter Thunberg in 1792. It is found in northern Europe up to central Siberia and more to the south in mountainous areas.The length of the forewings is 18–23 mm. Forewing pale yellow grey in the male, simply pale grey in the female, densely dusted with darker: the lines diffusely darker still, outwardly edged with pale ground colour; median area often darker, the reniform, and sometimes the orbicular, showing paler; submarginal line pale, waved; fringe chequered, grey and yellowish; hindwing a little paler, with cellspot, outer, and sometimes a submarginal line greyer; — ab. alpina Ruehl. is an alpine form, with the ground colour more bluish grey, the stigmata picked out with chalk white, and the outer line of hindwing more strongly marked.Larva yellowish grey, tinged dorsally with red; when fully grown, they are the peachy tan, with large tubercles; head, thoracic, and anal plates brown. The larvae feed on Aegopodium podagraria, Angelica sylvestris, Angelica archangelica v. litoralis, Levisticum officinale, Heracleum sphondylium and Heracleum laciniatum.The following subspecies are recognised:This Cuculliinae article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4157,
"InsectBaseID": "IBG_03258",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Dasysyrphus",
"TaxonomyID": "1244581",
"Tags": "None",
"OrganismName": "Dasysyrphus tricinctus",
"NormalName": "None",
"SpeciesIntro": "Dasysyrphus tricinctus is a European species of hoverfly in the genus Dasysyrphus, a member of the family Syrphidae. It is found across Europe, although reported in highest density from the British Isles and Scandinavia. While not uncommon it is generally only seen in modest numbers, typically in lowland woods with peak numbers in late May and early June and again in late August and early September.External imagesFor terms see Morphology of DipteraWing length 7·25-10·25 mm. Eyes hairy. Wing stigma black. Tergite 3 with yellow pattern much broader than on tergite 4 and yellow pattern on tergite 2 small or absent/ Male genitalia are figured by Hippa (1968) .The larva is illustrated by Rotheray (1993).Palaearctic. Iceland South to the Pyrenees and North Spain. Ireland and Fennoscandia eastwards through Central and North Europe and Russia to the Pacific coast and Japan.",
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{
"id": 4158,
"InsectBaseID": "IBG_03259",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Deilephila",
"TaxonomyID": "283834",
"Tags": "None",
"OrganismName": "Deilephila elpenor",
"NormalName": "None",
"SpeciesIntro": "Deilephila elpenor, the elephant hawk moth or large elephant hawk moth, is a moth in the family Sphingidae. Its common name is derived from the caterpillar's resemblance to an elephant's trunk. It is most common in central Europe and is distributed throughout the Palearctic region. It has also been introduced in British Columbia, Canada. Its distinct olive and pink colouring makes it one of the most recognisable moths in its range. However, it is quite easy to confuse the elephant hawk moth with the small elephant hawk moth, a closely related species that also shares the characteristic colours.These moths are nocturnal and therefore feed on flowers that open or produce nectar at nighttime. The elephant hawk moth has very sensitive eyes that allow it to see colour even at low-light, and it was one of the first species in which nocturnal colour vision was documented in animals. The moth is also known for its hovering capability, which it utilises when feeding on nectar from flowers. This behaviour is costly in terms of energy and can help explain why the moth has evolved such enhanced visual capabilities for efficient feeding. The moths also have an important role as pollinators throughout their habitat.The D. elpenor moth has olive-brown coloured forewings outlined with pink. Two pink lines also run through the wings. The first line is usually thicker and terminates in the center of the wings near a white dot. The second line, which runs below the first, starts at the white inner margins and runs until the tip of the wing. The hindwings have a black inner half that gradually turns pink from the middle outwards. It is outlined by white fringes. The head, thorax, and body are also olive-brown in colour with pink markings throughout.Two separate subspecies, Deilephila elpenor elpenor and Deilephila elpenor lewisii, were recognised in the past, but they are no longer regarded as well-distinguished. Similarly, the subspecies Deilephila elpenor szechuana is now thought to be a synonym for Deilephila elpenor elpenor. The subspecies Deilephila elpenor macromera, found in southern China, northern India, Bhutan and Myanmar, is still regarded as distinct.The elephant hawk moth is often confused with the small elephant hawk moth (Deilephila porcellus). There are clear distinctions in size and colouring that can help differentiate between the two. As the name suggests, the small elephant hawk moth is much smaller. It is also more yellow in colour around its body. The most obvious defining feature is the thick pink stripe going down the elephant hawk moth's abdomen that is missing on the small elephant hawk moth's abdomen. The two species are not usually seen together in garden traps because the small elephant hawk moth prefers more open habitats.D. elpenor is very common in central Europe and has a distribution throughout the palearctic region. The species is especially well-distributed in England, Wales, and Ireland. Until the 1980s, D. elpenor was only present in the southern half of Scotland, but now it has made its way up the north coast and into the country's mainland as well. In general, the moth's range becomes thinner and less concentrated in the northern parts of Europe. The range also extends throughout Asia and even to Japan.D. elpenor inhabits a variety of habitats. These include rough grassland, heathland, sand dunes, hedgerows, woodland, the open countryside, and even urban gardens. The moths play an important role in pollination throughout their habitats. For example, previous studies on hawk moths have indicated that they can pollinate up to 5–10% of the tree and shrub species in the area they inhabit.There is usually only a single generation of D. elpenor in a given year. Occasionally, a small number of second generation individuals in a single year will be recorded in the late summer, but this is very rare. The pupae overwinter in cocoons, and the species become active from May to early August. Its peak activity time is between the midsummer months of June and September.The females lay eggs either singly or in pairs on the leaves of plants that can act as food sources to the caterpillars when they emerge. These include but are not limited to rosebay willowherb (Chamaenerion angustifolium) and bedstraws (of the genus Galium). The moths are also attracted to gardens, and eggs have frequently been found on garden fuchsias, dahlias, and lavender. The eggs are whitish-green and have a glossy texture. Eggs will usually hatch in ten days.",
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{
"id": 4159,
"InsectBaseID": "IBG_03260",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Deinopsis",
"TaxonomyID": "347323",
"Tags": "None",
"OrganismName": "Deinopsis erosa",
"NormalName": "None",
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"NCBIassembly": "GCA_027574845.2",
"GenomeLevel": "Scaffold",
"Busco": "C:82.74%[S:82.37%,D:0.37%],F:13.17%,M:3.95%,n:1367",
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{
"id": 4160,
"InsectBaseID": "IBG_03261",
"Order": "Lepidoptera",
"Family": "Lasiocampidae",
"Genus": "Dendrolimus",
"TaxonomyID": "151304",
"Tags": "None",
"OrganismName": "Dendrolimus pini",
"NormalName": "None",
"SpeciesIntro": "Dendrolimus pini, the pine-tree lappet, is a moth of the family Lasiocampidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is found in most of Europe ranging to eastern Asia.The wingspan is 45–70 mm. The moth flies from June to August depending on the location.The larvae feed on Scots pine (Pinus sylvestris), but also other Pinus species, as well as Norway spruce (Picea abies) and silver fir (Abies alba).This article on a moth of the family Lasiocampidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_949752895.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.78%,D:0.22%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "611.147457",
"GenomeGC": "20.35583746",
"SeqNumber": "45",
"N50": "22307.56",
"PCGnumber": "35142",
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{
"id": 4161,
"InsectBaseID": "IBG_03262",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Dermolepida",
"TaxonomyID": "1980614",
"Tags": "None",
"OrganismName": "Dermolepida albohirtum",
"NormalName": "None",
"SpeciesIntro": "Dermolepida albohirtum, the cane beetle, is a native Australian beetle and a pest of sugarcane. Adult beetles eat the leaves of sugarcane, but greater damage is done by their larvae hatching underground and eating the roots, which either kills or stunts the growth of the plant.The beetles can also be found in the Philippines and are known there by the local name salagubang.Adult cane beetles are white with speckles of black.Female cane beetles lay their eggs in the soil of sugarcane about 20 to 45 cm (8 to 18 in) deep, generally choosing the base of the tallest cane. A female beetle can lay up to three clutches with 20–30 eggs per clutch. Larvae, which are known as \"greyback cane grubs\", are small and white.The cane beetle grub feeds on the roots of the sugarcane during all three stages of its life. The crucial stage occurs during February to May, when it aggressively feeds on the sugarcane's roots, causing the most damage to the plant. Once it is fully fed, after 3–4 months, the grub burrows down to turn into a pupa. The pupa develops into an adult within a month, but does not emerge from the soil until the weather conditions are adequate.Methods of control include applications of Metarhizium anisopliae, along with other biocontrol strategies, but pest control against cane beetles also damages a large variety of other insects and invertebrates that can be beneficial to the ecosystem, thus preventing their use.[clarification needed] The introduction of the cane toad to Australia was a biocontrol attempt.The greyback cane beetle was, along with the Frenchi cane beetle, Lepidiota frenchi, the reason that the cane toad (Rhinella marina) was introduced to Australia. The toad was brought in as a biological control to protect sugarcane crops. While introduced cane toads did eat cane beetles, the toads preferred other insects, and R. marina itself became a major pest.The toad population rose exponentially. Native predators such as quolls (Dasyurus, \"marsupial cat\") neither possess resistance to its toxins nor have learned avoidance; thus, these predators became locally extinct upon arrival of toads and suffered overall population declines – up to 97% for the northern quoll.",
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"NCBIassembly": "GCA_031893035.1",
"GenomeLevel": "Contig",
"Busco": "C:98.82%[S:98.02%,D:0.80%],F:0.66%,M:0.51%,n:1367",
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{
"id": 4162,
"InsectBaseID": "IBG_03263",
"Order": "Mantodea",
"Family": "Mantidae",
"Genus": "Deroplatys",
"TaxonomyID": "627735",
"Tags": "None",
"OrganismName": "Deroplatys truncata",
"NormalName": "None",
"SpeciesIntro": "Deroplatys truncata is a species of praying mantis in the family Deroplatyidae.This \"dead leaf mantis\" species is native to Southeast Asia. The species show brown to deep dark brown coloration. The reaar wings show large dark brown to black markings. Its reflectance in the visible and near-infrared part of the spectrum resembles that of leaf litter.This Mantidae-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_030765065.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.27%[S:98.76%,D:0.51%],F:0.29%,M:0.44%,n:1367",
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{
"id": 4163,
"InsectBaseID": "IBG_03264",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Dettopsomyia",
"TaxonomyID": "188280",
"Tags": "None",
"OrganismName": "Dettopsomyia nigrovittata",
"NormalName": "None",
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"NCBIassembly": "GCA_037040065.1",
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"Busco": "C:66.86%[S:66.35%,D:0.51%],F:24.36%,M:7.02%,n:1367",
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{
"id": 4164,
"InsectBaseID": "IBG_03265",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Dexiosoma",
"TaxonomyID": "1918232",
"Tags": "None",
"OrganismName": "Dexiosoma caninum",
"NormalName": "None",
"SpeciesIntro": "Dexiosoma caninum is a European species of fly in the family Tachinidae. In the United Kingdom, the species can most commonly be found during the summer in the south of England.British Isles, Czech Republic, Hungary, Latvia, Poland, Romania, Slovakia, Ukraine, Denmark, Finland, Norway, Sweden, Bosnia and Herzegovina, Bulgaria, Croatia, Italy, Slovenia, Austria, Belgium, Channel Islands, France, Germany, Netherlands, Switzerland, Japan, Russia, China.This article related to members of the fly subfamily Tachininae is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_963924685.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.20%,D:0.73%],F:0.00%,M:0.07%,n:1367",
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"SeqNumber": "11",
"N50": "95842.443",
"PCGnumber": "30058",
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{
"id": 4165,
"InsectBaseID": "IBG_03266",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Diachasmimorpha",
"TaxonomyID": "58733",
"Tags": "None",
"OrganismName": "Diachasmimorpha longicaudata",
"NormalName": "None",
"SpeciesIntro": "Diachasmimorpha longicaudata is a solitary species of parasitoid wasp and an endoparasitoid of tephritid fruit fly larvae. D. longicaudata is native to many countries in Southeast Asia and subtropical regions and has also been introduced to many other countries as a biological control agent. It is now considered the most extensively used parasitoid for biocontrol of fruit flies in both the southern portion of the United States and Latin America. D. longicaudata is especially useful for agricultural purposes in the control of fruit flies as it is easily mass-reared and has the ability to infect a variety of hosts within the genus Bactrocera. A negative factor in its use as a biocontrol agent is that it is known to oviposit in grapefruit in the state of Florida. This has resulted in quarantines on grapefruit shipped internationally as well as domestically. Research is ongoing to determine whether D. longicaudata is actually a single species, or if it contains multiple species. It is likely multiple biological species separated by both reproductive isolation and morphological characteristics such as wing geometry.Diachasmimorpha longicaudata originated in the Indo-pacific region of Asia. D. longicaudata has been disseminated into countries in the Americas including United States, Colombia, Costa Rica, Guatemala, El Salvador, Nicaragua, and Trinidad, and Brazil. There are stable colonies in Hawaii and Florida in the United States.The genus Diachasmimorpha has traditionally been defined by the morphology of their apically sinuate ovipositor. D. longicaudata has a body length of between 2.8 and 5.4 mm. The adult male is smaller than the female with a body length of up to 4.0 mm. The body is a reddish-brown color and antennae are longer than the body. Wings are clear. Females have a long ovipositor. The gaster of males and females differs slightly with the female having a dorsal central black band while the gaster of the male has a dark brown to black dorsal posterior.Three cryptic species have been identified within D. longicaudata based on genetic analysis and geometric differences in wing venation. In forced-contact mating between the three cryptic species reproduction was rare and resulted in sterile female offspring. Subspecies have also been reported based on differing geographical areas with high variation being associated variation of resources. As many as five subspecies have previously been identified around the world and have been primarily characterized by color.Both males and females are solitary. Third instar tephritid fruit fly larvae are the typical hosts. Female adults of D. longicaudata are attracted to fermenting fruit and then are able to find larvae by sound. Females lay 13-24 eggs per day using her elongated ovipositor to reach the fly larvae. Typically only one egg is laid per instar larvae with exceptions when hosts are insufficient; however only one pupa will reach maturity. Eggs take between two and five days to hatch and will take 18–23 days to reach adulthood. Male parasitoids develop faster than female, emerging two to three days before females from their host.Diachasmimorpha longicaudata entomopoxvirus (DlEPV) is a notable symbiotic virus that affects Diachasmimorpha longicaudata. DlEPV has a double-stranded DNA genome of 250–300 kb A-T rich with more than 60 of the genome being A-T.During oviposition, the parasitic wasp infects tephritid fruit fly with DlEPV as well as rhabdovirus (DlRhV). Both DlEPV and DlRhV replicate within the epidermal cells of their new host. These viruses are found within the adult wasps and retained in subsequent generations. This is the first symbiotic EPV described to date from a parasitic wasp.",
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{
"id": 4166,
"InsectBaseID": "IBG_03267",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Diadegma",
"TaxonomyID": "310001",
"Tags": "None",
"OrganismName": "Diadegma fenestrale",
"NormalName": "None",
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"Busco": "C:99.85%[S:99.56%,D:0.29%],F:0.00%,M:0.15%,n:1367",
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{
"id": 4167,
"InsectBaseID": "IBG_03268",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Diaperis",
"TaxonomyID": "433215",
"Tags": "None",
"OrganismName": "Diaperis boleti",
"NormalName": "None",
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"NCBIassembly": "GCA_963583935.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:89.47%,D:10.46%],F:0.07%,M:0.00%,n:1367",
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"SeqNumber": "20",
"N50": "59236.001",
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{
"id": 4168,
"InsectBaseID": "IBG_03269",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Diaphora",
"TaxonomyID": "987922",
"Tags": "None",
"OrganismName": "Diaphora mendica",
"NormalName": "None",
"SpeciesIntro": "Diaphora mendica, the muslin moth, is a moth of the family Erebidae. It is found in the Palearctic realm east to Lake Baikal.The wingspan is 28–38 mm. There is clear sexual dimorphism in the imago, with the male having a brownish gray colour and a forewing length of 14–17 mm, and the female being white and having a forewing length of 17–19 mm. Male sooty brown-grey, usually with a black dot at the apex of the cell; sometimes without and in other cases with a few accessory dots. The female thinly scaled, milky white, with the abdomen of the same colour; wings very sparsely dotted, ab. rustica Hbn. are males with the ground colour milky white like that of the females. ab. binaghii Tur. are transitional specimens from the normal brown males of mendica to rustica. — Schultz names female specimens with only one black dot ab. depuncta. By pairing the white males of rustica with normal females of mendica (which is an interbreeding of races and not hybridisation, as is usually reported) peculiar sand-coloured males result, which are called standfussi. If the female of standfussi is recrossed with the male of rustica a white and much dotted moth results, the form inversa Car.. But we have true hybridisation if the male of rustica is crossed with another species of the genus, e.g., with Diaphora sordida Hbn.; from this cross-breeding a real hybrid is obtained, viz., f. hybr. viertli Car. This may again be paired with other forms, e.g., viertli with f. inversa Car., by which cross hilaris Car. is obtained, or with mendica, whence beata Car. results, etc.The female resembles Spilosoma lubricipeda, but that species has longer and smaller wings and a yellow and black back.The moth flies April to July depending on the location.Egg light yellow. Larva grey-brown, greenish laterally, with reddish brown warts and foxy red hairs; on the back a median line, which is sometimes indistinct. Pupa stumpy, glossy red brown. The larvae feed on birch, willow, Rumex, Lamium and Plantago.",
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"NCBIassembly": "GCA_949125395.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.56%,D:0.29%],F:0.15%,M:0.00%,n:1367",
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"SeqNumber": "60",
"N50": "28641.667",
"PCGnumber": "50260",
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{
"id": 4169,
"InsectBaseID": "IBG_03270",
"Order": "Hemiptera",
"Family": "Psyllidae",
"Genus": "Diaphorina",
"TaxonomyID": "121845",
"Tags": "None",
"OrganismName": "Diaphorina citri v2",
"NormalName": "None",
"SpeciesIntro": "Diaphorina citri, the Asian citrus psyllid, is a sap-sucking, hemipteran bug now in the taxonomic family Psyllidae. It is one of two confirmed vectors of citrus greening disease. It has a wide distribution in southern Asia and has spread to other citrus growing regions.The Asian citrus psyllid originated in Asia but it is now also found in parts of the Middle East, South and Central America, Mexico, and the Caribbean. In the United States, the psyllid was first detected in Florida in 1998 and is now also found in Louisiana, Georgia, Arizona, South Carolina, Texas, and since 2003 in California. In Southern California, the San Joaquin Valley, and Central Coast counties, such as San Luis Obispo, an eradication program has been instituted in an attempt to prevent it from becoming established. In the whole of the United States and its territories, areas where this psyllid are found are under quarantine restrictions.The adult psyllid is about four millimetres long with a fawn and brown mottled body and a light brown head. It is covered with a whitish, waxy secretion which makes it look dusty. The forewings are broadest at the back and have a dark edging around the periphery with a pale gap near the apex. The antennae are pale brown with black tips. These features distinguish it from the superficially similar African citrus psyllid. It typically adopts a head down, tail up posture as it sucks sap. Aphids are often also present on citrus and psyllids can be distinguished from them by being more active, jumping insects, whereas aphids are sedentary. In addition, the antennae of a psyllid has ten segments whereas those of aphids usually have four or six segments. Most aphids have cornicles on the abdomen and psyllids lack these.The psyllid nymph moults five times. It is a yellowish-orange color and has no abdominal spots. The wing pads are prominent, especially in the later instars.The eggs are approximately 0.3 millimeters long, almond-shaped, thicker at the base and tapering toward the top. They are at first a pale color but turn yellow and later orange before they hatch. The long axis is placed vertical to the surface of the leaf.The psyllid has a bacteriome organ specialized for carrying two of its bacterial symbionts. Candidatus Carsonella ruddii, which provides nutrition, lives inside uninuclear bacteriocytes around the organ. Ca. Profftella armatura, which provides nutrition, defense toxins, and carotenoids, lives inside the syncytial cytoplasm of the organ. Polyketide synthesis by the Profftella symbiont is increased when the insect is carrying the Huanglongbing pathogen Liberibacter.Another insect of the same genus, Diaphorina cf. continua (open nomenclature term describing an unnamed species similar to Diaphorina continua), shares bacteriome symbionts.The insect can be infected by Wolbachia, which is then transmitted vertically via the egg. Wolbachia and Liberibacter can reside either within the U-shaped bacteriome, or mingle with gut cells as part of the gut microbiome. Wolbachia is able to help Liberibacter survive bacteriophages by inhibiting cell lysis.Eggs are laid on the tips of growing shoots, between and near the unfolding leaves. A female may lay up to 800 eggs during her lifetime which may be several months. The whole development cycle takes from two to seven weeks depending on the temperature and the time of year.",
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"NCBIassembly": "GCA_030643865.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.10%[S:39.36%,D:58.74%],F:0.44%,M:1.46%,n:1367",
"GenomeSize": "523.778681",
"GenomeGC": "24.44308305",
"SeqNumber": "13",
"N50": "47048.323",
"PCGnumber": "49466",
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{
"id": 4170,
"InsectBaseID": "IBG_03271",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Diaprepes",
"TaxonomyID": "13040",
"Tags": "None",
"OrganismName": "Diaprepes abbreviatus",
"NormalName": "None",
"SpeciesIntro": "Curculio abbreviatus Linnaeus, 1758Diaprepes abbreviatus, also known as the diaprepes root weevil, citrus root weevil and sugarcane rootstock borer weevil, is a species of weevil that is native to the Caribbean, where in Spanish it is colloquially called chichí. It has become an invasive pest in several locations in the United States.It is an agricultural pest in several Caribbean countries.In 1964 this weevil was accidentally introduced in the US, state of Florida, where it is at present a major pest of citrus. It was first discovered in southern California in 2005, where it is a pest of citrus, avocado, and nursery stock. In Texas it was found in the Rio Grande Valley in 2000, resulting in a 2001 quarantine, and then in 2009 around Houston. Another sighting in 2019 confirms that it is still in the area. In June of 2022, a new sighting also occurred in Pearland.Citrus, avocado, and nursery stock. It is also known to infest sugarcane, tuber-bearing crops such as potatoes, and ornamental plants. The adult citrus root weevil is somewhat variable in size but just over 1 cm (3⁄8 in) in length on average. Its elytra are glossy black with large stripes of tiny yellowish-orange scales, and its head and legs are black. It has adhesive pads on its legs which confer the ability to adhere to very smooth surfaces. The larva is a plump pale grub with a dark head, up to 2.5 cm (31⁄32 in) in length. A female weevil might lay 5,000 eggs, depositing them in clusters on leaves, then folding and gluing the leaves together. After a week the larvae emerge from the eggs, fall to the ground, and burrow down to the roots of the host plant. They feed on the roots for several months, which is very damaging to the plant. While the adult weevil does feed on the foliage of the plant, it is the larvae that do the most damage. They often eat the taproot of the plant, which can kill it by depriving it of water and nutrients or by making it vulnerable to infection by fungi, or water moulds such as Phytophthora. The weevil spreads mainly by \"hitchhiking\" when infested plants, soil, and containers are moved from site to site.A variety of agents are being studied as possible biological pest controls for the weevil, including ants, parasitic wasps, at least one virus, Bacillus thuringiensis, and a fungal adulticide. The nematode Steinernema riobravis is released in irrigation water in infested fields in Florida to combat the pest.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_034092305.1",
"GenomeLevel": "Contig",
"Busco": "C:99.93%[S:98.54%,D:1.39%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "1623.139935",
"GenomeGC": "14.99084298",
"SeqNumber": "653",
"N50": "7800.247",
"PCGnumber": "59458",
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{
"id": 4171,
"InsectBaseID": "IBG_03272",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Diarsia",
"TaxonomyID": "987923",
"Tags": "None",
"OrganismName": "Diarsia brunnea",
"NormalName": "None",
"SpeciesIntro": "Diarsia brunnea, the purple clay, is a moth of the family Noctuidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is found in most of Europe, east to Transcaucasia, the Caucasus, central Asia, Siberia, the Kuriles, Amur, Ussuri, Sakhalin, Korea, Japan, and China, including China's Tibet region.The wingspan is 35–38 mm. Forewing pinkish or purplish-plum coloured; the costal half with a fulvous and yellow tinge; cell deep olive brown; claviform marked by a dark spot at its end; orbicular oblong, of the ground colour; reniform outlined or filled with ochreous; hindwing luteous (muddy yellow) fuscous; cilia pink.Adults are on wing from July to August.Larva dark brown; dorsal and subdorsal lines pale, lateral lines whitish; a row of pale yellow dark-edged oblique stripes, and a yellow stripe across segment 11. The larvae feed on a wide range of herbaceous plants and shrubs, including Rumex species (including Rumex acetosella), Dryopteris filix-mas, Luzula sylvatica, Deschampsia flexuosa, Brachypodium sylvaticum, Vaccinium myrtillus, Vaccinium uliginosum, Prunus spinosa, Primula, Rubus, Urtica, Salix and Betula.This Noctuinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949774965.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.63%,D:0.37%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "586.790279",
"GenomeGC": "23.13760263",
"SeqNumber": "53",
"N50": "20336.188",
"PCGnumber": "37017",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
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{
"id": 4172,
"InsectBaseID": "IBG_03273",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Diarsia",
"TaxonomyID": "1804828",
"Tags": "None",
"OrganismName": "Diarsia dahlii",
"NormalName": "None",
"SpeciesIntro": "Diarsia dahlii, the barred chestnut, is a moth of the family Noctuidae. The species was first described by Jacob Hübner in 1813. It is found in Europe, through the Palearctic east to the Kamchatka Peninsula, northern China and Japan.The wingspan is 28–40 mm. Forewing reddish brown with an ochreous tint in the male, darker, purplish brown in female; lines plain in the paler males; stigmata of the ground colour, the reniform with the lower lobe dark, the upper sometimes ochreous; claviform with a black dot at the tip; a distinct dark median shade; in the female the submarginal line is pale; hindwing dull fuscous, the fringe pinkish. It is a variable species occurring under different forms: ab. nana Stgr. from south-eastern Siberia is a dwarf form, not much more than half aslarge as the typical form.Adults are on wing from August to September depending on the location.The larva varies in the colour of the back through various shades of ochreous and brown to dark reddish brown, and this is always in strong contrast with the colour of the lower parts; the lines are pale, and the outer ones on the back are edged with black dashes; spots and spiracles black; head pale brown.The larvae feed on Betula, Vaccinium myrtillus, Rumex and Plantago.This Noctuinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949775195.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.78%,D:0.15%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "682.983932",
"GenomeGC": "22.45824094",
"SeqNumber": "37",
"N50": "23141.363",
"PCGnumber": "48881",
"Swissnumber": "None",
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{
"id": 4173,
"InsectBaseID": "IBG_03274",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Diarsia",
"TaxonomyID": "987924",
"Tags": "None",
"OrganismName": "Diarsia mendica",
"NormalName": "None",
"SpeciesIntro": "The ingrailed clay (Diarsia mendica) is a moth of the family Noctuidae. The species was first described by Johan Christian Fabricius in 1775. It is distributed through most of Europe and the Palearctic.This species occurs in a huge range of colours and is one of the most variable species in the family. Its forewings range in colour from very pale straw to very dark brown, with the pale forms predominant in the south of the range and the darker forms prevalent further north.The wingspan is 28–36 mm. \"Forewing with basal area grey, outer area red-brown; the lines and stigmata grey; hindwing dull grey with a dark lunule and transverse line and the fringe reddish; as a rule the male is paler than the female; a very variable species alike in colour and plainness of markings; ab. congener Hbn. is wholly red-brown with the stigmata yellowish; -ab. subrufa Haw. is distinguished by having the cell dark at base and between the stigmata; — ab. conflua H.-S. nec Tr. has the ground colour reddish ochreous mottled with darker; — ab. mendica F. is like the last but shows black or dark brown spaces in the cell; — ab. ignicola H.-Sch. has the ground colour yellowish ochreous, with the markings distinct; — primulae Esp. is the same form but with the cell filled in with blackish; — ab. ochrea-virgata Tutt is a banded form, the whole space between the median and subterminal line being darker; — ab. grisea Tutt is a small dark grey form, the stigmata clear; — ab. coerulea Tutt is of a clear slaty or lilac colour with pale stigmata; — lastly, ab. lamentanda Alph. is a pale uniformly ochreous form from Siberia and Kamschatka. subsp. conflua Tr. (= thulei Stgr.)is smaller, with narrower, more pointed forewing, reddish brown varied with yellowish; the stigmata large with dark marks in cell; described originally from Iceland and occurring in Shetland and Lapland; — ab. borealis Zett. is a grey brown form without any red but with the cell blackish; obsoleta Tutt resembles borealis, but the cell is unicolorous and the markings obscure; - ab. diducta Zett. has the forewing grey with a broad rusty-testaceous fascia, and the markings obscured.The larva is brown with black triangular markings along the side. It feeds on a wide range of plants (see list below). The species overwinters as a larva.This moth flies at night from June to August and is attracted to light.See Robinson, G. S. et al.Diarsia mendica ssp. mendica (Fabricius, 1775) is difficult to certainly distinguish from its congeners. See Townsend et al.",
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"NCBIassembly": "GCA_949316265.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.49%,D:0.29%],F:0.00%,M:0.22%,n:1367",
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"SeqNumber": "35",
"N50": "25354.251",
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{
"id": 4174,
"InsectBaseID": "IBG_03275",
"Order": "Diptera",
"Family": "Diastatidae",
"Genus": "Diastata",
"TaxonomyID": "3079895",
"Tags": "None",
"OrganismName": "Diastata ussurica",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_035078745.1",
"GenomeLevel": "Scaffold",
"Busco": "C:60.06%[S:59.77%,D:0.29%],F:31.82%,M:6.80%,n:1367",
"GenomeSize": "510.796743",
"GenomeGC": "22.94590199",
"SeqNumber": "618556",
"N50": "1.429",
"PCGnumber": "56476",
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{
"id": 4175,
"InsectBaseID": "IBG_03276",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Dichaetophora",
"TaxonomyID": "1262490",
"Tags": "None",
"OrganismName": "Dichaetophora lindae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037075225.1",
"GenomeLevel": "Scaffold",
"Busco": "C:58.59%[S:55.96%,D:2.63%],F:32.77%,M:7.32%,n:1367",
"GenomeSize": "185.858729",
"GenomeGC": "34.1392241",
"SeqNumber": "294550",
"N50": "0.928",
"PCGnumber": "53603",
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{
"id": 4176,
"InsectBaseID": "IBG_03277",
"Order": "Diptera",
"Family": "Bibionidae",
"Genus": "Dilophus",
"TaxonomyID": "52734",
"Tags": "None",
"OrganismName": "Dilophus febrilis",
"NormalName": "None",
"SpeciesIntro": "Dilophus febrilis is a species of feverfly the family Bibionidae. It is found in the Palearctic.This article related to members of the fly infraorder Bibionomorpha is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958336335.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.88%[S:97.37%,D:0.51%],F:0.44%,M:1.68%,n:1367",
"GenomeSize": "305.577324",
"GenomeGC": "13.2133764",
"SeqNumber": "107",
"N50": "47804.581",
"PCGnumber": "23747",
"Swissnumber": "None",
"GOnumber": "None",
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{
"id": 4177,
"InsectBaseID": "IBG_03278",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Dinocampus",
"TaxonomyID": "144245",
"Tags": "None",
"OrganismName": "Dinocampus coccinellae",
"NormalName": "None",
"SpeciesIntro": "Dinocampus coccinellae is a braconid wasp parasite of coccinellid beetles, including the spotted lady beetle, Coleomegilla maculata. D. coccinellae has been described as turning its ladybird host into a temporary \"zombie\" guarding the wasp cocoon. About 25% of Coleomegilla maculata recover after the cocoon they are guarding matures, although the proportion of other ladybird species which recover is much lower.In 1802, Schrank first described a female adult of this species as \"Lady-bird killer 2155. Deep black, eyes green; head, front legs, and apex of the petiolate abdomen mussel-brown.\" (A petiolate abdomen is one whose basal segment is stalk-like, that is, long and slender.) Nearly all D. coccinellae are female offspring of unfertilized eggs, although males are also occasionally found. The male, when observed, has no ovipositor and is slimmer and darker than females.The mature female wasp seeks out adult female ladybirds, although they will sometimes oviposit into a male adult or larval instar. One egg is planted in the host's soft underbelly. The wasp larva hatches after 5–7 days into a first instar larva with large mandibles and proceeds to remove any other eggs or larvae before beginning to feed on the ladybird's fat bodies and gonads.The wasp larva inside the ladybird goes through four larval instars in 18–27 days. Meanwhile, the ladybird continues to forage and feed until the wasp larva, when it is ready to emerge, paralyzes the ladybird before tunneling out. It pupates in a cocoon attached to the leg of the living ladybird, whose brightly colored body and occasional twitching reduce predation. A growing D. coccinellae wasp nestled in its cocoon is extremely vulnerable, and other insects will devour it. If one of these predators tries to eat it, the ladybird retaliates, scaring it off. The ladybird becomes the parasite's bodyguard, by protecting it from predators. However, wasp cocoons protected in this way develop into adults that produce fewer eggs, due to the energy demands of maintaining a living protector.Ladybirds paralyzed, twitching, and attached to the cocoon of D. coccinellae have been compared to zombies by many writers. After 6–9 days, the wasp emerges from the cocoon. Remarkably, some 25% of ladybirds revive and emerge from paralysis once the cocoon has been emptied. The paralytic effect has been proposed to be associated with an RNA virus, Dinocampus coccinellae paralysis virus.Dinocampus coccinellae can itself be parasitised by Gelis agilis, a hyperparasite that is known for its mimicry of ants. The wingless females of G. agilis oviposit into D. coccinellae cocoons; the egg immediately hatches and consumes the developing wasp. Cocoons hosting G. agilis usually take twice as long to emerge.[citation needed]Because one large aphidophagous ladybird can consume up to 5,500 aphids in a year, any ladybird parasite represents a potential threat to agriculture.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963920625.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.49%,D:0.29%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "110.472747",
"GenomeGC": "20.15368641",
"SeqNumber": "10",
"N50": "17861.796",
"PCGnumber": "14702",
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{
"id": 4178,
"InsectBaseID": "IBG_03279",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Dioctria",
"TaxonomyID": "1717392",
"Tags": "None",
"OrganismName": "Dioctria linearis",
"NormalName": "None",
"SpeciesIntro": "Dioctria linearis is a Palearctic species of robber fly in the family Asilidae. The species is diurnal.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963930735.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:98.83%,D:0.80%],F:0.07%,M:0.29%,n:1367",
"GenomeSize": "1613.185518",
"GenomeGC": "18.84649085",
"SeqNumber": "3128",
"N50": "263086.104",
"PCGnumber": "118050",
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{
"id": 4179,
"InsectBaseID": "IBG_03280",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Dioctria",
"TaxonomyID": "468723",
"Tags": "None",
"OrganismName": "Dioctria rufipes",
"NormalName": "None",
"SpeciesIntro": "Dioctria rufipes, the common red-legged robberfly, is a species of robber fly in the subfamily Dasypogoninae of the family Asilidae.This species can be found in most of Europe (Austria, Belgium, Bulgaria, the Czech Republic, Denmark, Estonia, France, the Netherlands, the former Yugoslavia, Germany, Poland, Romania, Russia, Slovakia, Sweden, Switzerland, Hungary, Great Britain and Italy), in the Near East, and in the eastern Palearctic realm.This species mainly inhabit scrubby grassland, well wooded areas, woodland edge and hedgerows.Dioctria rufipes can reach a body length of about 8–15 mm (0.31–0.59 in) and a wings length of 7.5–9 mm (0.30–0.35 in). These medium-large robber flies have a black head and hard piercing mouthparts. The antennal tubercle is well-developed above the eyes. The mesothorax is black, lightly pubescent, with inconspicuous longitudinal stripes. The abdomen is slender, dorsally wider towards the back. The front legs are completely orange-red, whereas the hind legs are mainly black. They show a complete stripe of pale, short and soft pubescence (tomentum) on the sides of the thorax (pleura), with an additional ventral stripe above middle coxa.Adults can be found from May to July–August. These insects are predators on other insects. They mainly feed on parasitic wasps, ichneumonids, sawflies, empidid flies and a few small species (Phora, Oscinis, Opius species). The larvae develop as predators in the ground.",
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"NCBIassembly": "GCA_963924295.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:98.83%,D:1.10%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "1451.58863",
"GenomeGC": "20.50362333",
"SeqNumber": "1457",
"N50": "208745.215",
"PCGnumber": "115366",
"Swissnumber": "None",
"GOnumber": "None",
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},
{
"id": 4180,
"InsectBaseID": "IBG_03281",
"Order": "Diptera",
"Family": "Cylindrotomidae",
"Genus": "Diogma",
"TaxonomyID": "2715158",
"Tags": "None",
"OrganismName": "Diogma glabrata",
"NormalName": "None",
"SpeciesIntro": "Diogma glabrata is a species of fly in the family Cylindrotomidae. It is found in the Palearctic .This article related to members of the fly superfamily Tipuloidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963693315.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.88%[S:93.20%,D:4.68%],F:0.73%,M:1.39%,n:1367",
"GenomeSize": "1328.699808",
"GenomeGC": "15.9811663",
"SeqNumber": "1868",
"N50": "427865.198",
"PCGnumber": "103532",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
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},
{
"id": 4181,
"InsectBaseID": "IBG_03282",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Dione",
"TaxonomyID": "33461",
"Tags": "None",
"OrganismName": "Dione juno",
"NormalName": "None",
"SpeciesIntro": "See textDione juno, the Juno silverspot, juno longwing, or Juno heliconian, is a species of butterfly of the subfamily Heliconiinae in the family Nymphalidae found from southern United States to South America.Listed alphabetically:This Heliconiinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037127375.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.78%[S:99.49%,D:0.29%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "326.729727",
"GenomeGC": "21.4116792",
"SeqNumber": "370",
"N50": "6393.627",
"PCGnumber": "28429",
"Swissnumber": "None",
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},
{
"id": 4182,
"InsectBaseID": "IBG_03283",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Dione",
"TaxonomyID": "2795540",
"Tags": "None",
"OrganismName": "Dione vanillae v2",
"NormalName": "None",
"SpeciesIntro": "Papilio vanillae Linnaeus, 1758Agraulis vanillae (Linnaeus, 1758)The Gulf fritillary or passion butterfly (Dione vanillae) is a bright orange butterfly in the subfamily Heliconiinae of the family Nymphalidae. That subfamily was formerly set apart as a separate family, the Heliconiidae. The Heliconiinae are \"longwing butterflies\", which have long, narrow wings compared to other butterflies.Dione vanillae is most commonly found in the southern areas of the United States, specifically in many regions of Florida and Texas.Gulf fritillaries have a chemical defense mechanism in which they release odorous chemicals in response to predator sightings. As a result, common predators learn to avoid this species. Pheromones play a critical role in male-female courtship behaviors, with male gulf fritillaries emitting sex pheromones that contribute to mate choice in females.The scientific name Papilio vanillae was given to the gulf fritillary by Carl Linnaeus in 1758, based on a 1705 painting by Maria Sibylla Merian (The Metamorphosis of the Insects of Surinam, Plate XXV), which shows the adult and caterpillar of the gulf fritillary on a vanilla orchid, Vanilla planifolia. However, it is now known that the gulf fritillary caterpillar does not use the vanilla plant. The species was moved to the genus Agraulis in 1835 by Boisduval & Le Conte. A phylogenetic analysis reported in 2019 placed Agraulis as a sub-genus of Dione.In its adult form, the gulf fritillary is a medium-sized butterfly that has extended forewings and a wingspan range of 6.5 to 9.5 cm. This butterfly exhibits sexual dimorphism as females are typically distinctively larger in size than males. The underside of the wings is brown and speckled with silvery white dots. In contrast, the top surface layer of the wings is deep orange in color with black streaks running across. In addition to the size difference between the two sexes, females are usually darker in color and are more marked with black streaks as compared to the males.Gulf fritillaries are found primarily in the southern parts of the contiguous United States, from Florida to Texas and California. However, this butterfly’s range can extend from the Southern United States into parts of Mexico and Central America and sometimes as far as parts of South America. They are also found in Hawaii. ",
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{
"id": 4183,
"InsectBaseID": "IBG_03284",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Diorhabda",
"TaxonomyID": "1163344",
"Tags": "None",
"OrganismName": "Diorhabda carinata",
"NormalName": "None",
"SpeciesIntro": "Diorhabda carinata is a species of leaf beetle known as the larger tamarisk beetle (larger tamarisk beetle) which feeds on tamarisk trees from Ukraine, eastern Turkey and Syria east to northwest China, Kyrgyzstan and Pakistan, extending as far south as southern Iran.[Note 1] It is used in North America as a biological pest control agent against saltcedar or tamarisk (Tamarix spp.), an invasive species in arid and semi-arid ecosystems (where the larger tamarisk beetle and its closely related sibling species also may be less accurately referred to as the 'saltcedar beetle', 'saltcedar leaf beetle', 'salt cedar leaf beetle', or 'tamarisk leaf beetle').The larger tamarisk beetle was first described from the Transcaucasus (Georgia and Azerbaijan) as Galeruca carinata Faldermann, 1837. Reiche and Saulcy placed G. carinata as a junior synonym to the sibling species G. elongata Brullé (the Mediterranean tamarisk beetle, Diorhabda elongata). Weise created the genus Diorhabda in 1893 and proposed the color variant Diorhaba elongata var. carinata (Faldermann), and he also placed the sibling species Galeruca carinulata Desbrochers (the northern tamarisk beetle, Diorhabda carinulata) as a junior synonym of this variant. Jan Bechyné (1961) proposed the subspecies D. e. carinata listing specimens from Afghanistan. Berti and Rapilly (1973) recognized D. carinata and D. carinulata as separate species from one another, and, by implication, as separate species from D. elongata, based on detailed morphology of the endophallus of the male genitalia. Tracy and Robbins (2009) confirmed the 1973 findings of Berti and Rapilly, further characterized the male and female genitalia of D. carinata, and provided illustrated taxonomic keys separating the larger tamarisk beetle from the four other sibling species of the D. elongata (Brullé) species group: Diorhabda elongata, Diorhabda sublineata (Lucas), Diorhabda carinulata, and Diorhabda meridionalis Berti and Rapilly. In literature prior to 2009, D. carinata was usually also referred to as D. elongata, or subspecies of D. elongata.Field collections in Eurasia reveal that the larger tamarisk beetle feeds on at least nine species of tamarisks, including Tamarix ramosissima which is widely invasive in western North America. The larger tamarisk beetle will severely defoliate tamarisk in Turkmenistan and Tajikistan. Extensive laboratory host range studies verified that larger tamarisk beetle is a specialist feeder on tamarisks, feeding only on plants of the tamarisk family, Tamaricaceae. In laboratory and field cage studies, the larger tamarisk beetle will also feed and complete development on Frankenia shrubs, distant relatives of tamarisks in the same plant order Caryophyllales, but larger tamarisk beetle greatly prefer to lay eggs upon tamarisk.The larger tamarisk beetle overwinters as adults on the ground. Adults become active and begin feeding and mating in the early spring when tamarisk leaves are budding. Eggs are laid on tamarisk leaves and bark and hatch in about a week in warm weather. Three larval stages feed on tamarisk leaves for about two and a half weeks when they crawl to the ground and spend about 5 days as a C-shaped inactive prepupa before pupating about one week. Adults emerge from pupae to complete the life cycle in about 4–5 weeks in the summer. Five generations of larger tamarisk beetle occur through spring and fall in central Texas. Similar to the northern tamarisk beetle, adults begin to enter diapause in the late summer and early fall, ceasing reproduction and feeding to build fat bodies before seeking a protected place to overwinter. Larvae and adults are sensitive to shorter daylengths as the summer progresses that signal the coming of winter and induce diapause. Robert Bartelt and Allard Cossé (USDA-ARS, Peoria, Illinois) found that male larger tamarisk beetle emit a putative aggregation pheromone, similar to that found in Diorhabda carinulata, that could serve to attract both males and females to certain tamarisk trees.The larger tamarisk beetle is currently weakly established as a biological control agent for tamarisk in west Texas. Populations of larger tamarisk beetle from around 39°N latitude near Qarshi, Uzbekistan were initially released by the USDA Agricultural Research Service in west Texas in 2006. By 2008, the larger tamarisk beetle had defoliated about 0.2 hectares of tamarisk near Seymour, Texas. The larger tamarisk beetle may be better adapted to warm temperate grassland and desert habitats of west Texas than other Old World tamarisk beetles that are being introduced, such as the Mediterranean tamarisk beetle, Diorhabda elongata. The northern tamarisk beetle, Diorhabda carinulata, is probably better adapted to northern cold deserts in North America where it is widely established, and the subtropical tamarisk beetle, Diorhabda sublineata, may be better adapted to subtropical deserts.Tamarisk does not usually die from a single defoliation from tamarisk beetles, and it can resprout within several weeks of defoliation. Repeated defoliation of individual tamarisk trees can lead to severe dieback the next season and death of the tree within several years. Tamarisk beetle defoliation over the course of at least one to several years can severely reduce the nonstructural carbohydrate reserves in the root crowns of tamarisk. Biological control of tamarisk by the larger tamarisk beetle will not eradicate tamarisk but it has the potential to suppress tamarisk populations by 75–85%, after which both larger tamarisk beetle and tamarisk populations should reach equilibrium at lower levels.A primary objective of tamarisk biological control with the larger tamarisk beetle is to reduce competition by exotic tamarisk with a variety of native riparian flora, including trees (willows, cottonwoods, and honey mesquite), shrubs (wolfberry, saltbush, and baccharis), and grasses (alkali sacaton, saltgrass, and vinemesquite). Unlike expensive chemical and mechanical controls of tamarisk that often must be repeated, tamarisk biological control does not harm native flora and is self-sustaining in the environment. Recovery of native riparian grasses can be quite rapid under the once closed canopy of repeatedly defoliated tamarisk. However, tamarisk beetle defoliation can locally reduce nesting habitat for riparian woodland birds until native woodland flora are able to return. In some areas, tamarisk may be replaced by grasslands or shrublands, resulting in losses of riparian forest habitats for birds (Tracy and DeLoach 1999). Releases of tamarisk beetles in southern California, Arizona, and along the Rio Grande in western New Mexico, are currently delayed until concerns can be resolved regarding safety of tamarisk biological control to nesting habitats of the federally endangered southwestern willow flycatcher, Empidonax traillii Audubon subspecies extimus Phillips, which will nest in tamarisk.",
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"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Diorygopyx",
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"OrganismName": "Diorygopyx duplodentatus",
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{
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"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Diplazon",
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"Tags": "None",
"OrganismName": "Diplazon laetatorius",
"NormalName": "None",
"SpeciesIntro": "Ichneumon laetatorius Fabricius, 1781Bassus laetatoriusAnomalon attractusBassus albovariusBassus cinctipesBassus tripicticrusBassus venustulusBassus balearicusBassus laetatorius terminalis",
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{
"id": 4186,
"InsectBaseID": "IBG_03287",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Diplolepis",
"TaxonomyID": "73405",
"Tags": "None",
"OrganismName": "Diplolepis rosae",
"NormalName": "None",
"SpeciesIntro": "Diplolepis rosae is a gall wasp which causes a gall known as the rose bedeguar gall, bedeguar gall wasp, Robin's pincushion, mossy rose gall, or simply moss gall. The gall develops as a chemically induced distortion of an unopened leaf axillary or terminal bud, mostly on field rose (Rosa arvensis) or dog rose (Rosa canina) shrubs. The female wasp lays up to 60 eggs within each leaf bud using her ovipositor. The grubs develop within the gall, and the wasps emerge in spring; the wasp is parthenogenetic with fewer than one percent being males.A similar gall is caused by Diplolepis mayri, but this is much less common.Being so prominent and interesting in appearance, this gall has more folklore attached to it than most. The term 'Bedeguar, Bedegar or Bedequar' comes from a French word, bédégar, and is ultimately from the Persian, bād-āwar, meaning 'wind-brought'. Robin in Robin's pincushion refers to the woodland sprite of English folklore, Robin Goodfellow.The female is about 4 mm (0.16 in) long. Parts of the abdomen and legs are yellow-red, while the rest of the body is black. The male is black and lacks the hypopygium structure which clearly identifies the species in the female. Its legs are bicoloured yellow and has a body length of about 3 mm (0.12 in).Some insects create their own microhabitats by forming a plant structure called a gall, made up of plant tissue, but controlled by the insect. A gall acts as both a habitat and food source for the maker of the gall. The interior of a bedeguar gall is formed from the bud, and is composed of edible nutritious and structural tissues. Some galls act as \"physiologic sinks\", concentrating resources in the gall from the surrounding plant parts. Galls may also provide the insect with some physical protection from predators.The bedeguar gall is surrounded by a dense mass of sticky branched filaments. This structure gives the appearance of a ball of moss, and its filaments are often brightly colored, being at their best around September; starting off green and then passing through pink and crimson to reddish brown. A large specimen can be up to 10 cm (4 in) in width. The larvae develop and then overwinter as pupae in the now brown and dry-looking structure, emerging in May. The unilarval chambers are set in a woody core which persists after the filaments have worn off.The bedeguar may also develop on Rosa rubiginosa, R. dumalis, or R. rubrifolia.: 156 : 46 The gall induced by D. mayri differs in being more sparsely covered in short, unbranched filaments and the galls usually develop on the twigs.A week after the egg has been laid, the larva hatches and begins to feed on the leaf bud tissue. This activity stimulates (in a way not yet understood) the development by the host plant of enlarged 'nutritive' cells in the area around the growing larva. These are fed on by the larva and are continually replaced by new cells. Further concentric layers of tissues develop around the core nutritive tissue and come to form the structure known as the bedeguar, complete with the outermost and characteristic fibrous outgrowths that give the gall its alternative name of Robin's pincushion. As the larva feeds and grows within this gall, it probably undergoes five larval instar stages (the growth stages between moults). The final instar stage is reached by late October. The larva ceases feeding. It now passes into the prepupal stage, in which form it overwinters inside the gall. In the following February or March, the prepupa undergoes a final moult and becomes a pupa. Through the thin, transparent skin of the pupa, it is possible to see the fully formed antennae, legs, wings and body segments of the adult wasp. The adults begin to emerge from the old galls, which are still attached to the rose, in May. Emergences may continue through to August. ",
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"InsectBaseID": "IBG_03288",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Dircenna",
"TaxonomyID": "1349872",
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"OrganismName": "Dircenna loreta",
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{
"id": 4188,
"InsectBaseID": "IBG_03289",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Ditula",
"TaxonomyID": "572840",
"Tags": "None",
"OrganismName": "Ditula angustiorana",
"NormalName": "None",
"SpeciesIntro": "Ditula angustiorana, the red-barred tortrix, is a moth of the family Tortricidae found in Africa, Asia, Europe and North Africa. Other common names are the fruit-tree tortrix and the vine tortrix. The moth was first described by Adrian Hardy Haworth in 1811.The wingspan is 12–18 mm. The forewings are ferruginous ochreous, blackish-mixed in disc posteriorly. The base and costal fold in the male are dark brown .There is a ferruginous-brown oblique mark from dorsum near the base. The central fascia and costal patch are deep ferruginous, often separated by a whitish suffusion on the costa, and the patch extended as a fascia to the tornus. The hindwings are blackish-grey, in female lighter anteriorly.The larva is greenish-yellowish ; headand plate of 2 green or light brownSingle brooded, the moths are on wing from May to August (depending on the location), with an occasional second brood in September and October; has also been recorded in April.The pale yellow eggs are laid in groups on leaves mainly in June and July.Larvae are found from August to April and May and are polyphagous feeding on the foliage of trees, usually amongst spun leaves and developing fruit buds; sometimes causing superficial damage to mature fruits. In late-autumn, larvae spin a hibernaculum attached to a bud or spur and resume feeding in the spring on the buds, flowers and developing fruit. The larvae feed on a wide variety of trees and shrubs, including rowan (Sorbus aucuparia), apple (Malus species), pear (Pyrus species), cherry (Prunus species), grape (Vitis species), yew (Taxus species), juniper (Juniperus species), Scots pine (Pinus sylvestris), larch (Larix species), Viscum, ivy (Hedera species), Rhododendron species, oak (Quercus species), holly (Ilex species), box (Buxus species), laurel (Laurus species), mistletoe (Viscum species) and sea buckthorn (Hippophae). Also found on some herbaceous plants. Larvae pupate in June, usually in a folded leaf, or spun-leaves, or in debris on the ground.The moth is found in North Africa, Asia Minor, coastal regions of North America and Europe. In Europe the moth is found from Sweden to the Iberian Peninsula and Italy, and from Ireland to Slovenia.",
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{
"id": 4189,
"InsectBaseID": "IBG_03290",
"Order": "Coleoptera",
"Family": "Lucanidae",
"Genus": "Dorcus",
"TaxonomyID": "618762",
"Tags": "None",
"OrganismName": "Dorcus hopei",
"NormalName": "None",
"SpeciesIntro": "Dorcus hopei is a beetle in the family Lucanidae.The life history of Dorcus hopei is fairly similar to that of all beetles in the Lucanidae family. D. hopei are often in their larval state for around one to two years. D. hopei eggs are laid in decaying wood logs in forests of China, Korea, and Japan. The larvae feed on the decaying wood by utilizing a species of yeast, Pichia, that breaks down the xylose of the rotting wood. The larval stage is unique for its ability to survive the harsh winters of its native range, capable of surviving in temperatures as low as -15°C for 24 hours. This is due to their unique antifreeze proteins, a protein not found in any of their relative Lucanidae and very few insects in general.Because of their native range, the D. hopei has developed to overwinter the icy seasons in Japan, Korea, and China. The adults live for around three to five years, often on the grounds of forests. Studies have shown that the males and females often act differently from one another, often as a result of their sexual dimorphism. The males have different mandible sizes, a common trait amongst stag beetles and often use them depending on the size of them, with larger mandibled males using them for control over reproduction territories and food.D. hopei have become a popular insect in Japan and Korea. They are commonly kept as pets due to their distinct mandibles and their ease of cultivation. This has led to a stag beetle market that is worth up to $283 million dollars in Japan.In studies conducted for D. hopei reproduction, it was found that the males and females typically mate on oak trees of their forest habitat. The females lay eggs one at a time and lay around 25 per individual. Typically, the eggs are laid on wood substrates, providing a food source for the larva after hatching. The larvae are relatively long living and rely on the wood for resources while they grow. Many stag beetles are unable to digest the rotting wood on their own and need to rely on yeast and/or other microorganisms. Wood is not the most nutritious food source, so many beetles also eat the fungi that grows on the decaying wood. The beetles are able to use digestive enzymes to break down the chitinous cell material of the fungus for nutrients. Some research has been done regarding Lucanidae larval population density with the results showing that they tend to not interact with each other or other species, however, in areas with high population density, cannibalism may occur.Dorcus hopei, as with many stag beetles, are known for their large, antler like mandibles found in the males of the species. D. hopei display sexual dimorphism with the males having mandibles that contain multiple teeth. Females stag beetles usually only have one set of teeth on their much smaller mandibles. Males often are the larger of the two sexes with some growing to be as large as 76 mm in the wild. The males use their larger sizes to defend their resources and attack other males in order to reproduce.D. hopei, as with the other Coleopterans, has a highly modified forewing called an elytra. This wing acts as a form of protection for the beetles and is unique to their order. The D. hopei elytra has been used for recent studies as they are large, well-described and easy to cultivate. The elytra of the females are highly punctuated, a feature not present on the males. The wings of the D. hopei works similarly to that of other beetles: the usage of blood pressure to hydraulically unfold the wings.One of the most unique physiological attributes of this species is the presence of antifreeze proteins. This is a trait that has evolved in order to survive the cold winters in their native range. D. hopei has a protein found only in this species of beetle, however, it is very similar to some other insect antifreeze proteins. There are immense similarities in the structure of this protein along with that of T. molitor, an insect of different evolutionary path. This has stumped researchers, leaving them unsure how this complex protein developed to be so similar to that of another distinct species.Evolutionarily, Dorcus hopei are closely related to other stag beetles and share many of the distinct traits. One key unifying trait among stag beetles is the presence of hemocytes in their immune system. They have four unique types that have multiple uses including immune response, wound healing, and waste removal. A unique factor among stag beetles is that their hemocytes all look relatively similar and are very close to those in their family Lucanidae.Along with other beetles, stag beetles have a highly beneficial novel trait: the elytra. This has evolved from independently of other insects as a form of protection and appears to have specific gene sequences common in all Coleopterans. These previously undescribed sets of genes show the evolution of the elytra in beetles.",
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{
"id": 4190,
"InsectBaseID": "IBG_03291",
"Order": "Coleoptera",
"Family": "Lucanidae",
"Genus": "Dorcus",
"TaxonomyID": "41107",
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"OrganismName": "Dorcus parallelipipedus",
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"SpeciesIntro": "Dorcus parallelipipedus, the lesser stag beetle, is a species of stag beetle found in Europe.Both sexes resemble the female greater stag beetle (Lucanus cervus), though they are a uniformly blackish colour rather than having the chestnut brown wing covers (elytra) of the larger species. Males have distinctly knobbed antennae, and although their jaws are somewhat larger than those of the females, they are nowhere near as large as those of many other male stag beetles. The lesser stag beetle is similar in appearance to the related antelope beetle (Dorcus parallelus) of North America. Adults are from 18 to 32 mm (0.7 to 1.3 in) in length.Like those of other stag beetles, the white, C-shaped larvae feed on wood. Adults as well as larvae are found in very soft decaying wood of broad-leaved trees, especially ash (Fraxinus excelsior), beech (Fagus sylvatica) and apple (Malus spp). Adults cannot eat solid food, but they can drink tree sap and the liquid of fallen fruits.Adult beetles can be found in woodland, parkland and hedgerows in the summer, often resting in the sun on trees. After they mate, females lay their eggs in rotting, decaying wood. The larvae take only 1 to 2 years to develop, much less than Lucanus cervus, which can take up to 7 years. They also live up to 2 years after emerging from its pupa, not like the larger beetle which only lives a few weeks as an adult.Adults disperse by flying, and sometimes coming to outside lights. This is a widespread species in most of England and is generally common (except in the far north), coming into gardens wherever there are orchards, old hedges or large trees.This stag beetle article is a stub. You can help Wikipedia by expanding it.",
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"SpeciesIntro": "Dromius quadrimaculatus is a species of ground beetle native to the Palearctic (including Europe) and the Near East. In Europe, it is found in Austria, Belarus, Belgium, Bosnia and Herzegovina, Bulgaria, Corsica, the Czech Republic, mainland Denmark, Estonia, Finland, mainland France, Germany, Great Britain including the Isle of Man, mainland Greece, Hungary, the Republic of Ireland, mainland Italy, Kaliningrad, Latvia, Liechtenstein, Lithuania, Luxembourg, Malta, Moldova, Northern Ireland, North Macedonia, mainland Norway, Poland, Russia, Sardinia (doubtful), Slovakia, Slovenia, mainland Spain, Sweden, Switzerland, the Netherlands, Ukraine, and Yugoslavia.This Lebiinae-related article is a stub. You can help Wikipedia by expanding it.",
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"SpeciesIntro": "Drosophila differens is an endangered species of Hawaiian fly in the family Drosophilidae. This species is a member of the planitiba subgroup of the picture-wing clade of Hawaiian Drosophila. It is found on the island of Molokai.Drosophila differens was described by D. Elmo Hardy and Kenneth Y. Kaneshiro in 1975. This fly is very similar to its Maui relative, D. planitibia, though most individuals of D. differens has a yellow face while D. planitibia have a black face. However, Hardy and Kaneshiro report that it is difficult to find any consistently distinguishing character. These two species are capable of hybridizing, but crosses in both directions produce sterile males.D. differens is larger than many other picture-wing species. It is reported to breed in the rotting bark of Clermontia species.Drosophila hemipeza was listed as federally endangered in 2006 along with ten other species of picture-wing Drosophila. Threats to the conservation of D. hemipeza include loss-of-habitat, in part due to invasive pigs and rats, as well as introduced predators such as yellowjacket wasps. Invasive plants such as Psidium cattleianum also threaten the conservation of D. differens by overwhelming native species and outcompete them for access to light. On Molokai, non-native axis deer threaten native ecosystems by trampling and overgrazing native plants. ",
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"SpeciesIntro": "Drosophila helvetica is a rare European species of fruit fly from the family Drosophilidae. It seems to be associated with humid woodland habitat, and sometimes found near farms.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
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"SpeciesIntro": "Idiomyia heteroneura Perkins, 1910Drosophila heteroneura is an endangered species of Hawaiian fly in the family Drosophilidae. This rare fly is part of the Hawaiian Drosophila lineage, and is only found in mesic and wet forests on the island of Hawaii.Male D. heteroneura flies have large, wide heads that give them a hammerhead appearance. These flies are predominantly yellow with black stripes, and characteristic brown spots at the base and tips of the wings. Their abdomens are shiny and black with yellow spots on the sides of each segment.This species was described by R. C. L. Perkins in 1910 as Idiomyia heteroneura, and its name was changed when Idiomyia was merged into the genus Drosophila by Hampton L. Carson and others in 1967.D. heteroneura breeds primarily in the rotting bark and stems of species in the genus Clermontia, but has been recorded breeding in Cheirodendron as well.Drosophila heteroneura is a member of the planitiba subgroup of the picture-wing clade of Hawaiian Drosophila. This species is closely related to D. silvestris, with which they are known to produce fertile hybrid offspring in the wild. D. heteroneura can also produce hybrid offspring with D. planitibia from Maui, another closely related species, but only female hybrid offspring are fertile.Behavioral studies of D. heteroneura and D. silvestris in the laboratory show that a significant obstacle to hybridization is that D. heteroneura females show preference against D. silvestris males during courtship. However, these studies also show that, while the wide head of D. heteroneura appears to be a sexually selected trait, it is likely not the primary mechanism for female species recognition. The number of observations of Drosophila heteroneura has declined significantly in recent decades. Where surveys between 1975 and 1979 found the fly more than seven hundred times, surveys ten years later failed to find any wild populations. Since then, a handful of small populations have been found at several sites on the island.",
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"SpeciesIntro": "Drosophila immigrans is a species of vinegar fly in the family Drosophilidae. Drosophila immigrans is a member of the Immigrans-tripunctata radiation of the subgenus Drosophila. It is related to the Drosophila quinaria and Drosophila testacea species groups, and the fellow Immigrans species group member Drosophila albomicans. Drosophila immigrans has been used in evolutionary studies to understand how viruses evolve with their hosts.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
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"SpeciesIntro": "Drosophila meridiana is a species of fruit fly that is native to North America.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
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{
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"SpeciesIntro": "Drosophila metlerri, commonly known as the Sonoran Desert fly, is a fly in the genus Drosophila. The species is found in North America and is most concentrated along the southern coast of California and in Mexico. D. mettleri are dependent on plant hosts, namely, the saguaro and cardon cacti. Thus, they are most prevalent in arid, desert conditions. It is able to detoxify chemicals found in the rotting liquid of cacti hosts, which allows it to use otherwise lethal soil as a nesting site.D. mettleri was discovered in San Felipe, Baja California in October 1961 during an experiment where banana was used to attract several species of Drosophila. Due to physical geographic barriers between Sonoran Desert flies, gene flow explains speciation.It breeds in soil moistened by liquid excreted by rotting cacti and on necrotic patches. The liquid found in rotting cacti patches serves as a nutrient source for D. mettleri larvae, despite it containing chemicals toxic to the intestines of other Dipterans. Several aspects of the fly species' courtship behavior, such as its courtship song and copulatory plugs, explain sexual selection methods in this fly.Of the Sonoran Desert fly species, D. mettleri behaves, breeds, and is distributed most similarly to D. nigrospiracula. When D. mettleri are collected from cacti in prevalent geographic locations, they are isolated alongside D. nigrospiracula. Both species exploit the toxic sap of their host plants. However, unlike D. nigrospiracula, D. mettleri has a more efficient detoxification system that enables it to nest in areas not exploited by D. nigrospiracula.D. mettleri prefers to breed in soil moisturized in the sap of injured cacti, while D. nigrospiracula is found in the tissue of the cactus itself and is thus subjected to less concentrated toxin levels as compared to D. mettleri. An up-regulation in the genes encoding for xenobiotic resistance are attributed to the specialized and highly efficient detoxification ability of D. mettleri in comparison to other species. This enables the species to use a breeding ground otherwise lethal to both larvae and adults.D. nigrospiracula solely exploits cactus sap on the plant itself (i.e. in the tissues of the cacti). However, D. mettleri adults are located on both the cactus and in nearby soil, as the fly has the specialized ability to detoxify the highly concentrated sap found in surrounding soil. Females are more commonly located in their breeding ground (the soil), whereas males are situated in both areas.Phenotypic differences and similarities may be used to distinguish between D. mettleri and D. nigrospiracula. Similarities between these two species include large bodies, black carcasses, and thin, defined cheeks that stand in stark contrast to their elongated eyes. Differences between these two species that can be used to decipher between them include the following characteristics that D. mettleri has and D. nigrospiracula does not: toe extensions from the genital region, a frons pollinose that is angularly shaped like a \"v\", less maturated gonapophysics, and horns on the anterior only (no horns exist on the posterior region).The species is most commonly found in North American deserts, specifically, in Mexico and Arizona. The species is also found on the southern coast of California, where they inhabit prickly pears. Of the four species of Drosophila found in the Sonoran Desert, D. mettleri have the lowest heat tolerance. D. mettleri are abundant through all seasons but are less prevalent during the summer period. Because the necrotic tissue of cacti in the arid environment of the desert characterizes intense heat conditions, the ability of D. mettleri to exploit the nearby soil of the cacti for breeding purposes provides a selective advantage wherein the pupa of this species have a higher survival rate than other Drosophila desert species. Other species of Drosophila are less successful in the heat of the Sonoran Desert in rearing young due to the intense conditions. Their inability to burrow into the soil has been shown to prove detrimental in increasing pupa survival, yet D. mettleri has an evolutionary advantage in their ability to exploit a niche environment for breeding. The hypothesis that the necrotic tissue of cacti serves as a similarly protective environment as the soil of the Sonoran Desert for other species of Drosophila has been disproven. While other Drosophila have higher heat tolerances due to their breeding grounds in the necrotic tissue of cacti that is higher in heat, D. mettleri have a lower thermal tolerance because there is no evolutionary advantage to such heat tolerance (ability to exploit the less heat-exposed area of cacti soil).The geography of the area encompassed by the Sonoran Desert gives rise to genetic differentiation among desert Drosophila species who feed on necrotic rot. The Sonoran Desert incorporates the peninsular region of Baja California and mainland regions of California. After the peninsula was formed, the Gulf of California, which lies between the peninsula and the mainland, served as a barrier to dispersal opportunities in insects and land mammals. Another physical geographic barrier is the Gran Desierto de Alter, a large sand dune between the peninsula and the mainland. These physical geographic barriers are the cause of gene flow among Sonoran Desert flies. Studies of allozymes in D. mettleri and D. nigrospiracula show differences in nuclear markers that would otherwise suggest differentiation among the regions of the Sonoran Desert. In D. nigrospiracula, there were markers that showed differences within the species when they were located disparately among the peninsular and mainland regions of the desert. In D. mettleri, however, there were no such nuclear marker differences among members of the species found on the peninsula versus those found on the mainland. These differences show that deviations among D. mettleri can be supported through the stepping stone hypothesis.",
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"OrganismName": "Drosophila mulleri",
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"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
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"Tags": "None",
"OrganismName": "Drosophila multiciliata",
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{
"id": 4255,
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"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "48320",
"Tags": "None",
"OrganismName": "Drosophila neoperkinsi",
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{
"id": 4256,
"InsectBaseID": "IBG_03357",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "38839",
"Tags": "None",
"OrganismName": "Drosophila neotestacea",
"NormalName": "None",
"SpeciesIntro": "Drosophila neotestacea is a member of the testacea species group of Drosophila. Testacea species are specialist fruit flies that breed on the fruiting bodies of mushrooms. These flies will choose to breed on psychoactive mushrooms such as the Fly Agaric Amanita muscaria. Drosophila neotestacea can be found in temperate regions of North America, ranging from the north eastern United States to western Canada.Drosophila neotestacea and other mushroom-breeding Drosophila have been studied extensively for their interactions with Howardula nematode parasites, particularly Howardula aoronymphium. Unlike related species, D. neotestacea is sterilized by H. aoronymphium infection. The genetic basis of this susceptibility is unknown, and is nematode-dependent. For instance, a related Howardula species from Japan does not sterilize D. neotestacea, even though the European and North American Howardula species do. Moreover, the related Drosophila orientacea is resistant to infection by the European Howardula nematodes, but susceptible to the Japanese Howardula nematodes. Accordingly, nematode infection strongly suppresses genes involved in egg development. Comparisons between D. neotestacea and nematode-resistant members of the Testacea species group can help tease apart interactions of fly immunity genetics and nematode parasitism genetics.Initially discovered in D. neotestacea, mushroom-feeding flies are commonly infected with the trypanosomatid parasite Jaenimonas drosophilae.The major innate immunity pathways of Drosophila are found in D. neotestacea, however the antimicrobial peptide Diptericin B has been lost. This loss of Diptericin B is also common to the related Drosophila testacea and Drosophila guttifera, but not the also-related Drosophila innubila. As such, these loss events appear to have been independent, suggesting that Diptericin B is actively selected against in these species; indeed, Diptericin B is conserved in all other Drosophila species. It also seems that unrelated Tephritid fruit flies have independently derived a Diptericin gene strikingly similar to the Drosophila Diptericin B gene. Like mushroom-feeding flies, these Tephritids also have a non-frugivorous sub-lineage that has similarly lost the Tephritid Diptericin B gene. These evolutionary patterns in mushroom-breeding Drosophila and other fruit flies suggests that the immune system's effectors (like antimicrobial peptides) are directly shaped by host ecology.Drosophila neotestacea can harbour bacterial symbionts including Wolbachia and notably Spiroplasma poulsonii. The S. poulsonii strain of D. neotestacea has spread westward across North America due to the selective pressure imposed by the sterilizing nematode parasite Howardula aoronymphium. While S. poulsonii can be found in other Drosophila species, the D. neotestacea strain is unique in defending its host against nematode infestation. Like other S. poulsonii strains, the D. neotestacea strain also protects its host from parasitic wasp infestation.The mechanism through which S. poulsonii protects flies from nematodes and parasitic wasps relies on the presence of toxins called ribosome-inactivating proteins (RIPs), similar to Sarcin or Ricin. These toxins cut a conserved structure in ribosomal RNA, ultimately changing the nucleotide sequence at a specific site. This leaves a signature of RIP attack in nematode and wasp RNA. Spiroplasma poulsonii likely avoids damaging its host fly by carrying parasite-specific complements of RIP toxins encoded on bacterial plasmids. This allows genes for RIP toxins to readily move between species by horizontal gene transfer, as D. neotestacea Spiroplasma RIPs are shared by Spiroplasma of other mushroom-feeding flies, such as Megaselia nigra.The Testacea species group is used in population genetics to study sex-ratio distorting 'selfish' or 'driving' X chromosomes. Selfish X chromosomes bias the offspring of males such that fathers only produce daughters. This increases the spread of the selfish X chromosome, as Y chromosome-bearing sperm are never transmitted. In wild populations, up to 30% of D. neotestacea individuals can harbour a selfish X chromosome. The spread of the D. neotestacea selfish X is limited by climatic factors, predicted by the harshness of winter. Thus, its frequency in the wild may be affected by ongoing climate change. The mechanism of X chromosome drive may be related to a duplication of an importin gene, a type of nuclear transport protein.Often, selfish X chromosomes suppress genetic recombination during meiosis. This process maintains the gene clusters that promote X chromosome drive, but also can lead to an accumulation of deleterious mutations via a process known as Muller's ratchet. The D. neotestacea selfish X suppresses recombination in lab settings, but occasional recombination occurs in the wild evidenced by recombinant genetic regions in wild-caught flies. Other Testacea species harbour selfish X chromosomes, raising the question of whether X chromosome drive played a role in speciation of the Testacea group. At least one selfish X in Testacea group flies is old enough to have been present in the last-common ancestor of Drosophila testacea and Drosophila orientacea.",
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"OrganismName": "Drosophila neutralis",
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"id": 4258,
"InsectBaseID": "IBG_03359",
"Order": "Diptera",
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"Genus": "Drosophila",
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"Tags": "None",
"OrganismName": "Drosophila nigricruria",
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{
"id": 4259,
"InsectBaseID": "IBG_03360",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "1564271",
"Tags": "None",
"OrganismName": "Drosophila nigritarsus",
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{
"id": 4260,
"InsectBaseID": "IBG_03361",
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"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "43679",
"Tags": "None",
"OrganismName": "Drosophila niveifrons",
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{
"id": 4261,
"InsectBaseID": "IBG_03362",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "48327",
"Tags": "None",
"OrganismName": "Drosophila ochracea",
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"SpeciesIntro": "Other reasons this message may be displayed:",
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"Busco": "C:99.93%[S:99.20%,D:0.73%],F:0.07%,M:0.00%,n:1367",
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},
{
"id": 4262,
"InsectBaseID": "IBG_03363",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "1564273",
"Tags": "None",
"OrganismName": "Drosophila paracracens",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_035044025.1",
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{
"id": 4263,
"InsectBaseID": "IBG_03364",
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"Genus": "Drosophila",
"TaxonomyID": "311477",
"Tags": "None",
"OrganismName": "Drosophila paramelanica",
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{
"id": 4264,
"InsectBaseID": "IBG_03365",
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"Genus": "Drosophila",
"TaxonomyID": "271083",
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{
"id": 4265,
"InsectBaseID": "IBG_03366",
"Order": "Diptera",
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"Genus": "Drosophila",
"TaxonomyID": "133990",
"Tags": "None",
"OrganismName": "Drosophila parthenogenetica",
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"SpeciesIntro": "Other reasons this message may be displayed:",
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{
"id": 4266,
"InsectBaseID": "IBG_03367",
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"Genus": "Drosophila",
"TaxonomyID": "48355",
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"OrganismName": "Drosophila paucipuncta",
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{
"id": 4267,
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{
"id": 4268,
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"TaxonomyID": "30014",
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"OrganismName": "Drosophila peninsularis",
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{
"id": 4269,
"InsectBaseID": "IBG_03370",
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"Genus": "Drosophila",
"TaxonomyID": "504590",
"Tags": "None",
"OrganismName": "Drosophila percnosoma",
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"SpeciesIntro": "Other reasons this message may be displayed:",
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},
{
"id": 4270,
"InsectBaseID": "IBG_03371",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7283",
"Tags": "None",
"OrganismName": "Drosophila phalerata",
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"SpeciesIntro": "Drosophila prolongata commonly referred to as the panda fly, is a fly of the family Drosophilidae. This species is endemic to southeast Asia. Males of this species express one of the most extreme reversed sexual size dimorphism (i.e. males are larger than females) in the Drosophilidae, making this species an interesting model organism for the study of sexual selection. Males also display remarkable copulation courtship behaviour.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
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"SpeciesIntro": "Drosophila putrida is a species of fruit fly in the family Drosophilidae. It is found throughout the temperate central-eastern United States. Like other members of the Drosophila testacea species group, D. putrida breeds exclusively on mushrooms.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"SpeciesIntro": "Drosophila quinaria is a species of fruit fly in the Drosophila quinaria species group. Most Quinaria group species feed largely on mushrooms. However D. quinaria instead eats decaying vegetative matter, a trait it evolved independently.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
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"OrganismName": "Drosophila recens",
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{
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"SpeciesIntro": "Idiomyia silvestris Perkins, 1910Drosophila silvestris is a large species of fly in the family Drosophilidae that are primarily black with yellow spots. As a rare species of fruit fly endemic to Hawaii (“the Big Island”), the fly often experiences reproductive isolation. Despite barriers in nature, D. silvestris is able to breed with D. heteroneura to create hybrid flies in the laboratory.Male D. silvestris demonstrate many elaborate courtship displays like wing waving and courtship songs to attract females to their territories. To defend these territories, males behave aggressively and fight with one another. This species demonstrates sexual selection through female choice, as indicated by an evolutionary enhancement of extra tibia bristles occurring in certain D. silvestris populations in the last 700,000 years.D. silvestris has a large body, long legs, and slim wings. This fly has a round head shape, which is typical for fruit flies. While females have a completely dark yellow or orange face, males have a black face with a horizontal yellow stripe between the frons and the clypeus. The antennae are black in males and yellow in females. The lateral part of the mesothorax varies from brown to black pigmentation, and yellow pigmentation can be found on the edge of the top side in some individuals.Unlike females, males have two rows of long bristles along the upper sides of their forelegs. There is some variation in the number of male tibial bristles, as 20-30 extra bristles can be found in the middle of the two rows in north and east populations of Hawaii. These extra bristles create an irregular third row, which is related to the fly's courtship ritual and may have arisen due to geographic isolation from ancestral south and west populations.This species is tolerant to colder temperatures and vulnerable to heat stress due to higher temperatures, which affect sperm mobility and survival. This is consistent with the flies' preference for cooler environments found at higher elevations. There are three phylogenetically early chromosomal inversions in D. silvestris that are associated with elevation changes, possibly reflecting an adaptive shift to altitude that contributed to evolution in Hawaiian Drosophila.Currently there are about 1,000 Drosophila species native to the Hawaiian Islands, and, D. silvestris inhabits the Big Island.Extensive lava flow from volcanoes fragments the geographical distribution of this species around the island. The flow of lava creates kipukas, isolated habitable patches of vegetated land, which can range from several square meters to several square kilometers in size. D. silvestris inhabits high-altitude, cool rainforests on the slopes of all five volcanoes in Hawaii (Mauna Kea, Mauna Loa, Kilauea, Hualalai and Kohala), specifically in altitudes ranging from 900–1,500 m (3,000–4,900 ft). The most ancestral populations of this fly species are found on Hualalai, the third youngest volcano on the island.A quarter of the world's Drosophilidae species are endemic to the Hawaiian Islands evolving from an ancestral continental species which arrived 26 million years ago due to Hawaii's extremely diverse ecosystem and vegetation causing speciation. D. silvestris only inhabits the Island of Hawaii (the Big Island), which is 400,000 years old.",
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"id": 4290,
"InsectBaseID": "IBG_03391",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "198725",
"Tags": "None",
"OrganismName": "Drosophila subquinaria",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037043405.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.85%[S:90.05%,D:9.80%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "194.543196",
"GenomeGC": "27.11659985",
"SeqNumber": "3301",
"N50": "236.195",
"PCGnumber": "22815",
"Swissnumber": "None",
"GOnumber": "None",
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{
"id": 4291,
"InsectBaseID": "IBG_03392",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "7239",
"Tags": "None",
"OrganismName": "Drosophila subsilvestris",
"NormalName": "None",
"SpeciesIntro": "Drosophila silvestris Basden, 1954Drosophila subsilvestris is a relatively common Northern European species of fruit flies from the family Drosophilidae. It is associated with woodland. It is in flight from April to November, being most abundant in June and July, and in September and October.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035043285.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:98.83%,D:0.95%],F:0.15%,M:0.07%,n:1367",
"GenomeSize": "162.766176",
"GenomeGC": "32.91700912",
"SeqNumber": "2304",
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{
"id": 4292,
"InsectBaseID": "IBG_03393",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "46827",
"Tags": "None",
"OrganismName": "Drosophila tanythrix",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035043275.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:98.61%,D:1.17%],F:0.22%,M:0.00%,n:1367",
"GenomeSize": "145.162732",
"GenomeGC": "30.74651351",
"SeqNumber": "543",
"N50": "13081.679",
"PCGnumber": "19733",
"Swissnumber": "None",
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{
"id": 4293,
"InsectBaseID": "IBG_03394",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "38838",
"Tags": "None",
"OrganismName": "Drosophila testacea",
"NormalName": "None",
"SpeciesIntro": "Drosophila testacea is a member of the testacea species group of Drosophila. Testacea species are specialist fruit flies that breed on the fruiting bodies of mushrooms. Drosophila testacea can be found in temperate regions of Europe, extending to East Asia. Drosophila testacea and Drosophila orientacea can produce viable hybrids, though they are separated by geography and behavioural barriers. Drosophila testacea females will also readily mate with Drosophila neotestacea males, but viable hybrids are never produced. This hybrid inviability (see Haldane's rule)) may be due to selfish X chromosomes and co-evolved suppressors. Alternately, differences in sex pheromone (e.g. vaccenyl acetate) reception could underlie female readiness and male willingness to copulate.The antimicrobial peptide gene Diptericin B has been pseudogenized in D. testacea and likely its sister species, D. neotestacea. This was due to a lack of Acetobacter bacteria in its environment, relaxing Natural selection on Diptericin B, which is specifically evolved to combat Acetobacter.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_035043265.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:98.68%,D:1.10%],F:0.15%,M:0.07%,n:1367",
"GenomeSize": "164.006772",
"GenomeGC": "28.18415632",
"SeqNumber": "1200",
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{
"id": 4294,
"InsectBaseID": "IBG_03395",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "937323",
"Tags": "None",
"OrganismName": "Drosophila trichaetosa",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035043205.1",
"GenomeLevel": "Contig",
"Busco": "C:99.56%[S:97.88%,D:1.68%],F:0.22%,M:0.22%,n:1367",
"GenomeSize": "136.293721",
"GenomeGC": "30.90247276",
"SeqNumber": "783",
"N50": "4071.654",
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"Swissnumber": "None",
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{
"id": 4295,
"InsectBaseID": "IBG_03396",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "141217",
"Tags": "None",
"OrganismName": "Drosophila tripunctata",
"NormalName": "None",
"SpeciesIntro": "Drosophila tripunctata is a species of vinegar fly in the Immigrans-tripunctata radiation of the subgenus Drosophila.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035047385.1",
"GenomeLevel": "Contig",
"Busco": "C:99.79%[S:99.20%,D:0.59%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "164.071812",
"GenomeGC": "27.80264961",
"SeqNumber": "339",
"N50": "5007.959",
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},
{
"id": 4296,
"InsectBaseID": "IBG_03397",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "309939",
"Tags": "None",
"OrganismName": "Drosophila ustulata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035047365.1",
"GenomeLevel": "Contig",
"Busco": "C:99.93%[S:99.20%,D:0.73%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "178.91392",
"GenomeGC": "27.91370845",
"SeqNumber": "131",
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},
{
"id": 4297,
"InsectBaseID": "IBG_03398",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "30049",
"Tags": "None",
"OrganismName": "Drosophila vallismaia",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035047325.1",
"GenomeLevel": "Contig",
"Busco": "C:99.64%[S:99.49%,D:0.15%],F:0.22%,M:0.15%,n:1367",
"GenomeSize": "171.530614",
"GenomeGC": "30.55741059",
"SeqNumber": "94",
"N50": "21241.113",
"PCGnumber": "20162",
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},
{
"id": 4298,
"InsectBaseID": "IBG_03399",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "48324",
"Tags": "None",
"OrganismName": "Drosophila villosipedis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035043025.1",
"GenomeLevel": "Contig",
"Busco": "C:99.93%[S:99.34%,D:0.59%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "134.572475",
"GenomeGC": "30.32469158",
"SeqNumber": "108",
"N50": "12713.188",
"PCGnumber": "16350",
"Swissnumber": "None",
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},
{
"id": 4299,
"InsectBaseID": "IBG_03400",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Drosophila",
"TaxonomyID": "46828",
"Tags": "None",
"OrganismName": "Drosophila yooni",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035043035.1",
"GenomeLevel": "Contig",
"Busco": "C:98.75%[S:97.29%,D:1.46%],F:0.22%,M:1.02%,n:1367",
"GenomeSize": "136.222105",
"GenomeGC": "30.9403617",
"SeqNumber": "1092",
"N50": "1788.459",
"PCGnumber": "17647",
"Swissnumber": "None",
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},
{
"id": 4300,
"InsectBaseID": "IBG_03401",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Drusilla",
"TaxonomyID": "135868",
"Tags": "None",
"OrganismName": "Drusilla canaliculata",
"NormalName": "None",
"SpeciesIntro": "Drusilla canaliculata is a species of rove beetle in the family Staphylinidae. It is found in Europe and Northern Asia (excluding China) and North America.This Staphylinidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_027574885.2",
"GenomeLevel": "Scaffold",
"Busco": "C:80.25%[S:79.96%,D:0.29%],F:14.05%,M:5.41%,n:1367",
"GenomeSize": "265.284818",
"GenomeGC": "18.62248672",
"SeqNumber": "74056",
"N50": "4.662",
"PCGnumber": "27661",
"Swissnumber": "None",
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},
{
"id": 4301,
"InsectBaseID": "IBG_03402",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Dryadula",
"TaxonomyID": "34742",
"Tags": "None",
"OrganismName": "Dryadula phaetusa",
"NormalName": "None",
"SpeciesIntro": "Dryadula is a monotypic genus of the butterfly family Nymphalidae. Its single species, Dryadula phaetusa, known as the banded orange heliconian, banded orange, or orange tiger, is native from Brazil to central Mexico, and in summer can be found rarely as far north as central Florida. Its wingspan ranges from 86 to 89 mm, and it is colored a bright orange with thick black stripes in males and a duller orange with fuzzier black stripes in females.It feeds primarily on the nectar of flowers and on bird droppings; its caterpillar feeds on passion vines including Passiflora tetrastylis. It is generally found in lowland tropical fields and valleys.This species is unpalatable to birds and belongs to the \"orange\" Müllerian mimicry complex.Prior to their mating season, males of this species congregate by the hundreds on patches of moist soil that contain mineral salts, a behavior known as mud-puddling. When they cannot find such deposits, the insects visit various animals to drink salty secretions from their skin and nostrils.The genus Dryadula Michner, 1942, is monotypic; the type species is Papilio phaetusa Linnaeus, 1758 (Syst. Nat. 10 ed., 1: 478). The type locality, given as \"Indiis\", is supposed to refer to the West Indies or northern South America.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_032432895.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.92%[S:98.90%,D:1.02%],F:0.07%,M:0.00%,n:1367",
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"SeqNumber": "191",
"N50": "6135.714",
"PCGnumber": "25120",
"Swissnumber": "None",
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},
{
"id": 4302,
"InsectBaseID": "IBG_03403",
"Order": "Phasmatodea",
"Family": "Phasmatidae",
"Genus": "Dryococelus",
"TaxonomyID": "614101",
"Tags": "None",
"OrganismName": "Dryococelus australis v2",
"NormalName": "None",
"SpeciesIntro": "Dryococelus australis, commonly known as the Lord Howe Island stick insect or tree lobster, is a species of stick insect that lives on the Lord Howe Island Group. It is the only member of the monotypic genus Dryococelus. Thought to be extinct by 1920, it was rediscovered in 2001. It is extirpated in its largest former habitat, Lord Howe Island, and has been called \"the rarest insect in the world\", as the rediscovered population consisted of 24 individuals living on the small islet of Ball's Pyramid.Adult Lord Howe Island stick insects can measure up to 20 centimetres (8 in) in length and weigh 25 grams (1 oz), with males 25% smaller than females. They are oblong in shape and have sturdy legs. Males have thicker thighs than females. Unlike most phasmida, the insects have no wings.The behaviour of this stick insect is highly unusual for an insect species, in that the males and females form a bond in some pairs. The females lay eggs while hanging from branches. Hatching can happen up to nine months later. The nymphs are first bright green and active during the day, but as they mature, they turn black and become nocturnal.Reproduction can happen without the presence of males (parthenogenesis) and this quality has allowed the species to survive when they are low in numbers.The stick insects were once very common on Lord Howe Island, where they were used as bait in fishing. They were believed to have become extinct soon after the supply ship SS Makambo ran aground on the island in 1918, allowing black rats to become established. After 1920, no stick insects could be found. However, in 1964, a team of climbers visiting Ball's Pyramid, a rocky sea stack 23 kilometres (14 mi) south-east of Lord Howe Island, discovered a dead Lord Howe Island stick insect. During subsequent years, climbers found a few more fresh carcasses, but expeditions to find live specimens were unsuccessful.In 2001, Australian scientists David Priddel and Nicholas Carlile hypothesised that there was sufficient vegetation on the islet to support a population of the insects, and, with two assistants, travelled there to investigate further. They scaled 120 metres of grassy, low-angled slope, but found only crickets. On their descent, the team discovered large insect droppings under a single Melaleuca shrub growing in a crevice approximately 100 metres above the shoreline. They deduced that they would need to return after dark, when the insects are active, to have the best chance of finding living specimens. Carlile returned with local ranger Dean Hiscox and, with a camera and flashlights, scrambled back up the slopes. They discovered a small population of 24 insects living beneath the Melaleuca shrub amongst a substantial build-up of plant debris.In 2003, a research team from New South Wales National Parks and Wildlife Service returned to Ball's Pyramid and collected two breeding pairs, one destined for a private breeder in Sydney and the other sent to the Melbourne Zoo. After initial difficulties, the insects were successfully bred in captivity in Melbourne. The ultimate goal was to produce a large population for reintroduction to Lord Howe Island, providing that a project to eradicate the invasive rats was successful. In 2006, the captive population of insects numbered about 50 individuals, with thousands of eggs still to hatch. In 2008, when Jane Goodall visited the zoo, the population had grown to 11,376 eggs and 700 individuals, 20 of which were soon after returned to a special habitat on Lord Howe Island. As of April 2012[update], the Melbourne Zoo had reportedly bred over 9,000 of the insects, including 1,000 adult insects, plus 20,000 eggs.In 2012, the Budapest Zoo was the first zoo in the world to reproduce it.In 2014, an unauthorised climbing team sighted live stick insects near the summit of Ball's Pyramid, in a thicket of sedge plants rooted in very thin soils at an altitude of 500 metres, suggesting that the insect's range on the island is more widespread than previously thought, and that its food preferences are not limited to Melaleuca howeana.",
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{
"id": 4303,
"InsectBaseID": "IBG_03404",
"Order": "Diptera",
"Family": "Dryomyzidae",
"Genus": "Dryomyza",
"TaxonomyID": "169445",
"Tags": "None",
"OrganismName": "Dryomyza anilis",
"NormalName": "None",
"SpeciesIntro": "Dryomyza anilis is a common fly from the family Dryomyzidae. The fly is found through various areas in the Northern hemisphere and has brown and orange coloration with distinctive large red eyes. The life span of the fly is not known, but laboratory-reared males can live 28–178 days. D. anilis has recently been placed back in the genus Dryomyza, of which it is the type species. ",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_951804985.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.34%,D:0.22%],F:0.15%,M:0.29%,n:1367",
"GenomeSize": "656.620501",
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"SeqNumber": "70",
"N50": "106770.135",
"PCGnumber": "36917",
"Swissnumber": "None",
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"Pfamnumber": "None",
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},
{
"id": 4304,
"InsectBaseID": "IBG_03405",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Dynastes",
"TaxonomyID": "60843",
"Tags": "None",
"OrganismName": "Dynastes grantii",
"NormalName": "None",
"SpeciesIntro": "The western Hercules beetle (Dynastes grantii, often misspelled as \"granti\") is a species of rhinoceros beetle that lives in Arizona, New Mexico and Utah in the United States and in parts of northern Mexico. This species is known for its grayish-white elytra, large size, and characteristic horn of the adult males.Adult body sizes of both sexes vary from 3.5 to 6.0 cm (1.4–2.4 in) (apex of elytra to apex of thoracic horn), with captive-reared individuals reaching up to 8.0 cm (3.1 in) Coloration of the elytra varies from white to grayish-white, often with irregular black spots of various size and number. At high humidity levels, the elytra may appear black.Dynastes grantii is sexually dimorphic, with the females lacking the characteristic horns of the male.Like other Hercules beetle species, Dynastes grantii undergoes a six-stage life cycle from egg to adult, with three larval instars and a single pupal stage. The time from egg to pupal eclosion is estimated to take approximately two years. The pupal stage lasts about 30 days. Adults emerge from the pupal chamber between the months of August through October and typically live between two and four months in the wild. In captivity, the adults may live up to nine months. After mating the female oviposits over 100 eggs.Populations of Dynastes grantii may be found in southern Utah, Arizona, western New Mexico of the United States, and parts of Northern Mexico. This species typically inhabits highland forest habitats, at or above 1,600 m (5,200 ft) above sea level.Adults have been documented feeding on the cambium of ash trees. The beetles strip the bark from small branches and feed on the sap produced by the exposed cambium.Dynastes grantii belongs to the White Hercules beetle lineage which includes five allopatrically distributed North American and Central American taxa, including Dynastes hyllus, Dynastes maya, Dynastes moroni, and Dynastes tityus. Despite differences in geographic origin and morphology, namely horn length and coloration of the elytra, Dynastes tityus and Dynastes grantii are very similar and it is possible for the two species to produce hybrids. Some scientists believe that the two beetles are actually subspecies given the similarities of the male genitalia.Dynastes grantii is very similar morphologically to Dynastes hyllus, with differentiation between species often only possible through examination of geographic origin.The body coloration of Dynastes hyllus is typically yellowish to brownish where it is white to grayish-white in Dynastes grantii. The significant protrusion forward of the bottom tooth at the base of the thoracic horn in males of Dynastes hyllus is also a distinguishing factor between the two species. While Dynastes hyllus can be distinguished morphologically from Dynastes grantii, geographic origin is generally the strongest factor in correct identification.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_029619325.2",
"GenomeLevel": "Scaffold",
"Busco": "C:95.9%[S:95.2%,D:0.7%],F:0.9%,M:3.2%,n:1367",
"GenomeSize": "678.736045",
"GenomeGC": "21.62337879",
"SeqNumber": "290",
"N50": "57874.787",
"PCGnumber": "55977",
"Swissnumber": "None",
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},
{
"id": 4305,
"InsectBaseID": "IBG_03406",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Dynastes",
"TaxonomyID": "1767015",
"Tags": "None",
"OrganismName": "Dynastes hyllus",
"NormalName": "None",
"SpeciesIntro": "Dynastes hyllus is a large scarab beetle species that ranges from Mexico to Guatemala. Its larvae have been found to associate with the logs of Persea americana.There were two subspecies recognized, D. hyllus hyllus and D. hyllus moroni, but subsequent genetic analyses clearly indicate that they are unrelated to one another; D. hyllus hyllus is sister to Dynastes grantii, while D. hyllus moroni is sister to Dynastes maya, so moroni is presently considered a separate species.This Dynastinae article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_029619255.2",
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"Busco": "C:84.0%[S:83.7%,D:0.3%],F:4.1%,M:11.9%,n:1367",
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"SeqNumber": "528",
"N50": "52444.804",
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"miRNAnumber": "None",
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{
"id": 4306,
"InsectBaseID": "IBG_03407",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Dynastes",
"TaxonomyID": "1767015",
"Tags": "None",
"OrganismName": "Dynastes hyllus v2",
"NormalName": "None",
"SpeciesIntro": "Dynastes hyllus is a large scarab beetle species that ranges from Mexico to Guatemala. Its larvae have been found to associate with the logs of Persea americana.There were two subspecies recognized, D. hyllus hyllus and D. hyllus moroni, but subsequent genetic analyses clearly indicate that they are unrelated to one another; D. hyllus hyllus is sister to Dynastes grantii, while D. hyllus moroni is sister to Dynastes maya, so moroni is presently considered a separate species.This Dynastinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029619255.2",
"GenomeLevel": "Scaffold",
"Busco": "C:84.42%[S:84.13%,D:0.29%],F:3.88%,M:11.70%,n:1367",
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"GenomeGC": "21.92032897",
"SeqNumber": "528",
"N50": "52444.804",
"PCGnumber": "48333",
"Swissnumber": "None",
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{
"id": 4307,
"InsectBaseID": "IBG_03408",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Dynastes",
"TaxonomyID": "1248199",
"Tags": "None",
"OrganismName": "Dynastes tityus",
"NormalName": "None",
"SpeciesIntro": "Dynastes tityus, the eastern Hercules beetle, is a species of rhinoceros beetle native to the Eastern United States. The adult's elytra are green, gray or tan, with black markings, and the whole animal, including the male's horns, may reach 60 mm (2.4 in) in length. The larvae feed on decaying wood from various trees.Dynastes tityus is known by a number of common names, including eastern Hercules beetle, elephant beetle and ox beetle. It was first given a scientific name by Carl Linnaeus, in his 1763 work Centuria Insectorum, where it was called Scarabaeus tityus; when Linnaeus' genus Scarabaeus was divided into smaller genera, S. tityus was renamed Dynastes tityus.Adults of both sexes are 20–27 millimeters (0.8–1.1 in) wide, and males are 40–60 millimeters (1.6–2.4 in) long, including a long horn (the pronotal horn) which projects forwards from the thorax of the male; a second horn (the clypeal horn) projects upwards from the head. Dynastes tityus is therefore \"among the longest and heaviest beetles in the United States\". The horns are used in battles between rival males competing for a mate; the size of the horn reflects the availability of food when the beetle was growing. Despite the size of the horns, Dynastes tityus is harmless to humans.The elytra are green, gray, or tan, usually with black mottling. The pattern of spots is unique to each individual. Beetles that are found in the soil or in rotten wood often appear very dark, with the spots on the elytra obscured. This results from moisture which the shell has absorbed; when the elytra dry out, they return to their paler color. Moisture is stored on the outer layer of the elytra, called the epicuticle, which changes the angle at which light reflects off of the underlying layer, the exocuticle, which is composed of photonic crystals. Occasionally, both elytra may be a uniform mahogany color, or one elytron may be pale with dark blotches, while the other is a plain mahogany color.Dynastes tityus was featured on a stamp issued by the United States Postal Service in October 1999.The external humidity level leads to the elytra color change for the eastern Hercules beetle. They change color from yellow-green to deep brown when they move from a low humidity environment to a high humidity environment. When the environment is dry, the space between the multilayers is filled up with air and the refractive index has a low value of 1. However, when the humidity increases, the air is replaced by water and the refractive index increases 1.33. The change in the level of refractive index alters the light transmission path, which eventually causes the visible color change.The eastern Hercules beetle has a multilayer body structure in which the exact composition has not been determined. The known components of the insect cuticle are chitin fibers and a proteinaceous matrix. They fuse with each other and build an ordered structure which can store energy to protect the wing and body. When the elytra appears deep brown under the high humidity environment, it can better defend the beetle from attacks and accidents. Furthermore, the elytra is more apt to regular protection and attack when it has the yellow-green color.The genus Dynastes is theorized to originate in South America. The North American lineage appeared after the closure of the Panama Isthmus 3.5 million years ago. This lineage has been further dispersed by the Transverse Volcanic Belt and the Sierra Madre del Sur into eastern and western species in North America. D. tityus lives in the eastern and southeastern United States, from New York state, Illinois and Indiana in the north to Florida and the Gulf of Mexico in the south, with eastern Texas and western Arkansas marking the western limit of its range.The larvae of eastern Hercules beetles live in decaying wood. They prefer to reside and develop within the large cavity at or near the bases of the tree through which they can tunnel into the soil. The adults are observed to live in the vegetation and under moist leaf-litter. The fallen leaves and logs can protect the beetle from predation risks. They are also found to live on ash trees where the trees help them attract and locate mates.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
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"GenomeLevel": "Scaffold",
"Busco": "C:99.0%[S:98.0%,D:1.0%],F:0.1%,M:0.9%,n:1367",
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{
"id": 4308,
"InsectBaseID": "IBG_03409",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Dynastes",
"TaxonomyID": "1248199",
"Tags": "None",
"OrganismName": "Dynastes tityus v2",
"NormalName": "None",
"SpeciesIntro": "Dynastes tityus, the eastern Hercules beetle, is a species of rhinoceros beetle native to the Eastern United States. The adult's elytra are green, gray or tan, with black markings, and the whole animal, including the male's horns, may reach 60 mm (2.4 in) in length. The larvae feed on decaying wood from various trees.Dynastes tityus is known by a number of common names, including eastern Hercules beetle, elephant beetle and ox beetle. It was first given a scientific name by Carl Linnaeus, in his 1763 work Centuria Insectorum, where it was called Scarabaeus tityus; when Linnaeus' genus Scarabaeus was divided into smaller genera, S. tityus was renamed Dynastes tityus.Adults of both sexes are 20–27 millimeters (0.8–1.1 in) wide, and males are 40–60 millimeters (1.6–2.4 in) long, including a long horn (the pronotal horn) which projects forwards from the thorax of the male; a second horn (the clypeal horn) projects upwards from the head. Dynastes tityus is therefore \"among the longest and heaviest beetles in the United States\". The horns are used in battles between rival males competing for a mate; the size of the horn reflects the availability of food when the beetle was growing. Despite the size of the horns, Dynastes tityus is harmless to humans.The elytra are green, gray, or tan, usually with black mottling. The pattern of spots is unique to each individual. Beetles that are found in the soil or in rotten wood often appear very dark, with the spots on the elytra obscured. This results from moisture which the shell has absorbed; when the elytra dry out, they return to their paler color. Moisture is stored on the outer layer of the elytra, called the epicuticle, which changes the angle at which light reflects off of the underlying layer, the exocuticle, which is composed of photonic crystals. Occasionally, both elytra may be a uniform mahogany color, or one elytron may be pale with dark blotches, while the other is a plain mahogany color.Dynastes tityus was featured on a stamp issued by the United States Postal Service in October 1999.The external humidity level leads to the elytra color change for the eastern Hercules beetle. They change color from yellow-green to deep brown when they move from a low humidity environment to a high humidity environment. When the environment is dry, the space between the multilayers is filled up with air and the refractive index has a low value of 1. However, when the humidity increases, the air is replaced by water and the refractive index increases 1.33. The change in the level of refractive index alters the light transmission path, which eventually causes the visible color change.The eastern Hercules beetle has a multilayer body structure in which the exact composition has not been determined. The known components of the insect cuticle are chitin fibers and a proteinaceous matrix. They fuse with each other and build an ordered structure which can store energy to protect the wing and body. When the elytra appears deep brown under the high humidity environment, it can better defend the beetle from attacks and accidents. Furthermore, the elytra is more apt to regular protection and attack when it has the yellow-green color.The genus Dynastes is theorized to originate in South America. The North American lineage appeared after the closure of the Panama Isthmus 3.5 million years ago. This lineage has been further dispersed by the Transverse Volcanic Belt and the Sierra Madre del Sur into eastern and western species in North America. D. tityus lives in the eastern and southeastern United States, from New York state, Illinois and Indiana in the north to Florida and the Gulf of Mexico in the south, with eastern Texas and western Arkansas marking the western limit of its range.The larvae of eastern Hercules beetles live in decaying wood. They prefer to reside and develop within the large cavity at or near the bases of the tree through which they can tunnel into the soil. The adults are observed to live in the vegetation and under moist leaf-litter. The fallen leaves and logs can protect the beetle from predation risks. They are also found to live on ash trees where the trees help them attract and locate mates.",
"Intro_from": "",
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"Busco": "C:99.27%[S:98.90%,D:0.37%],F:0.07%,M:0.66%,n:1367",
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{
"id": 4309,
"InsectBaseID": "IBG_03410",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Dysmachus",
"TaxonomyID": "468725",
"Tags": "None",
"OrganismName": "Dysmachus trigonus",
"NormalName": "None",
"SpeciesIntro": "Dysmachus trigonus, the fan-bristled robberfly, is a species of robber fly (family Asilidae). It preys on other insects in flight.This article related to members of the fly family Asilidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949715965.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:99.05%,D:0.66%],F:0.00%,M:0.29%,n:1367",
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"SeqNumber": "12",
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},
{
"id": 4310,
"InsectBaseID": "IBG_03411",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Dyspetes",
"TaxonomyID": "1045598",
"Tags": "None",
"OrganismName": "Dyspetes luteomarginatus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963669185.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.25%[S:98.10%,D:0.15%],F:0.15%,M:1.61%,n:1367",
"GenomeSize": "249.625708",
"GenomeGC": "24.36091959",
"SeqNumber": "163",
"N50": "23795.915",
"PCGnumber": "19099",
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},
{
"id": 4311,
"InsectBaseID": "IBG_03412",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Earota",
"TaxonomyID": "866044",
"Tags": "None",
"OrganismName": "Earota dentata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_027574905.2",
"GenomeLevel": "Scaffold",
"Busco": "C:91.29%[S:90.34%,D:0.95%],F:6.36%,M:2.27%,n:1367",
"GenomeSize": "206.284191",
"GenomeGC": "20.58699108",
"SeqNumber": "43847",
"N50": "12.951",
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},
{
"id": 4312,
"InsectBaseID": "IBG_03413",
"Order": "Ephemeroptera",
"Family": "Heptageniidae",
"Genus": "Ecdyonurus",
"TaxonomyID": "2014018",
"Tags": "None",
"OrganismName": "Ecdyonurus torrentis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949318235.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.90%[S:97.73%,D:1.17%],F:0.51%,M:0.59%,n:1367",
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},
{
"id": 4313,
"InsectBaseID": "IBG_03414",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Ecitomorpha",
"TaxonomyID": "1919235",
"Tags": "None",
"OrganismName": "Ecitomorpha arachnoides",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_027574945.2",
"GenomeLevel": "Scaffold",
"Busco": "C:93.49%[S:93.05%,D:0.44%],F:4.97%,M:1.54%,n:1367",
"GenomeSize": "233.594392",
"GenomeGC": "28.45832189",
"SeqNumber": "44527",
"N50": "10.065",
"PCGnumber": "25431",
"Swissnumber": "None",
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},
{
"id": 4314,
"InsectBaseID": "IBG_03415",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Ecitophya",
"TaxonomyID": "1886648",
"Tags": "None",
"OrganismName": "Ecitophya simulans",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_027574965.2",
"GenomeLevel": "Scaffold",
"Busco": "C:94.00%[S:93.71%,D:0.29%],F:3.66%,M:2.19%,n:1367",
"GenomeSize": "219.669815",
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"SeqNumber": "32522",
"N50": "14.558",
"PCGnumber": "23043",
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},
{
"id": 4315,
"InsectBaseID": "IBG_03416",
"Order": "Hymenoptera",
"Family": "Crabronidae",
"Genus": "Ectemnius",
"TaxonomyID": "1518028",
"Tags": "None",
"OrganismName": "Ectemnius cavifrons",
"NormalName": "None",
"SpeciesIntro": "Ectemnius cavifrons is a Palearctic species of solitary wasp.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_964023945.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.78%,D:0.00%],F:0.00%,M:0.22%,n:1367",
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{
"id": 4316,
"InsectBaseID": "IBG_03417",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Ectropis",
"TaxonomyID": "572747",
"Tags": "None",
"OrganismName": "Ectropis crepuscularia",
"NormalName": "None",
"SpeciesIntro": "Ectropis bistortata Goeze, 1781The engrailed and small engrailed (Ectropis crepuscularia) are moths of the family Geometridae found from the British Isles through central and eastern Europe to the Russian Far East and Kazakhstan. The western Mediterranean and Asia Minor and the Caucasus represent the southern limit of the distribution (with the Balkan countries). In the north, the distribution area ends at the Arctic Circle. It also occurs in North America. Debate exists as to whether they make up one species, or whether E. crepuscularia actually refers only to the small engrailed, with the engrailed proper being separable as E. bistortata. The ground colour of the wings is buff or grey, variably marked with darker fascia and a pale postdiscal crossline. The darker markings are not usually as strong as in the rather similar willow beauty. Melanic forms occur fairly frequently. The wingspan is 38–45 mm (1.5–1.8 in). One or two broods are produced each year. In the British Isles, the adults can be seen at any time between March and August; this time range may vary in other parts of this moth's range. The species flies at night and is attracted to light.The greyish caterpillar is truly polyphagous, feeding on a huge range of plants. As a caterpillar, the species is known as the saddleback looper. The species overwinters as a pupa.This Boarmiini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_963693475.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.71%,D:0.15%],F:0.15%,M:0.00%,n:1367",
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"SeqNumber": "91",
"N50": "29702.803",
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{
"id": 4317,
"InsectBaseID": "IBG_03418",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Eilema",
"TaxonomyID": "987929",
"Tags": "None",
"OrganismName": "Eilema caniola",
"NormalName": "None",
"SpeciesIntro": "Eilema caniola, the hoary footman, is a moth of the family Erebidae. The species was first described by Jacob Hübner in 1808.This species can be found in North Africa, in western and southern Europe, in eastern Europe up to south-western Russia, in the Near East, in the eastern Palearctic realm, and in the Oriental realm. These thermophilic moths usually occur in urban areas and as a caterpillar on old walls, roofs, shingle beaches, and rocky areas.The wingspan is 28–35 mm. It is almost the same in colouring as Eilema griseola and Eilema lurideola but the forewings are much smaller, the outer margin is oblique, only slightly excurved; the colour is much lighter, more yellowish grey, so that the pale yellow costal stripe is less prominent. Hindwings are very pale, scarcely darker at the costal margin, with the apex much more pointed than in the two species mentioned, with which it might be confounded.It is at once distinguished from Eilema complanum by the underside of the forewing, on which the pale grey colour extends to the margin, the latter not being broadly yellow as in E. complanum. - ab. vitellina Bdv. is a form with the forewing dusted with grey close to the distal margin and of a pale bright yellow ground colour in the male - ab. albeola Hbn. is considerably smaller, and, except for the bright yellow thorax, entirely white on the upperside; it occurs among ordinary specimens.Larvae are grey or reddish brown with dark dorsal line, red subdorsal lines edged with black and occasionally spotted with white or black.These moths are nocturnal and rest at day on shady rocks. They fly in two or three generations from July to September depending on the location. They are attracted to light. The larvae mainly feed on algae, especially on green films of Pleurococcus and on a variety of lichens growing on rocks, but also on the flowers of broom (Genista sp.), birdsfoot trefoil (Lotus sp.) and clover (Trifolium sp.).",
"Intro_from": "",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949126895.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.34%,D:0.59%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "781.750262",
"GenomeGC": "22.85615045",
"SeqNumber": "52",
"N50": "25911.362",
"PCGnumber": "61862",
"Swissnumber": "None",
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"miRNAnumber": "None",
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},
{
"id": 4318,
"InsectBaseID": "IBG_03419",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Eilema",
"TaxonomyID": "987420",
"Tags": "None",
"OrganismName": "Eilema griseolum",
"NormalName": "None",
"SpeciesIntro": "Collita griseola, the dingy footman, is a moth of the family Erebidae. The species was first described by Jacob Hübner in 1803. It is found in Europe and North and South-East Asia.The wingspan is 32–40 mm. The moth flies from May to August depending on the location.The larvae feed on lichen.This species has shown a spectacular increase in abundance in Britain during the period 1968 to 2007, like a number of moth species with larva that feed on lichens and algae. In Britain it was originally limited to southern fens and marshy areas, but has since spread northwards and now occupy a variety of habitats, including gardens.This Lithosiina-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963662185.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.34%,D:0.51%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "800.220625",
"GenomeGC": "20.20721273",
"SeqNumber": "89",
"N50": "27470.875",
"PCGnumber": "49940",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
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"miRNAnumber": "None",
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},
{
"id": 4319,
"InsectBaseID": "IBG_03420",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Eledona",
"TaxonomyID": "347340",
"Tags": "None",
"OrganismName": "Eledona agricola",
"NormalName": "None",
"SpeciesIntro": "Eledona agricola is a species of beetle belonging to the family Tenebrionidae.It is native to Europe.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_964023215.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.56%,D:0.44%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "363.611625",
"GenomeGC": "13.67956759",
"SeqNumber": "230",
"N50": "22633.678",
"PCGnumber": "22661",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4320,
"InsectBaseID": "IBG_03421",
"Order": "Diptera",
"Family": "Empididae",
"Genus": "Empis",
"TaxonomyID": "178772",
"Tags": "None",
"OrganismName": "Empis livida",
"NormalName": "None",
"SpeciesIntro": "Empis livida is a species of fly in the Empididae family. It is included in the subgenus Kritempis of the genus Empis. Males range from 7.5 to 9.3 millimetres (0.30 to 0.37 in), females 7.5 to 10.2 millimetres (0.30 to 0.40 in). The male's abdomen is brownish and its wings appear faintly brown and clouded. The female's abdomen is gray and its wings are clear. E. livida lives in hedgerows, feeding on the nectar of several species of Rosaceae, several species of Asteraceae, and Heracleum sphondylium nectar; they also feed on other insects. They live all across temperate and Northern Europe, the only species with such a wide distribution. E. livida larvae are also carnivorous and live in damp soil and leaf litter. Adults fly in between April and July.This article related to members of the fly superfamily Empidoidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963932195.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:98.90%,D:0.51%],F:0.07%,M:0.51%,n:1367",
"GenomeSize": "291.263912",
"GenomeGC": "12.02265559",
"SeqNumber": "183",
"N50": "55110.847",
"PCGnumber": "20052",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4321,
"InsectBaseID": "IBG_03422",
"Order": "Diptera",
"Family": "Empididae",
"Genus": "Empis",
"TaxonomyID": "2484550",
"Tags": "None",
"OrganismName": "Empis stercorea",
"NormalName": "None",
"SpeciesIntro": "Empis stercorea is a large species of dance flies, in the fly family Empididae. It is included in the subgenus Xanthempis. It is found in most of Europe, except the Iberian Peninsula.This article related to members of the fly superfamily Empidoidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949752835.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.05%[S:98.54%,D:0.51%],F:0.22%,M:0.73%,n:1367",
"GenomeSize": "342.136228",
"GenomeGC": "14.40463358",
"SeqNumber": "93",
"N50": "62206.697",
"PCGnumber": "31767",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4322,
"InsectBaseID": "IBG_03423",
"Order": "Hymenoptera",
"Family": "Aphelinidae",
"Genus": "Encarsia",
"TaxonomyID": "32400",
"Tags": "None",
"OrganismName": "Encarsia formosa",
"NormalName": "None",
"SpeciesIntro": "Encarsia formosa is a species of chalcidoid wasp and a well known parasitoid of greenhouse whitefly, one of the first to be used commercially for biological pest control, from the 1920s. They can use at least 15 species of whitefly as a host, including Bemisia tabaci and Aleyrodes proletella.The tiny females (about 0.6 mm long) are black with a yellow abdomen and opalescent wings. This species reproduces asexually via thelytoky induced by Wolbachia infection. Males are produced only rarely. They are slightly larger than females and are completely black in coloration.Females deposit 50-100 eggs individually inside the bodies of nymphs or pupae of the host species. The wasp larvae develop through four instars in about two weeks at optimum temperatures. Parasitized greenhouse whitefly pupae turn black in about 10 days, while parasitized sweet potato whiteflies turn amber brown. Both are easily distinguished from unparasitized host pupae. Wasp pupation occurs within the whitefly body. Adult wasps emerge about 10 days later.Encarsia formosa has been used as a natural pesticide to control whitefly populations in greenhouses since the 1920s. Use of the insect fell out of fashion due to the increased prevalence of chemical pesticides and was essentially non-existent by the 1940s. Since the 1970s E. formosa has seen something of a revival, with renewed usage in European and Russian greenhouses. In some countries, such as New Zealand, it is the primary biological control agent used to control greenhouse whiteflies, particularly on crops such as tomato, a particularly difficult plant for predators to establish on.E. formosa utilizes the clap and fling mechanism often seen in sub-mm insects. The wings, at the apex, and nearly touching, fling apart and generate strong vortices along the leading edge and wing tips. This mechanism works well in low Reynolds number flight as the generated vortices remained attached through the stroke cycle. Flexible wings and bristles along the wing edges help mitigate the large drag forces that the insect must overcome. Unlike normal flight, this method would work in an entirely inviscid medium, as it does not rely on a starting vortex to create circulation about the wing.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030522645.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.14%[S:93.12%,D:1.02%],F:3.73%,M:2.12%,n:1367",
"GenomeSize": "375.523881",
"GenomeGC": "23.77094814",
"SeqNumber": "296089",
"N50": "7.407",
"PCGnumber": "63562",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4323,
"InsectBaseID": "IBG_03424",
"Order": "Coleoptera",
"Family": "Endomychidae",
"Genus": "Endomychus",
"TaxonomyID": "295833",
"Tags": "None",
"OrganismName": "Endomychus coccineus",
"NormalName": "None",
"SpeciesIntro": "Endomychus coccineus, common name scarlet endomychus or false ladybird, is a species of beetles in the family Endomychidae.Endomychus coccineus can reach a length of about 4–6 millimetres (0.16–0.24 in). The body is oval, convex and the sides of pronotum are almost straight. Head and legs are black. Pronotum is glossy red, with a black longitudinal area. Elytra are glossy red, each elytron shows two large oval black spots. In rare cases, the pronotum is completely red, the black spots on the elytra may be totally or partially missing. The flight time is from April to June.The larvae are dark brown with yellow to orange spots symmetrically located in the lateral region of the segmented body, in each case at the head shield, and on the third, fourth, eighth and tenth segment.This species is present in most of Europe, especially in the deciduous forests.Larvae of Endomychus coccineus feed on wood mushrooms, especially on old birch and beech stumps and on deciduous trees affected by the silver leaf fungus Chondrostereum purpureum.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958510875.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.79%[S:99.20%,D:0.59%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "906.444856",
"GenomeGC": "20.62197317",
"SeqNumber": "129",
"N50": "202803.143",
"PCGnumber": "61734",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4324,
"InsectBaseID": "IBG_03425",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Ennomos",
"TaxonomyID": "934814",
"Tags": "None",
"OrganismName": "Ennomos erosarius",
"NormalName": "None",
"SpeciesIntro": "Ennomos erosaria, the September thorn, is a moth of the family Geometridae. The species can be found in the Palearctic realm in western Europe and from central Scandinavia. Its range extends to the northern Mediterranean and east to the Caucasus and Russia.It is widespread in mixed and deciduous forests in Europe. The south eastern occurrence reaches Turkey and the Caucasus. The main habitat is dry deciduous forests and parks. In the Southern Alps, the species rises to an altitude of about 1600 metres.The wingspan is 30–35 mm. The length of the forewings is 17–21 mm. The ground colour is straw yellow to ochre-yellow. The colour is darker on hindwing termen and the hindwing also has a faint discal spot. The fasciae (bands) are brown. The inward arc under projection on distal forewing is prominent.The name typical form is yellowish. ab. tiliaria Hbn. is paler, the forewing straw-colour. — ab. tinicoloria Esp. is without the transverse lines.Similar species: other Ennomos species.The moths fly in one generation from July to October. They are attracted to light.The larva which is rather elongate, with strong knob-shaped protuberances, altogether bearing a remarkable likeness to an oak twig is brown, now witha tinge of purple, now of greenish, the ventral surface paler greenish brown.It feeds on oak, birch, and lime.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963580505.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.71%,D:0.22%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "423.092927",
"GenomeGC": "23.1360606",
"SeqNumber": "56",
"N50": "14589.179",
"PCGnumber": "32635",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4325,
"InsectBaseID": "IBG_03426",
"Order": "Coleoptera",
"Family": "Hydrophilidae",
"Genus": "Enochrus",
"TaxonomyID": "1397778",
"Tags": "None",
"OrganismName": "Enochrus cinctus",
"NormalName": "None",
"SpeciesIntro": "Enochrus cinctus is a species of water scavenger beetle in the family Hydrophilidae. It is found in North America.This Hydrophilidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033557785.1",
"GenomeLevel": "Contig",
"Busco": "C:51.65%[S:51.50%,D:0.15%],F:4.83%,M:43.45%,n:1367",
"GenomeSize": "150.377673",
"GenomeGC": "25.37829801",
"SeqNumber": "19999",
"N50": "7.453",
"PCGnumber": "19727",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4326,
"InsectBaseID": "IBG_03427",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Ephialtes",
"TaxonomyID": "65333",
"Tags": "None",
"OrganismName": "Ephialtes manifestator",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963970395.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.57%[S:98.98%,D:0.59%],F:0.15%,M:0.29%,n:1367",
"GenomeSize": "577.728086",
"GenomeGC": "20.24912512",
"SeqNumber": "467",
"N50": "36194.901",
"PCGnumber": "49636",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4327,
"InsectBaseID": "IBG_03428",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Epiblema",
"TaxonomyID": "1100979",
"Tags": "None",
"OrganismName": "Epiblema foenella",
"NormalName": "None",
"SpeciesIntro": "Epiblema foenella, the white-foot bell, is a moth of the family Tortricidae.The wingspan is 17–26 mm. This quite-common moth has dark brown forewings with a striking falcate medio-dorsal white marking and a gray-colored area at the ends of the wings. The shape of the white marking is quite variable.This species has one generation and the mature caterpillars overwinter. The larvae feed on the roots and lower stem of mugwort or common wormwood (Artemisia vulgaris), of southernwood (Artemisia abrotanum) and of golden marguerite (Anthemis tinctoria). The moth flies from May to August depending on the location. They usually fly from late afternoon into the evening.This species can be found in most of Europe, southern Russia, the Caucasus, Siberia, Kazakhstan, Kyrgyzstan, Mongolia, the Russian Far East, China (Tianjin, Hebei, Inner Mongolia, Jilin, Heilongjiang, Jiangsu, Zhejiang, Anhui, Fujian, Jiangxi, Shandong, Henan, Hubei, Hunan, Guangxi, Sichuan, Guizhou, Yunnan, Shaanxi, Gansu, Qinghai, Ningxia, Xinjiang), Korea, Japan, India, Taiwan and Vietnam.The white-foot bell prefers rough uncultivated ground, grassland, scrub, river banks and coastal cliffs.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963556455.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.93%,D:0.07%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "649.850949",
"GenomeGC": "22.55218127",
"SeqNumber": "36",
"N50": "24400.061",
"PCGnumber": "42659",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4328,
"InsectBaseID": "IBG_03429",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Epinotia",
"TaxonomyID": "2566568",
"Tags": "None",
"OrganismName": "Epinotia brunnichana",
"NormalName": "None",
"SpeciesIntro": "Epinotia brunnichana is a moth of the family Tortricidae. It is found in most western, central and northern Europe, the Near East and further east to the eastern Palearctic realm, where it has been recorded from Russia, Kazakhstan, China, and Japan.The wingspan is 18–22 millimetres (0.7–0.9 in).Adults are on wing from July to October depending on the location.The larvae roll the leaves of Betula, Corylus and Salix species and feed inside.This Eucosmini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963854355.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:98.83%,D:1.17%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "943.114217",
"GenomeGC": "21.60650336",
"SeqNumber": "113",
"N50": "34107.155",
"PCGnumber": "74948",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4329,
"InsectBaseID": "IBG_03430",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Epirrhoe",
"TaxonomyID": "190347",
"Tags": "None",
"OrganismName": "Epirrhoe alternata",
"NormalName": "None",
"SpeciesIntro": "The common carpet or white-banded toothed carpet (Epirrhoe alternata) is a moth of the family Geometridae. The species was first described by Otto Friedrich Müller in 1764. It is found throughout the Palearctic and the Near East. In North America it ranges across the northern tier of the United States plus every province and territory of Canada.The wingspan is 27–30 mm. The forewings vary from grey to black, marked with white fascia, giving a striped appearance. The hindwings are paler grey with white fascia. Northern races tend to be paler overall. One or two broods are produced each year, and the adults may be seen any time from May to September. The species flies at night and is attracted to light.The larva is generally brown or green but is very variable in its markings. It feeds on bedstraw. The species overwinters as a pupa.This Xanthorhoini moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963565295.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.63%,D:0.22%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "358.495576",
"GenomeGC": "23.75739973",
"SeqNumber": "40",
"N50": "13027.933",
"PCGnumber": "27165",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4330,
"InsectBaseID": "IBG_03431",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Epirrhoe",
"TaxonomyID": "934838",
"Tags": "None",
"OrganismName": "Epirrhoe tristata",
"NormalName": "None",
"SpeciesIntro": "Epirrhoe tristata, the small argent and sable, is a moth of the genus Epirrhoe in the family Geometridae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.The species can be found in the Palearctic realm, in western Europe from Scandinavia in the north to just south of the Alps, then east to the Caucasus, Russia, Russian Far East, and Siberia.The wingspan is 24–26 mm. The forewing ground colour is white. There is a light brown central band with white edge lines. The outer margins of all wings are black with a small faint line.The moth flies from May to July. The larva feeds on Galium species. It hibernates as pupa in a cocoon on the ground.Upland habitats include moorland, limestone grassland, woodland and hedgerows. Lowland habitats include steppe, heaths and mosses.This Xanthorhoini moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951394285.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.78%,D:0.07%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "313.821882",
"GenomeGC": "24.8459443",
"SeqNumber": "33",
"N50": "11321.105",
"PCGnumber": "24968",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4331,
"InsectBaseID": "IBG_03432",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Epirrita",
"TaxonomyID": "247947",
"Tags": "None",
"OrganismName": "Epirrita christyi",
"NormalName": "None",
"SpeciesIntro": "The pale November moth (Epirrita christyi) is a moth of the family Geometridae. The species was first described by Allen in 1906. It is a fairly common species in Western Europe including the British Isles.This species is almost identical to its relatives the November moth, the small autumnal moth and the autumnal moth and it is almost impossible to identify them without examination of the genitalia. See Townsend et al. In general, although melanism occurs regularly in this species it is less prevalent than in the November moth.The pale November moth flies at night from September to November and is attracted to light.The larva feeds on a variety of trees and shrubs (see list below). The species overwinters as an egg.This Operophterini moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_951392215.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.71%,D:0.29%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "474.169335",
"GenomeGC": "21.76391183",
"SeqNumber": "43",
"N50": "16313.595",
"PCGnumber": "30557",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4332,
"InsectBaseID": "IBG_03433",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Epistrophe",
"TaxonomyID": "1124511",
"Tags": "None",
"OrganismName": "Epistrophe eligans",
"NormalName": "None",
"SpeciesIntro": "Epistrophe eligans is a European species of hoverfly.External imagesFor terms see Morphology of Diptera Wing length 6·25-9·5 mm. Eyes bare. Stigma pale yellow. Tergite 4 with smaller yellow markings than tergite 3 or tergite 4 black. The larva is illustrated by Rotheray (1993) The male genitalia are figured by Dusek and Laska (1967).Palaearctic.South Sweden to Iberia. Ireland East through Central and South Europe into Turkey and European Russia as far as the Caucasus.The habitat is deciduous woodland and scrub, suburban gardens, parks.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951394125.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.12%,D:0.44%],F:0.00%,M:0.44%,n:1367",
"GenomeSize": "405.90015",
"GenomeGC": "18.91469491",
"SeqNumber": "124",
"N50": "111598.366",
"PCGnumber": "26035",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4333,
"InsectBaseID": "IBG_03434",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Eremobia",
"TaxonomyID": "1870628",
"Tags": "None",
"OrganismName": "Eremobia ochroleuca",
"NormalName": "None",
"SpeciesIntro": "Eremobia ochroleuca, the dusky sallow, is a moth of the family Noctuidae. It is found in Central and Southern Europe and the Middle East.E. ochroleuca Esp. (41b). Forewing white, suffused with pale olive brown; lines broadly white, the inner and outer generally coalescing on submedian fold, the outer line denticulate externally; median area often darker brown, somewhat blackish tinged, especially in the male; orbicular stigma pale olive, the reniform white with an ochreous centre: submarginal line whitish, indented on each fold and there preceded by some dark brown scaling; a row of dark marginal lunules; fringe ochreous with two outer rows of dark lunules; hindwing ochreous dusted with luteous grey; a dark cell spot and outer line followed by a pale space before the broad fuscous marginal border; fringe white. — Larva pale green; lines whitish; lateral line broadly white, its lower edge blackish; spiracles black: head pale brown; the tubercles blackish.The wingspan is 34–37 mm.The larvae feed on various grasses, primarily Dactylis glomerata.first on the leaves, later devouring the seeds.This Hadeninae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949629135.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.44%[S:94.00%,D:0.44%],F:2.49%,M:3.07%,n:1367",
"GenomeSize": "625.465034",
"GenomeGC": "21.88558553",
"SeqNumber": "278",
"N50": "21456.284",
"PCGnumber": "37666",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4334,
"InsectBaseID": "IBG_03435",
"Order": "Hymenoptera",
"Family": "Aphelinidae",
"Genus": "Eretmocerus",
"TaxonomyID": "272444",
"Tags": "None",
"OrganismName": "Eretmocerus eremicus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
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"GenomeLevel": "Scaffold",
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{
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"InsectBaseID": "IBG_03436",
"Order": "Hymenoptera",
"Family": "Aphelinidae",
"Genus": "Eretmocerus",
"TaxonomyID": "131215",
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"OrganismName": "Eretmocerus hayati",
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{
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"InsectBaseID": "IBG_03437",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Eristalinus",
"TaxonomyID": "2017640",
"Tags": "None",
"OrganismName": "Eristalinus aeneus",
"NormalName": "None",
"SpeciesIntro": "Eristalinus aeneus (Scopoli, 1763), the common lagoon fly, is a fairly common species of syrphid fly observed throughout the United States and Europe. Hoverflies can remain nearly motionless in flight. The adults are also known as flower flies for they are commonly found on flowers, from which they get both energy-giving nectar and protein-rich pollen. The larvae occurs along shorelines in rock pools containing large amounts of decaying seaweed. For terms see Morphology of DipteraThe wing length is 6.5–9.25 mm. The eyes are patterned with obvious black spots. Tergites 2 and 3 are completely shiny. The thoracic dorsum has faint greyish stripes (in Southern Europe it has five strong grey stripes). In males the eyes meet on the frons. In females the eyes are bare on the lower half. The hind tibiae have a black ring after middle, and all tarsi with segments 2–4 darkened.The male genitalia are figured by Pérez-Bañón et al (2003). The larva is figured by Hartley (1961).The distribution of this species is cosmopolitan.inaturalist mapThe habitat for this species is freshwater: coastal lagoons, ponds, slow-moving rivers, streams and irrigation ditches. The species is anthropophilic in southern Europe; towards the northern edge of its range there it is confined to coastal sites. The species flies very fast and low over ground vegetation, and feeds on yellow composites and white umbellifers: Aster, Berteroa incana, Cistus, Origanum, Salix repens, Taraxacum. The flight period is April to October, and it overwinters as an adult.[citation needed]In the north, the larvae of E. aeneus occur in freshwater seapages and brackish rock pools on the sea coast, but elsewhere they occur in a variety of freshwater habitats, including in association with animal dung and in sewage farms.[citation needed]",
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{
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"InsectBaseID": "IBG_03438",
"Order": "Trichoptera",
"Family": "Phryganeidae",
"Genus": "Eubasilissa",
"TaxonomyID": "1875367",
"Tags": "None",
"OrganismName": "Eubasilissa splendida",
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{
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"InsectBaseID": "IBG_03439",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Eucera",
"TaxonomyID": "599447",
"Tags": "None",
"OrganismName": "Eucera pruinosa",
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"NCBIassembly": "GCA_028830335.1",
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{
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"InsectBaseID": "IBG_03440",
"Order": "Hymenoptera",
"Family": "Figitidae",
"Genus": "Euceroptres",
"TaxonomyID": "3069841",
"Tags": "None",
"OrganismName": "Euceroptres primus",
"NormalName": "None",
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"NCBIassembly": "GCA_037177015.1",
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"Busco": "C:87.19%[S:86.39%,D:0.80%],F:10.61%,M:2.05%,n:1367",
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{
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"InsectBaseID": "IBG_03441",
"Order": "Orthoptera",
"Family": "Tetrigidae",
"Genus": "Eucriotettix",
"TaxonomyID": "470944",
"Tags": "None",
"OrganismName": "Eucriotettix oculatus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_034510155.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.10%[S:97.44%,D:0.66%],F:0.37%,M:1.54%,n:1367",
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{
"id": 4341,
"InsectBaseID": "IBG_03442",
"Order": "Diptera",
"Family": "Muscidae",
"Genus": "Eudasyphora",
"TaxonomyID": "1643974",
"Tags": "None",
"OrganismName": "Eudasyphora cyanicolor",
"NormalName": "None",
"SpeciesIntro": "Eudasyphora cyanicolor is a species of fly which is distributed across many parts the Palaearctic.This article related to members of the fly family Muscidae is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_963930755.1",
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{
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"InsectBaseID": "IBG_03443",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Eudonia",
"TaxonomyID": "1100992",
"Tags": "None",
"OrganismName": "Eudonia mercurella",
"NormalName": "None",
"SpeciesIntro": "Eudonia mercurella is a species of moth of the family Crambidae. It is found in Europe, western China, Iran, Lebanon, Turkey, and north-western Africa.The wingspan is 16–19 mm. The forewings are dark black variously mixed with brown and with a darker band along the distal edge of the pale antemedian line. The pale postmedian line is usually distinct against the dark ground colour.The moth flies from June to August depending on the location. The larvae feed on various mosses.Phalaena mercurella described by Zetterstedt in 1839 was actually Eudonia murana.This Scopariinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_963082485.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.40%[S:94.81%,D:0.59%],F:1.98%,M:2.63%,n:1367",
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"SeqNumber": "554",
"N50": "19096.634",
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{
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"InsectBaseID": "IBG_03444",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Eudonia",
"TaxonomyID": "753179",
"Tags": "None",
"OrganismName": "Eudonia truncicolella",
"NormalName": "None",
"SpeciesIntro": "Eudonia truncicolella is a species of moth of the family Crambidae described by Henry Tibbats Stainton in 1849. It is found in China (Hebei, Heilongjiang, Inner Mongolia, Jiangsu, Jilin, Liaoning), Japan west to Europe.The wingspan is 18–23 mm. The forewings are ochreous-whitish, much sprinkled with black ; base blackish - marked ; lines whitish, dark -edged, first irregular,second angulate -sinuate, subserrate ; orbicular and claviform dot-like or rather elongate, black; discal spot 8-shaped, outlined with black ; subterminal line whitish, touching second in middle. Hindwings are whitish-grey, darker terminally.The larva is dull dark brown ; dorsal line blackish ; spots black head dark brown ; plate of 2 almost black.The moth flies from June to October depending on the location. The larvae feed on various mosses.This Scopariinae-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_949315975.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.85%[S:96.63%,D:0.22%],F:0.07%,M:3.07%,n:1367",
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{
"id": 4344,
"InsectBaseID": "IBG_03445",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Eueides",
"TaxonomyID": "33449",
"Tags": "None",
"OrganismName": "Eueides aliphera",
"NormalName": "None",
"SpeciesIntro": "Eueides aliphera, the Juliette , is a species of nymphalid butterfly, belonging to Heliconiinae subfamily found in the Neotropical ecozone.Eueides aliphera has a wingspan reaching about 55 millimetres (2.2 in). The wings are narrower than in all other species of the genus and the apex of primaries is more straight instead of rounded. The basic colour of the wings is fulvous. The uppersides of the forewings have a narrow black bar and black margins, while the uppersides of the hindwings have fine black veins. The underside is similar to the upperside.Larvae feed on Passiflora oerstedi, Passiflora vitifolia, and Passiflora auriculata.This species can be found in Central and Southern America, from Mexico, Honduras, and Costa Rica to Brazil.Eueides aliphera occurs in scrubby forests and in forest clearings from sea level to an elevation of about 1,600 metres (5,200 ft).This Heliconiinae article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_035584415.1",
"GenomeLevel": "Scaffold",
"Busco": "C:75.93%[S:74.54%,D:1.39%],F:17.63%,M:6.22%,n:1367",
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{
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"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Eueides",
"TaxonomyID": "34741",
"Tags": "None",
"OrganismName": "Eueides lybia",
"NormalName": "None",
"SpeciesIntro": "Eueides lybia, the lybia longwing, is a butterfly of the family Nymphalidae. It was described by Johan Christian Fabricius in 1775. It is found from Central America to northern South America, from Nicaragua to Bolivia.This Nymphalidae-related article is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:78.20%[S:77.03%,D:1.17%],F:16.02%,M:5.63%,n:1367",
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{
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"InsectBaseID": "IBG_03447",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Eumerus",
"TaxonomyID": "2867251",
"Tags": "None",
"OrganismName": "Eumerus sabulonum",
"NormalName": "None",
"SpeciesIntro": "Eumerus sabulonum is a species of hoverfly, from the family Syrphidae in the order Diptera.",
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{
"id": 4347,
"InsectBaseID": "IBG_03448",
"Order": "Hymenoptera",
"Family": "Eupelmidae",
"Genus": "Eupelmus",
"TaxonomyID": "1566849",
"Tags": "None",
"OrganismName": "Eupelmus azureus",
"NormalName": "None",
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"Family": "Eupelmidae",
"Genus": "Eupelmus",
"TaxonomyID": "1566855",
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"OrganismName": "Eupelmus kiefferi",
"NormalName": "None",
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{
"id": 4349,
"InsectBaseID": "IBG_03450",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Eupeodes",
"TaxonomyID": "1124559",
"Tags": "None",
"OrganismName": "Eupeodes luniger",
"NormalName": "None",
"SpeciesIntro": "Eupeodes luniger is a common species of hoverfly.It is characterized by hook-shaped markings along the center of its abdomen.External imagesFor terms see Morphology of DipteraWing length 7·5-8·5 mm. Male: postocular orbit less than 0.5 of its maximal width near vertex. Female: frons with white dust spots, the undusted area extending as a black Y- shape into the yellow part. Tergite 5 with yellow side margin.The male genitalia are figured by Dusek and Laska (1973). The larva is illustrated by Rotheray (1993)Palaearctic from Fennoscandia South to Iberia and the Mediterranean basin. Ireland East through Europe into Asia Minor. European Russia, the Russian Far East and Siberia to the Pacific coast (Kuril Isles). Japan. North India. A highly migratory species .",
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"Busco": "C:99.35%[S:98.76%,D:0.59%],F:0.22%,M:0.44%,n:1367",
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{
"id": 4350,
"InsectBaseID": "IBG_03451",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Euphydryas",
"TaxonomyID": "104508",
"Tags": "None",
"OrganismName": "Euphydryas editha v2",
"NormalName": "None",
"SpeciesIntro": "See textEdith's checkerspot (Euphydryas editha) is a species of butterfly in the family Nymphalidae. It is a resident species of western North America and among the subspecies, entomologists have long been intrigued by their many phenotypic variations in coloration, wing length, and overall body size. Most populations are monophagous and rely on plants including Plantago erecta and Orthocarpus densiflorus as their host species in developing from eggs through to larvae, pupae, and mature butterflies. Males exhibit polygyny whereas females rarely mate more than once. Males devote most of their attention to mate acquisition, and such mate locating strategies such as hilltopping behavior have developed. Climate change and habitat destruction have impacted certain subspecies. Three subspecies in particular, Euphydryas editha quino, Euphydryas editha bayensis and Euphydryas editha taylori, are currently under protection via the Endangered Species Act.The Edith's checkerspot can be identified by its wings which are black with red and pale yellow or white bands. It also has a submarginal band that consists of yellow or white spots along with a wide postmedian band that is red. The undersides of the wings consists of alternating bands of yellow orange and cream. The wingspan is 3.2 to 5.1 centimetres (1.3 to 2.0 in). However, the subspecies of Edith's checkerspot vary slightly in appearance based on the areas they routinely inhabit. Coastal populations are black with red and cream spots; mountain populations are red or mottled with red, black, and cream spots. The higher-altitude populations are smaller and darker. The larvae of the butterfly are black, spotted with white or orange, or striped with white. The pupae are white or gray, with black blotches and streaks.The Edith's checkerspot is found in North America, where it ranges from southern British Columbia and Alberta south to Baja California, Nevada, Utah, and Colorado. The species can be found in locations of the San Bernardino Mountains, Sierra Nevada, higher Cascade Mountains of Oregon to Washington, and in areas of the Great Basin, including central Oregon and the Rocky Mountains. It can also be found on several trails such as Animas River Trail, Falls Creek Trail, Colorado Trail, Hermosa Creek Trail, Engineer Mountain Trail, and Spud Lake Trail.Habitats are mountains, typically on ridgetops, from coastal chaparral and transition zone open woodland to alpine tundra. Edith's checkerspot butterflies prefer grasslands and rocky outcrops found in the mountains. They can be frequently found in areas of nutrient-poor, serpentine soils which sustain the native grasslands that they prefer.Edith's checkerspot caterpillars will use various species of paintbrush (Castilleja), beardtongues (Penstemon), lousewort (Pedicularis), owl's clover (Orthocarpus), Chinese houses (Collinsia), and plantain (Plantago) as host plants. Many populations of the butterfly are monophagous and preference for the different plant types are based mainly on location. Many behaviors, such as egg laying habits and movements are locally adapted, so the survival of the butterflies relies heavily on the growing season of these host plants.Populations of Edith's checkerspots use several different hosts to house and feed their pupae. Though they usually do not pollinate the flowers of the host, larvae have been known to eat the leaves, the flowers, and sometimes the entire host plant, and have starved trying to find another. Adult females and females feed on flower nectar. Caterpillars feed on leaves and flowers of the host plant and sometimes surrounding plants.Oviposition begins within a day of the female's emergence, with females depositing masses of up to hundreds of eggs at the base of host plants. Most populations are monophagous, with females normally ovipositing on only one of several potential host species. Such plants include Plantago erecta and Orthocarpus densiflorus.The eggs further develop into pre-diapause larvae whose goal is to enter diapause and reach the fourth instar before their annual host plants senesce. Thus, females try to enhance offspring survival by laying egg masses on cool moist slopes where host plant senescence is most delayed. Once the larvae reach the diapause stage and become post-diapause larvae, they must grow by basking in the sunlight to regulate their body temperature. Larval body temperature is about 10–12 °C (50–54 °F) above ambient temperature, and the fastest growth rate occurs at 30–35 °C (86–95 °F). They must receive enough insolation to terminate the diapause stage and become a fully-grown butterfly. Thus, the paradox is that these larvae no longer prefer the cool slopes of host plants they grew up on, as it produces shade to restrict growth.",
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"GenomeLevel": "Scaffold",
"Busco": "C:99.92%[S:99.63%,D:0.29%],F:0.07%,M:0.00%,n:1367",
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{
"id": 4351,
"InsectBaseID": "IBG_03452",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Eupithecia",
"TaxonomyID": "934853",
"Tags": "None",
"OrganismName": "Eupithecia inturbata",
"NormalName": "None",
"SpeciesIntro": "Eupithecia inturbata, the maple pug, is a moth of the family Geometridae. The species can be found in central Europe, Great Britain and southern Scandinavia.The wingspan is 13–15 mm. The moths flies from July to August depending on the location.The caterpillars feed on Acer campestris.This Eupithecia moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963662085.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.56%,D:0.22%],F:0.22%,M:0.00%,n:1367",
"GenomeSize": "427.777505",
"GenomeGC": "24.60416847",
"SeqNumber": "36",
"N50": "14971.449",
"PCGnumber": "28061",
"Swissnumber": "None",
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{
"id": 4352,
"InsectBaseID": "IBG_03453",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Eupithecia",
"TaxonomyID": "986980",
"Tags": "None",
"OrganismName": "Eupithecia pulchellata",
"NormalName": "None",
"SpeciesIntro": "The foxglove pug (Eupithecia pulchellata) is a moth of the family Geometridae found in Europe. It was described by the English entomologist James Francis Stephens in 1831.The wingspan is 18–22 mm and the species is quite colourful for the genus, with alternating bands of dark brown and buffish orange on the forewings. In some races the buff bands can be very pale. There are dark crosslines. The hindwings are similarly marked but generally paler. It flies at night in May and June and is attracted to light.The larva is quite variable but is normally yellowish-green with purplish markings. It usually feeds inside foxglove flowers (Digitalis species). After hatching the larva bores through the side of the flower, sealing the mouth with silk and feeding on the reproductive parts of the flower, i.e. the stamen and developing seeds. Larva can be found from June to August by searching for discoloured flowers. The pupa overwinters in the soil, lasting through the winter to May and June. The corolla of the flower can persist on a plant long after uninfested flowers have fallen. Somewhat surprisingly, given this very specialized feeding ecology, it has also been recorded feeding on Brassica oleracea in Malta. The species overwinters as a pupa. The preferred habitat is the edge of woods, glades and park landscapes, gardens and warm mountain slopes.It has a scattered distribution across Europe, closely following the range of its food plant. Where present it can be very common. The nominate subspecies E. pulchellata pulchellata is found in the British Isles, in Central Europe the subspecies is E. pulchellata intermedia. In the Pyrenees, it occurs to a height of 2,400 metres.",
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"NCBIassembly": "GCA_963931895.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.68%[S:94.88%,D:0.80%],F:1.54%,M:2.78%,n:1367",
"GenomeSize": "385.438482",
"GenomeGC": "23.68046245",
"SeqNumber": "474",
"N50": "13088.875",
"PCGnumber": "27420",
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{
"id": 4353,
"InsectBaseID": "IBG_03454",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Eupithecia",
"TaxonomyID": "216862",
"Tags": "None",
"OrganismName": "Eupithecia subfuscata",
"NormalName": "None",
"SpeciesIntro": "The grey pug (Eupithecia subfuscata) is a moth of the family Geometridae. It is found throughout the Palearctic region. It is also found in North America. Since it does not place any special demands on climatic conditions, special caterpillar food plants, geological subsoil or the like it is a typical species of almost any Hochstaudenflur (plant corridor), where it occurs in the herb layer, in bushes and even on deciduous trees. It can be found on forest edges and hedgerows, on heath, in rocky places and wetlands, parks and gardens, as well as in villages and town centres.There are two subspecies:The forewings of this species are grey (occasionally with an ochreous tinge) marked with pale fascia and radial lines which give it a mottled appearance. There is a pale sub-marginal line and a small discal spot. The hindwings are much paler and plainer also with a small black discal spot. Melanism is quite common in this species. The wingspan is 17–21 mm. See also Prout Final instar larvae are smooth and elongated. They are grey-green or red-brown coloured and show a grey-green to dark olive-green diamond-like pattern on the back. The side edges are whitish.The pupa is yellow-brown with greenish wing sheaths. At the cremaster there are six hook bristles, the middle pair of which is more powerfully formed. The adults fly in May and June with a second brood sometimes emerging in August. The species flies at night and is attracted to light.The species overwinters as a pupa.The larva feeds on the leaves and flowers of a wide range of plants.[citation needed]A safe determination is usually only possible by means of a genital morphological examination. ",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963564075.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.71%,D:0.29%],F:0.00%,M:0.00%,n:1367",
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"SeqNumber": "57",
"N50": "16884.929",
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{
"id": 4354,
"InsectBaseID": "IBG_03455",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Eupithecia",
"TaxonomyID": "986984",
"Tags": "None",
"OrganismName": "Eupithecia subumbrata",
"NormalName": "None",
"SpeciesIntro": "Eupithecia subumbrata, the shaded pug, is a moth of the family Geometridae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is found from Mongolia and the Altai Mountains through Siberia, central Asia, Asia Minor and Russia to western Europe and from central Scandinavia to the Mediterranean region.The wingspan is 18–21 mm. The ground colour is white relatively conspicuously patterned with greyish-brown transverse lines on the forewings. See also Prout There is one generation per year with adults on wing from the beginning of May to August.The larvae feed are polyphagous and feed on various plants, including Galium mollugo, Hypericum perforatum, Pimpinella, Senecio and Solidago species. Larvae can be found from July to September. It overwinters as a pupa.This Eupithecia moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949316285.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.41%,D:0.59%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "496.202682",
"GenomeGC": "23.42620591",
"SeqNumber": "34",
"N50": "24477.164",
"PCGnumber": "34735",
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{
"id": 4355,
"InsectBaseID": "IBG_03456",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Eupithecia",
"TaxonomyID": "934860",
"Tags": "None",
"OrganismName": "Eupithecia tripunctaria",
"NormalName": "None",
"SpeciesIntro": "Eupithecia tripunctaria, the white-spotted pug, is a moth of the family Geometridae. The species can be found from Europe to Korea and Japan and in North America.Presence extends through the Palearctic realm - (Europe, (central Scandinavia to the Alps), Russia, Russian Far East, Siberia, Amur, and Baikal to Japan and the Kuril Islands. In the Pyrenees and the Alps, E. tripunctaria occurs up to a height of 1800 m. asl. Another distribution area is located in North America, from Newfoundland to British Columbia and the San Bernardino Mountains in Southern California. The species prefers lowland forests, forest edges and damp meadows.The wingspan is 17–21 mm. The ground colour of the wings varies from ash grey to dark ashy brown to blackish, with the hind wings often averaging slightly paler. A pale waved line follows the margin of both wings with certain parts broken off into specific white marks which are more pronounced. These white marks give the species its name, and while they can show on both wings they are commonly absent from the hindwings. Though it is a good feature to identify this species, care should still be taken to separate it from other related species. Similar to other pug moths, a black discal spot is present on the center of the forewings, though it is often hard to see. The melanistic form f. angelicata which is a uniform smoky black, quite markingless except for the deeper black cell-spot occasionally appears in some populations. Such wholly dark forms are hard to separate from other species. The egg has an oval shape and shows hexagonal depressions in the shell sculpture. Adult caterpillars are either greenish or brownish coloured and show very clear dark, heart-shaped, brightly framed back spots, whose tips are directed forward.The brownish pupa has dark green wing sheaths and is provided with two strong and six thin hook bristles on the cremaster.Adults are on wing from March to September depending on the location.The larvae feed on Apiaceae species.This Eupithecia moth related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_955876795.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.56%,D:0.29%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "494.829581",
"GenomeGC": "22.93736215",
"SeqNumber": "85",
"N50": "16304.492",
"PCGnumber": "34201",
"Swissnumber": "None",
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{
"id": 4356,
"InsectBaseID": "IBG_03457",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Euplagia",
"TaxonomyID": "987932",
"Tags": "None",
"OrganismName": "Euplagia quadripunctaria",
"NormalName": "None",
"SpeciesIntro": "Euplagia quadripunctaria, the Jersey tiger, or Spanish flag, is a diurnal moth of the family Erebidae. The species was first described by Nikolaus Poda von Neuhaus in 1761. The adult wingspan is 52–65 millimetres (2.0–2.6 in), and they fly from July to September, depending on the location. They tend to fly close to Eupatorium cannabinum.The larvae (caterpillars) are polyphagous, feeding from September to May on nettles (Urtica), raspberries (Rubus), dandelion (Taraxacum), white deadnettle (Lamium), ground ivy (Glechoma), groundsel (Senecio), plantain (Plantago), borage (Borago), lettuce (Lactuca), and hemp-agrimony (Eupratoria). The insect overwinters as a small larva.Large groups of adults of subspecies E. q. rhodosensis can be found on occasion aestivating (sheltering from the summer heat) in Petaloudes, on Rhodes, in a place that has become known as the Valley of the Butterflies.Euplagia quadripunctaria is widely distributed in Europe from Estonia and Latvia in the north to the Mediterranean coast and islands in the south. It is also found in western Russia, the southern Urals, Asia Minor, Rhodes and nearby islands, the Near East, Caucasus, southern Turkmenistan, and Iran. Individuals are known to migrate northwards from their regular breeding grounds during the summer.Aside from being frequent in the Channel Islands (whence its common name comes), this species was rarely seen in the British Isles in Victorian times. It was described by William Forsell Kirby as, \"a great rarity in the South of England, except one locality in Devonshire.\" Since then however it has spread more widely in Devon and Cornwall, and has recently been seen more frequently in southern England, especially on the Isle of Wight, in northern Kent, and south London. They have been seen regularly and in numbers every year in London first discovered at Devonshire Road Nature Reserve in Forest Hill since 2004, so it is probable that they have established a breeding colony.Mothrecording.org shows a string of connected sightings on the South Kent coast from Dover to Rye in the first two decades of the twenty-first century. These are disconnected from the block of sightings in South-West England and so probably came from the Continent directly.This is the only lepidopteran which has been designated as a 'priority species' under Annex II of the Habitats Directive in the European Union, as of 1992, which means areas in which it occurs can be declared Special Areas of Conservation.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963859945.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.83%[S:95.54%,D:0.29%],F:1.54%,M:2.63%,n:1367",
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"GenomeGC": "22.56689718",
"SeqNumber": "188",
"N50": "23196.607",
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{
"id": 4357,
"InsectBaseID": "IBG_03458",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Eurois",
"TaxonomyID": "987425",
"Tags": "None",
"OrganismName": "Eurois occulta",
"NormalName": "None",
"SpeciesIntro": "Eurois occulta, the great brocade or great gray dart, is a moth of the family Noctuidae. It is found in northern and central Europe, North Asia and central Asia to the Pacific Ocean and Japan. Also the northern parts of North America (coast to coast in Canada, south in east to Virginia and the Great Lakes states) ( a Holarctic distribution). In addition, it is found in Greenland and Iceland. In the south in northern Spain and on the Balkan peninsula.The wingspan is 50–60 mm. Forewing pale grey, more or less suffused with dark grey; a black streak from base below cell; stigmata large, grey, with black outlines, the cell dark: inner and outer lines filled in with whitish; submarginal line formed of large black and white teeth; hindwing fuscous, the fringe white. This fine species occurs - The form implicata is nearly black, a mountain form, found in Finland, on the Harz Mts. in Germany, and in Scotland. — ab. extricata Zett. from Lapland is an intermediate form.It has been suggested, based partly on pupal remains in peat, that outbreaks of this species played a role in the collapse of Norse settlements in Greenland. These deposits at Anavik are now dried out and any potential evidence has been lost.Larva brown, darker-mottled: dorsal and subdorsal lines yellowish; spiracular white; a series of oblique lateral dark stripes; on various low plants. The larvae feed on Myrica gale, Vaccinium, birch, willow and other herbaceous plants..This Noctuinae-related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_950022335.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:99.49%,D:0.22%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "603.364441",
"GenomeGC": "24.18881361",
"SeqNumber": "36",
"N50": "20500.8",
"PCGnumber": "41214",
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{
"id": 4358,
"InsectBaseID": "IBG_03459",
"Order": "Hymenoptera",
"Family": "Eurytomidae",
"Genus": "Eurytoma",
"TaxonomyID": "3069840",
"Tags": "None",
"OrganismName": "Eurytoma californica",
"NormalName": "None",
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"NCBIassembly": "GCA_035586675.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.52%[S:93.93%,D:0.59%],F:3.88%,M:1.61%,n:1367",
"GenomeSize": "320.861888",
"GenomeGC": "29.95045208",
"SeqNumber": "64867",
"N50": "15.769",
"PCGnumber": "38457",
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{
"id": 4359,
"InsectBaseID": "IBG_03460",
"Order": "Lepidoptera",
"Family": "Gracillariidae",
"Genus": "Euspilapteryx",
"TaxonomyID": "1594449",
"Tags": "None",
"OrganismName": "Euspilapteryx auroguttella",
"NormalName": "None",
"SpeciesIntro": "Euspilapteryx auroguttella is a moth of the family Gracillariidae. It is known from all of Europe.The wingspan is 9–10 mm.Antennae with apex white. Forewings dark fuscous, purplish- tinged ; a roundish spot below costa at 1/3, another on costa at 2/3, and two on dorsumnear base and before tornus bright yellow. Hindwings are grey.The larva is whitish-green ; dorsal line greener ; head pale yellow-brown. Adults are on wing in May and August in two generations.The larvae feed on Hypericum adenotrichum, Hypericum elegans, Hypericum hircinum, Hypericum hirsutum, Hypericum humifusum, Hypericum maculatum, Hypericum montanum, Hypericum olympicum, Hypericum perforatum, Hypericum rhodoppeum and Hypericum tetrapterum. They mine the leaves of their host plant.This article relating to moths in subfamily Gracillariinae is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_951802225.1",
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"Busco": "C:98.90%[S:98.46%,D:0.44%],F:0.73%,M:0.37%,n:1367",
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{
"id": 4360,
"InsectBaseID": "IBG_03461",
"Order": "Diptera",
"Family": "Anthomyiidae",
"Genus": "Eustalomyia",
"TaxonomyID": "2881975",
"Tags": "None",
"OrganismName": "Eustalomyia histrio",
"NormalName": "None",
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"GenomeLevel": "Chromosome",
"Busco": "C:99.12%[S:98.17%,D:0.95%],F:0.15%,M:0.73%,n:1367",
"GenomeSize": "871.342778",
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"N50": "156857.283",
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{
"id": 4361,
"InsectBaseID": "IBG_03462",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Eutolmus",
"TaxonomyID": "1936067",
"Tags": "None",
"OrganismName": "Eutolmus rufibarbis",
"NormalName": "None",
"SpeciesIntro": "Eutolmus rufibarbis is a Palearctic species of robber fly in the family Asilidae. ",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963920795.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.79%[S:99.20%,D:0.59%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "285.936381",
"GenomeGC": "25.93723602",
"SeqNumber": "9",
"N50": "49615.98",
"PCGnumber": "40663",
"Swissnumber": "None",
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},
{
"id": 4362,
"InsectBaseID": "IBG_03463",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Exephanes",
"TaxonomyID": "2884240",
"Tags": "None",
"OrganismName": "Exephanes ischioxanthus",
"NormalName": "None",
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"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:99.41%,D:0.22%],F:0.00%,M:0.37%,n:1367",
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"N50": "23927.04",
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{
"id": 4363,
"InsectBaseID": "IBG_03464",
"Order": "Coleoptera",
"Family": "Cerambycidae",
"Genus": "Exocentrus",
"TaxonomyID": "1586481",
"Tags": "None",
"OrganismName": "Exocentrus adspersus",
"NormalName": "None",
"SpeciesIntro": "Exocentrus adspersus is a species of longhorn beetles of the subfamily Lamiinae. It was described by Mulsant in 1846, and is known from Europe, the Caucasus, and Russia. The beetles inhabit various deciduous trees, although their preferred host plants are oaks. They measure 5–8 millimetres (0.20–0.31 in) long and can live for approximately 2 years.This Acanthocinini article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_029955175.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:99.56%,D:0.22%],F:0.22%,M:0.00%,n:1367",
"GenomeSize": "257.536703",
"GenomeGC": "27.18329783",
"SeqNumber": "1078",
"N50": "1296.204",
"PCGnumber": "30026",
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{
"id": 4364,
"InsectBaseID": "IBG_03465",
"Order": "Lepidoptera",
"Family": "Drepanidae",
"Genus": "Falcaria",
"TaxonomyID": "505411",
"Tags": "None",
"OrganismName": "Falcaria lacertinaria",
"NormalName": "None",
"SpeciesIntro": "Falcaria lacertinaria, the scalloped hook-tip, is a moth of the family Drepanidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae It is found in Europe and Anatolia then east to Eastern Siberia.The wingspan is 27–35 mm. The forewings are ochreous,mixed and strigulated with dark fuscous. The veins are darker . The first and second lines are dark fuscous, nearly straight and parallel.There is a black discal dot and the wing apex is suffused with ochreous-brown. The termen is irregularly dentate. The cilia are blackish, spotted with white.The hind wings are whitish- ochreous, fuscous -sprinkled and posteriorly brownish -tinged with a faint grey postmedian line and a dark fuscous discal dot.The larva is ochreous-brown, darker marked. The dorsal line is anteriorly pale, dark-edged, posteriorly dark and interrupted. There are two blackish dorsal marks on segment 6, preceded by a pale area and pairs of tubercular prominences on 3, 4, and 12. The first generation may be more silvery-grey, the second generation smaller and lighter brown.The moth flies from April to August in two generations depending on the location.The larvae feed on birch and alder.This article on a moth of the subfamily Drepaninae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_951449985.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.71%,D:0.22%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "300.18658",
"GenomeGC": "25.82463813",
"SeqNumber": "36",
"N50": "10359.755",
"PCGnumber": "23090",
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{
"id": 4365,
"InsectBaseID": "IBG_03466",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Ferdinandea",
"TaxonomyID": "226145",
"Tags": "None",
"OrganismName": "Ferdinandea cuprea",
"NormalName": "None",
"SpeciesIntro": "Ferdinandea cuprea is a European species of hoverfly notable for its brassy abdomen. The larvae have been found in sap from trunk damage on oak and ash.Wing length 7·25-11·25 mm. Thorax dorsum black with grey dust, with longitudinal black stripes strong black. Abdomen greenish with dull bands connecting to hind margin. Dark marks on the wings. Arista black. Male genitalia figured by Coe (1953).Larva illustrated by Hartley (1961) and Rotheray (1993) and in colour by Rotheray (1993) See referencesPalaearctic Fennoscandia South to southern Spain and the Mediterranean basin to Turkey. Ireland East through Central Europe and North Europe to the Pacific coast of Siberia and Japan.Habitat:Populus-Salix, Carpinus-Quercus woodlands, Quercus pubescens and Quercus pyrenaica forest and Betula forest. Usually on the trunks of standing, live trees, or on the cut ends of stacked logs, in glades, or at the edge of clearings and along tracks or at sap runs.",
"Intro_from": "",
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"NCBIassembly": "GCA_963576555.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.05%,D:0.51%],F:0.00%,M:0.44%,n:1367",
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"GenomeGC": "23.51084297",
"SeqNumber": "68",
"N50": "125208.805",
"PCGnumber": "32909",
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{
"id": 4366,
"InsectBaseID": "IBG_03467",
"Order": "Hemiptera",
"Family": "Cicadellidae",
"Genus": "Flexamia",
"TaxonomyID": "57336",
"Tags": "None",
"OrganismName": "Flexamia atlantica",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_035578135.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.49%[S:97.59%,D:1.90%],F:0.15%,M:0.37%,n:1367",
"GenomeSize": "1326.920946",
"GenomeGC": "21.34440178",
"SeqNumber": "563",
"N50": "51257.445",
"PCGnumber": "93661",
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},
{
"id": 4367,
"InsectBaseID": "IBG_03468",
"Order": "Diptera",
"Family": "Ceratopogonidae",
"Genus": "Forcipomyia",
"TaxonomyID": "515531",
"Tags": "None",
"OrganismName": "Forcipomyia taiwana",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_949837095.1",
"GenomeLevel": "Contig",
"Busco": "C:96.4%[S:59.5%,D:36.9%],F:0.4%,M:3.2%,n:1367",
"GenomeSize": "198.989365",
"GenomeGC": "36.07524452",
"SeqNumber": "7922",
"N50": "28.963",
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{
"id": 4368,
"InsectBaseID": "IBG_03469",
"Order": "Diptera",
"Family": "Ceratopogonidae",
"Genus": "Forcipomyia",
"TaxonomyID": "515531",
"Tags": "None",
"OrganismName": "Forcipomyia taiwana v2",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_963930915.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.63%[S:75.20%,D:21.43%],F:0.51%,M:2.85%,n:1367",
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"GenomeGC": "35.95613734",
"SeqNumber": "113",
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},
{
"id": 4369,
"InsectBaseID": "IBG_03470",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Formica",
"TaxonomyID": "1830378",
"Tags": "None",
"OrganismName": "Formica aserva",
"NormalName": "None",
"SpeciesIntro": "Formica aserva is a species of ant in the family Formicidae.This Formicinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037039905.1",
"GenomeLevel": "Scaffold",
"Busco": "C:100.00%[S:96.34%,D:3.66%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "310.452724",
"GenomeGC": "26.21069899",
"SeqNumber": "1729",
"N50": "6311.231",
"PCGnumber": "51657",
"Swissnumber": "None",
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"miRNAnumber": "None",
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},
{
"id": 4370,
"InsectBaseID": "IBG_03471",
"Order": "Thysanoptera",
"Family": "Thripidae",
"Genus": "Frankliniella",
"TaxonomyID": "163893",
"Tags": "None",
"OrganismName": "Frankliniella intonsa v2",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033675135.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.39%[S:97.88%,D:0.51%],F:0.22%,M:1.39%,n:1367",
"GenomeSize": "225.489217",
"GenomeGC": "31.61735756",
"SeqNumber": "46",
"N50": "13489",
"PCGnumber": "8475",
"Swissnumber": "None",
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},
{
"id": 4371,
"InsectBaseID": "IBG_03472",
"Order": "Hymenoptera",
"Family": "Eulophidae",
"Genus": "Galeopsomyia",
"TaxonomyID": "1727118",
"Tags": "None",
"OrganismName": "Galeopsomyia nigrocyanea",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035047105.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.13%[S:95.76%,D:0.37%],F:2.12%,M:1.61%,n:1367",
"GenomeSize": "268.692584",
"GenomeGC": "29.10319214",
"SeqNumber": "54207",
"N50": "14.723",
"PCGnumber": "41281",
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},
{
"id": 4372,
"InsectBaseID": "IBG_03473",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Galerucella",
"TaxonomyID": "131645",
"Tags": "None",
"OrganismName": "Galerucella nymphaeae",
"NormalName": "None",
"SpeciesIntro": "Galerucella nymphaeae, known generally as the water-lily beetle or water lily leaf beetle, is a species of skeletonizing leaf beetle in the family Chrysomelidae. It is found in North America and Europe.This Galerucinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963978555.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.70%[S:99.41%,D:0.29%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "350.183102",
"GenomeGC": "21.32218419",
"SeqNumber": "33",
"N50": "20508.763",
"PCGnumber": "41216",
"Swissnumber": "None",
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},
{
"id": 4373,
"InsectBaseID": "IBG_03474",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Galleria",
"TaxonomyID": "7137",
"Tags": "None",
"OrganismName": "Galleria mellonella v3",
"NormalName": "None",
"SpeciesIntro": "Numerous, see textGalleria mellonella, the greater wax moth or honeycomb moth, is a moth of the family Pyralidae. G. mellonella is found throughout the world. It is one of two species of wax moths, with the other being the lesser wax moth. G. mellonella eggs are laid in the spring, and they have four life stages. Males are able to generate ultrasonic sound pulses, which, along with pheromones, are used in mating. The larvae of G. mellonella are also often used as a model organism in research.The greater wax moth is well known for its parasitization of honeybees and their hives. Because of the economic loss caused by this species, several control methods including heat treatment and chemical fumigants such as carbon dioxide have been used.The caterpillar of G. mellonella has attracted interest for its ability to degrade polyethylene plastic.G. mellonella was first reported as a pest in Asia, but then spread to northern Africa, Great Britain, some parts of Europe, northern America, and New Zealand. The species is now distributed throughout the globe. It has been reported in twenty-seven African countries, nine Asian countries, four North American countries, three Latin American countries, Australia, ten European countries, and five island countries. It is projected that the pest may spread further, especially due to climate change.G. mellonella can be found where honeybees are cultivated.G. mellonella larvae parasitize the honeybee. Eggs are laid in the cracks and crevices inside the hive, which minimizes egg detection. Once eggs hatch, the larvae feed on the midrib of the wax comb, the cast skins of bee larvae, pollen, and small quantities of propolis and honey. They never eat bee larvae.Shortly after emergence, G. mellonella females lay their eggs in the small cracks and crevices inside a beehive. Females prefer to lay their eggs in strong, healthy bee colonies over weaker colonies, but weaker colonies have a higher rate of G. mellonella infestation. Eggs are laid in clusters of varying number depending on the region. Clusters of 50-150 eggs have been reported in the United States, whereas clusters of 300-600 eggs have commonly been reported in India. Up to 1800 eggs have been deposited by a single female.The life cycle of G. mellonella proceeds through four stages: egg, larvae, pupae and adult. Generally, eggs are laid in the early spring and the moth undergoes four to six generations annually. By December, the eggs, larvae, and pupae enter diapause in wait for warmer weather.",
"Intro_from": "",
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"NCBIassembly": "GCA_958496185.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.85%,D:0.15%],F:0.00%,M:0.00%,n:1367",
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"SeqNumber": "37",
"N50": "17091.27",
"PCGnumber": "24764",
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},
{
"id": 4374,
"InsectBaseID": "IBG_03475",
"Order": "Hymenoptera",
"Family": "Gasteruptiidae",
"Genus": "Gasteruption",
"TaxonomyID": "2718756",
"Tags": "None",
"OrganismName": "Gasteruption jaculator",
"NormalName": "None",
"SpeciesIntro": "Gasteruption jaculator is a species of insect in the family Gasteruptiidae.This species is mainly present in Austria, Belgium, Great Britain, Czech Republic, Finland, France, Germany, Greece, Hungary, Italy, Poland, Romania, Russia, Slovakia, Spain, Sweden, Switzerland, in the eastern Palearctic realm, and in the Near East.The head and thorax are completely black. The head is strongly rounded, the thorax is elongated in a sort of long neck (propleura), which separates the head from the body. Also the abdomen is strongly stretched, broader at the posterior end and placed on the upper chest (propodeum). The colour of the abdomen is black, with reddish-orange rings. The tibiae of the hind legs are club shaped. In the female the ovipositor is usually very long with a white tip. In resting position, these wasps slowly and rhythmically raise and lower the abdomen.The female of this parasitic wasp lays its eggs on the body of larvae of solitary bees or wasps using its long ovipositor. Upon hatching, its larvae will devour grubs and its victim's supplies of pollen and nectar. The adults grow up to 10–17 millimetres (0.39–0.67 in) long and can mostly be encountered from May through September feeding on Apiaceae species.Gasteruption jaculator has been found visiting various flowers, or hovering around the nests of solitary bees and wasps in gardens and meadows. The species is commonly found during May to September.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949825005.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.41%,D:0.44%],F:0.07%,M:0.07%,n:1367",
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"SeqNumber": "243",
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},
{
"id": 4375,
"InsectBaseID": "IBG_03476",
"Order": "Hymenoptera",
"Family": "Pteromalidae",
"Genus": "Gastracanthus",
"TaxonomyID": "2922068",
"Tags": "None",
"OrganismName": "Gastracanthus pulcherrimus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949152435.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.25%[S:97.66%,D:0.59%],F:0.73%,M:1.02%,n:1367",
"GenomeSize": "1010.024266",
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"SeqNumber": "144",
"N50": "186761.157",
"PCGnumber": "99316",
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},
{
"id": 4376,
"InsectBaseID": "IBG_03477",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Gastrophysa",
"TaxonomyID": "878018",
"Tags": "None",
"OrganismName": "Gastrophysa polygoni",
"NormalName": "None",
"SpeciesIntro": "Gastrophysa polygoni is a species of leaf beetle in the subfamily Chrysomelinae. It was described by Carl Linnaeus in 1758. The species can be up to 5mm long and is green-blue in colour. The thorax is orange and the wing cases are a metallic green, and the beetle can be seen in spring and summer.This Chrysomelinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963576655.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.12%[S:98.61%,D:0.51%],F:0.07%,M:0.80%,n:1367",
"GenomeSize": "369.770545",
"GenomeGC": "25.55970487",
"SeqNumber": "20",
"N50": "30539.64",
"PCGnumber": "26565",
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},
{
"id": 4377,
"InsectBaseID": "IBG_03478",
"Order": "Coleoptera",
"Family": "Geotrupidae",
"Genus": "Geotrupes",
"TaxonomyID": "295525",
"Tags": "None",
"OrganismName": "Geotrupes spiniger",
"NormalName": "None",
"SpeciesIntro": "Geotrupes spiniger is a species of earth-boring dung beetles native to Europe.This Geotrupidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_959613385.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.49%,D:0.37%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "580.588114",
"GenomeGC": "19.87881653",
"SeqNumber": "181",
"N50": "43979.978",
"PCGnumber": "37709",
"Swissnumber": "None",
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"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4378,
"InsectBaseID": "IBG_03479",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Germaria",
"TaxonomyID": "1918084",
"Tags": "None",
"OrganismName": "Germaria angustata",
"NormalName": "None",
"SpeciesIntro": "Germaria angustata is a species of tachinid flies in the genus Germaria of the family Tachinidae.United Kingdom, Denmark, Netherlands, Germany, Hungary, Russia, Mongolia, China.This article related to members of the fly subfamily Tachininae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963681545.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.05%,D:0.73%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "586.474393",
"GenomeGC": "18.95254104",
"SeqNumber": "114",
"N50": "100011.56",
"PCGnumber": "44875",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4379,
"InsectBaseID": "IBG_03480",
"Order": "Hemiptera",
"Family": "Gerridae",
"Genus": "Gerris",
"TaxonomyID": "108914",
"Tags": "None",
"OrganismName": "Gerris lacustris",
"NormalName": "None",
"SpeciesIntro": "Gerris lacustris, commonly known as the common pond skater or common water strider, is a species of water strider, found across Europe.Water striders vary in length ranging between 8 millimetres (0.31 in) and 10 mm (0.39 in) in size. Their body shape is very slender and elongated. They have six legs; the first pair is short and stubby while the other two pairs are thin and elongated which are used for moving over the water surface which we call \"walking on water\". The first pair of legs is used for holding its prey, the middle pair propels the bug along the surface of the water with either a rowing or jumping motion, and the hind pair of legs is used as rudders. The entire body of G. lacustris including its legs is covered with many tiny hairs that have a wax-like coating. G. lacustris are dark brown in colour. Water striders have very strong sucking mouthparts known as a rostrum or beak.G. lacustris females are usually significantly larger than the males and the egg production rate is limited by the amount of food resources that are available to the female; the more food there is the more eggs the female lays. The adult water striders emerge around April and May. It is around this time that females lay eggs where the eggs undergo a process that takes about 12 to 14 days to develop before they are able to hatch. Hatching doesn't necessarily follow the eggs when their development is complete; hatching heavily depends on the temperature that the egg is exposed to in its environment. After hatching, G. lacustris go through another separate development process known as incomplete metamorphosis. In this process, the larvae or nymphs progress through a series of moults which basically are stages known as instars. There are five instars in the developmental process, with each one progressively longer than the last. The incomplete metamorphosis process usually lasts about 24 to 30 days for larvae to become an adult. G. lacutris males prolong their mating in the presence of other males because they are guarding their female against harassment from the other males. It was found that males influence the duration of copulation while the females influence the copulation frequency.G. lacustris is a predatory insect. The species hunts on or below water surface for insects and other small invertebrates using their strong forelegs which end with claws. They also have piercing and sucking mouthparts in order to consume other small insects that fall into the water surface and to feed on live and dead insects such as culiseta annulata, non-biting midge, and other water invertebrates. With their front pair of legs they’re able to detect ripples and sense vibrations in the surface film from struggling insects and handle or grasp their prey. G. lacustris eat other small invertebrates and digest them internally.Water striders have the ability to move quickly on the water surface and have hydrophobic legs. On average, a water strider can move 1.5 metre per second by paddling forward with the middle pair of legs while the forelegs and hind legs act as a rudder. Waters striders also have the ability to stand effortlessly on water due to their non-wetting legs. Because they have tiny hairs with nanogrooves that cover their bodies, they have a water resistance effect. Water striders rely on surface tension to walk on top of water. Through evolution, water striders have developed a unique arrangement of legs which gives them the gliding ability with greatly elongated med-legs. The Hox gene \"ultrabithorax\" lengthens legs in insects. If its pool should dry out during a drought, a water strider will travel overland to find wetter pastures to settle in.The front pair of legs of a water strider do not act as a rudder - they are very short and are held up in the air, ready to grab prey. They also do not feel the vibrations in the water of prey—the middle and hind pair of legs do this.[citation needed]",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_951217055.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.54%[S:98.54%,D:0.00%],F:0.44%,M:1.02%,n:1367",
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"SeqNumber": "88",
"N50": "76374.655",
"PCGnumber": "56978",
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{
"id": 4380,
"InsectBaseID": "IBG_03481",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Globia",
"TaxonomyID": "1660644",
"Tags": "None",
"OrganismName": "Globia sparganii",
"NormalName": "None",
"SpeciesIntro": "Globia sparganii, or Webb's wainscot, is a moth of the family Noctuidae. The species was first described by Eugenius Johann Christoph Esper in 1790. It is found in Europe, Central Asia, from southern Siberia to Manchuria, Korea, Turkey, Syria and Iran.The wingspan is 32–40 mm. Forewing light yellowish ochreous flushed with rufous, especially in the male; veins paler, and sprinkled with dark fuscous, especially the median vein; lines represented by series of black spots, the outer only distinct and complete; reniform stigma marked by two or more blackish dots at its lower end; a series of black terminal dots; hindwing pale dull yellowish, more or less suffused with fuscous, except towards inner and outer margins. The species is variable both in colour and clearness of markings; thus ab. obsoleta Tutt is an ochreous form dusted with grey and without any reddish or yellowish admixture; ab. rufescens Tutt has the forewing more or less strongly reddish and the hindwing suffused with fuscous to outer line; while ab. bipunctata Tutt has a black dash above median vein, representing the base of an otherwise unmarked orbicular stigma, as the black crescent with its pale centre at end of cell represents the reniform; this form is independent of colour.The moth flies in one generation from July to October and are attracted to light.Larvae are slender, pale yellow green; subdorsal and lateral lines darker; head and thoracic plate pale brown. They feed in the stems of Iris pseudacorus, Typha and similar watery plants.This Xyleninae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_949316385.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:99.85%,D:0.07%],F:0.07%,M:0.00%,n:1367",
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"SeqNumber": "49",
"N50": "23857.693",
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{
"id": 4381,
"InsectBaseID": "IBG_03482",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Glyphodes",
"TaxonomyID": "1242752",
"Tags": "None",
"OrganismName": "Glyphodes pyloalis",
"NormalName": "None",
"SpeciesIntro": "Glyphodes pyloalis, the lesser mulberry snout moth, lesser mulberry pyralid or beautiful glyphodes moth, is a moth in the family Crambidae. It was described by Francis Walker in 1859. It is found in Iran, China, Japan, India, Indonesia (Sumatra), Sri Lanka, Taiwan, the Democratic Republic of the Congo, Equatorial Guinea, Mozambique and North America, where it has been recorded from Florida, Maryland, North Carolina, South Carolina and Virginia.The wingspan is about 20 mm.The larvae are a pest of Morus species.This Glyphodes-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037074685.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.15%[S:97.15%,D:0.00%],F:0.37%,M:2.49%,n:1367",
"GenomeSize": "541.153123",
"GenomeGC": "23.75454904",
"SeqNumber": "56",
"N50": "15091.25",
"PCGnumber": "35196",
"Swissnumber": "None",
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{
"id": 4382,
"InsectBaseID": "IBG_03483",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Gnatocerus",
"TaxonomyID": "1553328",
"Tags": "None",
"OrganismName": "Gnatocerus cornutus",
"NormalName": "None",
"SpeciesIntro": "Gnatocerus cornutus, or the broadhorned flour beetle, is a common species of beetle in the Tenebrionidae family. It is distributed worldwide and is commonly found in warm, tropical regions, preferring grains, yeasts, and flours as its main diet. The total development time is about 47 days. G. cornutus is predominately found in mills as a storage pest and has a wide distribution.The beetle undergoes four developmental stages, with diet quality and larval density influencing development rates and body size. Nutrition plays a crucial role, with higher-calorie diets leading to enhanced survival and faster development. Genetics also impact traits like mandible length, regulated by specific peptides and transcription factors.Male-male competition for mates is fierce, with larger weapons indicating better fighting ability and increased reproductive success. Female mate choice varies based on competitive or non-competitive mating situations. Environmental factors like nutritional availability influence offspring sex ratios and reproductive strategies like polyandry. Oviposition patterns and larval development are also affected by environmental conditions, with larval size determining pupation success. The biology, behavior, and reproductive strategies of G. cornutus are finely tuned to its ecological niche and environmental pressures.The broadhorned flour beetle is about 3.5 to 4.5 mm long and is red-brown in color. The males have a pair of broad, stout horns on their mandibles. These beetles show sexual dimorphism, with males exhibiting larger body sizes and distinctive characteristics such as enlarged mandibles, widened genae, and two small horns on the vertex. These physical traits are not observed in females.The broadhorned flour beetle is a stored product insect found all around the world, more commonly in warm, tropical areas. In warmer regions, this beetle is often found in cassava root and cotton, whereas in the colder regions such as the temperate climate of the UK, it is often found in flour and provender mills. This is due to their increased susceptibility to colder climates and innate desire to shelter from the cold.Gnatocerus cornutus mainly feed on various types of grain, yeasts, and flours.The broadhorned flour beetle undergoes 4 major life stages: egg, larvae, pupa, and adult. The total developmental time is about 47 days, about 1.5 times longer than the Tribolium castaneum, or red flour beetle. In the larval stages of broad-horned flour beetles, the quality of their diet influences their development rate without affecting their survival significantly. Larvae with poor quality diets can survive, although they experience a prolonged developmental period compared to those with access to higher food quality. The development rate of broad-horned flour beetles is also affected by larval density. As larval density increases, time for development from mature larvae to adults extends, affecting body size and secondary sexual traits. This delayed development is believed to be in response to heightened tactile stimulation between neighboring larvae. Increased larval density also increased mortality rate and cannibalism where larvae were seen eating pupae and other larvae.Moreover, individuals consuming higher-calorie diets exhibit enhanced survival and faster development, growing larger much more quickly. These beetles are in better condition, enabling the allocation of resources to both naturally and sexually selected traits. The ratio of ingested nutrients proves critical for trait expression, with an optimal balance observed at a specific protein-to-carbohydrate ratio of 1:2. A carbohydrate rich diet is likely to enhance male fitness, improving offspring survival, development rate, and morphological traits whereas a protein rich diet is essential for the expression of sexually selective traits.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_029298725.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:97.22%,D:2.71%],F:0.07%,M:0.00%,n:1367",
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{
"id": 4383,
"InsectBaseID": "IBG_03484",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Gortyna",
"TaxonomyID": "988118",
"Tags": "None",
"OrganismName": "Gortyna flavago",
"NormalName": "None",
"SpeciesIntro": "Noctua flavago Denis & Schiffermüller, 1775Phalaena ochracea Hübner, 1786Phalaena lappae Donovan, 1801Noctua ochraceago Haworth, 1809The frosted orange moth (Gortyna flavago) is a moth of the family Noctuidae which is found in Europe, Armenia, Syria and east through the Palearctic to western Siberia. It has also been recorded in Algeria. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. The frosted orange is a night-flying species with orange and brown speckled wings allow for perfect camouflage against autumn leaves in the daytime. It is attracted to light and does not come to flowers, and its larva inhabit the stems and roots of the species' food plants.Its wingspan ranges from 3 to 4.3 cm. The forewing is yellow, thickly dusted with bright ferruginous, the space between subbasal and inner lines and that between outer and submarginal lines, filled up with dull liver brown; the lines and veins finely red brown; all three stigmata pale yellow with darker centres and brown outlines, the reniform containing an outlined lunule; submarginal line yellowish ending in a yellow apical blotch: hindwing dirty luteous (muddy yellow), with veins and cellspot, the outer line and a submarginal cloud grey; - in ab. suffusa ab. nov. [Warren] the forewing is wholly suffused with ferruginous; - cinarea Goosens from Algeria is pale yellow or reddish grey, with a dark patch between the stigmata, which are almost obsolete: the terminal area of ground colour or violet brown without any pale apical patch: hindwing without markings, whitish grey.It flies between August and October. Northern variants tend to be slightly darker.The Larva is dirty white or yellowish, the dorsum dark red, with three faintly paler longitudinal lines; tubercles, and also the spiracles, black; head and plates dark brown. They feed on Sambucus racemosa, Filipendula ulmaria, Helianthus annuus and Arctium species – Arctium tomentosum, A. minus. The larvae are considered a pest on foxglove (Digitalis purpurea).",
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"NCBIassembly": "GCA_963669345.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.71%,D:0.22%],F:0.07%,M:0.00%,n:1367",
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"SeqNumber": "34",
"N50": "19321.74",
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{
"id": 4384,
"InsectBaseID": "IBG_03485",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Gymnocheta",
"TaxonomyID": "631317",
"Tags": "None",
"OrganismName": "Gymnocheta viridis",
"NormalName": "None",
"SpeciesIntro": "Gymnocheta viridis is a metallic green tachinid fly found throughout Europe, mainly in springtime.This article related to members of the fly subfamily Tachininae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_956483585.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.27%,D:0.29%],F:0.15%,M:0.29%,n:1367",
"GenomeSize": "600.320215",
"GenomeGC": "18.06943016",
"SeqNumber": "232",
"N50": "127568.459",
"PCGnumber": "41645",
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{
"id": 4385,
"InsectBaseID": "IBG_03486",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Harpagoxenus",
"TaxonomyID": "27500",
"Tags": "None",
"OrganismName": "Harpagoxenus sublaevis",
"NormalName": "None",
"SpeciesIntro": "Harpagoxenus sublaevis is a species of ant in the subfamily Myrmicinae. It is found in Austria, France, Germany, Italy, and Switzerland.Harpagoxenus sublaevis is found in European mountain ranges up to 2400 meters. It can be found in the following regions: Russia, Italy, Norway, Germany, Denmark, Albania, Turkey, Romania, and Bulgaria. The ant predominantly lives in bogs, forests, and mountain slopes. These habitats suit it since it builds its nests in rotting logs and stumps, underneath bark, and under rocks. [citation needed]Harpagoxenus sublaevis is a yellow to brown ant that has different morphs within the species depending on their role in the colony. Queens are larger and do the majority of reproduction for the colony. The queen creates sister workers who are highly related to one another and can themselves be fertile. The workers may be winged or not winged. Workers will also vary in size depending on nutrient availability and even what their host species is. The host species is also slightly altered in their morphology in that the host females are never fertile. Workers can vary in size, ocelli and thoracic structure, as well as reproductive ability.Harpagoxenus sublaevis, like many ant species, is female dominant. The queen produces workers who are predominantly female. This is backed up by the enforcing of monogyny within the colonies through aggression in females. In these colonies the females form a sexual dominance hierarchy based on aggressive behavior. The vast majority of females will not mate and many will not even be fertile. In both queen-right and queen-less colonies there may be a few non-queen females who are able to lay eggs. However, it has been shown that in colonies with a queen the queen does inhibit fertilization and egg laying in other females. In most cases the females stop other females from laying eggs with aggression. When females are fertilized, eggs are laid anywhere from 8–47 days later.Harpagoxenus sublaevis also exhibits interesting mating behavior. When ready to mate, females will exit the nest and climb nearby vegetation such as some grass or a twig and stay there with their gaster erect. The ants then produce a sexual pheromone, which is used to attract males and entice them to mate. This behavior occurs during the summer when it is hot and dry outside and in the evening. The females will remain in their position calling for a mate until mated or until it is dark. Once it is dark they disappear until the next day when they return to calling for a mate. [citation needed]Harpagoxenus sublaevis colonies are believed to have a lifetime of about ten years. To establish new colonies, a fertilized queen will penetrate a host colony within ten days after mating. Next the queen will kill the host queen and use pheromones to help take over. The queen then lays her egg which are propagated by the first slaves. H. sublaevis is parasitic towards a genus of ant called Leptothorax. Two main species are parasitized: L. acervorum and L. muscorum, and there does not appear to be a preference in host between these two species. They can even be found in the same colony as each other, and can engage in highly aggressive behavior.Slave raids occur largely during the same time of year as the sexual calling from female H. sublaevis happens. Since hosts are never fertile, and thus do not reproduce, all slaves must be stolen as larvae or pupae. These raids are very violent and destructive and cause the host species' colony to suffer a significant reduction in life expectancy. The main tool used by H. sublaevis to facilitate raids is a chemical they excrete from their cuticle during colony establishment and slave raids which alters the behavior of the host species. The chemical causes the host to fight each other with extreme aggression, in most cases killing each other. This has also been shown to instead cause the host to flee which helps the population survive the raid. However, their larvae and pupae are still stolen to be used as slaves by H. sublaevis. [citation needed]",
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"NCBIassembly": "GCA_030770355.1",
"GenomeLevel": "Contig",
"Busco": "C:99.93%[S:98.32%,D:1.61%],F:0.07%,M:0.00%,n:1367",
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{
"id": 4386,
"InsectBaseID": "IBG_03487",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Harpalus",
"TaxonomyID": "247297",
"Tags": "None",
"OrganismName": "Harpalus rubripes",
"NormalName": "None",
"SpeciesIntro": "Harpalus rubripes is a ground beetle in the subfamily Harpalinae that is present in much of Europe, Siberia, Central Asia and Anatolia. It has also, since 1987, been introduced into North America. This Harpalus article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_963082715.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:99.05%,D:0.44%],F:0.07%,M:0.44%,n:1367",
"GenomeSize": "1253.243932",
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"SeqNumber": "775",
"N50": "66357.049",
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{
"id": 4387,
"InsectBaseID": "IBG_03488",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Harpalus",
"TaxonomyID": "247442",
"Tags": "None",
"OrganismName": "Harpalus rufipes",
"NormalName": "None",
"SpeciesIntro": "Harpalus rufipes, commonly known as the strawberry seed beetle, is a species of ground beetle in the subfamily Harpalinae. It was described by Degeer in 1774. Harpalus rufipes is native to Europe. As a predator, Harpalus rufipes is used as a biological agent to control seed-eating pests including aphids and slugs such as Deroceras reticulatum, though they are known to feed on the seeds of strawberries. It has been used as a model organism to investigate the immune system of beetles, and a study has shown it is sensitive to engine oil and diesel oil.This Harpalus article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4388,
"InsectBaseID": "IBG_03489",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Hartigia",
"TaxonomyID": "1090879",
"Tags": "None",
"OrganismName": "Hartigia nigra",
"NormalName": "None",
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{
"id": 4389,
"InsectBaseID": "IBG_03490",
"Order": "Hymenoptera",
"Family": "Chrysididae",
"Genus": "Hedychridium",
"TaxonomyID": "212591",
"Tags": "None",
"OrganismName": "Hedychridium roseum",
"NormalName": "None",
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"Busco": "C:99.85%[S:99.56%,D:0.29%],F:0.00%,M:0.15%,n:1367",
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{
"id": 4390,
"InsectBaseID": "IBG_03491",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33457",
"Tags": "None",
"OrganismName": "Heliconius aoede v2",
"NormalName": "None",
"SpeciesIntro": "Heliconius aoede, the Aoede longwing, is a species of butterfly of the family Nymphalidae. It was described by Jacob Hübner in 1813. It is found in the Amazon basin. The habitat consists of deep forests.The larvae feed on Dilkea and Mitostemma species.Listed alphabetically:This Heliconiinae article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_037355905.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.71%[S:96.34%,D:0.37%],F:2.12%,M:1.17%,n:1367",
"GenomeSize": "242.554817",
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"SeqNumber": "3120",
"N50": "783.027",
"PCGnumber": "20040",
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{
"id": 4391,
"InsectBaseID": "IBG_03492",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33434",
"Tags": "None",
"OrganismName": "Heliconius charithonia",
"NormalName": "None",
"SpeciesIntro": "Heliconius charithonia, the zebra longwing or zebra heliconian, is a species of butterfly belonging to the subfamily Heliconiinae of the family Nymphalidae. It was first described by Carl Linnaeus in his 1767 12th edition of Systema Naturae. The boldly striped black and white wing pattern is aposematic, warning off predators. It is the state butterfly of Florida.The species is distributed across South and Central America and as far north as southern Texas and peninsular Florida; there are migrations north into other American states in the warmer months.Zebra longwing adults roost communally at night in groups of up to 60 adults for safety from predators. The adult butterflies are unusual in feeding on pollen as well as on nectar; the pollen enables them to synthesize cyanogenic glycosides that make their bodies toxic to potential predators. Caterpillars feed on various species of passionflower, evading the plants' defensive trichomes by biting them off or laying silk mats over them.The zebra longwing, Heliconius charithonia (Linnaeus),was designated the state butterfly of Florida in 1996. However, mass spraying of naled has decimated the zebra longwing population in Miami-Dade County, Florida[citation needed]. There has been mass collapse of the colonies with impacts on the balance of the ecosystem. Further studies are needed to evaluate any potential for recolonization.The caterpillars are white with black spots and have numerous black spikes along their body. Adult butterflies are monomorphic of medium size with long wings. On the dorsal side, the wings are black with narrow white and yellow stripes, with a similar pattern on the ventral side, but paler and with red spots. The wingspan ranges from 72 to 100 mm.H. charithonia is found in South America, Central America, the West Indies, Mexico, south Texas and peninsular Florida. Adults sometimes migrate north to New Mexico, South Carolina, and Nebraska during the warmer months. The geographic distribution of H. charithonia overlaps with the ranges of other butterflies which sometimes leads to conflict. For example, the ranges of H. charithonia and the gulf fritillary overlap; in some cases, gulf fritillaries can sometimes be subjected to competition and fighting from Heliconius charithonia vazquezae when those species have breeding populations in similar areas and within the same geographic range. It was declared the official butterfly for the state of Florida in the United States in 1996. The species frequents tropical hammocks, moist forests, edges, or fields.Although H. charithonia is to some extent static, maintaining a home range, adults do move between territories. Butterflies with Mexican origins migrate north into Texas, following the retracting temperature gradient. Rainfall has no effect on migration patterns. Arrival dates and duration of stay depend on the distance traveled: the longer the distance traveled, the shorter the duration of stay.Adults roost in groups of up to 60 individuals on a nightly basis, returning to the same roost every night. These roosts provide protection to adults, the large groups deterring predators and retaining warmth. Solitary individuals, or very small roosts, avoid exhibiting proper warning signals so as not to attract predators. Pre-roosting interactions, which consist of sitting near one another, chasing each other briefly while fluttering, or basking, occur between butterflies from separate roosts, indicating that the butterflies are aware of other roosts in their home range. Despite this, the zebra longwing chooses to form smaller aggregations. The optimal roost size for predator deterrence is five individuals; roost size is also influenced by resource availability and foraging. H. charithonia roosts to display collective aposematism, deterring predators by conspicuously advertising their unpalatable taste.H. charithonia adults form communal roosts nightly. Communal roosting occurs when individuals aggregate at a particular site for more than a few hours. Roosting begins as early as three hours before sunset and usually ends within two hours after sunrise. Since roosting is at night, adults need to be able to see at low light levels to locate roost sites, either when looking for twigs, tendrils, and dry leaves to land on to start a roost, or when searching for conspecifics that are already roosting. Their eyes also help them to recognize color patterns in conspecifics. UV rhodopsins in the eye help them to distinguish between 3-OHK yellow pigments, or ultraviolet colors, and other yellow pigments, which to the human eye is indistinguishable. At shorter distances, the butterflies recognize conspecifics via chemical cues. These chemical cues include volatile and nonvolatile substances. The significance of this chemical communication remains largely unknown for Heliconius in general. However, in H. melpomene, (E)-?-ocimene was found to attract males and females in diurnal situations.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030704555.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:96.27%,D:3.66%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "356.183433",
"GenomeGC": "19.94054367",
"SeqNumber": "224",
"N50": "17079.803",
"PCGnumber": "26295",
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"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4392,
"InsectBaseID": "IBG_03493",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "310650",
"Tags": "None",
"OrganismName": "Heliconius cydno galanthus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_036379175.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.17%[S:97.73%,D:0.44%],F:1.02%,M:0.80%,n:1367",
"GenomeSize": "265.812516",
"GenomeGC": "20.37752278",
"SeqNumber": "1341",
"N50": "624.352",
"PCGnumber": "21705",
"Swissnumber": "None",
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{
"id": 4393,
"InsectBaseID": "IBG_03494",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Heliconius",
"TaxonomyID": "33443",
"Tags": "None",
"OrganismName": "Heliconius sara",
"NormalName": "None",
"SpeciesIntro": "The Sara longwing (Heliconius sara) is a species of neotropical heliconiid butterfly found from Mexico to the Amazon Basin and southern Brazil. It is a colourful species: the dorsal wing surface is black with a large medial patch of metallic blue that is framed by two bands of white on the forewings. (This coloration is similar to that of Wallace's longwing, H. wallacei, whose range overlaps Sara's, but does not extend as far north.) The ventral wing surface is a dull brown to black with muted bands and small red spots on the proximal margin; total wingspan is 55–60 mm.Inhabiting rainforests, adults are commonly found among sparser secondary growth and along forest margins. They feed on the nectar of Hamelia, Lantana, Palicourea, and Psiguria plants. They reproduce continuously, with several generations produced every year. Sara longwings are one of several heliconiids exhibiting the unusual practice of pupal mating, in which adult males are attracted to female pupae via the latter's pheromones. The males compete for prime perch space close to the females' chrysalids, and successful suitors forcibly mate with the females immediately following their emergence. Alternatively, males may also patrol a territory in which they search for females that have already emerged. The adult stage has a lifespan of 2–3 months.Like other heliconiids, females seek the new growth of passion flower vines to lay their small yellow eggs, in clusters of 10–50. The vines contain toxic compounds that the caterpillars are immune to; as they feed upon the vines, the caterpillars concentrate the toxins within their tissues. After pupating (with the chrysalis also found on the host vine and camouflaged like a leaf), the adult retains the toxins and is thus protected from predation.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_917862395.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.63%,D:0.22%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "348.895802",
"GenomeGC": "20.02005401",
"SeqNumber": "384",
"N50": "17766.578",
"PCGnumber": "24160",
"Swissnumber": "None",
"GOnumber": "None",
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{
"id": 4394,
"InsectBaseID": "IBG_03495",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Helicoverpa",
"TaxonomyID": "52344",
"Tags": "None",
"OrganismName": "Helicoverpa assulta",
"NormalName": "None",
"SpeciesIntro": "Helicoverpa assulta, the oriental tobacco budworm, is a moth of the family Noctuidae. H. assulta adults are migratory and are found all over the Old World Tropics including Asia, Africa, and Australia.This species has a brown coloured pattern on their forewings while their hindwings are yellowish orange and have a brown margin which has a pale mark. The wingspan is about 25 millimetres (0.98 in). H. assulta is closely related to Helicoverpa armigera and Helicoverpa zea.The larvae feed on various Solanaceae species, including Lycopersicon, Nicotiana (Nicotiana tabacum), Physalis and Solanum. It also feeds on fruits of Physalis peruviana and Datura species. Because of its feeding behavior, H. assulta is considered a pest of economically viable crops including tomatoes, tobacco, and hot peppers. Due to the pest status, understanding how to control the moth’s behavior is a priority, but the species’ larval eating behavior and growing resistance to insecticide complicate pest control.H. assulta is distributed across three continents: Asia, Africa and Australia. In Asia, populations of H. assulta are specifically found in China, Korea, Thailand, and Japan. Environmental conditions, like temperature and geographic locality, can impact the fecundity of the moth.H. assulta is a pest of red peppers (Capsicum frutescens ), tobacco (Nicotiatna tabacum), tomato, and onion. They prefer to eat red peppers over tobacco, but are still considered a pest to both. In order to develop and survive successfully, the moth must both have access to nutrient rich food, and be able to digest and uptake the nutrients.H. assulta is one of very few insects that can successfully feed on and damage plants, such as hot peppers, containing capsaicin. Studies show that long-term dietary exposure to capsaicin stimulates larger larvae. Furthermore, its unique tolerance to capsaicin may have allowed H. assulta to expand its host range.Hatching larvae feed on tender or new leaves near the site of oviposition. When it goes through instar, larvae feed on the fruit and flowers of the host, and can infest the host over the course of their development. Newly hatched larvae exhibit a great preference for tender tobacco leaves, followed by pepper and tomato leaves. The success of H. assulta is significantly dependent on its larval diet. Larvae that fed on tobacco had a significantly greater fecundity than those that fed on red peppers. The sex ratio differs slightly depending on the type of food the larvae feed on. Larvae who feed on mainly tobacco have a higher female ratio compared to those which feed on mainly pepper. The H. assulta also preferred tomato as a host plant. The preference for bush red pepper, tobacco, and tomato may be correlated to the semiochemicals or allelochemicals of the host.As an adult, the moth prefers to feed on tomatoes during oviposition, followed by tobacco and pepper. Larval diets also impact the number of eggs laid. Adults that previously fed as larvae upon red peppers laid significantly more eggs compared to those that fed on tobacco. Feeding on red peppers also yielded shorter generation time, heavier pupae and lower larval and pupal mortality compared to feeding on tobacco.Mating occurs during the early hours of the scotophase or the dark phase of a light-dark cycle. However, the mating peak in virgin females tends to advance with age. Unmated adults have also been observed to live longer than mated adults. Prior to mating, females protract and retract the terminal abdomen and vibrate the wings. Mating behavior of adult males includes antennal movement, wing elevation and vibration, extension of hairs, and tapping of the female ovipositor, leading to copulation. Studies also indicate that sex pheromone release is also mediated by PBAN. Female calling and sex pheromone release are also mediated by circadian rhythms entrained to light. This moth is highly sensitive to light intensity, which impacted their sexual behavior. Female calling is inhibited in high-intensity light (50.0 lux), and promoted in low-intensity light (0.5 lux).",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029618815.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.4%[S:98.6%,D:0.8%],F:0.1%,M:0.5%,n:1367",
"GenomeSize": "424.362887",
"GenomeGC": "24.01706726",
"SeqNumber": "62",
"N50": "14539.228",
"PCGnumber": "31656",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4395,
"InsectBaseID": "IBG_03496",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Helicoverpa",
"TaxonomyID": "52344",
"Tags": "None",
"OrganismName": "Helicoverpa assulta v2",
"NormalName": "None",
"SpeciesIntro": "Helicoverpa assulta, the oriental tobacco budworm, is a moth of the family Noctuidae. H. assulta adults are migratory and are found all over the Old World Tropics including Asia, Africa, and Australia.This species has a brown coloured pattern on their forewings while their hindwings are yellowish orange and have a brown margin which has a pale mark. The wingspan is about 25 millimetres (0.98 in). H. assulta is closely related to Helicoverpa armigera and Helicoverpa zea.The larvae feed on various Solanaceae species, including Lycopersicon, Nicotiana (Nicotiana tabacum), Physalis and Solanum. It also feeds on fruits of Physalis peruviana and Datura species. Because of its feeding behavior, H. assulta is considered a pest of economically viable crops including tomatoes, tobacco, and hot peppers. Due to the pest status, understanding how to control the moth’s behavior is a priority, but the species’ larval eating behavior and growing resistance to insecticide complicate pest control.H. assulta is distributed across three continents: Asia, Africa and Australia. In Asia, populations of H. assulta are specifically found in China, Korea, Thailand, and Japan. Environmental conditions, like temperature and geographic locality, can impact the fecundity of the moth.H. assulta is a pest of red peppers (Capsicum frutescens ), tobacco (Nicotiatna tabacum), tomato, and onion. They prefer to eat red peppers over tobacco, but are still considered a pest to both. In order to develop and survive successfully, the moth must both have access to nutrient rich food, and be able to digest and uptake the nutrients.H. assulta is one of very few insects that can successfully feed on and damage plants, such as hot peppers, containing capsaicin. Studies show that long-term dietary exposure to capsaicin stimulates larger larvae. Furthermore, its unique tolerance to capsaicin may have allowed H. assulta to expand its host range.Hatching larvae feed on tender or new leaves near the site of oviposition. When it goes through instar, larvae feed on the fruit and flowers of the host, and can infest the host over the course of their development. Newly hatched larvae exhibit a great preference for tender tobacco leaves, followed by pepper and tomato leaves. The success of H. assulta is significantly dependent on its larval diet. Larvae that fed on tobacco had a significantly greater fecundity than those that fed on red peppers. The sex ratio differs slightly depending on the type of food the larvae feed on. Larvae who feed on mainly tobacco have a higher female ratio compared to those which feed on mainly pepper. The H. assulta also preferred tomato as a host plant. The preference for bush red pepper, tobacco, and tomato may be correlated to the semiochemicals or allelochemicals of the host.As an adult, the moth prefers to feed on tomatoes during oviposition, followed by tobacco and pepper. Larval diets also impact the number of eggs laid. Adults that previously fed as larvae upon red peppers laid significantly more eggs compared to those that fed on tobacco. Feeding on red peppers also yielded shorter generation time, heavier pupae and lower larval and pupal mortality compared to feeding on tobacco.Mating occurs during the early hours of the scotophase or the dark phase of a light-dark cycle. However, the mating peak in virgin females tends to advance with age. Unmated adults have also been observed to live longer than mated adults. Prior to mating, females protract and retract the terminal abdomen and vibrate the wings. Mating behavior of adult males includes antennal movement, wing elevation and vibration, extension of hairs, and tapping of the female ovipositor, leading to copulation. Studies also indicate that sex pheromone release is also mediated by PBAN. Female calling and sex pheromone release are also mediated by circadian rhythms entrained to light. This moth is highly sensitive to light intensity, which impacted their sexual behavior. Female calling is inhibited in high-intensity light (50.0 lux), and promoted in low-intensity light (0.5 lux).",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963856015.1",
"GenomeLevel": "Scaffold",
"Busco": "C:100.00%[S:99.93%,D:0.07%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "415.192425",
"GenomeGC": "24.57781762",
"SeqNumber": "32",
"N50": "13996.836",
"PCGnumber": "32597",
"Swissnumber": "None",
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{
"id": 4396,
"InsectBaseID": "IBG_03497",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Heliothis",
"TaxonomyID": "542982",
"Tags": "None",
"OrganismName": "Heliothis peltigera",
"NormalName": "None",
"SpeciesIntro": "Heliothis peltigera, also known as the bordered straw, is a species of moth of the family Noctuidae.The Greek epithet \"Heliothis\" means \"scorched by the sun\", while the Latin species name peltigera means wearing a small shield, with reference to the reniform marking on the forewings.This species can be found in Southern Europe and the Near East, but it is present further north too, because it is a regular migratory species northbound. It is also present in most of Africa (Algeria, Chad, Egypt, Eritrea, Gambia, Libya, Mauritania, Morocco, Niger, Somalia, Tunisia) and in Asia, ranging to China and Laos.This heat-loving species occurs mainly on hot wastelands[clarification needed] and warm slopes.Heliothis peltigera has a wingspan of 29–40 mm and forewings reaching a length of 16–19 mm. These moths are rather variable in pattern and colour.Forewings are usually greyish ochreous, flushed with pale brown, except the narrow marginal area; lines are brown, indistinct; orbicular stigma is a dark dot. On middle of costa there is a reniform grey dot, with dark brown edge and centre, joined to a brown mark. A brown band appears between outer and submarginal lines. A black dot is present below vein 2 before margin. Hindwings show a broad brown-black marginal border, containing a pale blotch between 2 and 4. Cellspot is dark and fringes are white. Larvae are reddish grey or ochreous, dotted with white. Dorsal and subdorsal lines are dark, while spiracular line is white.This species is quite similar to Heliothis nubigera, that shows less evident kidney markings, and to Helicoverpa armigera, that has lighter colored hindwings.These migratory moths arrives from May to October depending on the location. Adults* feed on flowers of various plants. The larvae feed on a variety of plants, including Ononis, Carthamus, Medicago, Calendula, Senecio viscosus, Tagetes, Hyoscyamus, Atropa belladonna and Atropa baetica.",
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"NCBIassembly": "GCA_958496145.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.85%,D:0.15%],F:0.00%,M:0.00%,n:1367",
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"N50": "11813.164",
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},
{
"id": 4397,
"InsectBaseID": "IBG_03498",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Helleia",
"TaxonomyID": "2795559",
"Tags": "None",
"OrganismName": "Helleia helle",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963853865.1",
"GenomeLevel": "Complete Genome",
"Busco": "C:100.00%[S:99.85%,D:0.15%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "547.321747",
"GenomeGC": "19.89967393",
"SeqNumber": "26",
"N50": "23624.374",
"PCGnumber": "33365",
"Swissnumber": "None",
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},
{
"id": 4398,
"InsectBaseID": "IBG_03499",
"Order": "Coleoptera",
"Family": "Hydrophilidae",
"Genus": "Helochares",
"TaxonomyID": "2064893",
"Tags": "None",
"OrganismName": "Helochares maculicollis",
"NormalName": "None",
"SpeciesIntro": "Helochares maculicollis is a species of water scavenger beetle in the family Hydrophilidae. It is found in North America.This Hydrophilidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033557835.1",
"GenomeLevel": "Contig",
"Busco": "C:11.85%[S:11.85%,D:0.00%],F:0.88%,M:87.27%,n:1367",
"GenomeSize": "25.686487",
"GenomeGC": "28.39654562",
"SeqNumber": "517",
"N50": "48.633",
"PCGnumber": "2481",
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},
{
"id": 4399,
"InsectBaseID": "IBG_03500",
"Order": "Coleoptera",
"Family": "Elateridae",
"Genus": "Hemicrepidius",
"TaxonomyID": "869179",
"Tags": "None",
"OrganismName": "Hemicrepidius niger",
"NormalName": "None",
"SpeciesIntro": "Hemicrepidius niger is a species of click beetle belonging to the family Elateridae.This click beetle article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963082805.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.70%[S:98.90%,D:0.80%],F:0.00%,M:0.29%,n:1367",
"GenomeSize": "377.570513",
"GenomeGC": "20.95925881",
"SeqNumber": "197",
"N50": "35742.776",
"PCGnumber": "40339",
"Swissnumber": "None",
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},
{
"id": 4400,
"InsectBaseID": "IBG_03501",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Hermaeophaga",
"TaxonomyID": "347362",
"Tags": "None",
"OrganismName": "Hermaeophaga mercurialis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951812935.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:98.83%,D:0.73%],F:0.22%,M:0.22%,n:1367",
"GenomeSize": "479.410748",
"GenomeGC": "17.05015675",
"SeqNumber": "1490",
"N50": "47101.683",
"PCGnumber": "34177",
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},
{
"id": 4401,
"InsectBaseID": "IBG_03502",
"Order": "Odonata",
"Family": "Calopterygidae",
"Genus": "Hetaerina",
"TaxonomyID": "62019",
"Tags": "None",
"OrganismName": "Hetaerina titia",
"NormalName": "None",
"SpeciesIntro": "Hetaerina titia, the smoky rubyspot, is a species of broad-winged damselfly in the family Calopterygidae. It is found in Central America and North America.The IUCN conservation status of Hetaerina titia is \"LC\", least concern, with no immediate threat to the species' survival. The population is stable. The IUCN status was reviewed in 2018.This article related to Calopterygoidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037158775.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.05%[S:98.54%,D:0.51%],F:0.44%,M:0.51%,n:1367",
"GenomeSize": "1444.69797",
"GenomeGC": "26.87454264",
"SeqNumber": "75",
"N50": "120343.728",
"PCGnumber": "122425",
"Swissnumber": "None",
"GOnumber": "None",
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"miRNAnumber": "None",
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},
{
"id": 4402,
"InsectBaseID": "IBG_03503",
"Order": "Diptera",
"Family": "Heleomyzidae",
"Genus": "Heteromyza",
"TaxonomyID": "2867252",
"Tags": "None",
"OrganismName": "Heteromyza rotundicornis",
"NormalName": "None",
"SpeciesIntro": "Heteromyza rotundicornis is a species of fly in the family Heleomyzidae. It is found in the Palearctic .The body length of 4 to 5.5 mm. The head is characterized by the presence of both hairs and setae on the genae , and in males it is also characterized by a gradually truncated frons, wider in the middle than the face . The thorax is characterized by well-developed presutural dorsocenral setae , the presence of setae on the propleura and a naked prothorax . The wings have long pterostigma and spine-like setae on the costa that are longer than the hairs. The middle pair of legs has one well-developed spur on the tibiae.For terms see Morphology of Diptera.Heteromyza rotundicornis is known from Ireland, Great Britain, Belgium, the Netherlands, Germany, Denmark, Norway, Sweden, Finland, Switzerland, Austria, Poland, the Czech Republic, Slovakia, Hungary and CroatiaContent in this edit is translated from the existing Polish Wikipedia article at pl:Heteromyza rotundicornis; see its history for attributionThis article related to members of the fly family Heleomyzidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_951394025.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:99.27%,D:0.44%],F:0.00%,M:0.29%,n:1367",
"GenomeSize": "333.428373",
"GenomeGC": "23.59946284",
"SeqNumber": "15",
"N50": "85643.48",
"PCGnumber": "27028",
"Swissnumber": "None",
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},
{
"id": 4403,
"InsectBaseID": "IBG_03504",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Heteropelma",
"TaxonomyID": "494771",
"Tags": "None",
"OrganismName": "Heteropelma amictum",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_959613375.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.27%[S:98.98%,D:0.29%],F:0.00%,M:0.73%,n:1367",
"GenomeSize": "226.445852",
"GenomeGC": "31.7931825",
"SeqNumber": "17",
"N50": "29282.975",
"PCGnumber": "19297",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4404,
"InsectBaseID": "IBG_03505",
"Order": "Trichoptera",
"Family": "Rhyacophilidae",
"Genus": "Himalopsyche",
"TaxonomyID": "2863128",
"Tags": "None",
"OrganismName": "Himalopsyche anomala",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_031772345.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.12%[S:98.32%,D:0.80%],F:0.15%,M:0.73%,n:1367",
"GenomeSize": "663.432879",
"GenomeGC": "17.95930361",
"SeqNumber": "402",
"N50": "28443.252",
"PCGnumber": "21562",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4405,
"InsectBaseID": "IBG_03506",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Hirtodrosophila",
"TaxonomyID": "93395",
"Tags": "None",
"OrganismName": "Hirtodrosophila alboralis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035043045.1",
"GenomeLevel": "Contig",
"Busco": "C:98.39%[S:94.95%,D:3.44%],F:0.15%,M:1.46%,n:1367",
"GenomeSize": "179.589121",
"GenomeGC": "24.1978182",
"SeqNumber": "917",
"N50": "662.201",
"PCGnumber": "19517",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4406,
"InsectBaseID": "IBG_03507",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Hirtodrosophila",
"TaxonomyID": "2751794",
"Tags": "None",
"OrganismName": "Hirtodrosophila caputudis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037075125.1",
"GenomeLevel": "Scaffold",
"Busco": "C:58.82%[S:58.38%,D:0.44%],F:32.48%,M:7.17%,n:1367",
"GenomeSize": "217.208852",
"GenomeGC": "27.98173667",
"SeqNumber": "328479",
"N50": "0.93",
"PCGnumber": "47251",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
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"miRNAnumber": "None",
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{
"id": 4407,
"InsectBaseID": "IBG_03508",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Hirtodrosophila",
"TaxonomyID": "77771",
"Tags": "None",
"OrganismName": "Hirtodrosophila confusa",
"NormalName": "None",
"SpeciesIntro": "Hirtodrosophila confusa is a widespread, but rare European species of fruit fly from the family Drosophilidae.Relatively large species (for Drosophilidae), wing length about 3.5 mm (0.14 in), generally yellowish body with some variable brown triangular marking on the dorsal surface of the abdomen, wings yellowish.Widespread in most of the Palaearctic though rare in northern parts, absent from Great Britain.It is mostly associated with woodland habitat types. Specimens have been reared from fungi, which is suspected to the preferred larval food. Populations peak in about July.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035043065.1",
"GenomeLevel": "Contig",
"Busco": "C:99.85%[S:98.39%,D:1.46%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "213.335659",
"GenomeGC": "29.59840342",
"SeqNumber": "245",
"N50": "6095.536",
"PCGnumber": "24944",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4408,
"InsectBaseID": "IBG_03509",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Hirtodrosophila",
"TaxonomyID": "745173",
"Tags": "None",
"OrganismName": "Hirtodrosophila duncani",
"NormalName": "None",
"SpeciesIntro": "Hirtodrosophila duncani is a North American fruit fly, a member of the fungus-breeding genus Hirtodrosophila. Its taxonomic position has been unclear for a long time due to its unique male genitalia, but recent molecular studies indicate that it is closely related to the New World Sophophora.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037043425.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.86%[S:99.27%,D:0.59%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "207.801238",
"GenomeGC": "30.93040812",
"SeqNumber": "840",
"N50": "3366.531",
"PCGnumber": "19968",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4409,
"InsectBaseID": "IBG_03510",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Hirtodrosophila",
"TaxonomyID": "198717",
"Tags": "None",
"OrganismName": "Hirtodrosophila histrioides",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037075165.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.71%[S:98.39%,D:1.32%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "204.146783",
"GenomeGC": "28.34320294",
"SeqNumber": "844",
"N50": "1459.694",
"PCGnumber": "21079",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4410,
"InsectBaseID": "IBG_03511",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Hirtodrosophila",
"TaxonomyID": "1262474",
"Tags": "None",
"OrganismName": "Hirtodrosophila nokogiri",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035078685.1",
"GenomeLevel": "Scaffold",
"Busco": "C:46.89%[S:46.01%,D:0.88%],F:41.11%,M:10.46%,n:1367",
"GenomeSize": "283.790551",
"GenomeGC": "26.85082739",
"SeqNumber": "474559",
"N50": "0.844",
"PCGnumber": "51595",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4411,
"InsectBaseID": "IBG_03512",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Hirtodrosophila",
"TaxonomyID": "2592574",
"Tags": "None",
"OrganismName": "Hirtodrosophila trivittata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035045065.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:98.39%,D:1.39%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "167.040256",
"GenomeGC": "31.36341218",
"SeqNumber": "1486",
"N50": "7939.222",
"PCGnumber": "22036",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4412,
"InsectBaseID": "IBG_03513",
"Order": "Coleoptera",
"Family": "Histeridae",
"Genus": "Hololepta",
"TaxonomyID": "290657",
"Tags": "None",
"OrganismName": "Hololepta plana",
"NormalName": "None",
"SpeciesIntro": "Hololepta plana is a beetle belonging to the Histeridae family.This Polyphaga-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963695495.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.42%[S:98.76%,D:0.66%],F:0.15%,M:0.44%,n:1367",
"GenomeSize": "153.912422",
"GenomeGC": "28.55698873",
"SeqNumber": "743",
"N50": "14286.131",
"PCGnumber": "14160",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4413,
"InsectBaseID": "IBG_03514",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Hoplodrina",
"TaxonomyID": "875924",
"Tags": "None",
"OrganismName": "Hoplodrina ambigua",
"NormalName": "None",
"SpeciesIntro": "Hoplodrina ambigua, the Vine's rustic, is a moth of the family Noctuidae. It is found in the western Palearctic realm (central Europe, south Europe North Africa, Russia to Urals, south-west Siberia, Tuva, Altai Mountains, Tajikistan, Turkestan and in the Near East – Iraq, Iran, Afghanistan, and Pakistan).The wingspan is 32–34 mm. The length of the forewings is 13–15 mm. Forewing greyish ochreous, sometimes uniformly washed with brownish; the lines and stigmata dark grey, the latter with pale annuli; submarginal line luteous preceded by a dark grey shade; hindwing dirty pale grey in male, darker in female, and darker in both sexes in the brown suffused forms: - the form sericea Speyer, from Holland and Germany, is described as having narrower silky grey forewings; -in [now full species levis Stgr.], from W. Turkestan and Asia Minor, the yellower ochreous tint is predominant and the dark markings are conspicuous but in some pale examples from Segovia, Spain- ab. ochrea ab. nov. [Warren] the dark markings tend to become effaced, the head, thorax, and forewings being pale yellow ochreous - amurensis Stgr. indicates small dark examples from Ussuri, Amurland.Similar to and confused with Hoplodrina octogenaria and Hoplodrina blanda. Certain identification requires dissection of the genitalia.See Townsend et al.The moth flies in two generations from early May to mid-October. .Larva clay coloured, darker dorsally: the dorsal line itself fine and white with dark edges; the subdorsal also fine and pale; laterally a pale dark edged serrate line containing the spiracles. The larvae are polyphagous feeding on various herbaceous plants including Beta vulgaris, Cynara scolymus, Medicago sativa and Taraxacum officinale.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949774945.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.78%,D:0.07%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "438.113995",
"GenomeGC": "23.91500299",
"SeqNumber": "35",
"N50": "15265.479",
"PCGnumber": "27576",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4414,
"InsectBaseID": "IBG_03515",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Hoplodrina",
"TaxonomyID": "987956",
"Tags": "None",
"OrganismName": "Hoplodrina blanda",
"NormalName": "None",
"SpeciesIntro": "Hoplodrina blanda (the rustic) is a moth of the family Noctuidae. It is found in the Palearctic realm (Europe, Morocco, Iran, Russia – south Urals, and southwest Siberia).The wingspan is 31–35 mm. The length of the forewings is 13–16 mm. Forewing fawn-tinged grey, with a fuscous suffusion, with the ground colour sometimes paler, more luteous ochreous, especially in examples from W. Turkestan; costal edge pale; inner and outer lines obscurely marked; the median and praesubmarginal shades distinct; stigmata fuscous grey, with pale annuli; hindwing whitish, grey-tinged towards termen; the veins and cell mark darker; altogether darker grey in the female. Occurs throughout Northern and Central Europe and in Central Asia. These Asiatic examples — from Issyk-Kul; the defile of Little Kisil-su, Tianshan; Kappak, Alexander Mts.; and Ketmen-tjube, Sussamyr Mts.; must be separated certainly as an ab. centralasiae ab. nov. [Warren] though very possibly a distinct species; the ground colour of the forewing is paler, tinged with pinkish brown along the two folds, and the dark markings stand out more conspicuously; the costal edge is pale; the hindwing, even in the female, is whiter, showing a distinct cell spot. Described from a series of more than a dozen males but only one female, from the above-mentioned localities; the type male from Kappak, the female from Ketmen-tjube. Similar to and confused with Hoplodrina octogenaria and Hoplodrina ambigua. Certain identification requires dissection of the genitalia.See Townsend et al.The moth flies in one generation from late May to early September. .Larva ochreous with red or brown suffusion and dotted with dark; dorsal line yellowish edged with small black marks; subdorsal lines pale, dark-edged below; head pale marked with darker: on sundry low plants. The larvae feed on herbaceous plants such as Plantago, Stellaria and Rumex.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949316365.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.63%,D:0.15%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "464.010239",
"GenomeGC": "22.76252292",
"SeqNumber": "33",
"N50": "16508.168",
"PCGnumber": "26714",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4415,
"InsectBaseID": "IBG_03516",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Horisme",
"TaxonomyID": "934869",
"Tags": "None",
"OrganismName": "Horisme vitalbata",
"NormalName": "None",
"SpeciesIntro": "Horisme vitalbata, the small waved umber, is a moth of the family Geometridae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It occurs in Europe.The wingspan is 30–35 mm. The length of the forewings is 15–17 mm. The moths fly in two generations from May to June and again in August.The larvae feed on Clematis vitalba.This Melanthiini moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951804965.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.78%,D:0.07%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "532.772185",
"GenomeGC": "22.26695318",
"SeqNumber": "37",
"N50": "27063.725",
"PCGnumber": "33260",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4416,
"InsectBaseID": "IBG_03517",
"Order": "Diptera",
"Family": "Hybotidae",
"Genus": "Hybos",
"TaxonomyID": "1262239",
"Tags": "None",
"OrganismName": "Hybos culiciformis",
"NormalName": "None",
"SpeciesIntro": "Hybos culiciformis, common name dance fly, is a species of fly belonging to the family hybotid.Hybos culiciformis can reach a size of 3.5 to 5.5 mm. It has large yellowish thoracic setae, row of setae on the mid femur and strong setae on mid tibiae. Mesonotum is finely dusted. It flies from June to September and feeds on small insects.This species is widespread in Europe and in the Near East. It can be found in woodland edges and on hedgerows.This article related to members of the fly superfamily Empidoidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_964007475.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.91%[S:97.37%,D:1.54%],F:0.15%,M:0.95%,n:1367",
"GenomeSize": "342.576346",
"GenomeGC": "14.17154441",
"SeqNumber": "569",
"N50": "106415.713",
"PCGnumber": "27101",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4417,
"InsectBaseID": "IBG_03518",
"Order": "Coleoptera",
"Family": "Hydrochidae",
"Genus": "Hydrochus",
"TaxonomyID": "3050894",
"Tags": "None",
"OrganismName": "Hydrochus callosus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033557855.1",
"GenomeLevel": "Contig",
"Busco": "C:19.31%[S:19.24%,D:0.07%],F:0.80%,M:79.88%,n:1367",
"GenomeSize": "20.909604",
"GenomeGC": "39.15641348",
"SeqNumber": "269",
"N50": "75.369",
"PCGnumber": "2575",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4418,
"InsectBaseID": "IBG_03519",
"Order": "Trichoptera",
"Family": "Hydropsychidae",
"Genus": "Hydropsyche",
"TaxonomyID": "761588",
"Tags": "None",
"OrganismName": "Hydropsyche betteni",
"NormalName": "None",
"SpeciesIntro": "Hydropsyche betteni, the Common Netspinner, is a species of netspinning caddisfly in the family Hydropsychidae. It is found in North America.This caddisfly-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_028571205.2",
"GenomeLevel": "Scaffold",
"Busco": "C:98.02%[S:97.73%,D:0.29%],F:1.17%,M:0.80%,n:1367",
"GenomeSize": "482.636278",
"GenomeGC": "37.06755649",
"SeqNumber": "259830",
"N50": "8.469",
"PCGnumber": "305435",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4419,
"InsectBaseID": "IBG_03520",
"Order": "Diptera",
"Family": "Muscidae",
"Genus": "Hydrotaea",
"TaxonomyID": "559647",
"Tags": "None",
"OrganismName": "Hydrotaea cyrtoneurina",
"NormalName": "None",
"SpeciesIntro": "Hydrotaea cyrtoneurina is a fly from the family Muscidae. It is found in the Palearctic .This article related to members of the fly family Muscidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958296145.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.49%,D:0.44%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "575.214542",
"GenomeGC": "20.26213777",
"SeqNumber": "23",
"N50": "92963.629",
"PCGnumber": "26038",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4420,
"InsectBaseID": "IBG_03521",
"Order": "Diptera",
"Family": "Muscidae",
"Genus": "Hydrotaea",
"TaxonomyID": "1816463",
"Tags": "None",
"OrganismName": "Hydrotaea diabolus",
"NormalName": "None",
"SpeciesIntro": "Hydrotaea diabolus is a fly of the family Muscidae. Its larvae have been found in pig, cow and horse manure. It is found in the Palearctic .This article related to members of the fly family Muscidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963513945.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:98.90%,D:0.88%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "1074.175361",
"GenomeGC": "18.5399853",
"SeqNumber": "51",
"N50": "197031.954",
"PCGnumber": "33256",
"Swissnumber": "None",
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{
"id": 4421,
"InsectBaseID": "IBG_03522",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Hyles",
"TaxonomyID": "103890",
"Tags": "None",
"OrganismName": "Hyles lineata",
"NormalName": "None",
"SpeciesIntro": "Hyles lineata, also known as the white-lined sphinx, is a moth of the family Sphingidae. They are sometimes known as a \"hummingbird moth\" because of their bird-like size (2-3 inch wingspan) and flight patterns.As caterpillars, they have a wide range of color phenotypes but show consistent adult coloration. With a wide geographic range throughout Central and North America, H. lineata is known to feed on many different host plants as caterpillars and pollinate a variety of flowers as adults.Larvae are powerful eaters and are known to form massive groupings capable of damaging crops and gardens. As adults, they use both visual and olfactory perception to locate plants from which they collect nectar.Larvae show wide variation in color. The larvae are black with orange spots arranged in lines down the whole body. Their head's prothoracic shield, and the anal plate, are one color, either green or orange with small black dots. A tail-like spine protruding from the back of the body is a typical for sphingid moth caterpillars, known as “hornworms”. This horn, which may sometimes be yellow and have a black tip, is not a stinger, and the caterpillars are not harmful to humans. The larvae can also sometimes be lime green and black.The forewing is dark brown with a tan stripe which extends from the base to the apex. There are also white lines that cover the veins. The black hindwing has a broad pink median band. It has a wingspan of 2 to 3 inches. This moth is large and has a stout furry body. The dorsal hind region is crossed by six distinct white stripes and similar striping patterns on the wings. The hindwings are black with a thick, red-pink stripe in the middle.Hyles lineata is one of the most abundant hawk moths in North America and has a very wide geographic range. This range extends from Central America to southern Canada through Mexico and most of the United States. Some regions of South Asia like Sindh, Pakistan are reported to have habitates to these Moths. They can also be found occasionally in the West Indies. Rarely, specimens have also been reported in Eurasia and Africa.[additional citation(s) needed]The abundance of Hyles lineata populations in specific locations varies significantly from year to year, and has been thought to influence selection on flower phenotypes, although studies throughout the years show mixed results.With such a wide geographic range, H. lineata are known to live in a variety of habitats, including deserts, gardens and suburbs. They have also been seen in abundance in the mountains of Colorado, but their presence varies from year to year in many places.Source:",
"Intro_from": "",
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"NCBIassembly": "GCA_030180105.1",
"GenomeLevel": "Contig",
"Busco": "C:100.00%[S:99.20%,D:0.80%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "452.607867",
"GenomeGC": "24.11420812",
"SeqNumber": "56",
"N50": "14292.52",
"PCGnumber": "27064",
"Swissnumber": "None",
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{
"id": 4422,
"InsectBaseID": "IBG_03523",
"Order": "Mantodea",
"Family": "Hymenopodidae",
"Genus": "Hymenopus",
"TaxonomyID": "267205",
"Tags": "None",
"OrganismName": "Hymenopus coronatus",
"NormalName": "None",
"SpeciesIntro": "Hymenopus coronatus is a mantis from the tropical forests of Southeast Asia. It is known by various common names, including walking flower mantis, orchid-blossom mantis and (pink) orchid mantis. It is one of several species known as flower mantis, a reference to their unique physical form and behaviour, which often involves moving with a “swaying” motion, as if being “blown” in the breeze. Several species have evolved to mimic orchid flowers as a hunting and camouflaging strategy, “hiding” themselves in plain view and preying upon pollinating insects that visit the blooms. They are known to grab their prey with blinding speed.This species mimics parts of the orchid flower. The four walking legs resemble flower petals, and the toothed front pair is used as in other mantises for grasping prey.H. coronatus shows some of the most pronounced size sexual dimorphism of any species of mantis; males can be less than half the size of females. The female predatory selection is the likely driving force behind the development of the extreme sexual size dimorphism. Prior to development of its camouflage, the female mantis implements ambush predation to allow it to hunt larger pollinating insects. An example of this ambush predation is the orchid mantis's ability to ambush foraging butterflies, a fairly large prey, which it captures using its pair of toothed arms and powerful bite. As the female mantis continues to develop, much of its dramatic increase in size can be attributed to predatory selection and ambush predation.First-stage nymphs mimic bugs of the family Reduviidae, which have a powerful bite and are foul-tasting.The mantis can change its colour between pink and brown, according to the colour of the background.H. coronatus is found in the rain forests of Southeast Asia, including Cambodia, Indonesia, Laos, Malaysia, Myanmar, Thailand, Vietnam and the Philippines, as well as Singapore. It is also found in the Western Ghats of India.Hugh Cott referenced an early-20th-century account by Nelson Annandale of Hymenopus coronatus, in which he details how the mantis hunts on the flowers of the \"Straits rhododendron\" (Melastoma polyanthum). The nymph has, what Cott calls, \"special alluring coloration\", where the animal itself acts as a \"decoy\". The insect is pink-and-white (like many orchid blooms), possessing flattened limbs which feature \"that semi-opalescent, semi-crystalline appearance that is caused in flower-petals by a purely structural arrangement of liquid globules or empty cells\". The mantis climbs up-and-down the twigs of the plant until it finds a cluster of flowers. It holds-on to these with the claws of its two rearmost pairs of legs. It then sways from side-to-side, mimicking the wind; soon, various small flies and insects will land on and around the flowers, attracted by nectar as well as the small, black spot on the end of the mantis's abdomen, which resembles a fly. When a larger Dipteran fly—as big as a house fly—was observed landing nearby, the mantis at once seized and ate it.Mimicry has been widely discussed since the 1861 description by Henry Walter Bates. While the orchid mantis is successful at catching its prey through its color mimicry alone, recent research shows that orchid mantises attract an greater number of natural pollinators when compared to actual flowers, labelling these mantises as 'aggressive mimics' with their ability to turn pollinators into prey. In a concurrent study, the spectral reflection of orchid mantises was measured using a spectrometer to determine how their colour may be perceived by other animals. Adult and juvenile orchid mantises primarily reflected UV-absorbing white and, based on visual modeling, their colour is indistinguishable from actual flowers (from the perspectives of the pollinating insects).The female of the species is, reported by Costa (quoting Shelford's 1903 account), to show parental care by guarding her eggs. Costa asks rhetorically \"Why has so little [research] been done on parental care in mantids, such an unexpected and intriguing aspect of their behavior?\"",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030762935.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:99.12%,D:0.51%],F:0.00%,M:0.37%,n:1367",
"GenomeSize": "3127.590514",
"GenomeGC": "17.89631927",
"SeqNumber": "386",
"N50": "159059.693",
"PCGnumber": "124196",
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{
"id": 4423,
"InsectBaseID": "IBG_03524",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Hypercompe",
"TaxonomyID": "505957",
"Tags": "None",
"OrganismName": "Hypercompe scribonia",
"NormalName": "None",
"SpeciesIntro": "The giant leopard moth (Hypercompe scribonia) is a moth of the family Erebidae. They are distributed through North America from southern Ontario, and southern and eastern United States through New England, Mexico, and south to Colombia. The obsolete name, Ecpantheria scribonia, is still occasionally encountered.They are known to be attracted to bitter, unripe vegetables and broccoli flowers.This moth species has a wingspan of 76 mm (3 in). Its wings are bright white with a pattern of neat black blotches, some solid and some hollow. The overside of the abdomen is dark blue with orange markings, while the underside is white with solid black spots, and males have a narrow yellow line on the sides. Their legs have black and white bands. Adult moths are strictly nocturnal and do not generally fly before nightfall.This species has a notable sexual dimorphism in size, with the adult male reaching about 51 mm (2 in) in length, while the adult female grows up to 30 mm (1.2 in).The leopard moth requires two years to complete its round of life. In Missouri, adults are on the wing from May to September and are multivoltine. During mating sessions, the wings of the male cover most of the female's abdomen, which can sometimes lead to the loss of wing scales in the female and have negative effects on her flight efficiency. Their mating sessions are notably long-lasting, taking more than 24 hours. They stay mostly immobile during the whole process, but move from spot to spot to thermoregulate, walking into shadowy areas if too hot or into sunlight if too cold. The male effectuates the locomotion, while the female folds her legs to make her easier to carry.The caterpillar is of the \"woolly bear\" kind, with a thick coat of black bristles (setae) and red or orange bands between its segments, which become conspicuous when the caterpillar rolls into a ball for defense. Like the banded woolly bear, its hairs are not urticant nor venomous and do not typically cause irritation. The moth overwinters as a caterpillar, often under the bark of decaying wood. The caterpillar grows to be 7.6 cm (3 in) long.The caterpillar eats a variety of broadleaf plants, such as broadleaf plantains, dandelions, and violets:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949316085.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.34%,D:0.59%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "639.58068",
"GenomeGC": "21.98809101",
"SeqNumber": "51",
"N50": "23261.819",
"PCGnumber": "37851",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
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{
"id": 4424,
"InsectBaseID": "IBG_03525",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Hypolimnas",
"TaxonomyID": "124412",
"Tags": "None",
"OrganismName": "Hypolimnas misippus v3",
"NormalName": "None",
"SpeciesIntro": "Hypolimnas misippus, the Danaid eggfly, mimic, or diadem, is a widespread species of nymphalid butterfly. It is well known for polymorphism and mimicry. Males are blackish with distinctive white spots that are fringed in blue. Females are in multiple forms that include male-like forms while others closely resemble the toxic butterflies Danaus chrysippus and Danaus plexippus. They are found across Africa, Asia, and Australia. In the Americas, they are found in the West Indies, with strays in Central and North America.The male has the upperwings dark velvety brownish black. The forewing has a broad white oval spot between veins 3 and 7. A smaller spot near the apex is also present. These spots are crossed by the black veins and bordered in iridescent blue that is visible only at certain angles. The hindwing has a larger white spot but the veins crossing it are yellowish and not as prominent as on the forewing. There are some white specks along the tornus and the margin is edged with white and black.Underside forewing: bases of interspaces 1 and 2 and cell rich light chestnut, discal area fuscous brown; apical half golden brown; basal half of costal margin flecked with white: cell anteriorly black with three white spots; a narrow, transverse, very short, white mark beyond apex of cell; a very broad, somewhat oval, white discal patch from costa to middle of interspace 2 edged with diffuse dusky black; the preapical white spot as on the upperside but not surrounded with blue, continued posteriorly as a transverse series of small postdiscal white spots; an inner and an outer transverse series of white lunules divided by a sinuous black line followed by a terminal black line.Hindwing: basal and postdiscal areas chestnut-red; a black spot at base of vein 8 defined by white lines; a very broad medio-discal white band from costa to dorsum, crossed at apex of interspace 1 a by a transverse black mark, beyond the middle of interspace 7 by a broad black bar, and in interspace 7 bordered inwardly by black; a postdiscal series of small white spots in continuation of those on the forewing; an inner subterminal series of paired subtriangular small white spots, an outer subterminal line of slender white lunules, an intervening black sinuous line between the two series and a black terminal line. Cilia of both forewings and hindwings white alternated with black. Antennae, head, thorax and abdomen dark brown; beneath, the palpi and thorax white, the abdomen chestnut.Female – polymorphic:First form: Upperside rich tawny. Forewing: the costa, the apical half of the wing and the termen black, the inner margin of this black area follows a line crossing the cell obliquely and curving round to near apex of interspace 1 a; a white spot beyond apex of cell; an oblique band of elongate white spots, a more transverse short subapical series of three or four much smaller white spots, and an inner and an outer sub-terminal transverse series of very small slender white lunules.Hindwing: a transverse round spot in interspace 7, the terminal margin broadly black, the latter traversed by two transverse series of paired small white lunules. Cilia of forewings and hindwings white alternated with black. Underside paler tawny yellow, the disc of the forewing deeper tawny; the markings are much as on the upperside but differ as follows: Forewing: three white spots along the anterior margin of cell, the black on the apical area beyond the oblique band of white spots replaced by golden. Hindwing: a black spot at base of vein 8, another at base of interspace 5, and a postdiscal transverse series of small white spots in addition to the markings as on the upperside.Second form: Similar to the above but the disc of the hindwing on both upper and under sides white, =alcippoides, Butler.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037950945.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.93%[S:99.93%,D:0.00%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "438.072389",
"GenomeGC": "19.91398024",
"SeqNumber": "218",
"N50": "14598.5",
"PCGnumber": "31248",
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{
"id": 4425,
"InsectBaseID": "IBG_03526",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Hypomecis",
"TaxonomyID": "2876618",
"Tags": "None",
"OrganismName": "Hypomecis atomaria",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_964007245.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:97.81%,D:1.68%],F:0.22%,M:0.29%,n:1367",
"GenomeSize": "690.029168",
"GenomeGC": "21.54786636",
"SeqNumber": "44",
"N50": "22772.177",
"PCGnumber": "42053",
"Swissnumber": "None",
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{
"id": 4426,
"InsectBaseID": "IBG_03527",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Hypomecis",
"TaxonomyID": "439567",
"Tags": "None",
"OrganismName": "Hypomecis punctinalis",
"NormalName": "None",
"SpeciesIntro": "Hypomecis punctinalis, the pale oak beauty, is a moth of the family Geometridae. The species was first described by Giovanni Antonio Scopoli in his 1763 Entomologia Carniolica. The species can be found in central and southern Europe, Asia Minor, Transcaucasia, Russia, the Russian Far East, Japan, Korea, Ussuri and western China.The wingspan is 46–55 mm. The length of the forewings is 22–26 mm. The forewings have a grey-white ground colour with a brownish tinge and are fine blackish dusted. The outer margin of the forewing has a convexity. The forewings have conspicuous transverse lines and a clear discal mark. The discal mark is pale centred and dark ringed. The forewings of the male have a fovea. The hindwings are similarly marked. The hindwing median and second lines are conspicuously dark and wavy.The moths fly in one generation from the end of April to July.The larvae feed on various trees including oak and birch.Similar species:This Boarmiini-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_949316475.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:99.27%,D:0.37%],F:0.07%,M:0.29%,n:1367",
"GenomeSize": "741.177338",
"GenomeGC": "21.10626836",
"SeqNumber": "81",
"N50": "25902.484",
"PCGnumber": "47987",
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{
"id": 4427,
"InsectBaseID": "IBG_03528",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Hyposoter",
"TaxonomyID": "2884228",
"Tags": "None",
"OrganismName": "Hyposoter dolosus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963921915.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.20%,D:0.66%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "222.67816",
"GenomeGC": "29.58421158",
"SeqNumber": "796",
"N50": "18054.839",
"PCGnumber": "19898",
"Swissnumber": "None",
"GOnumber": "None",
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{
"id": 4428,
"InsectBaseID": "IBG_03529",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Hyppa",
"TaxonomyID": "987961",
"Tags": "None",
"OrganismName": "Hyppa rectilinea",
"NormalName": "None",
"SpeciesIntro": "Hyppa rectilinea, the Saxon, is a moth of the family Noctuidae. It is found in Europe, but mostly in northern and central Europe. In the south, it is found in scattered populations, mainly in mountainous areas (northern Italy). To the east, its range stretches through northern Asia and eastern Siberia, up to the Pacific Ocean and Japan.The wingspan is 33–41 mm. Forewing brown, the basal and terminal areas mixed with white towards costa; the median space darker and reddish below middle; a thick black streak from base below cell, below which the basal area is darker; inner and outer lines black conversely edged with white, the inner angled on submedian fold, the outer with a white patch before it on the same fold; a black bar between the two lines along it; upper stigmata large, mixed with white, and black-edged; the orbicular flattened; subterminal line whitish with black teeth below middle, above middle marked by black subterminal dashes between the veins; hindwing brownish, paler towards base.Adults are on wing from the end of May to the beginning of August in one generation.Larva mottled pale and dark brown, tinged with purple along the sides; dorsal line pale, with dark edges, somewhat interrupted; subdorsal series of oblique pale stripes, dark-edged behind;spiracular line pale; segment 11 with two ochreous dots; head dark brown. The larvae feed on the leaves of various plants, including Vaccinium myrtillus and other Vaccinium species, as well as Salix and Rubus.This Caradrinini-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_951799385.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.78%,D:0.22%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "569.637116",
"GenomeGC": "22.73373739",
"SeqNumber": "45",
"N50": "19437.21",
"PCGnumber": "35814",
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{
"id": 4429,
"InsectBaseID": "IBG_03530",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Hypselothyrea",
"TaxonomyID": "1262499",
"Tags": "None",
"OrganismName": "Hypselothyrea guttata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_035045125.1",
"GenomeLevel": "Contig",
"Busco": "C:99.71%[S:96.71%,D:3.00%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "182.534479",
"GenomeGC": "27.38568476",
"SeqNumber": "2466",
"N50": "416.894",
"PCGnumber": "18335",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
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},
{
"id": 4430,
"InsectBaseID": "IBG_03531",
"Order": "Hemiptera",
"Family": "Monophlebidae",
"Genus": "Icerya",
"TaxonomyID": "249532",
"Tags": "None",
"OrganismName": "Icerya purchasi",
"NormalName": "None",
"SpeciesIntro": "Icerya purchasi (common name: cottony cushion scale) is a scale insect that feeds on more than 80 families of woody plants, most notably on Citrus and Pittosporum. Originally described in 1878 from specimens collected in New Zealand as pests of kangaroo acacia and named by W.M. Maskell \"after the Rev. Dr. Purchas who, [he] believe[d], first found it\", it is now found worldwide where citrus crops are grown. The cottony cushion scale originates from Australia.This scale infests twigs and branches. The mature hermaphrodite is oval in shape, reddish-brown with black hairs, 5 mm long. When mature, the insect remains stationary, attaches itself to the plant by waxy secretions, and produces a white egg sac in grooves, by extrusion, in the body which encases hundreds of red eggs. The egg sac will grow to be two to three times as long as the body. Newly hatched nymphs are the primary dispersal stage, with dispersion known to occur by wind and by crawling. Early stage nymphs feed from the midrib veins of leaves and small twigs, and do the bulk of the damage. At each molt, they leave at the old feeding point the former skin and the waxy secretions in which they had covered themselves and from which their common name is derived. Unlike many other scale insects, they retain legs and a limited mobility in all life stages. Older nymphs migrate to larger twigs and eventually as adults to branches and the trunk. Their life cycle is highly temperature-dependent, as the length of time in each stage of life is longer in cold temperatures than high temperatures.In addition to the direct damage from sap sucking, the insects also secrete honeydew, on which sooty mold often grows and causes further damage to the host plant. Some ants will also consume this honeydew.Males are rare in hermaphroditic species of Icerya. Males are haploid while females are diploid. Females have an ovitestis that is capable of producing both sperm and oocytes which fertilize internally to produce diploid offspring (females) through a form of hermaphroditism. The cells of the ovitestis are haploid and are derived from excess sperm during matings with males. This has been termed as 'parasitic tissue' and theoretical studies have examined this as a form of sexual conflict and have examined the possible fates and fitness consequences since females can produce daughters by mating with males or using their parasitic male cell lines. Females that lack ovitestes may preferentially invest in producing sons while females with parasitic tissue should prefer to pass on the genetic material through daughters.True males are uncommon to rare overall, and in many infestations are not present. Pure females are unknown. Self-fertilization by a hermaphrodite will produce only hermaphrodites. Matings of a male and hermaphrodite will produce both males and hermaphrodites.Icerya purchasi is important as one of the first major successes of biological control. Importations of the vedalia ladybird (Novius cardinalis) in 1888-1889 by C. V. Riley, later head of the USDA's Division of Entomology, resulted in swift reductions of I. purchasi populations, saving the burgeoning Californian citrus industry from this destructive pest. However, following the introduction of insecticides such as DDT and malathion in the 1950s further outbreaks occurred due to resurgence: thought to be caused by drift from airplane spraying during the early spring months.A second biological control, the parasitic fly Cryptochetum iceryae has also been introduced to California as an additional control vector at around the same time.While there is an apparent rivalry between the 2 natural enemies of Icerya purchasi, the competition does not affect the efficacy of the control measures when both the beetle and the fly are introduced. Biological control remains the most effective measure to manage Icerya purchasi infestations Use of insecticides as control is recommended only if no biological control species is present. Imidacloprid is especially contraindicated, since it has no effect on this species, but is very toxic to Novius cardinalis.",
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"NCBIassembly": "GCA_952773005.1",
"GenomeLevel": "Chromosome",
"Busco": "C:92.39%[S:91.44%,D:0.95%],F:0.95%,M:6.66%,n:1367",
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{
"id": 4431,
"InsectBaseID": "IBG_03532",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Idaea",
"TaxonomyID": "104448",
"Tags": "None",
"OrganismName": "Idaea biselata",
"NormalName": "None",
"SpeciesIntro": "The small fan-footed wave (Idaea biselata) is a moth of the family Geometridae. The species was first described by Johann Siegfried Hufnagel in 1767.The species is widespread from the British Isles across western Europe and east to the Urals. In northern Europe, the range extends about to central Fennoscandia. In the south the range extends up to central Portugal, Corsica, the northern Apennines and northern Greece. Isolated occurrences are known from Calabria and the Peloponnese. Outside of Europe it is found in the Caucasus, Transcaucasia, in the north of Turkey, in Siberia, in northern Kazakhstan, as well as in the Russian Far East. The subspecies Idaea biselata extincta (Staudinger, 1897) is represented in Korea and the Ussuri region. It rises to about 1,700 metres above sea level in the Alps. South of the Alps, is found from 600 to 1,500 metres and is rarely found below this range.It is a small (wingspan 22–25 mm), easily missed species. The wings are creamy white with darker bands with a small black discal spot on each wing. The basic colouring and pattern vary relatively little. The ground colour is yellowish white to slightly brownish white, the pattern elements are brown to dark brown. On the forewings the interior crossline is the most clearly shown. However, the outer crossline is usually significantly developed. A pale wavy line that is lined with inner and outer darker colour is located in the marginal field. Forewings and hindwings have black discal spots. On the front wings, these are basal to the middle crossline, on the rear wings they are distal to the interior crossline. Marginal stains are dark brown in colour, but dimly developed. The larva is long and thin, with a few short setae, brownish grey with a white side stripe.It sometimes flies short distances by day but mainly at night when it is attracted to light. The adults are on the wing from June to August.The larva feeds on a variety of plants including asparagus, dandelion, knotgrass, oak, plantain and Rubus. The species overwinters as a larva.",
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"NCBIassembly": "GCA_958496205.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.24%[S:94.73%,D:0.51%],F:1.76%,M:3.00%,n:1367",
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"GenomeGC": "21.6846651",
"SeqNumber": "381",
"N50": "30964.199",
"PCGnumber": "29843",
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{
"id": 4432,
"InsectBaseID": "IBG_03533",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Idaea",
"TaxonomyID": "572776",
"Tags": "None",
"OrganismName": "Idaea dimidiata",
"NormalName": "None",
"SpeciesIntro": "Idaea dimidiata, the single-dotted wave, is a moth of the family Geometridae. It is a Holarctic species. The species has a wingspan of 13–18 mm. The ground colour of the wings is brownish yellow, brownish white to slightly reddish white. The pattern elements are dark grey to dark brown. The median band and the two crosslines can be incomplete or interrupted. They are marked by so-called costal stains on the front wing at the costa. There is a light wavy line, which is limited mainly to the inside edge and marked on both sides by dark stains in the marginal field. The fore and hindwings have black discal flecks, which are occasionally significantly weaker on the forewings. Marginal stains are connected by a thin line.The larva is long and thin, grey-brown, with a V-shaped dark spot on each body segment.The species occurs in the Western Palearctic and in the Nearctic. The species is widespread in West, South and Central Europe. In the North the range extends to South Scandinavia, and East to the Urals. Idaea dimidiata is found on almost all islands of the Mediterranean.Outside Europe it is found in Morocco and Northwestern Turkey, the Caucasus and Transcaucasia , from North Iran it extends to Afghanistan and Central Asia. In Cyprus, Turkey and the Levant in the South dimidiata antitaurica replaces dimidiata dimidiata, which also occurs in Canada and the most northern regions of the United States of America.The adults fly at night from June to August, occasionally later, and are attracted to light.The species prefers damp locations such as marshy woodland, fens and river banks.This Sterrhinae moth related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949358125.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.20%,D:0.66%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "422.592496",
"GenomeGC": "22.13199971",
"SeqNumber": "36",
"N50": "25418.079",
"PCGnumber": "30127",
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{
"id": 4433,
"InsectBaseID": "IBG_03534",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Idaea",
"TaxonomyID": "104449",
"Tags": "None",
"OrganismName": "Idaea straminata",
"NormalName": "None",
"SpeciesIntro": "Idaea straminata, the plain wave, is a moth of the family Geometridae. It is found in Europe including West Russia and Balkans.The species has a wingspan of 28–33 mm. The ground colour is pale greyish ochreous with scattered black speckles. Both wings have a conspicuous though small black discal dot. The postmedian line is often rather well-developed, marked with darker dots on the veins, on the hindwing it is not only sinuate inwards between the radials and again posteriorly, but is also more or less strongly angled on the first radial; the two lines or shades which edge the subterminal are usually (especially the distal) very ill developed or wanting. On the hindwing the median shade crosses or follows the discal dot. On the under surface the forewing is a little darker, the hindwing a little whiter, the postmedian line and usually the median more strongly developed than above.The larva is slightly knotted, dark grey-brown with dark, hourglass-shaped spots on the dorsum.The adults fly in one generation in July .The larvae feed on dandelion and knotgrass.This Sterrhinae moth related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_951213275.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.93%,D:0.07%],F:0.00%,M:0.00%,n:1367",
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"SeqNumber": "35",
"N50": "14441.715",
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{
"id": 4434,
"InsectBaseID": "IBG_03535",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Ischnus",
"TaxonomyID": "904094",
"Tags": "None",
"OrganismName": "Ischnus inquisitorius",
"NormalName": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963924025.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.49%,D:0.29%],F:0.07%,M:0.15%,n:1367",
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"SeqNumber": "23",
"N50": "18611.977",
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{
"id": 4435,
"InsectBaseID": "IBG_03536",
"Order": "Coleoptera",
"Family": "Meloidae",
"Genus": "Iselma",
"TaxonomyID": "881134",
"Tags": "None",
"OrganismName": "Iselma pallidipennis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037464855.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.05%[S:98.90%,D:0.15%],F:0.59%,M:0.29%,n:1367",
"GenomeSize": "107.303586",
"GenomeGC": "25.21484604",
"SeqNumber": "4652",
"N50": "61.839",
"PCGnumber": "14115",
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{
"id": 4436,
"InsectBaseID": "IBG_03537",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Ithomia",
"TaxonomyID": "306013",
"Tags": "None",
"OrganismName": "Ithomia salapia aquinia",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_028829205.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.61%[S:96.05%,D:2.56%],F:1.10%,M:0.22%,n:1367",
"GenomeSize": "390.328265",
"GenomeGC": "19.27695551",
"SeqNumber": "23916",
"N50": "1536.154",
"PCGnumber": "29475",
"Swissnumber": "None",
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},
{
"id": 4437,
"InsectBaseID": "IBG_03538",
"Order": "Lepidoptera",
"Family": "Gelechiidae",
"Genus": "Keiferia",
"TaxonomyID": "1511203",
"Tags": "None",
"OrganismName": "Keiferia lycopersicella",
"NormalName": "None",
"SpeciesIntro": "Keiferia lycopersicella, the tomato pinworm, is a moth of the family Gelechiidae. It is found in warm areas in Mexico, California, Texas, Georgia, Florida, Hawaii, Cuba, Hispaniola and the Bahamas. It has also been reported from greenhouses in Delaware, Mississippi, Missouri, Pennsylvania and Virginia.The wingspan is 9–12 mm. There are seven to eight generations per year.The larvae feed on Solanaceae species, including Lycopersicon esculentum, Solanum melongena, Solanum tuberosum, Solanum carolinense, Solanum xanthii, Solanum umbelliferum and Solanum bahamense. Young larvae use silk to spin a tent. Under the cover of this tent they create a tunnel into a leaf of their host. They may also enter stems or fruits.This article on a moth of the tribe Gnorimoschemini is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_029255805.1",
"GenomeLevel": "Contig",
"Busco": "C:100.00%[S:98.98%,D:1.02%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "442.907308",
"GenomeGC": "24.47554963",
"SeqNumber": "60",
"N50": "14556.016",
"PCGnumber": "34223",
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{
"id": 4438,
"InsectBaseID": "IBG_03539",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Kuschelorhynchus",
"TaxonomyID": "2754503",
"Tags": "None",
"OrganismName": "Kuschelorhynchus macadamiae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030620095.1",
"GenomeLevel": "Contig",
"Busco": "C:97.58%[S:93.56%,D:4.02%],F:2.05%,M:0.37%,n:1367",
"GenomeSize": "2040.830314",
"GenomeGC": "17.01998376",
"SeqNumber": "5521",
"N50": "989.531",
"PCGnumber": "145890",
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{
"id": 4439,
"InsectBaseID": "IBG_03540",
"Order": "Dermaptera",
"Family": "Spongiphoridae",
"Genus": "Labia",
"TaxonomyID": "146840",
"Tags": "None",
"OrganismName": "Labia minor",
"NormalName": "None",
"SpeciesIntro": "Labia minor, the lesser earwig or small earwig, is a species of earwig. It is widespread globally in temperate climates, preferring warm locations such as compost heaps in parts of its range. It is 4–7 mm long, including the pincer, and chocolate brown in color.Labia minor is about half the size of Forficula auricularia, at 4–7 millimetres (0.2–0.3 in) long. It is chocolate brown, and less shiny than the chestnut brown F. auricularia. The whole body is covered with fine yellow setae, and the antennae are a paler color. The forceps (pincer) at the animal's tail are used to help unfurl the wings, in preparation for flight. Unlike F. auricularia, Labia minor flies frequently.Labia minor feeds on decaying plant material and other detritus. In cooler climates, it is only found in warm places, such as actively decaying compost heaps, and are most often encountered when turning the compost. Unusually for an insect, there is extensive maternal care of the eggs and offspring, with the mother feeding them for a week or two after they hatch.Labia minor is widespread in temperate zones around the world. It is unclear whether it is a native species in North America, or an early adventive species. The first record from the United States dates from 1838, but the species may have been present for a long time before that. It ranges further north, into British Columbia and Quebec than any other earwig species, and is the only earwig in Quebec. It has also been introduced to Australia, Madeira, the Galápagos Islands and the Philippines. The species is probably often overlooked, however, due to its small size, and may be more widespread than is currently known.Labia minor was originally named by Carl Linnaeus in the 10th edition of his work Systema Naturae in 1758, under the name Forficula minor. When William Elford Leach established the genus Labia in 1815, Linnaeus' Forficula minor was made the type species of that new genus, and renamed Labia minor.",
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"NCBIassembly": "GCA_963082975.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.54%[S:97.22%,D:1.32%],F:0.22%,M:1.24%,n:1367",
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"SeqNumber": "80",
"N50": "86446.126",
"PCGnumber": "38500",
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{
"id": 4440,
"InsectBaseID": "IBG_03541",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Lacanobia",
"TaxonomyID": "79499",
"Tags": "None",
"OrganismName": "Lacanobia oleracea",
"NormalName": "None",
"SpeciesIntro": "The bright-line brown-eye (Lacanobia oleracea) is a moth of the family Noctuidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is a common species throughout Europe, but is also found in North Africa (Morocco and Algeria), temperate North Asia and Central Asia, Asia Minor, Syria, and Turkestan, northern India, China, Korea and Japan.This species' common name is usefully descriptive: The forewings are dark reddish brown marked with a prominent light orange-brown stigma and a bright white subterminal line. The hindwings are grey, darker towards the termen. The wingspan is 34–44 mm. They are attracted to light, sugar and nectar-rich flowers.Forewing red brown clouded with darker; veins grey, whitish towards termen: reniform stigma orange in its upper part, dark fuscous below; orbicular round, white edged, sometimes very small; submarginal line finely white, toothed on veins 3 and 4 to termen; hindwing dull whitish, pale fuscous towards termen; the veins dark. The ground colour varies on one side to black brown, ab. obscura Spul, and on the other to rufous, ab. rufa Tutt; ab. variegata Aust, from Morocco, is paler, reddish yellow.The larva is green or brown dotted with white with black and yellow spiracular lines down the side with darker edging. The tubercles are black. It feeds on a wide range of plants and is occasionally a pest of cultivated tomatoes. The species overwinters as a pupa.It is on wing from the latter half of June to July. Occasionally, there will be a second generation from the end of August to the first half of September.",
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"NCBIassembly": "GCA_950371165.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:99.41%,D:0.22%],F:0.15%,M:0.22%,n:1367",
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"SeqNumber": "76",
"N50": "26564.265",
"PCGnumber": "50571",
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{
"id": 4441,
"InsectBaseID": "IBG_03542",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Lamproptera",
"TaxonomyID": "157394",
"Tags": "None",
"OrganismName": "Lamproptera curius",
"NormalName": "None",
"SpeciesIntro": "Leptocircus curiusLamproptera curius, the white dragontail, is a species of swallowtail butterfly native to parts of South Asia and Southeast Asia where it is common. It belongs to the dragontails genus, Lamproptera, of the swallowtail family, Papilionidae.Upperside dull brownish black. Forewing: a broad outwardly oblique white transverse band that crosses from a little beyond the basal third of the costal margin to the dorsum, its outer half hyaline (glass like), followed by a hyaline triangular area that does not reach the costa or the termen but is traversed by conspicuously black veins. Between the semihyaline transverse band and the hyaline area the black forms a more or less even band slightly narrower in the middle; the black edging to the costa and termen broad, broadened towards the apex; cilia black.Hindwing: the transverse white band of the forewing is continued straight across and ends in a point on the outer half of vein 3, but is not hyaline along its outer margin; posterior half of the wing dull dark brown, irrorated (sprinkled) towards the base of the long narrow tail at vein 4 with white scales; cilia black, white below vein 5 and along outer side of basal half of tail, the latter tipped white.Underside similar, but the ground colour opaque brownish black; a broad outwardly ill-defined earthy-grey streak along the base of the wings produced slightly down the dorsal margin of hindwing and along the costa of the forewing; the oblique white band on the hindwing joined by a cross sinuous short white line from the dorsal margin to its apex; below this latter a number of irregular white spots on the tornal area. Antennae, head and thorax black, abdomen dark brownish black; beneath, the palpi, thorax and abdomen greyish; claws of the tarsi bifid. Male with a sex mark or brand.This butterfly is found in India from Assam to Burma. It is also found in Thailand, Laos, Vietnam, southern China, Kampuchea, Malaysia, Indonesia, Brunei, and the Philippines.The white dragontail is not known to be threatened in most of its range but is considered vulnerable and in need of protection in Peninsular Malaysia.The life cycle of the butterfly takes about six weeks.Illigera celebica and Illigera platyandra (family Hernandiaceae).",
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"NCBIassembly": "GCA_029286875.1",
"GenomeLevel": "Contig",
"Busco": "C:91.88%[S:91.81%,D:0.07%],F:0.66%,M:7.46%,n:1367",
"GenomeSize": "623.741883",
"GenomeGC": "22.30112035",
"SeqNumber": "1969",
"N50": "2654.024",
"PCGnumber": "43506",
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{
"id": 4442,
"InsectBaseID": "IBG_03543",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Lapara",
"TaxonomyID": "82619",
"Tags": "None",
"OrganismName": "Lapara coniferarum",
"NormalName": "None",
"SpeciesIntro": "Lapara coniferarum, the southern pine sphinx, is a species of sphinx moth. It was first described by James Edward Smith in 1797. The species is listed as threatened in Connecticut.It is known from mixed and pine forests from Nova Scotia and Maine south to Florida, and west to Indiana and Louisiana.The larvae feed on Pinus species, including Pinus taeda and Pinus palustris.This Sphinginae-related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949316025.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.78%,D:0.15%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "541.279285",
"GenomeGC": "21.111497",
"SeqNumber": "22",
"N50": "37912.125",
"PCGnumber": "33928",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4443,
"InsectBaseID": "IBG_03544",
"Order": "Hymenoptera",
"Family": "Halictidae",
"Genus": "Lasioglossum",
"TaxonomyID": "88504",
"Tags": "None",
"OrganismName": "Lasioglossum calceatum v2",
"NormalName": "None",
"SpeciesIntro": "Lasioglossum calceatum is a Palearctic species of sweat bee. The species is socially polymorphic, with northern populations being solitary while southern populations exhibit eusocial behavior. ",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963966675.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:98.54%,D:1.24%],F:0.15%,M:0.07%,n:1367",
"GenomeSize": "434.811507",
"GenomeGC": "24.71449381",
"SeqNumber": "435",
"N50": "15366.174",
"PCGnumber": "27613",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4444,
"InsectBaseID": "IBG_03545",
"Order": "Hymenoptera",
"Family": "Halictidae",
"Genus": "Lasioglossum",
"TaxonomyID": "88523",
"Tags": "None",
"OrganismName": "Lasioglossum villosulum",
"NormalName": "None",
"SpeciesIntro": "Lasioglossum villosulum is a Palearctic species of sweat bee.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963971365.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.41%,D:0.44%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "458.521248",
"GenomeGC": "24.30808921",
"SeqNumber": "192",
"N50": "40458.598",
"PCGnumber": "35030",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4445,
"InsectBaseID": "IBG_03546",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Lasius",
"TaxonomyID": "231986",
"Tags": "None",
"OrganismName": "Lasius fuliginosus",
"NormalName": "None",
"SpeciesIntro": "Lasius fuliginosus, also known as the jet ant or jet black ant, is a species of ant in the subfamily Formicinae.This species has a wide distribution in Europe and Asia, from Portugal and Ireland in the west, Finland in the north to Italy in the south, and eastwards to Korea and Japan. In the UK, records suggest that while occasionally found further North before 1970, it is now found mostly south of The Wash, in East Anglia and Southern England, with a few colonies found in Ireland.Workers of Lasius fuliginosus have a black shiny colour, a relatively large head, broadly cordate, with a distinct posterior emargination and rounded occipital lobes. Over the dorsum is present a sparse pubescence and scattered erect hairs. Legs are brownish yellow. Queens have a black shiny colour and a shape similar to the workers, pubescence and body hairs are more abundant, but the orifice of the metapleural gland lacks guard hairs. The head is heart-shaped, broadly emarginated and wider that alitrunk. Moreover the scutum overhangs the pronotal convexity. Legs are brownish yellow and rather longer than in workers. In males, suberect hairs are present on extensor tibial surface and/or on antennal scapes. Workers can reach a length of about 4–6 mm, while females are larger (6–6.5 mm). Small males reach a length of 4.5–5 mm).To communicate alarm, the species has been known to dispense dendrolasin (C15H22O), a terpenoid compound, from their mandibular glands.The species is associated with the nitidulid beetle Amphotis marginata, called the \"highwayman\" of the local ant world. The beetles occupy shelters along the foraging trails of L. fuliginosis. When night comes, they patrol the trails and take food from the ants returning to the nest. They specifically target those ants with a lot of food in their bodies. They trick ants into regurgitating into their mouths, a common act between ants and other animals called trophallaxis. The ants soon realize they have been tricked and begin to fight the beetle. The beetle responds by removing itself from the ants' mouths and flattening its body to the ground in a way that ants cannot roll them over and effectively combat them.The species builds a \"cardboard\" nest in old hollow trees, using \"board\" – a mixture of chewed wood with saliva similar to termites. A nest contains only one queen, but a large colony can contain as many as 15,000 workers.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949152495.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:98.83%,D:0.66%],F:0.15%,M:0.37%,n:1367",
"GenomeSize": "256.221841",
"GenomeGC": "27.91569826",
"SeqNumber": "198",
"N50": "18816.047",
"PCGnumber": "40041",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4446,
"InsectBaseID": "IBG_03547",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Lasius",
"TaxonomyID": "488582",
"Tags": "None",
"OrganismName": "Lasius platythorax",
"NormalName": "None",
"SpeciesIntro": "Lasius platythorax is a species of ants belonging to the family Formicidae.It is native to Europe.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963971435.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.57%[S:99.20%,D:0.37%],F:0.15%,M:0.29%,n:1367",
"GenomeSize": "288.694583",
"GenomeGC": "28.59283369",
"SeqNumber": "201",
"N50": "20725.72",
"PCGnumber": "54091",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4447,
"InsectBaseID": "IBG_03548",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Latheticus",
"TaxonomyID": "466960",
"Tags": "None",
"OrganismName": "Latheticus oryzae",
"NormalName": "None",
"SpeciesIntro": "Latheticus oryzae (common name long headed flour beetle) is a species of beetle.This beetle is light brown in color with elongated body measuring 2-3 mm. It resembles Tribolium casteneum..Both adult and grub feed on a milled product and can exist as a secondary infestation in stored grains. It attacks cereals, flour, packaged food, rice and rice products.The female lays 400 white eggs on grains.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030157265.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.34%,D:0.66%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "170.052028",
"GenomeGC": "17.68930036",
"SeqNumber": "59",
"N50": "16486.265",
"PCGnumber": "17143",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4448,
"InsectBaseID": "IBG_03549",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Lathronympha",
"TaxonomyID": "1594361",
"Tags": "None",
"OrganismName": "Lathronympha strigana",
"NormalName": "None",
"SpeciesIntro": "Lathronympha strigana is a species of moth in the family Tortricidae.Lathronympha strigana is a medium-sized moth with a wingspan of 14–18 mm. The basic color of the wings is light reddish brown. The forewings have a few light lines at the wing tip and two silver cross bars in the outer rear section. Adults are on wing from June to July, sometimes with a second generation in late August or September. The larvae are a little flat, gray green with darker spots and a maroon head. They feed on Hypericum species (St. John's worts).This species can be found in most of Europe, except in the far north, and in northern Asia.Lathronympha strigana prefers open forests, roadsides and other places where the host plant grows.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949128165.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.56%,D:0.44%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "620.978901",
"GenomeGC": "23.72130209",
"SeqNumber": "48",
"N50": "23664.99",
"PCGnumber": "45242",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4449,
"InsectBaseID": "IBG_03550",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Leptidea",
"TaxonomyID": "1043216",
"Tags": "None",
"OrganismName": "Leptidea juvernica",
"NormalName": "None",
"SpeciesIntro": "Leptidea reali, the Réal's wood white, is a butterfly of the family Pieridae.Réal's wood white has been found in many western Europe countries but has not been found in Britain. In Ireland, where it was only positively identified in 2001, it is more common and far more widespread than the wood white (L. sinapis). Since it looks and behaves like its close relative further research is needed to discover its true distribution, indeed on the continent its current known distribution is suspiciously patchy. The only conclusive way to separate the two species is by close examination of the genitalia.A 2011 study concludes that L. reali is one of three members of a cryptic species complex which comprises L. sinapis and a new species L. juvernica. This study was based on karyotype analysis and analysis of mitochondrial nuclear DNA markers. L. reali was found to occur only in Spain, Italy and southern France. L. juvernica ranges from Ireland and France in the west to Kazakhstan in the east. Measurements of genitalia for the three species allow separation of these two species from L. sinapis, L. juvernica and L. reali could not be separated based on genitalia measurements. L. juvernica is also named the cryptic wood white.Field lepidopterists have reported behavioural differences between L. reali and L. sinapis with Réal's being described as a stronger flier and with a preference for more open habitats. It had also been noted that specimens from Ireland thought to L. sinapis had a noticeably stronger green tinge.The life cycle, flight period and food plants appear at present to be similar to the wood white.This Pieridae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949711685.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.83%[S:94.81%,D:1.02%],F:3.37%,M:0.80%,n:1367",
"GenomeSize": "675.321381",
"GenomeGC": "18.66906121",
"SeqNumber": "20731",
"N50": "15087.234",
"PCGnumber": "44534",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4450,
"InsectBaseID": "IBG_03551",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Leptidea",
"TaxonomyID": "189912",
"Tags": "None",
"OrganismName": "Leptidea reali",
"NormalName": "None",
"SpeciesIntro": "Leptidea reali, the Réal's wood white, is a butterfly of the family Pieridae.Réal's wood white has been found in many western Europe countries but has not been found in Britain. In Ireland, where it was only positively identified in 2001, it is more common and far more widespread than the wood white (L. sinapis). Since it looks and behaves like its close relative further research is needed to discover its true distribution, indeed on the continent its current known distribution is suspiciously patchy. The only conclusive way to separate the two species is by close examination of the genitalia.A 2011 study concludes that L. reali is one of three members of a cryptic species complex which comprises L. sinapis and a new species L. juvernica. This study was based on karyotype analysis and analysis of mitochondrial nuclear DNA markers. L. reali was found to occur only in Spain, Italy and southern France. L. juvernica ranges from Ireland and France in the west to Kazakhstan in the east. Measurements of genitalia for the three species allow separation of these two species from L. sinapis, L. juvernica and L. reali could not be separated based on genitalia measurements. L. juvernica is also named the cryptic wood white.Field lepidopterists have reported behavioural differences between L. reali and L. sinapis with Réal's being described as a stronger flier and with a preference for more open habitats. It had also been noted that specimens from Ireland thought to L. sinapis had a noticeably stronger green tinge.The life cycle, flight period and food plants appear at present to be similar to the wood white.This Pieridae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949711725.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.49%[S:94.95%,D:1.54%],F:2.41%,M:0.95%,n:1367",
"GenomeSize": "670.139173",
"GenomeGC": "18.55184878",
"SeqNumber": "16210",
"N50": "22890.488",
"PCGnumber": "39642",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4451,
"InsectBaseID": "IBG_03552",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Leptogaster",
"TaxonomyID": "468752",
"Tags": "None",
"OrganismName": "Leptogaster cylindrica",
"NormalName": "None",
"SpeciesIntro": "Leptogaster cylindrica is a Palearctic species of robber fly in the family Asilidae.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963082835.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:98.83%,D:1.02%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "196.645336",
"GenomeGC": "27.58339562",
"SeqNumber": "188",
"N50": "39823.257",
"PCGnumber": "29551",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4452,
"InsectBaseID": "IBG_03553",
"Order": "Hymenoptera",
"Family": "Encyrtidae",
"Genus": "Leptomastidea",
"TaxonomyID": "559134",
"Tags": "None",
"OrganismName": "Leptomastidea abnormis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030522805.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.37%[S:93.78%,D:0.59%],F:3.66%,M:1.90%,n:1367",
"GenomeSize": "352.789018",
"GenomeGC": "22.13818799",
"SeqNumber": "231973",
"N50": "7.436",
"PCGnumber": "45445",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4453,
"InsectBaseID": "IBG_03554",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Leptophobia",
"TaxonomyID": "320235",
"Tags": "None",
"OrganismName": "Leptophobia aripa",
"NormalName": "None",
"SpeciesIntro": "Leptophobia aripa, the common green-eyed white or mountain white, is a butterfly in the family Pieridae. It is native to Mexico, Central America and South America, but strays may be found as far north as southern Texas.It is a multivoltine species with overlapping generations. Adults feed on flower nectar of various species, including Emilia sonchifolia, Lantana camara and Bidens pilosa.The larvae feed on Brassicaceae species, including Brassica oleracea. Other records include Nasturtium officinale, Tovaria pendula and Tropaeolum moritzianum.The following subspecies are recognised:This Pieridae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951799465.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.41%,D:0.37%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "195.638942",
"GenomeGC": "23.5272771",
"SeqNumber": "32",
"N50": "7893.93",
"PCGnumber": "18980",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4454,
"InsectBaseID": "IBG_03555",
"Order": "Hymenoptera",
"Family": "Figitidae",
"Genus": "Leptopilina",
"TaxonomyID": "2911658",
"Tags": "None",
"OrganismName": "Leptopilina drosophilae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_032873175.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.76%[S:98.32%,D:0.44%],F:0.07%,M:1.17%,n:1367",
"GenomeSize": "569.223475",
"GenomeGC": "14.10621268",
"SeqNumber": "1233",
"N50": "52940.772",
"PCGnumber": "46187",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4455,
"InsectBaseID": "IBG_03556",
"Order": "Hymenoptera",
"Family": "Figitidae",
"Genus": "Leptopilina",
"TaxonomyID": "2755057",
"Tags": "None",
"OrganismName": "Leptopilina syphax",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_032872505.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.44%[S:97.00%,D:0.44%],F:0.44%,M:2.12%,n:1367",
"GenomeSize": "487.121192",
"GenomeGC": "14.01064337",
"SeqNumber": "144",
"N50": "49133.722",
"PCGnumber": "46612",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4456,
"InsectBaseID": "IBG_03557",
"Order": "Hemiptera",
"Family": "Miridae",
"Genus": "Leptopterna",
"TaxonomyID": "881489",
"Tags": "None",
"OrganismName": "Leptopterna dolabrata",
"NormalName": "None",
"SpeciesIntro": "Leptopterna dolabrata (Miris dolabratus), commonly known as the meadow plant bug, is an insect in the Miridae family. It is commonly found in grassy areas in almost all of Europe to the northern Mediterranean and east across Asia Minor to the Caspian Sea region. It is an adventive species in North America . It feeds on developing grass seeds, causing seed heads to shrivel and prematurely whiten. It is regarded as a pest wherever grass is grown for seed. The species has long antennae and is black coloured.This Miridae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_954871275.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.95%[S:96.78%,D:1.17%],F:0.80%,M:1.24%,n:1367",
"GenomeSize": "987.919866",
"GenomeGC": "23.67559577",
"SeqNumber": "362",
"N50": "59806.621",
"PCGnumber": "80995",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4457,
"InsectBaseID": "IBG_03558",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Leptothorax",
"TaxonomyID": "33409",
"Tags": "None",
"OrganismName": "Leptothorax acervorum",
"NormalName": "None",
"SpeciesIntro": "Leptothorax acervorum is a small brown to yellow ant in the subfamily Myrmicinae. It was first described by Johan Christian Fabricius in 1793. L. acervorum is vastly distributed across the globe, most commonly found in the coniferous forests of Central, Western and Northern Europe. The morphology of L. acervorum is extremely similar to that of other Leptothorax ants. The difference arises in the two-toned appearance of L. acervorum, with the head and metasoma being darker than the mesosoma segment of the body, and hair across its body. Following Bergmann's rule—unusually, for ectothermic animals—body size increases with latitude.Leptothorax acervorum was first described by Johan Christian Fabricius in 1793 in his publication Entomologia systematica emendata et aucta. Vol 2. The ant belongs to the family of Formicidae, which include all organisms that contain a metapleural gland. Using DNA analysis, the divergence date estimated for clades within the Formicidae imply that most ant subfamilies originate in the late Cretaceous period. The subfamilies would have diverged around the Paleogene period. This species of ant is usually found in mid to northern Europe, regions in North America such as Alaska and northern Canada and in Japan.L. acervorum are small myrmicine ants with distinct propodeal spines and have three-segmented antennal clubs.Based on a taxonomy experiment performed by Dekoninck, the entire body of L. acervorum is light brown in color and is covered with erect hairs. The region on the head and the antennal club are slightly darker in colour. The thorax was described as being light brown in colour and having a rounded shoulder.Leptothorax acervorum is a small red ant Similar to other ants, L. acercorum displays geniculate (elbowed) antennae, metapleural glands, and a constriction of the second abdominal segment. The exoskeleton provides a protecting casing of the body, which can be divided into 3 segments: the head, mesosoma, and metasoma. The head contains eyes that detect acute movement, three small ocelli to detect light and polarization, and two mandibles. Attached to the head are two antennae. All six legs are attached to the mesosoma. The metasoma houses vital internal organs. \"The pedicel of the metasoma is two-segmented,\" which is unique for the Subfamily Myrmicinae. The head and abdomen are dark, thereby giving the ant a two-toned appearance. Individual ants are small, with workers measuring around 3 millimetres (0.12 in) in length and queens being only 10% larger. Colonies are small compared to those of other ants—they have anywhere from a few dozen to a few hundred workers and one to several queens.The workers have reddish to brownish yellow body colour with the head, antennal club and dorsal surface being darker. The petiole nodes and femora are frequently infuscate. They have a total of 11 segments in antennae. The head is longitudinally striated, and smooth and the average length is usually 3.7–4.5 mm.The queen is similar in appearance to the worker. However, the colouring of the queen is a dark brown, sometimes almost completely black. The average length of the queen is between 3.8–4.8 mm.The male is brownish black in color and is robust and significantly larger than both the worker and the queen. It has an antenna with 12 segments with a very short scape. The average length is between 4.5–5 mm long.Bergmann's rule establishes that among endothermic animals of the same species, body size increases with latitude. Studies have tested whether this rule also applies to social insects. L. acervorum workers were counted in a sample of colonies from Erlangen and Karelia. The worker size was significantly larger in the Karelian population, with the average thorax length being 1.15 mm ± 0.07 mm. The average thorax length from the Erlangen population was 1.08 ± 0.05 mm. As evidenced, the workers from Karelia were on average 10% larger than the workers from Erlangen. The results suggest that larger body sizes in L. acervorum from boreal habitats might result from selection for increased fasting endurance. Larger workers had more fat than small workers, and would survive longer in colder environments. Leptothorax acervorum might extend their survival time in areas with long winters and unpredictable climate by storing more reserves. Thus, the body size of workers of this holarctic ant increases with latitude.",
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{
"id": 4458,
"InsectBaseID": "IBG_03559",
"Order": "Coleoptera",
"Family": "Cerambycidae",
"Genus": "Leptura",
"TaxonomyID": "1143061",
"Tags": "None",
"OrganismName": "Leptura quadrifasciata",
"NormalName": "None",
"SpeciesIntro": "Leptura quadrifasciata, the four-banded longhorn beetle, is a species of beetle in the family Cerambycidae. It was described by Carl Linnaeus in his landmark 1758 10th edition of Systema Naturae.Adult beetles are 11–20 mm long, black with four more or less continuous transverse yellow bands. In extreme cases the elytra may be almost entirely black. It is found throughout the northern and central Palearctic realm. The species is distributed in northern and central regions of Europe and Asia. It is particularly common in Scandinavia, Finland and Great Britain and is typically seen during the summer months. Larvae make meandering galleries in various trees, including oak, beech, birch, willow, alder, elder and spruce; typically in dead and decaying trees, with a preference for damp areas. The life cycle lasts two to three years.This Lepturinae article is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:99.63%[S:99.12%,D:0.51%],F:0.15%,M:0.22%,n:1367",
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"GenomeGC": "17.22296856",
"SeqNumber": "59",
"N50": "166347.592",
"PCGnumber": "82981",
"Swissnumber": "None",
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{
"id": 4459,
"InsectBaseID": "IBG_03560",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Leucania",
"TaxonomyID": "987968",
"Tags": "None",
"OrganismName": "Leucania comma",
"NormalName": "None",
"SpeciesIntro": "The shoulder-striped wainscot (Leucania comma) is a moth of the family Noctuidae. The species was first described by Carl Linnaeus in 1761. Some authors place it in the genus Mythimna. It is found throughout Europe and in Russia to the west of the Urals.The forewings of this species share the pale buffish ground colour and prominent venation of other \"wainscots\" but has much stronger dark markings than most of its relatives, including a thick black basal streak which gives it its common name. The hindwings are dingy grey or brown with lighter fringes.The wingspan is 35–42 mm. Forewing drab grey, suffused, except along costa and inner margin, and in an oblique fascia-form submarginal area, with blackish, the veins and folds remaining pale; a whitish lunule on discocellular: the pale submarginal fascia externally throw's off pale teeth along the veins to termen, the wedge shaped intervals being filled in with black; a long black streak from base below cell; median vein white, with only a small white spot at end of cell and a minute black point above it; veins whitish with black terminal streaks in the intervals. Hindwing dark greyish, fuscous.This species flies at night in June and July and is attracted to light and sugar.Larvae are reddish brown, with scattered black clots: dorsal and subdorsal lines black and fine; venter paler; thoracic plate black with three white lines; head brown. The larvae feed on various grasses including Deschampsia and Festuca. The species overwinters as a full-grown larva in a cell beneath the surface of the soil. Media related to Leucania comma at Wikimedia Commons",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_958295575.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.56%,D:0.37%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "751.749365",
"GenomeGC": "21.6931421",
"SeqNumber": "54",
"N50": "25646.328",
"PCGnumber": "41426",
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{
"id": 4460,
"InsectBaseID": "IBG_03561",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Leucophenga",
"TaxonomyID": "30051",
"Tags": "None",
"OrganismName": "Leucophenga maculata",
"NormalName": "None",
"SpeciesIntro": "Leucophenga maculata is a European and Asian fruit fly.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_035044805.1",
"GenomeLevel": "Contig",
"Busco": "C:98.76%[S:97.37%,D:1.39%],F:0.15%,M:1.10%,n:1367",
"GenomeSize": "354.843564",
"GenomeGC": "25.50809404",
"SeqNumber": "3938",
"N50": "1242.416",
"PCGnumber": "22443",
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{
"id": 4461,
"InsectBaseID": "IBG_03562",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Leucophenga",
"TaxonomyID": "3079901",
"Tags": "None",
"OrganismName": "Leucophenga montana",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035044765.1",
"GenomeLevel": "Contig",
"Busco": "C:96.64%[S:95.10%,D:1.54%],F:0.51%,M:2.85%,n:1367",
"GenomeSize": "402.053479",
"GenomeGC": "23.72890573",
"SeqNumber": "2138",
"N50": "821.592",
"PCGnumber": "21926",
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{
"id": 4462,
"InsectBaseID": "IBG_03563",
"Order": "Diptera",
"Family": "Anthomyiidae",
"Genus": "Leucophora",
"TaxonomyID": "2588525",
"Tags": "None",
"OrganismName": "Leucophora obtusa",
"NormalName": "None",
"SpeciesIntro": "Leucophora obtusa is a species of root-maggot flies in the family Anthomyiidae.This article related to members of the muscoid flies is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949987735.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:98.46%,D:1.32%],F:0.22%,M:0.00%,n:1367",
"GenomeSize": "1289.857006",
"GenomeGC": "12.1149516",
"SeqNumber": "202",
"N50": "230154.751",
"PCGnumber": "63519",
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{
"id": 4463,
"InsectBaseID": "IBG_03564",
"Order": "Lepidoptera",
"Family": "Lyonetiidae",
"Genus": "Leucoptera",
"TaxonomyID": "1178041",
"Tags": "None",
"OrganismName": "Leucoptera coffeella",
"NormalName": "None",
"SpeciesIntro": "Leucoptera coffeella (coffee leaf miner) is a moth in the family Lyonetiidae. It is found in every coffee-growing country in South America, Central America and the West Indies. It is considered one of the worst pest species of coffee.The wingspan is about 6.5 millimetres (0.26 in).The larvae feed on Coffea arabica.Predators of Leucoptera coffeella include Protonectarina sylveirae and Synoeca cyanea, social wasps found in Brazil.This article relating to the moth genus Leucoptera is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030578115.1",
"GenomeLevel": "Contig",
"Busco": "C:97.22%[S:73.37%,D:23.85%],F:0.73%,M:2.05%,n:1367",
"GenomeSize": "397.153904",
"GenomeGC": "22.36593449",
"SeqNumber": "1984",
"N50": "275.598",
"PCGnumber": "34801",
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{
"id": 4464,
"InsectBaseID": "IBG_03565",
"Order": "Trichoptera",
"Family": "Limnephilidae",
"Genus": "Limnephilus",
"TaxonomyID": "1271728",
"Tags": "None",
"OrganismName": "Limnephilus auricula",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951813805.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.34%[S:98.83%,D:0.51%],F:0.29%,M:0.37%,n:1367",
"GenomeSize": "971.302186",
"GenomeGC": "17.62299153",
"SeqNumber": "45",
"N50": "34751.523",
"PCGnumber": "28295",
"Swissnumber": "None",
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},
{
"id": 4465,
"InsectBaseID": "IBG_03566",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Linnaemya",
"TaxonomyID": "1776468",
"Tags": "None",
"OrganismName": "Linnaemya tessellans",
"NormalName": "None",
"SpeciesIntro": "Linnaemya tessellans is a European species of fly in the family Tachinidae.This article related to members of the fly subfamily Tachininae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951800035.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.27%,D:0.29%],F:0.07%,M:0.37%,n:1367",
"GenomeSize": "709.888043",
"GenomeGC": "16.23629897",
"SeqNumber": "36",
"N50": "125158.878",
"PCGnumber": "64444",
"Swissnumber": "None",
"GOnumber": "None",
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"miRNAnumber": "None",
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},
{
"id": 4466,
"InsectBaseID": "IBG_03567",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Linnaemya",
"TaxonomyID": "1776471",
"Tags": "None",
"OrganismName": "Linnaemya vulpina",
"NormalName": "None",
"SpeciesIntro": "Linnaemya vulpina is a European species of fly in the family Tachinidae.This article related to members of the fly subfamily Tachininae is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_963675445.1",
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"Busco": "C:98.98%[S:98.61%,D:0.37%],F:0.22%,M:0.80%,n:1367",
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{
"id": 4467,
"InsectBaseID": "IBG_03568",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Liodrosophila",
"TaxonomyID": "7295",
"Tags": "None",
"OrganismName": "Liodrosophila aerea",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035045005.1",
"GenomeLevel": "Contig",
"Busco": "C:100.00%[S:98.46%,D:1.54%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "158.261153",
"GenomeGC": "30.17690197",
"SeqNumber": "1517",
"N50": "829.67",
"PCGnumber": "19530",
"Swissnumber": "None",
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},
{
"id": 4468,
"InsectBaseID": "IBG_03569",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Liometoxenus",
"TaxonomyID": "3028047",
"Tags": "None",
"OrganismName": "Liometoxenus newtonarum",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030264535.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.95%[S:94.66%,D:0.29%],F:4.02%,M:1.02%,n:1367",
"GenomeSize": "182.086385",
"GenomeGC": "24.81600697",
"SeqNumber": "33585",
"N50": "8.439",
"PCGnumber": "22887",
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},
{
"id": 4469,
"InsectBaseID": "IBG_03570",
"Order": "Coleoptera",
"Family": "Dytiscidae",
"Genus": "Liopterus",
"TaxonomyID": "107794",
"Tags": "None",
"OrganismName": "Liopterus haemorrhoidalis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963971575.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:98.83%,D:0.73%],F:0.22%,M:0.22%,n:1367",
"GenomeSize": "1020.131422",
"GenomeGC": "16.10698911",
"SeqNumber": "95",
"N50": "65667.942",
"PCGnumber": "70529",
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},
{
"id": 4470,
"InsectBaseID": "IBG_03571",
"Order": "Psocoptera",
"Family": "Liposcelididae",
"Genus": "Liposcelis",
"TaxonomyID": "185214",
"Tags": "None",
"OrganismName": "Liposcelis bostrychophila",
"NormalName": "None",
"SpeciesIntro": "Liposcelis bostrychophila is a species of booklouse in the family Liposcelididae. It is known nearly worldwide as a common pest of stored products. It is especially prevalent in cereals. In 2019 it was identified as a predator of mosquito eggs in a FAO/IAEA Insect Pest Control Laboratory which developed sterile males.This insect is about 1 millimetre (0.039 in) long, brown in color, and wingless. Females of this species often undergo parthenogenesis and populations consist almost entirely of females. A male specimen was not noted until 2002 and a few years later, another sexually-reproducing strain was found.Liposcelis bostrychophila is a tiny, pale brown, wingless insect about 1 mm (0.04 in) in length. Like other liposcelids it has short antennae with 15 segments, reduced eyes, and a flattened body with a relatively long abdomen. The femur of the hind leg is wide and flattened, the tarsi have three segments and the coxae are widely separated from each other.Liposcelis bostrychophila has a world-wide distribution, being found in grain stores, warehouses, factories and households, wherever dry foodstuffs are processed or stored.In most populations of Liposcelis bostrychophila, only females are present and reproduction is by parthenogenesis. During her lifetime, the female produces about 200 eggs. These hatch into nymphs which resemble the adult form and pass through four moults before maturing at about 40 days. In 2002, a sexually reproducing strain of L. bostrychophila with both sexes was found in Hawaii, and in 2009, another was found in Arizona. In both of these, reproduction was by sexual means and parthenogenesis did not occur. An endosymbiotic bacterium, Rickettsia sp., is present in all the asexually-reproducing individuals tested, but is absent from the sexually-reproducing strains; this suggests the possibility that the Rickettsia actually causes parthenogenesis, although this remains to be demonstrated. Rickettsia has been implicated in this way in the case of two parthenogenetically-reproducing eulophid wasps.L. bostrychophila can pause its development by entering diapause, and can survive for up to two months without food.Historically, Liposcelis bostrychophila has been considered a minor pest of stored commodities, perhaps because the small size of the insect made them seem insignificant in comparison with more noticeable pests such as the rice weevil (Sitophilus oryzae), the maize weevil (Sitophilus zeamais), and the lesser grain borer (Rhyzopertha dominica). More recently they have emerged as one of the most important stored good pests because of their prolificacy and resistance to chemical control. Traditional pesticides are problematic for use in foodstuffs because of their expense, the toxic residues they may leave, the safety of workers, and the development of resistance by the pests.It was identified in 2019 as the predator responsible for damaging stored eggs in a mosquito-rearing facility.Liposcelis bostrychophila is almost entirely of a biotype which is parthenogenetic and carries Rickettsia felis. The rare exceptions are both sexual and free of R. felis. It was assumed that this is not a coincidence. Gillespie et al. find that the R. felis plasmids pLbAR_38 and pLbAR_36 are similar to the toxins of toxin-antitoxin modules used by parasitic strains of Wolbachia to maintain reproductive parasitism. Gillespie et al., 2018 confirms that these plasmids do contain such a toxin-antitoxin module. They also use this genetic sequence to find a large number of similar sequences used by other bacteria including other reproductive parasites.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037577465.1",
"GenomeLevel": "Complete Genome",
"Busco": "C:98.32%[S:92.61%,D:5.71%],F:0.15%,M:1.54%,n:1367",
"GenomeSize": "291.667327",
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"SeqNumber": "9",
"N50": "34686.122",
"PCGnumber": "24654",
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},
{
"id": 4471,
"InsectBaseID": "IBG_03572",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Lissagria",
"TaxonomyID": "505471",
"Tags": "None",
"OrganismName": "Lissagria laeviuscula",
"NormalName": "None",
"SpeciesIntro": "Lissagria laeviuscula is a species of rove beetle in the family Staphylinidae. It is found in North America.This Staphylinidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030264695.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.08%[S:93.49%,D:0.59%],F:4.39%,M:1.46%,n:1367",
"GenomeSize": "225.63204",
"GenomeGC": "20.89631153",
"SeqNumber": "46846",
"N50": "6.95",
"PCGnumber": "21010",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4472,
"InsectBaseID": "IBG_03573",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Lissocephala",
"TaxonomyID": "1861793",
"Tags": "None",
"OrganismName": "Lissocephala sabroskyi",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037075105.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.95%[S:94.66%,D:0.29%],F:3.44%,M:1.54%,n:1367",
"GenomeSize": "140.423778",
"GenomeGC": "38.22469297",
"SeqNumber": "76102",
"N50": "23.141",
"PCGnumber": "27840",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4473,
"InsectBaseID": "IBG_03574",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Listrodromus",
"TaxonomyID": "172425",
"Tags": "None",
"OrganismName": "Listrodromus nycthemerus",
"NormalName": "None",
"SpeciesIntro": "Listrodromus nycthemerus, the holly blue Darwin wasp, is a species of ichneumon wasp belonging to the family Ichneumonidae. This species is a parasitoid, its sole host species being the holly blue butterfly (Celastrina argiolus).Listrodromus nycthemerus was first formally described as Ichneumon nycthemerus by the German zoologist Johann Ludwig Christian Gravenhorst from Piedmont. This species was classified in the new genus Listrodromus in 1845 by Constantin Wesmael, this species being the type species of that genus. Traditionally the genus was included in the tribe Listrodromini within the subfamily Ichneumoninae but is now classified within tribe Ichneumonini.Listrodromus nycthemerus is a very small wasp which is predominantly black and yellow. This species has a body length of 8–9 mm (0.31–0.35 in).Listrodromus nycthemerus has been recorded from Europe where records come from Ireland, Great Britain, Netherlands, France, Spain, Germany, southern Norway, southern Sweden, southern Finland, Croatia and Austria.Listrodromus nycthemerus is a parasitoid of the holly blue, and has no other known host. The wasp lays an egg on a first instar caterpillar of the holly blue, inserting the egg into the caterpillar's body and the adult wasp emerges from the chrysalis, killing the chrysalis before its emergence. The population of the butterfly is tracked by that of the wasp, when holly blue populations are low the wasp population falls and this allows the butterfly population to increase and the population of L. nycthemerus can increase as there are more hosts available to be parasitised. The wasp population takes 6 or 7 years to reach its peak and at its peak as many as 99% of the holly blue caterpillars will be host to a larval wasp, causing the host population to crash.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963978505.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.56%,D:0.22%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "190.795133",
"GenomeGC": "35.26032187",
"SeqNumber": "12",
"N50": "21139.54",
"PCGnumber": "16817",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4474,
"InsectBaseID": "IBG_03575",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Lithophane",
"TaxonomyID": "1870035",
"Tags": "None",
"OrganismName": "Lithophane leautieri",
"NormalName": "None",
"SpeciesIntro": "Lithophane leautieri, the Blair's shoulder-knot, is a moth of the family Noctuidae. It is found in Europe. It originated from the area surrounding the Mediterranean Sea, but gradually moved north.The wingspan is 39–44 mm. Forewing pale grey, dusted with olive grey; lines strongly dentate, but much obscured, marked by short oblique costal streaks; upper stigmata ill-defined, but united at their base by a long black line; the reniform with fulvous in lower half; claviform elongate, black-edged, united by a short black streak with outer line; a well-marked black streak from base on submedian fold; submarginal line indicated only by black dentate marks preceding it, of which the two on the folds are longest; fringe mottled dark and light grey; hindwing pale brownish grey, darker towards termen; ab. sabinae Geyer is rather smaller, blue-grey, more distinctly marked, especially the median shade and submarginal teeth; reniform stigma with hardly any fulvous in it; the two black lines on submedian fold hardly visible.The moth flies from September to mid-November.The larva is dark green, dorsal and subdorsal lines white, segmentally swollen and partially interrupted; spiracular line yellowish white. The larvae feed on various cypress species.This Xylenini article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949152455.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.93%,D:0.07%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "521.693918",
"GenomeGC": "22.7716358",
"SeqNumber": "45",
"N50": "17894.25",
"PCGnumber": "29495",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4475,
"InsectBaseID": "IBG_03576",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Lithosia",
"TaxonomyID": "987974",
"Tags": "None",
"OrganismName": "Lithosia quadra",
"NormalName": "None",
"SpeciesIntro": "Lithosia quadra, the four-spotted footman, is a moth of the family Erebidae. It is found in southern and central Europe then east across the Palearctic to the Amur River and Japan. It is also found in the south of Great Britain and Scandinavia.The wingspan is 35–55 mm. The males are smaller than the females. There is strong sexual dimorphism in the imago, the males have gray wings with a yellow wing joint and a blue-black stripe at the front of the outer rim of the forewing. The females have yellow wings with two blue-black dots. It is the biggest species of the subfamily Lithosiinae.The male is much smaller than the female brown grey with a leaden gloss, thorax and base of wings golden yellow, costa metallic blue green at the base. The female yellow, the forewing with a black-blue spot behind the centre of the costa and above the inner margin. The Japanese form, dives Butl, is said to have darker males but the comparison of a large number of specimens proves that this difference is not constant. The European specimens vary considerably, the females with regard to the size and the males in the colouring. In exceptional cases one of the dots (ab. unipuncta Spul.) or both (ab. impunctata Spul.) may be absent in the female, or replaced by a transverse band (ab. fasciata Spul, confluens Dumont)The moth flies from June to September depending on the location. In the south of the area there is occasionally a second brood.Larva slate grey, with thin longitudinal lines, a transverse black spot each across the back anteriorly, in the centre and behind, and subdorsally there are longitudinal rows of small reddish yellow warts. The larvae feed on lichen and algae growing on trees, especially oak, walls and stones. When the species becomes over-abundant a scarcity of food results; the larvae then attack the leaves and needles of trees, and may become injurious. Pupa black, with a porcelain gloss, stumpy and immobile.",
"Intro_from": "",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963576445.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.34%,D:0.59%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "456.285213",
"GenomeGC": "23.3024617",
"SeqNumber": "44",
"N50": "16413.209",
"PCGnumber": "25484",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4476,
"InsectBaseID": "IBG_03577",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Lochmaea",
"TaxonomyID": "227480",
"Tags": "None",
"OrganismName": "Lochmaea capreae",
"NormalName": "None",
"SpeciesIntro": "Lochmaea caprea is a species of leaf beetle native to Europe.This Galerucinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949126875.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:99.34%,D:0.29%],F:0.15%,M:0.22%,n:1367",
"GenomeSize": "534.692516",
"GenomeGC": "20.98393032",
"SeqNumber": "32",
"N50": "31551.978",
"PCGnumber": "58173",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4477,
"InsectBaseID": "IBG_03578",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Lordiphosa",
"TaxonomyID": "30015",
"Tags": "None",
"OrganismName": "Lordiphosa andalusiaca",
"NormalName": "None",
"SpeciesIntro": "Lordiphosa andalusiaca is a species of fly in the family Drosophilidae. It is found in the Palearctic.This article related to members of the fly family Drosophilidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035044965.1",
"GenomeLevel": "Contig",
"Busco": "C:99.93%[S:98.17%,D:1.76%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "256.791629",
"GenomeGC": "28.71776128",
"SeqNumber": "3759",
"N50": "882.951",
"PCGnumber": "21441",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4478,
"InsectBaseID": "IBG_03579",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Lordiphosa",
"TaxonomyID": "140569",
"Tags": "None",
"OrganismName": "Lordiphosa fenestrarum",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035044985.1",
"GenomeLevel": "Contig",
"Busco": "C:99.93%[S:98.17%,D:1.76%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "292.201992",
"GenomeGC": "27.61506568",
"SeqNumber": "6979",
"N50": "366.076",
"PCGnumber": "23162",
"Swissnumber": "None",
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{
"id": 4479,
"InsectBaseID": "IBG_03580",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Lordiphosa",
"TaxonomyID": "140570",
"Tags": "None",
"OrganismName": "Lordiphosa magnipectinata v2",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037044535.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.85%[S:91.95%,D:7.90%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "493.136452",
"GenomeGC": "21.97481134",
"SeqNumber": "4696",
"N50": "304.771",
"PCGnumber": "29052",
"Swissnumber": "None",
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{
"id": 4480,
"InsectBaseID": "IBG_03581",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Lordithon",
"TaxonomyID": "347394",
"Tags": "None",
"OrganismName": "Lordithon lunulatus",
"NormalName": "None",
"SpeciesIntro": "Lordithon lunulatus is a rove beetle. It is a common insect in Europe. The mature adult is about 5 millimetres long. It has distinctively patterned elytra – these are shiny black with pale patches at the outer front corners, and a pale margin at the rear. The thorax is broader at the rear, narrower at the front, shining and reddish brown. The head is long and shiny. The abdomen is largely reddish-brown, but the two rear segments are black. It is covered is pale hairs, and has black setae on its lateral margins. The legs are yellow, and the tarsi are elongated, with five segments on each. The antennae have eleven segments – the first to the fourth and the last are yellow; the others are black.The adult is found in bracket fungi in summer and autumn, where it preys on other insects that eat the fungus. Data related to Lordithon lunulatus at WikispeciesThis Staphylinidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963942505.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.12%,D:0.66%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "674.385862",
"GenomeGC": "16.34583971",
"SeqNumber": "656",
"N50": "56801.317",
"PCGnumber": "50348",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
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},
{
"id": 4481,
"InsectBaseID": "IBG_03582",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Luehdorfia",
"TaxonomyID": "81069",
"Tags": "None",
"OrganismName": "Luehdorfia chinensis",
"NormalName": "None",
"SpeciesIntro": "Luehdorfia chinensis, the Chinese luehdorfia, is a species of butterfly in the family Papilionidae. It is endemic to China.The larvae feed on Asarum species including, Asarum forbesii and Asarum sieboldii.It is present in Shaanxi and Henan provinces of China.This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029286615.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.71%[S:93.64%,D:0.07%],F:0.73%,M:5.56%,n:1367",
"GenomeSize": "685.805359",
"GenomeGC": "20.20022841",
"SeqNumber": "1362",
"N50": "2393.951",
"PCGnumber": "28801",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4482,
"InsectBaseID": "IBG_03583",
"Order": "Lepidoptera",
"Family": "Psychidae",
"Genus": "Luffia",
"TaxonomyID": "1870047",
"Tags": "None",
"OrganismName": "Luffia ferchaultella",
"NormalName": "None",
"SpeciesIntro": "Luffia ferchaultella is a moth of the Psychidae family. It is found in Ireland, the United Kingdom, Belgium, the Netherlands, Luxembourg, France, Spain, Portugal, Switzerland, Germany and Italy.Luffia ferchaultella might be the same species as Luffia lapidella.This article relating to the superfamily Tineoidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949709985.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.27%[S:98.90%,D:0.37%],F:0.37%,M:0.37%,n:1367",
"GenomeSize": "645.276354",
"GenomeGC": "20.80751203",
"SeqNumber": "127",
"N50": "22599.242",
"PCGnumber": "32342",
"Swissnumber": "None",
"GOnumber": "None",
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},
{
"id": 4483,
"InsectBaseID": "IBG_03584",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Luperina",
"TaxonomyID": "882792",
"Tags": "None",
"OrganismName": "Luperina nickerlii",
"NormalName": "None",
"SpeciesIntro": "The sandhill rustic (Luperina nickerlii) is a noctuid moth found in various parts of western, southern and central Europe with several subspecies. The species was first described by Christian Friedrich Freyer in 1845.It is like Luperina testacea, but olive grey, without any rufous tinge; inner and outer lines conversely edged with whitish; a blackish shade before inner line from median vein to inner margin, interrupted at vein 1; claviform stigma broadly blackish; orbicular a minute white spot; reniform subquadrate, with fuscous centre and broad white annulus, the area beyond it blackish, submarginal line whiter, preceded, except between veins 6 and 7, by a blackish shade; a row of neat black marginal lunules; fringe dark grey pencilled with light grey; hindwing pure white, with dark marginal lunules and white fringe; the veins dark.Certain separation requires examination of the genitalia.In Britain, it flies in one generation between late July and late September and is represented by three subspecies:Found on the coasts of Kent, Essex and SuffolkFound in coastal sandhills in North Wales and LancashireSubspecies leechi, is found on Loe Bar, Cornwall, the shingle beach which separates Loe Pool from the sea. Two pupae, found in the sand, by Barry Goater and Michael Leech in September 1974 was the first sign of this previously unknown subspecies. The female moth is reluctant to fly and rarely appears at light; behaviour that has presumably evolved as an adaptation to its windswept habitat. With only one known population ssp. leechi is a Biodiversity Action Plan species, is listed in the Red Data Book and a species account is given in the Cornish RDB.The larvae feed on the stem and roots of sand couch (Elytrigia juncea) from September to the following July.",
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"NCBIassembly": "GCA_963855955.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.93%,D:0.07%],F:0.00%,M:0.00%,n:1367",
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"GenomeGC": "22.34129878",
"SeqNumber": "50",
"N50": "23242.021",
"PCGnumber": "42844",
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},
{
"id": 4484,
"InsectBaseID": "IBG_03585",
"Order": "Coleoptera",
"Family": "Cantharidae",
"Genus": "Lycocerus",
"TaxonomyID": "2983378",
"Tags": "None",
"OrganismName": "Lycocerus yunnanus",
"NormalName": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_036346125.1",
"GenomeLevel": "Contig",
"Busco": "C:96.12%[S:94.44%,D:1.68%],F:0.51%,M:3.37%,n:1367",
"GenomeSize": "392.742353",
"GenomeGC": "20.37018172",
"SeqNumber": "772",
"N50": "3446.455",
"PCGnumber": "42893",
"Swissnumber": "None",
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},
{
"id": 4485,
"InsectBaseID": "IBG_03586",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Lycophotia",
"TaxonomyID": "987975",
"Tags": "None",
"OrganismName": "Lycophotia porphyrea",
"NormalName": "None",
"SpeciesIntro": "The true lover's knot (Lycophotia porphyrea) is a moth of the family Noctuidae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is found in the west Palearctic in a wide band through northern, central and eastern Europe and Russia (up to the Ural Mountains). In the south it is spread through northern Spain and northern Portugal, northern Italy, Macedonia, Bulgaria, and northern Greece. In Europe it is found wherever its food plants grow. It is traditionally thought of as a species typical of heathland and moorland but it can often be found in places where heather and its relatives are in garden cultivation. In the mountains it is found up to an elevation of over 2000 metres above sea level.This is a small but attractive species, with a wingspan of 26–34 mm (individuals hatched in higher altitudes tend to be smaller than those from the lowlands). The forewings are brown, often tinged with purple and marked with a complex pattern of white markings which are supposed to recall a true lover's knot. The hindwings are grey or buff. It flies from the latter half of June to the beginning of August and is attracted to light and the flowers of its food plants.The species has a wingspan of 26–34 mm. Its forewings are brick red; the veins white; lines dark, irregularly edged with white; stigmata edged with white and black scales; the claviform elongate, slender; the orbicular small and round; hindwing ochreous fuscous. The form marmorea Grasl. from France, has a pale blurred appearance: – concinna Esp is deep purple in colour; – while suffusa Tutt from Shetland is larger than the type and brown-red.The larva is reddish brown or pinkish ochreous; the lines pale or white, broken up and edged with fuscous marks; spiracular line pinkish white, edged above with dark and feeds on heather and related genera (e.g. Erica). The species overwinters as a larva.",
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"NCBIassembly": "GCA_950005105.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.85%,D:0.15%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "542.420237",
"GenomeGC": "23.81312112",
"SeqNumber": "33",
"N50": "18690.029",
"PCGnumber": "30177",
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},
{
"id": 4486,
"InsectBaseID": "IBG_03587",
"Order": "Coleoptera",
"Family": "Meloidae",
"Genus": "Lydus",
"TaxonomyID": "2785641",
"Tags": "None",
"OrganismName": "Lydus trimaculatus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037414755.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.66%[S:97.59%,D:0.07%],F:1.46%,M:0.88%,n:1367",
"GenomeSize": "114.123051",
"GenomeGC": "24.05535933",
"SeqNumber": "8865",
"N50": "45.202",
"PCGnumber": "14232",
"Swissnumber": "None",
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},
{
"id": 4487,
"InsectBaseID": "IBG_03588",
"Order": "Hemiptera",
"Family": "Miridae",
"Genus": "Lygus",
"TaxonomyID": "50650",
"Tags": "None",
"OrganismName": "Lygus lineolaris",
"NormalName": "None",
"SpeciesIntro": "The tarnished plant bug (TPB), Lygus lineolaris, is a species of plant-feeding insect in the family Miridae. It has piercing-sucking mouthparts and has become a serious pest on small fruits and vegetables in North America. It is considered a highly polyphagous species and feeds on over half of all commercially grown crop plants, but favors cotton, alfalfa, beans, stone fruits, and conifer seedlings. A study done in southwestern Quebec, Canada has investigated the presence of L. lineolaris in a commercial vineyard. This study also indicated that weeds that grow from cultivation of crops serve as an important food source for L. lineolaris. This insect can be found across North America, from northern Canada to southern Mexico. Adults grow up to 6.5 mm in length, and are brown with accents of yellow, orange or red, with a light-colored \"V\" on the back (dorsal). The genome has recently been sequenced for the first time.Lygus lineolaris is most commonly found in the eastern half of North America. A study done to track the genetic diversity and overall distribution of L. lineolaris, specifically on host plants, in North America sampled three separate populations of L. lineolaris and marked their DNA with mitochondrial genes cytochrome oxidase 1 and cytochrome oxidase 2. The researchers wanted to examine whether the genetic differences found between L. lineolaris species were based on geographical factors. The results indicated significant differences in mtDNA among L. lineolaris species found across North America. Other evidence indicated that L. lineolaris species were found consistently on the same plant hosts but showed no specific preference for plant hosts.The presence of L. lineolaris has been documented in vineyards in Quebec. The results of the Fleury et al. (2010) study indicated that L. lineolaris adults prefer to over-winter in apple orchards because more adults were found inside of the vineyard during winter months. In the summer months (mid-June), the adult L. lineolaris numbers decreased inside of the vineyard because of the decrease in apples and appearance of flowers. Another study observing whether geographical origin has an effect on fecundity, survivorship, hatch rate, and developmental time reported that geographical differences had no effect on the four factors.Pollen analysis has been used as another method of measuring dispersal in L. lineolaris. Researchers used pollen grains as indicators of food sources being utilized by L. lineolaris as well as their movement between wild host plant habitats and cropping areas. The pollen grains found through analysis indicated that they were from host plants of L. lineolaris. The pollen grains further indicated that L. lineolaris spent time away from crops and instead were found on plants that were in wet or disturbed sites.Although it is known to feed on almost all commercial crops,L. lineolaris specifically prefers to feed on young apples and weeds. The TPB has a special mode of feeding called the \"lacerate and flush\" feeding strategy where it uses sucking mouthparts to inject saliva into the host plant. The saliva of the TPB contains an enzyme called polygalacturonase which degrades plant tissue and pectin in the plant cell wall allowing for faster digestion. Researchers interested in examining other components of L. lineolaris saliva used illumina (Solexa) sequencing to discover the roles of proteins within saliva. They accomplish this via presenting a salivary gland transcriptome of the TPB. The researchers discovered TPB sialotranscriptome that played a role in extra-oral digestion.L. lineolaris utilize cotton plants as one of their main reproductive hosts. Females lay eggs in the first row of cotton plants and later occupy more plants in the field. The females usually lay eggs in May after the overwintering period. The eggs hatch and nymphs begin to develop around June. The highest population level of L. lineolaris is typically marked in October and June, and it is seen to also trigger a rise in the population level of Pisaurina mira, a nursery web spider that preys on L. lineolaris.Researchers have conducted experiments involving odourant-binding proteins (OBP) which allow for perception of odours in L. lineolaris and other insect groups. A study involved transcriptomics in order to investigate olfaction in L. lineolaris to reduce its harmful impacts on commercial crops. The transcriptomics approach indicated that there are 21 LylinOBP transcripts in the antennae, 12 in the legs and 15 in the proboscis. This further identified that these structures play an important role in insect olfaction and taste. Since the antennae are mainly responsible for direction, the presence of olfaction in the antennae can allow for recognition of different substrates. The proboscis is mainly associated with taste therefore the OBP expression in the proboscis and maxillary palp sensilla may be associated with taste in L. lineolaris.The visual system in L. lineolaris is not heavily investigated although it could provide insight into the different stimuli that allow these insects to discriminate food sources. A study investigated whether L. lineolaris adults showed distinctive visual responses to two different colours of sticky traps. The researchers decided to use pink and white sticky traps due to previous evidence indicating that pink sticky traps are the most stimulating for L. lineolaris specifically in peach orchards. L. lineolaris were attracted to pink traps as compared with white traps. L. lineolaris have the ability to discriminate colour to an extent and could even detect colour contrast. The pink colour could have provided a better contrast against the peach-coloured background thereby attracting more L. lineolaris adults.There are numerous methods used to capture L. lineolaris in order to utilize these insects in scientific studies. Some studies involve capturing the TPB using traps. Researchers used white sticky traps in order to capture TPB in and around a Canadian vineyard. Compared to other methods, sticky traps have been shown to be the most effective in collecting L. lineolaris. Other traps involve using a bed sheet tied with a nylon rope around two metal poles to capture adult TPB. This method requires the use of an eppendorf tube to collect individual TPB for euthanizing purposes. Since adult L. lineolaris have been recorded to fly at about 40 to 100 cm above the ground in vineyards as well as other cultivated fruit crops, traps must be laid out at a height between 40 and 100 cm in order to capture the maximum amount of insects. Sticky traps have been proven to capture L. lineolaris most effectively.Although traps are widely used to collect TPB, sweep nets are also effective in capturing these insects due their small size and tendency to rest on plant leaves. The sweep net method was specifically used for nymphal L. lineolaris. Another study used sweep nets to capture L. lineolaris individuals off wild host plants while also using aspirators to place them into collection containers.",
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{
"id": 4488,
"InsectBaseID": "IBG_03589",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Lymantria",
"TaxonomyID": "13123",
"Tags": "None",
"OrganismName": "Lymantria dispar v2",
"NormalName": "None",
"SpeciesIntro": "L. d. disparL. d. asiaticaL. d. japonicaLymantria dispar, also known as the gypsy moth or the spongy moth, is a species of moth in the family Erebidae native to Europe and Asia. Lymantria dispar is subdivided into several subspecies, with subspecies such as L. d. dispar and L. d. japonica being clearly identifiable without ambiguity. Lymantria dispar has been introduced to several continents and is now additionally found as an invasive species in Africa, North America and South America. The polyphagous larvae live on a variety of deciduous and coniferous trees and can cause severe damage in years of mass reproduction. Due to these features, Lymantria dispar is listed among the world's 100 worst invasive alien species.The etymology of “gypsy moth” is not conclusively known; however, the term is known to have been in use (as 'Gipsey') as early as 1832.Moths of the subfamily Lymantriinae are commonly called tussock moths due to the tussock-like tufts of hair on the caterpillars.: 9 The name Lymantria dispar is composed of two Latin-derived words. The generic name Lymantria means 'destroyer'. The species epithet dispar means 'to separate' in Latin; it refers to the sexual dimorphism observed in the male and female imagines.: 9 In July 2021 the Entomological Society of America decided to remove the name \"gypsy moth\" from its Common Names of Insects and Related Organisms List as \"hurtful to the Romani people\", since gypsy is considered an ethnic slur by some Romany people in North America. In January 2022, the new common name \"spongy moth\" was proposed, as a translation from the French name \"spongieuse\" for the species, referring to the sponge-like egg masses laid by L. dispar. Since the name Gypsy is widely embraced by Roma people as a self-referenced demonym in Europe, there has been no similar call to change the insect's name in its native area.The European native, and introduced North American, Lymantria dispar moths are considered to be the same subspecies, Lymantria dispar dispar.: 6 Confusion over the classification of species and subspecies exists. The U. S. Department of Agriculture defines the Asian subspecies as \"any biotype of L. dispar possessing female flight capability\",: 5 despite L. d. asiatica not being the only accepted subspecies that is capable of flight.: 6 Traditionally, L. dispar has been referred to as \"gypsy moth\" even when referring to Japanese, Indian and Asiatic populations.: 5 ",
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{
"id": 4489,
"InsectBaseID": "IBG_03590",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Macaria",
"TaxonomyID": "934879",
"Tags": "None",
"OrganismName": "Macaria liturata",
"NormalName": "None",
"SpeciesIntro": "Semiothisa liturataMacaria liturata, the tawny-barred angle, is a moth of the family Geometridae. It was first described by Carl Alexander Clerck in 1759 and it is found throughout Europe.It is found from the British Isles to Siberia, the Russian Far East and Japan. In the south and western Mediterranean it is found in Italy, the Balkans and the Black Sea region and the Caucasus. In the north it occurs above the Arctic Circle. It rises to about 1600 meters above sea level in the Alps. The nominate subspecies is found in the West Palearctic and Macaria liturata pressaria is found in the East Palearctic.The wingspan is 22–27 mm. The length of the forewings is 11–13 mm. The wings have a purple-grey ground colour. There are three dark crossbars on the forewings, which are thickened at the front edge and often dissolve into points. A wide reddish-yellow transverse band is visible behind the outer cross line, beginning with a brownish red stain on the front edge and continuing on to the hindwings. The forewings are slightly indented below the apex, the hindwings show a short tip in the middle.The moth flies from May to September.The caterpillars feed on coniferous trees such as Scots pine.They are green with pale stripes and thus resemble pine leaves.The species inhabited prefers coniferous and mixed forests.This Macariini-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_964023185.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.25%[S:94.37%,D:0.88%],F:1.61%,M:3.15%,n:1367",
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{
"id": 4490,
"InsectBaseID": "IBG_03591",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Machimus",
"TaxonomyID": "1717430",
"Tags": "None",
"OrganismName": "Machimus rusticus",
"NormalName": "None",
"SpeciesIntro": "Machimus rusticus is a Palearctic species of robber fly in the family Asilidae.",
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"Busco": "C:99.85%[S:99.41%,D:0.44%],F:0.00%,M:0.15%,n:1367",
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{
"id": 4491,
"InsectBaseID": "IBG_03592",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Macrophya",
"TaxonomyID": "1384894",
"Tags": "None",
"OrganismName": "Macrophya alboannulata",
"NormalName": "None",
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"id": 4492,
"InsectBaseID": "IBG_03593",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Macrophya",
"TaxonomyID": "1384895",
"Tags": "None",
"OrganismName": "Macrophya annulata",
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"Busco": "C:99.92%[S:99.63%,D:0.29%],F:0.07%,M:0.00%,n:1367",
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{
"id": 4493,
"InsectBaseID": "IBG_03594",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Macrosiphum",
"TaxonomyID": "13131",
"Tags": "None",
"OrganismName": "Macrosiphum euphorbiae",
"NormalName": "None",
"SpeciesIntro": "Macrosiphum euphorbiae, the potato aphid, is a sap-sucking pest insect in the family Aphididae. It infests potatoes and a number of other commercially important crops.Macrosiphum euphorbiae originated in North America but it has spread to the temperate parts of Europe and Asia and is found in all areas in which potatoes are grown.The wingless female potato aphid is green or occasionally pink, often with a darker dorsal stripe. It has a pear-shaped body reaching about four millimetres long. The antennae are dark at the joints between the segments and are longer than the body. They are set on outward facing tubercles. The legs are longer than in other aphids, pale green but darker at the apices. The siphunculi are pale coloured, cylindrical with dark tips and operculi, and are about one third the length of the body. The tail is sword-shaped and bears 6 to 12 hairs and is much shorter than the siphunculi. The winged female has a uniform darker coloured body and appendages and has a green abdomen. The nymphs are like miniature versions of the adults and go through several moults in the course of about ten days.The green biotype is most often found on the lower, older leaves of potato plants whereas the pink biotype had no such preference. The numerical predominance of the green biotype was greater on older plants.Female potato aphids overwinter as eggs on weeds, the sprouts of potatoes in storage and on lettuce under glass. They usually emerge in April and begin feeding on perennial weeds, preferring plants in the family Chenopodiaceae. In May or early June, they migrate to potato, cabbage, tomato and others crops where they feed on shoots, the lower side of leaves, buds and flowers, often on the lower parts of the plant. They are highly polyphagous, feeding on over two hundred species in more than twenty plant families, but their preference is for plants in the family Solanaceae. The female produces up to seventy young by parthenogenesis over the course of three to six weeks and there may be ten generations over the summer. The optimum temperature for population increase is 68 °F. When populations build up, winged individuals are produced and fly off to infest new host plants. The production of winged individuals is also dependent on the day length, the temperature, the parent type (winged or wingless) and the generation.The aphids migrate back to primary hosts in August and overwinter as eggs on weeds. In North America they are heavily parasitized by the braconid wasp Aphidius nigripes, which lays its eggs in the aphid nymphs, and these are eventually killed by the wasp larvae developing inside them.Various factors influence aphid populations. High temperatures or heavy rainfall may reduce infestations and the numbers are naturally controlled by predators, parasites and pathogens. Some plant varieties are more resistant to attack than others. In a study on tomatoes, it was shown that the aphids preferred smooth to hairy leaves and that susceptible tomato plants had higher sucrose, lower quinic acid and higher alanine and tyrosine levels. In lettuce, butterhead varieties are mostly moderately to highly resistant to the aphid whereas crisphead varieties are susceptible. If numbers of aphids are sufficiently high, chemical control can be attempted using insecticidal soaps. This is not always effective because the aphids usually congregate on the underside of lower leaves where they are difficult to reach with sprays.A number of virus diseases are spread by Macrosiphum euphorbiae. These include lettuce mosaic virus, bearded iris mosaic virus, narcissus yellow stripe virus, tulip breaking virus, potato leaf roll virus, potato virus Y, beet mild yellowing virus and beet yellows virus.",
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"Busco": "C:96.42%[S:93.71%,D:2.71%],F:0.66%,M:2.93%,n:1367",
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{
"id": 4494,
"InsectBaseID": "IBG_03595",
"Order": "Lepidoptera",
"Family": "Hedylidae",
"Genus": "Macrosoma",
"TaxonomyID": "2991157",
"Tags": "None",
"OrganismName": "Macrosoma leucophasiata",
"NormalName": "None",
"SpeciesIntro": "Macrosoma leucophasiata is a moth-like butterfly in the family Hedylidae. It was described by Paul Thierry-Mieg in 1904.This butterfly-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_036365455.1",
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"Busco": "C:99.48%[S:98.46%,D:1.02%],F:0.07%,M:0.44%,n:1367",
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{
"id": 4495,
"InsectBaseID": "IBG_03596",
"Order": "Hemiptera",
"Family": "Cicadellidae",
"Genus": "Macrosteles",
"TaxonomyID": "74068",
"Tags": "None",
"OrganismName": "Macrosteles quadrilineatus",
"NormalName": "None",
"SpeciesIntro": "Macrosteles quadrilineatus, the aster leafhopper or six-spotted leafhopper, is a leafhopper species in the genus Macrosteles, found in the United States. It is the vector of aster yellows disease, which affects various vegetable plants, weeds and ornamental plants.The aster leafhopper is a small species, with males reaching about 3.3 mm (0.13 in) in length and females about 3.7 mm (0.15 in). The fore-wings are greyish-green while the abdomen is yellowish-green. Six pairs of minute black spots or streaks on the head give the insect its alternative name of six-spotted leafhopper.In the United States, strong southerly winds in the spring carry adults northwards to the Mid West and northern parts of the country, and these insects usually arrive earlier and exceed in number the resident insects that have been overwintering there, mostly on grasses and cereals. Eggs are laid on a wide range of host plants which include grasses and clovers, corn, oats, rye, carrots and various weeds. The eggs hatch in about one week and the whole life cycle takes about four weeks. Carrot, dill, potato and radish are selected by adults for feeding purposes but are not good for breeding purposes.The leafhopper is attacked by several parasitoids including Pachygonatopus minimus, Neogonatopus ombrodes and Epigonatopus plesius.Aster yellows is a disease of various vegetable crops, weeds and ornamental plants and is transmitted almost entirely by the aster leafhopper. The disease is caused by phytoplasmas, specialised bacteria that are obligate parasites of plant tissue. The symptoms shown by the plant are a yellowing of the leaf veins followed by yellowing of the leaf blades, spindly stems with pale leaves, stunting of the plant, and deformed flowers, which sometimes show green colouring. Vegetable crops affected include carrot, celery, lettuce, potato, cucumber, pumpkin and squash.",
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{
"id": 4496,
"InsectBaseID": "IBG_03597",
"Order": "Hemiptera",
"Family": "Cicadidae",
"Genus": "Magicicada",
"TaxonomyID": "44680",
"Tags": "None",
"OrganismName": "Magicicada septendecula v2",
"NormalName": "None",
"SpeciesIntro": "Magicicada septendecula is a species of insect in family Cicadidae. It is endemic to the United States.Their median lifespan from egg to natural adult death is around seventeen years. However, their lifespan can range between thirteen and twenty-one years.This Cicadidae article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_034769895.1",
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"Busco": "C:99.05%[S:97.00%,D:2.05%],F:0.29%,M:0.66%,n:1367",
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{
"id": 4497,
"InsectBaseID": "IBG_03598",
"Order": "Lepidoptera",
"Family": "Lasiocampidae",
"Genus": "Malacosoma",
"TaxonomyID": "7098",
"Tags": "None",
"OrganismName": "Malacosoma neustria",
"NormalName": "None",
"SpeciesIntro": "The lackey moth (Malacosoma neustria) is a moth in the family Lasiocampidae. It was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is common across southern Britain and central Europe. Malacosoma species are notable for their caterpillars which are brightly coloured and form silken tents to regulate their temperature. Malacosoma neustria caterpillars are brown with blue, orange and white stripes. The adults are a fairly uniform brown. The larvae feed mainly on trees and shrubs from within their tents.The lackey moth is widely distributed across Europe, Asia and North Africa. Its habitat is the edges of woodland, bushy grassland, coppices, hedgerows and road verges. The caterpillar's food plants include apple, pear, plum, willow, hornbeam, lime and oak.Eggs of the lackey moth are laid in ring-like bands in late summer on twigs of the host trees where they overwinter. On hatching, the larvae are gregarious and weave for themselves a silken canopy of webbing. They eat the young foliage of the tree and moult several times as they grow larger. When ready to pupate they drop to the ground and undergo metamorphosis, each forming a pupa sandwiched between leaves of plants growing beneath the tree. In both Britain and Germany the flight period is from June to August.",
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"Busco": "C:99.92%[S:99.41%,D:0.51%],F:0.00%,M:0.07%,n:1367",
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{
"id": 4498,
"InsectBaseID": "IBG_03599",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Malaya",
"TaxonomyID": "325434",
"Tags": "None",
"OrganismName": "Malaya genurostris",
"NormalName": "None",
"SpeciesIntro": "Malaya genurostris is a species complex of zoophilic mosquito belonging to the genus Malaya. It is found in Sri Lanka, India, Malaya, Bangladesh, Cambodia, China, Myanmar, Taiwan, Thailand, Maldives, Indonesia, Nepal, Philippines, Singapore, Australia, and Irian Jaya.",
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"NCBIassembly": "GCA_030247185.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.42%[S:97.59%,D:1.83%],F:0.22%,M:0.37%,n:1367",
"GenomeSize": "831.262279",
"GenomeGC": "17.81129696",
"SeqNumber": "151",
"N50": "304887.826",
"PCGnumber": "42763",
"Swissnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4499,
"InsectBaseID": "IBG_03600",
"Order": "Coleoptera",
"Family": "Cantharidae",
"Genus": "Malthinus",
"TaxonomyID": "195224",
"Tags": "None",
"OrganismName": "Malthinus flaveolus",
"NormalName": "None",
"SpeciesIntro": "Malthinus flaveolus is a species of soldier beetle native to Europe.This soldier beetle article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_950108345.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:99.27%,D:0.37%],F:0.15%,M:0.22%,n:1367",
"GenomeSize": "236.723918",
"GenomeGC": "24.7570632",
"SeqNumber": "8",
"N50": "36462.998",
"PCGnumber": "20628",
"Swissnumber": "None",
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"miRNAnumber": "None",
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{
"id": 4500,
"InsectBaseID": "IBG_03601",
"Order": "Coleoptera",
"Family": "Cantharidae",
"Genus": "Malthinus",
"TaxonomyID": "1588223",
"Tags": "None",
"OrganismName": "Malthinus seriepunctatus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963924605.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:99.27%,D:0.37%],F:0.15%,M:0.22%,n:1367",
"GenomeSize": "338.830915",
"GenomeGC": "21.45907259",
"SeqNumber": "49",
"N50": "55191.692",
"PCGnumber": "25190",
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{
"id": 4501,
"InsectBaseID": "IBG_03602",
"Order": "Mantodea",
"Family": "Mantidae",
"Genus": "Mantis",
"TaxonomyID": "7507",
"Tags": "None",
"OrganismName": "Mantis religiosa",
"NormalName": "None",
"SpeciesIntro": "See textThe European mantis (Mantis religiosa) is a large hemimetabolic insect in the family of the Mantidae ('mantids'), which is the largest family of the order Mantodea (mantises). Their common name praying mantis is derived from the distinctive posture of the first pair of legs that can be observed in animals in repose. It resembles a praying attitude. Both males and females have elongated bodies with two pairs of wings. The most striking features that all Mantodea share are a very mobile, triangular head with large compound eyes and their first pair of legs (the 'raptorial legs'), which is highly modified for the efficient capture and restraint of fast-moving or flying prey.In Germany, M. religiosa is listed as Gefährdet [endangered] on the German Red List on the basis of an assessment from 1998. It is not supposed to be caught or held as a pet. At a global level, it is assessed by the IUCN as least concern.Though females of M. religiosa are usually larger and heavier than males (7–9 cm versus 6–7 cm), the antennae and the eyes of male animals outsize those of the females. Along with the forward-directed, compound eyes, simple eyes also are found on the head. These three dorsal ocelli are also more pronounced in males than in females.Males are often found to be more active and agile, whereas females are physically more powerful. Adult females are generally too large and heavy for their wings to enable a take-off.Mantids show strong deimatic display from very early life stages on. This behavior can be observed throughout different groups of animals and is used to scare or startle potential predators to give the attacked animals a chance to escape. The deimatic display in M. religiosa involves wing spreading and bending of the raptorial legs to reveal two matched black eyespots with a yellow or white center at the base of the coxae (legs). It makes the animal appear much larger and more of a threat to the attacker. The black eyespots are also a distinct feature for species discrimination of the European mantis. Another unique feature of M. religiosa is its midline metathoracic ear (see Ultrasound avoidance). This “tympanal auditory organ” is an unpaired structure found on the ventral side of the animal on the metathorax between the third pair of legs. Unlike other sound-processing organs found among different groups of insects, the metathoracic ear has a high sensitivity across high and low frequencies and even ultrasound. Therefore, the authors call it a ‘true ear’.The great variation in the coloration of M. religiosa from different shades of yellow, brown, green, and sometimes black has been the cause of numerous hypotheses and studies for over 100 years. However, no generally accepted answer about reason, benefit, or mechanism of the coloration or the change of coloration has been found.Di Cesnola observed in 1904 that green mantids were found on fresh green grass, whereas brown individuals seemed to prefer brown grass burned by the sun. When forced to change the location as to no longer match their coloration, almost all the ‘not matching’ animals were killed by predators such as birds. This indicates a camouflaging purpose of the coloration.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030765055.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.19%[S:97.07%,D:2.12%],F:0.07%,M:0.73%,n:1367",
"GenomeSize": "3678.221674",
"GenomeGC": "17.81262031",
"SeqNumber": "1499",
"N50": "210326.85",
"PCGnumber": "95465",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4502,
"InsectBaseID": "IBG_03603",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Meandrusa",
"TaxonomyID": "110793",
"Tags": "None",
"OrganismName": "Meandrusa payeni",
"NormalName": "None",
"SpeciesIntro": "Meandrusa payeni, the yellow gorgon, is a species of swallowtail found in parts of South Asia and Southeast Asia. It belongs to the hooked swallowtails genus, Meandrusa, of the family Papilionidae. It is also called the outlet sword or the sickle.Upperside bright ochraceous, with a darker shade towards the base of the wings. Forewing: two or three spots obliquely across the cell, a larger spot at its upper apex, the costal margin from base (the collar broadened towards the apex), and the terminal margin very broadly, dark brown; on the inner side of this broad brown terminal edging there is a transverse incomplete discal series of dark brown spots, followed by an irregular transverse series of brown lunules, both these merge anteriorly and posteriorly into the brown on the termen; lastly superposed on the brown terminal edging is a more or less complete, transverse, subterminal series of lunules of the ochraceous ground colour, reduced in some specimens to only two or three lunules above the tornus. Hindwing: terminal half or more dark brown, with an inner postdiscal and an outer subterminal series of more or less lunular spots of the ochraceous ground colour; the postdiscal series consists of only four spots in interspaces 1 to 4, the subterminal series is complete to interspace 7, the spots larger, that in inter-apace 3 elongate, outwardly conical; tail tipped with ochraceous. underside: ground colour a deeper richer ochraceous. Forewing: cell and basal area with a number of irregular cinnamon-brown spots, followed on the terminal half by three transverse series of more or less irregular and incomplete lunular cinnamon-brown markings and a narrow brown terminal edging. Hindwing: basal area with a transverse series of three spots, a large spot at apex of cell, the bases of interspaces 1, 2 and 3, followed by three more or less complete but irregular series of lunular markings, cinnamon brown; superposed on the inner discal row of brown lunules is a transverse series of snow-white crescents, conspicuous only in interspaces 1 and 2, but barely indicated anteriorly. Antenna dark ochraceous brown; head, thorax and abdomen ochraceous, the thorax posteriorly and basal half of the abdomen olivaceous; beneath: head, thorax and abdomen brighter ochraceous.Ground colour paler, base and cell of forewing on upperside shaded with bright very pale cinnamon; markings similar both on the upper and under sides, but less clearly defined; the costal margin of forewing on the upperside ochraceous almost to apex, not brown; the subterminal series of ochraceous lunules on the upperside of the hindwing very large, separated from one another only by the brown along the veins. Antennae, head, thorax and abdomen similar, but paler.Karl Jordan in Seitz (page 91, 92) provides a description differentiating payeni from nearby taxa and discussing some forms.The butterfly is found in India from Sikkim to Assam, north Burma and Peninsular Malaysia.The yellow gorgon is not threatened, but is not common across most of its range. However it is considered to be vulnerable and in need of protection in Peninsular Malaysia.",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029286785.1",
"GenomeLevel": "Contig",
"Busco": "C:99.12%[S:98.90%,D:0.22%],F:0.29%,M:0.59%,n:1367",
"GenomeSize": "409.769173",
"GenomeGC": "22.09078476",
"SeqNumber": "184",
"N50": "13524.52",
"PCGnumber": "24494",
"Swissnumber": "None",
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"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4503,
"InsectBaseID": "IBG_03604",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Mechanitis",
"TaxonomyID": "471059",
"Tags": "None",
"OrganismName": "Mechanitis lysimnia",
"NormalName": "None",
"SpeciesIntro": "Mechanitis lysimnia, the confused tigerwing, sweet-oil tiger or lysimnia tigerwing, is a species of butterfly of the family Nymphalidae. It was described by Johan Christian Fabricius in 1793. It is found in Central and South America, from southern Mexico to Uruguay. The habitat consists of disturbed forests at altitudes up to 1,500 metres (4,900 ft).Adults have been recorded feeding on nectar from Eupatorium flowers.The larvae are gregarious and feed on Solanum species and possibly other members of the family Solanaceae. They are pale green streaked with yellow.This Danainae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_036026155.1",
"GenomeLevel": "Scaffold",
"Busco": "C:82.52%[S:82.37%,D:0.15%],F:12.95%,M:3.80%,n:1367",
"GenomeSize": "423.86343",
"GenomeGC": "20.85397695",
"SeqNumber": "500921",
"N50": "1.573",
"PCGnumber": "50754",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4504,
"InsectBaseID": "IBG_03605",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Mechanitis",
"TaxonomyID": "471061",
"Tags": "None",
"OrganismName": "Mechanitis mazaeus",
"NormalName": "None",
"SpeciesIntro": "Mechanitis mazaeus, the Mazaeus tigerwing, is a species of butterfly of the family Nymphalidae. It is found in South America.The larvae have been recorded feeding on Solanum species, including S. subnerme.This Danainae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_959347395.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.78%,D:0.15%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "290.716502",
"GenomeGC": "20.86296773",
"SeqNumber": "17",
"N50": "20713.044",
"PCGnumber": "27027",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4505,
"InsectBaseID": "IBG_03606",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Mechanitis",
"TaxonomyID": "2578229",
"Tags": "None",
"OrganismName": "Mechanitis messenoides",
"NormalName": "None",
"SpeciesIntro": "Mechanitis mazaeus, the Mazaeus tigerwing, is a species of butterfly of the family Nymphalidae. It is found in South America.The larvae have been recorded feeding on Solanum species, including S. subnerme.This Danainae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_959347415.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.78%,D:0.22%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "294.920171",
"GenomeGC": "20.91499126",
"SeqNumber": "28",
"N50": "19240.851",
"PCGnumber": "28453",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4506,
"InsectBaseID": "IBG_03607",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Mechanitis",
"TaxonomyID": "127245",
"Tags": "None",
"OrganismName": "Mechanitis polymnia",
"NormalName": "None",
"SpeciesIntro": "Many, see textMechanitis polymnia, the orange-spotted tiger clearwing or disturbed tigerwing, is a butterfly of the family Nymphalidae. It is found from Mexico to the Amazon rainforest. The wingspan is 65–75 mm (2.6–3.0 in). The larvae feed on Solanum species.This Danainae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035222055.1",
"GenomeLevel": "Scaffold",
"Busco": "C:79.23%[S:78.86%,D:0.37%],F:15.80%,M:4.61%,n:1367",
"GenomeSize": "304.879319",
"GenomeGC": "19.86129928",
"SeqNumber": "154612",
"N50": "3.456",
"PCGnumber": "32378",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
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},
{
"id": 4507,
"InsectBaseID": "IBG_03608",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Mecyna",
"TaxonomyID": "1502335",
"Tags": "None",
"OrganismName": "Mecyna flavalis",
"NormalName": "None",
"SpeciesIntro": "Mecyna flavalis is a species of moth in the family Crambidae. It is known from most of Europe (except Ireland, Norway, Portugal, Slovenia and Ukraine) to Japan. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775.The wingspan is 25–29 mm. Adults are on wing from July to August.The larvae feed on Galium mollugo, Artemisia campestris, Ballota, Reseda and Urtica urens.This Nomophilini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949319885.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.71%,D:0.15%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "531.631657",
"GenomeGC": "24.09524119",
"SeqNumber": "39",
"N50": "18615.685",
"PCGnumber": "34421",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4508,
"InsectBaseID": "IBG_03609",
"Order": "Hymenoptera",
"Family": "Megachilidae",
"Genus": "Megachile",
"TaxonomyID": "1618191",
"Tags": "None",
"OrganismName": "Megachile lagopoda",
"NormalName": "None",
"SpeciesIntro": "Megachile lagopoda is a species of bee in the family Megachilidae. It was described by Carl Linnaeus in 1761.This Megachile-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_036983795.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.78%,D:0.00%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "256.82494",
"GenomeGC": "28.57893163",
"SeqNumber": "266",
"N50": "15602.9",
"PCGnumber": "27013",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4509,
"InsectBaseID": "IBG_03610",
"Order": "Hymenoptera",
"Family": "Megachilidae",
"Genus": "Megachile",
"TaxonomyID": "1542539",
"Tags": "None",
"OrganismName": "Megachile leachella",
"NormalName": "None",
"SpeciesIntro": "Megachile leachella, also known as the silvery leafcutter bee, is a species of solitary bee in the family Megachilidae. This species is widely distributed in the Western Palaearctic region from Southern Fennoscandia to North Africa and the Middle East, however the precise boundaries of the species range is not fully understood. The species was described by John Curtis in 1828.Megachile leachella is a small species of Megachile bee, which possesses green eyes when alive. M. leachella's sixth tergite is covered in adpressed white hairs. Females of the species also possess white scopal hairs on their hind legs.Megachile leachella is mainly found living in coastal habitat such as sand dunes, but is sometimes also found living on shingle beach where sandy patches are present. Very rarely populations can be found living further inland, however only on sandy soils. Megachile leachella is an underground nesting species, which uses leaf and petal cuttings of various plant species when building of their nests.Megachile leachella is known to feed from the flowers of Lotus corniculatus, L. pedunculatus, Eryngium maritimum, jasione montana and Sedum anglicum.The red-legged sharp-tail bee (Coelioxys brevis) is also a parasite of M. leachella.This Megachile-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963576845.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.85%,D:0.00%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "572.98188",
"GenomeGC": "13.84783337",
"SeqNumber": "299",
"N50": "15071.797",
"PCGnumber": "35163",
"Swissnumber": "None",
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},
{
"id": 4510,
"InsectBaseID": "IBG_03611",
"Order": "Coleoptera",
"Family": "Coccinellidae",
"Genus": "Megalocaria",
"TaxonomyID": "511882",
"Tags": "None",
"OrganismName": "Megalocaria dilatata",
"NormalName": "None",
"SpeciesIntro": "Megalocaria dilatata, is a species of lady beetle native to India, Sri Lanka and Bhutan.Body length is about 11 mm.This large ladybeetle has a circular outline and hemispherical strongly convex dorsum. Body bright orange to yellowish. There are ten black spots on elytra (five in each elytron). Spots are arranged in three rows of 1:2:2 fashion. Lateral margin of pronotum and elytral anterolateral margins are black. There is a diamond-shaped elongate spot on either side of inner margin of eyes on head. Scutellum totally black. Elytral marginal portion is much darker than the rest of the elytra. Elytra glabrous and finely punctate. Elytral interspace covered with micro sculptures. Ventrally, there is a prominent black spot found at the line of metasternum, and elytral epipleuron. Pronotum faint orange to yellow in color with two prominent black spots which are located on either side of scutellum.Body length is about 2.5 to 2.8 mm. Mating takes place in the morning. After the mating, female lays about 6 to 34 eggs in clutches. Egg stage is about 4 days. Larva undergo 4 instar stages, which lasted for about 9 days. The pre-pupal stage is about 2 days and the pupal stage is 3 days. The lifespan of adult female is about 55 days, whereas male has a lifespan of about 47 days. Larva is a voracious predator of many aphid species such as, Astegopteryx, and Aleurocanthus.Adults are also predators of woolly aphids which infest bamboo and sugarcane such as Astegopteryx minima, Astegopteryx bambusae, Ceratovacuna silvestrii, and Pyrolachnus pyri.This Coccinellidae-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_034642435.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.12%[S:97.66%,D:1.46%],F:0.15%,M:0.73%,n:1367",
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"SeqNumber": "736",
"N50": "72475.326",
"PCGnumber": "41305",
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},
{
"id": 4511,
"InsectBaseID": "IBG_03612",
"Order": "Diptera",
"Family": "Megamerinidae",
"Genus": "Megamerina",
"TaxonomyID": "3037404",
"Tags": "None",
"OrganismName": "Megamerina dolium",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963854835.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:98.98%,D:0.66%],F:0.22%,M:0.15%,n:1367",
"GenomeSize": "500.527914",
"GenomeGC": "19.43466014",
"SeqNumber": "8",
"N50": "74270.313",
"PCGnumber": "34335",
"Swissnumber": "None",
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},
{
"id": 4512,
"InsectBaseID": "IBG_03613",
"Order": "Diptera",
"Family": "Lauxaniidae",
"Genus": "Meiosimyza",
"TaxonomyID": "1825006",
"Tags": "None",
"OrganismName": "Meiosimyza platycephala",
"NormalName": "None",
"SpeciesIntro": "Meiosimyza platycephala is a species of small flies of the family Lauxaniidae.This article related to members of the muscomorph flies superfamily Lauxanioidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963662105.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:98.24%,D:1.17%],F:0.22%,M:0.37%,n:1367",
"GenomeSize": "457.184338",
"GenomeGC": "20.9743983",
"SeqNumber": "41",
"N50": "107587.01",
"PCGnumber": "32026",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4513,
"InsectBaseID": "IBG_03614",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Melangyna",
"TaxonomyID": "2884232",
"Tags": "None",
"OrganismName": "Melangyna quadrimaculata",
"NormalName": "None",
"SpeciesIntro": "Melangyna quadrimaculata is a European species of hoverfly.External imagesFor terms see Morphology of Diptera Wing length 7·25–9 mm. Males only four spots on the abdomen. Female tergites black, pale abdominal markings absent. Eyes with short hairs. The male terminalia are figured by Hippa (1968) ). Larva described and figured by Rotheray (1994). See references for determination.Palearctic Southern Norway, Sweden, Finland and Denmark South to Belgium. Ireland East through Central Europe into European Russia and on to the Russian Far East, Siberia and the Pacific coast (Sakhalin).Habitat Fagus and Quercus ancient woodlands, also in extensive parks in with overmature trees. Arboreal, but descends to visit flowers of Alnus, Anemone nemorosa, Carpinus, Chrysosplenium oppositifolium, Corylus, Hamamelis mollis, Lonicera xylosteum, Populus tremula, Salix, Sambucus, Tussilago. The flight period is end February to end April. The larvae are predacious on adelgids on firs.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949320155.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.20%[S:98.76%,D:0.44%],F:0.29%,M:0.51%,n:1367",
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"GenomeGC": "17.28973672",
"SeqNumber": "216",
"N50": "485851.375",
"PCGnumber": "80946",
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{
"id": 4514,
"InsectBaseID": "IBG_03615",
"Order": "Diptera",
"Family": "Rhinophoridae",
"Genus": "Melanophora",
"TaxonomyID": "1606788",
"Tags": "None",
"OrganismName": "Melanophora roralis",
"NormalName": "None",
"SpeciesIntro": "Melanophora roralis is a species of woodlouse fly in the family Calliphoridae.M. roralis is 3–5.5 millimetres (0.12–0.22 in) long, black in colour with hairy antennae and a shiny thorax.It was introduced to North America from Europe and can be found from Southern Ontario to Chile and Argentina.Species fly from mid-May to October and inhabit old forests and damp areas near the shore. The females of this species have a distinctive white spots at the tips of their wings and lay from 189 to 238 eggs in 6.5 to 7.5 hours. It takes up to 21 days for the species' to pupate. It is a parasite of Porcellio scaber.This article related to members of the fly family Calliphoridae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_963583895.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:98.98%,D:0.80%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "565.13633",
"GenomeGC": "17.25592779",
"SeqNumber": "116",
"N50": "97632.154",
"PCGnumber": "37288",
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{
"id": 4515,
"InsectBaseID": "IBG_03616",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Melanostoma",
"TaxonomyID": "92598",
"Tags": "None",
"OrganismName": "Melanostoma scalare",
"NormalName": "None",
"SpeciesIntro": "Melanostoma scalare, the chequered hoverfly, is a very common species of hoverfly.The European Melanostoma species are not well understood at present. Van der Goot is the most certain identification work. The male genitalia of M. scalare are figured by Dusek and Laska (1967). Other, more accessible, works are listed below.This species is present in most of Europe, the Near East, North Africa, and the eastern parts of the Afrotropical realm south to Zimbabwe and throughout the Indomalayan realm to New Guinea.Melanostoma scalare can reach a length of 7–10 mm (0.28–0.39 in). These hoverflies have a shining black thorax. The males are longer and slimmer than the females. Also, the male's abdomen is much thinner than that of the female. Further, the yellow markings of the male are roundish or diamond-shaped, while those of the female are triangular patches.Little is known of its biology, but it is suspected to be general predator of small insects in leaf litter. Adults fly from April to November and inhabit gardens, meadows, and flowering bushes where they feed. The larvae are aphidiphagous.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949752695.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:98.17%,D:1.24%],F:0.15%,M:0.44%,n:1367",
"GenomeSize": "738.179629",
"GenomeGC": "22.74400788",
"SeqNumber": "144",
"N50": "241717.587",
"PCGnumber": "69756",
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{
"id": 4516,
"InsectBaseID": "IBG_03617",
"Order": "Coleoptera",
"Family": "Elateridae",
"Genus": "Melanotus",
"TaxonomyID": "346801",
"Tags": "None",
"OrganismName": "Melanotus villosus",
"NormalName": "None",
"SpeciesIntro": "Melanotus villosus is a species of beetle in the family Elateridae and the genus Melanotus.Adult beetles size is 14–19 millimetres (0.55–0.75 in), but could extend up to 20 millimetres (0.79 in). The color of body and legs is black. It carries brown tarsi on its legs. And the antennas are brownish-black. Males have longer antennas and prothorax than females.The species can be found everywhere throughout England (Sherwood Forest), Wales, Scotland (especially in Loch Lomond, Dumfries, and Galloway), and the far North-west.The beetle eats old pine stumps.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963082815.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:98.76%,D:0.88%],F:0.07%,M:0.29%,n:1367",
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"SeqNumber": "79",
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{
"id": 4517,
"InsectBaseID": "IBG_03618",
"Order": "Diptera",
"Family": "Ulidiidae",
"Genus": "Melieria",
"TaxonomyID": "1335495",
"Tags": "None",
"OrganismName": "Melieria crassipennis",
"NormalName": "None",
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"NCBIassembly": "GCA_963668005.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.76%[S:98.61%,D:0.15%],F:0.00%,M:1.24%,n:1367",
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"SeqNumber": "117",
"N50": "125911.761",
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{
"id": 4518,
"InsectBaseID": "IBG_03619",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Melikaiella",
"TaxonomyID": "3022663",
"Tags": "None",
"OrganismName": "Melikaiella ostensackeni",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_032362435.1",
"GenomeLevel": "Scaffold",
"Busco": "C:89.61%[S:89.39%,D:0.22%],F:3.88%,M:6.44%,n:1367",
"GenomeSize": "1090.10097",
"GenomeGC": "19.41600226",
"SeqNumber": "133974",
"N50": "17509.228",
"PCGnumber": "89556",
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{
"id": 4519,
"InsectBaseID": "IBG_03620",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Melinopterus",
"TaxonomyID": "1971315",
"Tags": "None",
"OrganismName": "Melinopterus prodromus",
"NormalName": "None",
"SpeciesIntro": "Melinopterus prodromus is a species of scarab beetle in the family Scarabaeidae. It is found in the Palearctic and in North America, where it is an exotic species.This species was formerly a member of the genus Aphodius.This Scarabaeidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_964023965.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.20%[S:98.10%,D:1.10%],F:0.15%,M:0.66%,n:1367",
"GenomeSize": "645.636312",
"GenomeGC": "19.94950138",
"SeqNumber": "711",
"N50": "66599.45",
"PCGnumber": "58741",
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{
"id": 4520,
"InsectBaseID": "IBG_03621",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Melipona",
"TaxonomyID": "415722",
"Tags": "None",
"OrganismName": "Melipona beecheii",
"NormalName": "None",
"SpeciesIntro": "Melipona beecheii is a species of eusocial stingless bee. It is native to Central America from the Yucatán Peninsula in the north to Costa Rica in the south. M. beecheii was cultivated in the Yucatán Peninsula starting in the pre-Columbian era by the ancient Maya civilization. The Mayan name for M. beecheii is xunan kab, which translates roughly to \"regal lady bee\". M. beecheii serves as the subject of various Mayan religious ceremonies.M. beecheii is a member of the family Apidae of eusocial bees within the order Hymenoptera. The subfamily Meliponini is commonly referred to as \"stingless bees\". The genus Melipona contains nearly 50 other species.M. beecheii has a golden-yellowish and brown striped body with translucent wings. M. beecheii has small, white hairs covering the head, thorax, and abdomen.Queens, workers, and drones are all roughly the same size. Moreover, all members of the hive regardless of their future role develop in identical, mass-provisioned, sealed cells. This allows for self-determination of roles, the root of caste conflict within M. beecheii.M. beecheii is a tropical eusocial bee that has been observed in a variety of geographic locations with tropical climates. M. beecheii can be found in Central America, especially in the southern Yucatán Peninsula of Mexico, Guatemala, El Salvador, Nicaragua, and Costa Rica.This bee has been observed primarily in tropical forests, both humid and arid. M. beecheii builds its nests inside hollow cavities of trees, and as a result, has been seriously affected by deforestation. Moreover, use of insecticides in the forest is increasing and interest in the ancient Mayan practice of beekeeping is decreasing. Beekeepers who work with M. beecheii in the Mayan zone in Quintana Roo state, Mexico, have reported a 93% decrease in hives over the past 25 years.In M. beecheii, all females, even those designated to be workers, have the ability to develop as queens. As a result of this potential to self-determine, immature females may try to develop as queens to gain greater reproductive opportunities. When a colony's queen dies, or before the formation of new colonies by swarming, new queens are produced, only one of which is selected to serve in that function per colony. Workers kill the extra queens by biting off their heads, abdomens, and limbs. The average life expectancy of developing queens is 47 hours.Advantages to producing excess queens include the provision of spare queens in case of queen failure, and the ability to select the best queen from a pool of candidates.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_032399605.1",
"GenomeLevel": "Scaffold",
"Busco": "C:100.00%[S:99.78%,D:0.22%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "255.127976",
"GenomeGC": "30.97672283",
"SeqNumber": "507",
"N50": "8242.14",
"PCGnumber": "19570",
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{
"id": 4521,
"InsectBaseID": "IBG_03622",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Melipona",
"TaxonomyID": "60889",
"Tags": "None",
"OrganismName": "Melipona bicolor",
"NormalName": "None",
"SpeciesIntro": "Melipona bicolor Lepeletier, 1836, commonly known as Guaraipo or Guarupu, is a eusocial bee found primarily in South America. It is an inhabitant of the Araucaria Forest and the Atlantic Rainforest, and is most commonly found from South to East Brazil, Bolivia, Argentina, and Paraguay.It prefers to nest close to the soil, in hollowed trunks or roots of trees.M. bicolor is a member of the tribe Meliponini, and is therefore a stingless bee. This species is unique among the stingless bees species because it is polygynous, which is rare for eusocial bees.M. bicolor belongs to the genus Melipona and the tribe Meliponini, which comprises about 500 species of stingless bees. Although they are called stingless, these bees do have a stinger, but it is extremely small and cannot be used for defense. M. bicolor is closely related to the other 40 known species in the genus Melipona.[clarification needed]M. bicolor is about 8 to 9mm long and have a stocky body. Coloration can vary from yellow to dark yellow. The males have either black or green eyes.As with all Melipona species, M. bicolor build well-protected nests inside pre-existing cavities. Their nests typically have a single entrance, which is long and narrow and penetrates deep into the nest. The nest cavity consists of two parts: a well-developed involucrum, surrounding a nest consisting of several layers of horizontally arranged combs, and outside the involucrum, which house a number of food pots. A significant amount of food can be stored in these pollen and honey pots. The pots can be large, getting as big as 4 cm in diameter. The pots sizes do vary with the state of the colony however.Inside the nest, the brood combs are constructed sequentially; these combs are removed as soon as the brood emerges from the cells. M. bicolor engage in a process called Provision and Oviposition Process, or POP. This process encapsulates nest construction, mass provisioning, egg laying, and cell closure.M. bicolor live predominantly in forests and rainforests in South America, particularly Brazil. They build their nests close to the soil, often in hollow roots or tree trunks. Although common in the past, they are now a relatively rare species due to the destruction of the rainforest in which these bees used to live, mainly because the growing of the cities and for agriculture.The colonies of M. bicolor are very sensitive to the moisture level in the air, and cannot survive in dry areas.[citation needed] This is also the reason the nests are usually built in the lower and more humid part of tree trunks.[citation needed]",
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"Busco": "C:98.90%[S:98.61%,D:0.29%],F:0.00%,M:1.10%,n:1367",
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{
"id": 4522,
"InsectBaseID": "IBG_03623",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Mellilla",
"TaxonomyID": "1666622",
"Tags": "None",
"OrganismName": "Mellilla xanthometata",
"NormalName": "None",
"SpeciesIntro": "GenericSpecificMellilla is a monotypic moth genus in the family Geometridae erected by Augustus Radcliffe Grote in 1873. Its only species, Mellilla xanthometata, the orangewing moth, was first described by Francis Walker in 1862. It is found in most of eastern North America.The wingspan is about 16–21 mm. Adults have been recorded on wing in early spring and again in late June in two generations per year. Adults are active during both the day and night.The larvae feed on Gleditsia triacanthos.This Macariini-related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_035578125.1",
"GenomeLevel": "Scaffold",
"Busco": "C:100.00%[S:88.44%,D:11.56%],F:0.00%,M:0.00%,n:1367",
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"SeqNumber": "60",
"N50": "14554.126",
"PCGnumber": "29514",
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{
"id": 4523,
"InsectBaseID": "IBG_03624",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Merodon",
"TaxonomyID": "511117",
"Tags": "None",
"OrganismName": "Merodon equestris",
"NormalName": "None",
"SpeciesIntro": "Merodon equestris (Narcissus bulb fly, greater bulb fly, large bulb fly, large Narcissus fly) is a Holarctic species of hoverfly (Family Syrphidae). Like many other hoverflies it displays a colouration pattern similar to a stinging insect (a bumblebee in this case) as an evolutionary defense mechanism. Other syrphid bee mimics are Mallota, Arctophila, Criorhina, Pocota and Brachypalpus. Merodon species are distinguished from these by the very strong hind femora, which bear a large triangular projection on the underside near the tip. It flies in low vegetation while the other bumblebee mimics prefer higher vegetation layers.A stout fly with a small head (10-14 mm in length). The tergites are black, without the dust spots or blue-purple sheen of other Merodon species. The thorax and abdomen are hidden by dense, long, erect hairs of variable colouration. Tibia 3 of the male has 2 spurs at the apex. The larva is described and figured by Hodson (1932) and it is illustrated in colour by Rotheray (1993).In the Palearctic it is found from Fennoscandia south to Iberia and the Mediterranean basin, and Ireland east through Europe into Russia and Japan. In the Nearctic it is found from British Columbia south to California. It has been introduced to New Zealand. (see map) They inhabit open areas in deciduous forest up into the subalpine zone but significantly synanthropic, occurring in suburban parks and gardens and on horticultural land. The adult flies low in April to July with a fast zig-zag flight, among ground vegetation frequently settling on bare ground. Adult M. equestris feed on pollen and nectar. They visit a large variety of flowers for nectar, while the larvae feed internally in tissues of bulbs of Amaryllidaceae, and they are regarded as a horticultural pest, especially of Narcissus. Females lay 1 egg at a time on leaves of this plant (or in soil by it). Larvae overwinter in the bulbs. A bibliography of the literature on the biology of M. equestris is given by Barkemeyer (1994). Media related to Merodon equestris at Wikimedia Commons",
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"NCBIassembly": "GCA_958301585.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.05%,D:0.51%],F:0.00%,M:0.44%,n:1367",
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{
"id": 4524,
"InsectBaseID": "IBG_03625",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Merzomyia",
"TaxonomyID": "2795681",
"Tags": "None",
"OrganismName": "Merzomyia westermanni",
"NormalName": "None",
"SpeciesIntro": "Merzomyia westermanni is a species of tephritid or fruit flies in the genus Merzomyia of the family Tephritidae.Britain & France to Switzerland, Ukraine, Caucasus.This article related to members of the fly sub-family Tephritinae is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949987695.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.05%[S:98.54%,D:0.51%],F:0.51%,M:0.44%,n:1367",
"GenomeSize": "986.173515",
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"SeqNumber": "18",
"N50": "160295.369",
"PCGnumber": "57548",
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},
{
"id": 4525,
"InsectBaseID": "IBG_03626",
"Order": "Psocoptera",
"Family": "Mesopsocidae",
"Genus": "Mesopsocus",
"TaxonomyID": "2866285",
"Tags": "None",
"OrganismName": "Mesopsocus fuscifrons",
"NormalName": "None",
"SpeciesIntro": "Mesopsocus fuscifrons is a species of Psocoptera from the Mesopsocidae family that can be found in North Macedonia and Kaliningrad, Russia.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_950004255.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.59%[S:97.15%,D:0.44%],F:0.29%,M:2.12%,n:1367",
"GenomeSize": "184.352988",
"GenomeGC": "30.17457574",
"SeqNumber": "21",
"N50": "21655.844",
"PCGnumber": "18332",
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},
{
"id": 4526,
"InsectBaseID": "IBG_03627",
"Order": "Lepidoptera",
"Family": "Oecophoridae",
"Genus": "Metalampra",
"TaxonomyID": "1101017",
"Tags": "None",
"OrganismName": "Metalampra italica",
"NormalName": "None",
"SpeciesIntro": "Metalampra italica is a moth of the family Oecophoridae that was until recently considered endemic to Italy, from which it was originally described in 1977 by Baldizonne, but that is now also known to occur in other European countries.Although Fauna Europaea mentioned the species only from Italy as recent as 2013, it is clear that the species has been present further north much earlier.In 2003, the species was discovered in Devon, after which the species has also been encountered in multiple other counties in the south of England and Wales. The species has also recently been recorded in Croatia, Germany, France, the Netherlands—where it was first caught in 1985, but misidentified as Metalampra cinnamomea — Switzerland and Belgium and appears to be spreading its range.Specimen of M. italica are sometimes mislabelled as the more widespread species Metalampra cinnamomea, from which it differs in ground colour of the forewing. It is not clear whether M. italica has recently spread to Central Europe or if its presence there had merely so far remained unnoticed, at least in part due to misidentification of specimens as M. cinnamomea. Multiple occurrences of such misidentification in collections have been confirmed.This species occurs in forest environments, preferably in deciduous forest.The wingspan of Metalampra italica can reach 10–14 mm. These moths have bright reddish brown forewings with contrasting pale yellow longitudinal stripes on the sides and on the thorax. Antennae are dark brown with light rings. Hindwings are greyish.The species appears somewhat similar to Metalampra cinnamomea, but fresh specimens can be distinguished by the ground colour of the forewing. Both species have a shade of brown as ground colour, but that of M. italica is a more red brown, whereas M. cinnamomea has a greyish brown. The ground colour of M. italica is also lighter than that of M. cinnamomea. As a result, the yellow markings on the forewings appear more pronounced on M. cinnamomea. The species can also be distinguished by their genitalia.The larvae feed in decaying wood, usually Quercus spp., beneath the bark and near several species of fungus, where they weave a loose web. It is unclear whether the larvae's food source is the wood, bark, fungi or a mixture thereof. Larvae are found from autumn to May, as well as in July. Adults occur from late May to July, and again in August. They fly both day and night and comes to light.",
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"InsectBaseID": "IBG_03628",
"Order": "Mantodea",
"Family": "Metallyticidae",
"Genus": "Metallyticus",
"TaxonomyID": "406581",
"Tags": "None",
"OrganismName": "Metallyticus violacea",
"NormalName": "None",
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"id": 4528,
"InsectBaseID": "IBG_03629",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Meteorus",
"TaxonomyID": "1080865",
"Tags": "None",
"OrganismName": "Meteorus cinctellus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"InsectBaseID": "IBG_03630",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Meteorus",
"TaxonomyID": "1080867",
"Tags": "None",
"OrganismName": "Meteorus colon",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_030523125.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.39%[S:98.17%,D:0.22%],F:1.17%,M:0.44%,n:1367",
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{
"id": 4530,
"InsectBaseID": "IBG_03631",
"Order": "Diptera",
"Family": "Sarcophagidae",
"Genus": "Metopia",
"TaxonomyID": "2021473",
"Tags": "None",
"OrganismName": "Metopia argyrocephala",
"NormalName": "None",
"SpeciesIntro": "Metopia argyrocephala is a species of satellite flies in the family Sarcophagidae. It is unusual among kleptoparasitic flies in that the larvae develop in nests of both bees and wasps.This article related to members of the muscomorph flies superfamily Oestroidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_963576795.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.61%[S:94.66%,D:0.95%],F:0.37%,M:4.02%,n:1367",
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"SeqNumber": "62",
"N50": "149280.999",
"PCGnumber": "39724",
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{
"id": 4531,
"InsectBaseID": "IBG_03632",
"Order": "Coleoptera",
"Family": "Coccinellidae",
"Genus": "Micraspis",
"TaxonomyID": "420093",
"Tags": "None",
"OrganismName": "Micraspis discolor",
"NormalName": "None",
"SpeciesIntro": "Micraspis discolor is a species of ladybird. It was described by Johan Christian Fabricius in 1798. It is widespread throughout Asia, North America and parts of Oceania.It is found in Bangladesh, China, India, Malaysia, Sri Lanka, Taiwan, Vietnam, United States, Hawaii and Tonga.Body length is 5 to 6 mm. Adult has a reddish orange body which is oval in shape. There are black stripes on elytra.It is one of the most common lady beetle found in rice ecosystems particularly during flowering and feeds on pollen. The species can be used as a bio-control agent for brown planthopper. It is found as both entomophagous and phytophagous species of beetle.Both adult beetles and nymphs are voracious predators on several pests such as, Aphis craccivora, Aphis gossypii, Aphis spiraecola, Leptocorisa acuta, Myzus persicae, Nephotettix cincticeps, Opisina arenosella, Pentalonia nigronervosa and Sogatella furcifera.",
"Intro_from": "",
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"NCBIassembly": "GCA_030674115.1",
"GenomeLevel": "Contig",
"Busco": "C:94.36%[S:91.51%,D:2.85%],F:0.51%,M:5.12%,n:1367",
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"SeqNumber": "2609",
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{
"id": 4532,
"InsectBaseID": "IBG_03633",
"Order": "Diptera",
"Family": "Stratiomyidae",
"Genus": "Microchrysa",
"TaxonomyID": "931518",
"Tags": "None",
"OrganismName": "Microchrysa polita",
"NormalName": "None",
"SpeciesIntro": "Microchrysa polita, the black-horned gem, is a species of soldier fly found in Europe, Asia, and North America.A small species (Body 4.5 to 5.5.mm. long) Antennae black. Legs predominantly black. Pubescence in middle part of mesonotum and on abdomen black in male.The flight period is March to September. Habitats are deciduous woodland edges, wooded areas, hedgerows, gardens, and parks. Larvae have been found in soil, decomposing grass and leaves, and compost.Russia, Siberia, Central Asia, Mongolia, Western Europe, United States, and Canada.This article related to members of the insect family Stratiomyidae, the soldier flies, is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:99.78%[S:99.34%,D:0.44%],F:0.00%,M:0.22%,n:1367",
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{
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"InsectBaseID": "IBG_03634",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Microctonus",
"TaxonomyID": "144406",
"Tags": "None",
"OrganismName": "Microctonus aethiopoides",
"NormalName": "None",
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"NCBIassembly": "GCA_030347275.1",
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"Busco": "C:99.64%[S:98.76%,D:0.88%],F:0.15%,M:0.15%,n:1367",
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{
"id": 4534,
"InsectBaseID": "IBG_03635",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Microctonus",
"TaxonomyID": "165561",
"Tags": "None",
"OrganismName": "Microctonus hyperodae",
"NormalName": "None",
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"NCBIassembly": "GCA_030347285.1",
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"Busco": "C:98.10%[S:97.66%,D:0.44%],F:1.10%,M:0.80%,n:1367",
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{
"id": 4535,
"InsectBaseID": "IBG_03636",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Microdon",
"TaxonomyID": "2767528",
"Tags": "None",
"OrganismName": "Microdon myrmicae",
"NormalName": "None",
"SpeciesIntro": "Microdon myrmicae is a species of hoverfly belonging to the family Syrphidae.It is a Palearctic species with a limited distribution in Europe (Ireland, Great Britain, the Netherlands, Germany, France, Norway, Poland and European Russia (Karelia).M. myrmicae is a parasite on Myrmica scabrinodis, M. gallieni and M.tulinae (Formicidae).Microdon myrmicae lives sympatrically with other myrmecophiles including Phengaris alcon, P. nausithous and P. teleius (in one location all four species cooccur).External imagesFor terms see Morphology of DipteraWing length 6·75-8·25 mm. See references for determination At present M.mutabilis is only reliably distinguished from M.myrmicae by features of the puparium.Two color morphs of the species are known: individuals of either sex can be predominantly gold-haired or silver-haired. However, more males appear to be silver than gold, and the reverse is true for females, suggesting a complex genetic mechanism.",
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"NCBIassembly": "GCA_963931805.1",
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"Busco": "C:99.27%[S:97.37%,D:1.90%],F:0.07%,M:0.66%,n:1367",
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{
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"InsectBaseID": "IBG_03637",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Microdrosophila",
"TaxonomyID": "2870807",
"Tags": "None",
"OrganismName": "Microdrosophila cristata",
"NormalName": "None",
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"NCBIassembly": "GCA_037075075.1",
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"Busco": "C:50.11%[S:49.67%,D:0.44%],F:38.70%,M:9.07%,n:1367",
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{
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"InsectBaseID": "IBG_03638",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Microplitis",
"TaxonomyID": "2964682",
"Tags": "None",
"OrganismName": "Microplitis deprimator",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_964016945.1",
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"Busco": "C:99.20%[S:98.54%,D:0.66%],F:0.15%,M:0.66%,n:1367",
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"InsectBaseID": "IBG_03639",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Microplitis",
"TaxonomyID": "1427173",
"Tags": "None",
"OrganismName": "Microplitis manilae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_030273425.1",
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"Busco": "C:99.63%[S:98.90%,D:0.73%],F:0.15%,M:0.22%,n:1367",
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{
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"InsectBaseID": "IBG_03640",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Microplitis",
"TaxonomyID": "375433",
"Tags": "None",
"OrganismName": "Microplitis mediator",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_029852145.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:98.76%,D:1.02%],F:0.07%,M:0.15%,n:1367",
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"SeqNumber": "23",
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{
"id": 4540,
"InsectBaseID": "IBG_03641",
"Order": "Trichoptera",
"Family": "Molannidae",
"Genus": "Molanna",
"TaxonomyID": "446450",
"Tags": "None",
"OrganismName": "Molanna angustata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_963576475.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.34%,D:0.22%],F:0.15%,M:0.29%,n:1367",
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{
"id": 4541,
"InsectBaseID": "IBG_03642",
"Order": "Coleoptera",
"Family": "Cerambycidae",
"Genus": "Molorchus",
"TaxonomyID": "1323400",
"Tags": "None",
"OrganismName": "Molorchus minor",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_029963825.1",
"GenomeLevel": "Contig",
"Busco": "C:98.25%[S:96.49%,D:1.76%],F:0.59%,M:1.17%,n:1367",
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"GenomeGC": "22.53839871",
"SeqNumber": "6992",
"N50": "140.248",
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{
"id": 4542,
"InsectBaseID": "IBG_03643",
"Order": "Coleoptera",
"Family": "Cerambycidae",
"Genus": "Monochamus",
"TaxonomyID": "192382",
"Tags": "None",
"OrganismName": "Monochamus alternatus",
"NormalName": "None",
"SpeciesIntro": "Monochamus alternatus, the Japanese pine sawyer, is a species of beetle in the family Cerambycidae. It was described by Frederick William Hope in 1842. It is known from Hong Kong, Vietnam, Laos, North Korea, South Korea, Japan, China, and Taiwan. It feeds on Pinus banksiana, Abies firma, Pinus armandii, Pinus massoniana, Pinus yunnanensis, and Pinus densiflora. It serves as a vector for the nematode Bursaphelenchus xylophilus.This Monochamus article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_037114965.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.71%,D:0.29%],F:0.00%,M:0.00%,n:1367",
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"SeqNumber": "16",
"N50": "86209.243",
"PCGnumber": "51703",
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{
"id": 4543,
"InsectBaseID": "IBG_03644",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Morpho",
"TaxonomyID": "1134947",
"Tags": "None",
"OrganismName": "Morpho achilles",
"NormalName": "None",
"SpeciesIntro": "Morpho achilles, the Achilles morpho, blue-banded morpho, or banded blue morpho, is a Neotropical butterfly.The genus name Morpho comes from the Greek epithet of Aphrodite, goddess of love. Achilles was a Greek hero of the Trojan War, the central character of Homer's Iliad.In Morpho achilles patroclus, the dorsal sides of the forewings are black, with two broad vertical bands of brilliant blue. The undersides of the hindwings are olive brownish, with several ocelli formed by blue, yellow, and red concentric rings.The caterpillars feed on various species of climbing plants (Dalbergia, Inga, Machaerium, Machaerium aculeatum, Myrocarpus, Platymiscium, and Pterocarpus), while the adults mainly feed on rotting fruits or fermenting juice and tree sap.This species can be found over a huge range of countries, particularly in Argentina, Suriname, Bolivia, Colombia, Peru, Ecuador, Venezuela, Paraguay, and Brazil.This Morphinae article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_947086495.1",
"GenomeLevel": "Contig",
"Busco": "C:100.00%[S:98.83%,D:1.17%],F:0.00%,M:0.00%,n:1367",
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"GenomeGC": "18.64739367",
"SeqNumber": "56",
"N50": "17850.159",
"PCGnumber": "33779",
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{
"id": 4544,
"InsectBaseID": "IBG_03645",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Morpho",
"TaxonomyID": "722267",
"Tags": "None",
"OrganismName": "Morpho deidamia",
"NormalName": "None",
"SpeciesIntro": "Morpho deidamia, the Deidamia morpho, is a Neotropical butterfly. It is found in Panama, Nicaragua, Costa Rica, Suriname, Bolivia, Venezuela, Colombia, Peru, Ecuador, and Brazil. It is a species group, which may be, or may not be several species. Many subspecies have been described.The basal part of the upper surface in the males brilliant steel blue, the distal area of both wings delicate light blue. But in the female the proximal region is darkened, being broadly black, though with intensive metallic reflection. Forewing with three white median dots, the light blue restricted to a relatively narrow median area.The accepted subspecies are:Deidamia was the daughter of Lycomedes, king of Scyros, figures in Greek mythology.The butterflies that often surround Soubi in the anime Loveless are probably males of this species.",
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"NCBIassembly": "GCA_029101505.1",
"GenomeLevel": "Contig",
"Busco": "C:99.93%[S:99.56%,D:0.37%],F:0.07%,M:0.00%,n:1367",
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"SeqNumber": "58",
"N50": "18448.829",
"PCGnumber": "29073",
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{
"id": 4545,
"InsectBaseID": "IBG_03646",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Morpho",
"TaxonomyID": "64456",
"Tags": "None",
"OrganismName": "Morpho helenor",
"NormalName": "None",
"SpeciesIntro": "Many (see section below)Morpho helenor, the Helenor blue morpho or common blue morpho, is a Neotropical butterfly found throughout Central and South America from Mexico to Argentina. It is a species group that may or may not be several species. Many subspecies have been described.The larvae of subspecies Morpho helenor achillaena have been recorded as feeding on Genipa americana, Inga, Machaerium oblongifolium and Platymiscium.Listed alphabetically:This Morphinae article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_947086485.1",
"GenomeLevel": "Contig",
"Busco": "C:100.00%[S:87.49%,D:12.51%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "547.058456",
"GenomeGC": "18.70307403",
"SeqNumber": "207",
"N50": "16895.928",
"PCGnumber": "43987",
"Swissnumber": "None",
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{
"id": 4546,
"InsectBaseID": "IBG_03647",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Mulgravea",
"TaxonomyID": "2870814",
"Tags": "None",
"OrganismName": "Mulgravea parasiatica",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_037075045.1",
"GenomeLevel": "Scaffold",
"Busco": "C:61.08%[S:58.96%,D:2.12%],F:30.43%,M:7.46%,n:1367",
"GenomeSize": "237.679026",
"GenomeGC": "26.50459826",
"SeqNumber": "384628",
"N50": "0.883",
"PCGnumber": "65157",
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{
"id": 4547,
"InsectBaseID": "IBG_03648",
"Order": "Diptera",
"Family": "Muscidae",
"Genus": "Musca",
"TaxonomyID": "27455",
"Tags": "None",
"OrganismName": "Musca vetustissima",
"NormalName": "None",
"SpeciesIntro": "Musca vetustissima, commonly known as the Australian bush fly, is a species of fly found in Australia. It is the specific fly that has given rise to the expression \"Aussie salute\".The Australian bush fly is a dung fly that is closely related to the bazaar fly (M. sorbens). The adults are attracted to large mammals for fluid for nourishment and feces for oviposition. A study showed that there is a low survival rate for eggs and larvae of this species in cattle feces because of infrequent rainfall. The study also showed that parasites and predators have caused a low survival rate. According to a study, the Australian bush fly can spread harmful bacteria. The Australian bush fly can also spread the pathogens Salmonella and Shigella. Most of the bacterial populations per fly occurred in a farm environment, while an urban environment was the lowest. A standard composition that contains small amounts of trimethylamine and indole, blended with large amounts of ammonium sulfate and anchovy meal, attracts the Australian bush fly. A wind-oriented trap has been used to catch this species. The number of ovarioles in females probably have to do with how big they are. If females do not obtain enough dietary protein, the maturation of their eggs will stop. This fly likes to crawl on human faces, as well as on the faces of livestock. It also likes to crawl on human and livestock feces, though it seems that it prefers human feces.The Australian bush fly breeds in large numbers in dung pads. Larvae have been found in the feces of large mammals. The species continually breeds in subtropical Australia, and migrations help repopulate Australia each spring. In a study, a mixture of levamisole and oxfendazole killed larvae in sheep feces.",
"Intro_from": "",
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"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_032173495.1",
"GenomeLevel": "Contig",
"Busco": "C:99.70%[S:85.44%,D:14.26%],F:0.15%,M:0.15%,n:1367",
"GenomeSize": "850.573461",
"GenomeGC": "16.51681712",
"SeqNumber": "17348",
"N50": "99.337",
"PCGnumber": "34576",
"Swissnumber": "None",
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{
"id": 4548,
"InsectBaseID": "IBG_03649",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Musotima",
"TaxonomyID": "753371",
"Tags": "None",
"OrganismName": "Musotima nitidalis",
"NormalName": "None",
"SpeciesIntro": "Musotima nitidalis, also known as the golden brown fern moth, is a species of moth of the family Crambidae. This species was described by Francis Walker in 1866. It is native to Australia and New Zealand and was first found in Europe in 2009.The larvae of this species are pale green with a transparent skin and a dark head. Adults are brown with various white markings outlined in black on each forewing.In Australia and New Zealand the larvae feed on the undersides of the fronds of various Polypodiophyta species, including common maidenhair fern (Adiantum aethiopicum), Austral bracken (Pteridium esculentum), and bat's wing fern (Histiopteris incisa) and lives in a sparse web. Larvae were first found in England in 2013, near Hern, Dorset and so far have been found feeing on bracken (Pteridium aquilinum), broad-buckler fern (Dryopteris dilatata) and hard fern (Blechnum spicant).It is known from New Zealand and most of Australia, including Queensland, South Australia, Tasmania, Victoria and Western Australia. In 2009 the moth was found at Merritown Heath, Hurn, Dorset and since then across southern England to Norfolk. It is suspected to have been introduced from imported tree ferns.This Musotiminae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949126915.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.34%,D:0.59%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "555.651201",
"GenomeGC": "21.29687613",
"SeqNumber": "42",
"N50": "19407.673",
"PCGnumber": "32962",
"Swissnumber": "None",
"GOnumber": "None",
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{
"id": 4549,
"InsectBaseID": "IBG_03650",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Mycalesis",
"TaxonomyID": "441995",
"Tags": "None",
"OrganismName": "Mycalesis mineus",
"NormalName": "None",
"SpeciesIntro": "Mycalesis mineus, the dark-brand bush brown, is a species of satyrine butterfly found in Asia.Wet-season form: Upperside dark Vandyke brown; forewings and hindwings with slender subterminal and terminal pale lines. Forewing with a single white-centred, fulvous-ringed, black ocellus, generally set in a square pale area, in interspace 2, occasionally a similar smaller ocellus without any pale surrounding area in interspace 5. Hindwing uniform sometimes with one or two obscure postmedian ocelli. Underside: ground colour similar; forewings and hindwings crossed by a transverse dusky-white discal band, well-defined inwardly, diffuse outwardly, followed by a postdiscal series of ocelli surrounded by a dusky-yellowish, sometimes purplish white, line; the ocelli are similar to the ocelli on the upperside, and vary from two to four on the forewing and from five to seven (the preapical two being sometimes obsolescent) on the hindwing; of these latter the posterior four, not three as in Mycalesis perseus, are in a straight line; finally, beyond the rows of ocelli on both wings there are pale or purplish-white subterminal and terminal sinuous lines.Dry-season form: Upperside similar to that in the wet-season form, but paler. Underside from ochraceous brown to dusky brown of a darker shade; basal half of the wings conspicuously darker than the outer portions; the whole surface irrorated (sprinkled) with fine brown striae; sometimes a distinct dark discal band crosses both wings; ocelli nearly obsolete, indicated by minute white specks, the posterior four on the hindwing in a straight line as in the wet-season form. Antennae, head, thorax and abdomen brown; the club of the antennae with black and ochraceous marks. Male sex-mark in form 1 as in M. perseus, but the patch of specialized scales on the underside of the forewing half as large again.This Elymniini article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_034621355.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:98.32%,D:1.46%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "497.40023",
"GenomeGC": "22.38331112",
"SeqNumber": "342",
"N50": "17898.029",
"PCGnumber": "29818",
"Swissnumber": "None",
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{
"id": 4550,
"InsectBaseID": "IBG_03651",
"Order": "Coleoptera",
"Family": "Meloidae",
"Genus": "Mylabris",
"TaxonomyID": "268459",
"Tags": "None",
"OrganismName": "Mylabris variabilis",
"NormalName": "None",
"SpeciesIntro": "Mylabris variabilis is a species of blister beetle belonging to the Meloidae family. This common species is present in most of Southern Europe, from the Iberian Peninsula to southern Russia. It can also be found in Caucaus and Transcaucasia, Near East and northern Levant, Middle East and Central Asia and Siberia. Mylabris variabilis can reach a body length of 8–20 millimetres (0.31–0.79 in). These beetles have a cylindrical, elongate body with relatively convex, yellow-orange elytra and wide transverse black wavy stripes. Head is square shaped, with a flat forehead. Antennae are black and long with eleven segments. Pronotum is long and wide, with parallel sides. The size of the black markings and the color of elytra are very variable (hence the specie name variabilis). The color of their elytra can range from a yellow, to orange to a light brown. Normally they have three black bands. The 1st and 2nd bands are sometimes divided into four distinct spots. They are however distinguished from the similar species by a black stripe ath the end of the abdomen. This species is very similar to Mylabris pannonica Kaszab, 1956.This species has a very complex biological cycle. Adults fly from June to September, feeding on flowers. During the larval stage they feed on eggs and larvae of grasshoppers.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037464815.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.27%[S:93.27%,D:0.00%],F:5.05%,M:1.54%,n:1367",
"GenomeSize": "145.426713",
"GenomeGC": "21.72383488",
"SeqNumber": "37633",
"N50": "7.044",
"PCGnumber": "17297",
"Swissnumber": "None",
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{
"id": 4551,
"InsectBaseID": "IBG_03652",
"Order": "Diptera",
"Family": "Conopidae",
"Genus": "Myopa",
"TaxonomyID": "2829445",
"Tags": "None",
"OrganismName": "Myopa tessellatipennis v2",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943737945.2",
"GenomeLevel": "Contig",
"Busco": "C:98.83%[S:98.39%,D:0.44%],F:0.22%,M:0.95%,n:1367",
"GenomeSize": "249.275748",
"GenomeGC": "26.14138661",
"SeqNumber": "6",
"N50": "65812.558",
"PCGnumber": "38649",
"Swissnumber": "None",
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{
"id": 4552,
"InsectBaseID": "IBG_03653",
"Order": "Diptera",
"Family": "Conopidae",
"Genus": "Myopa",
"TaxonomyID": "2829445",
"Tags": "None",
"OrganismName": "Myopa tessellatipennis v3",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_943737955.2",
"GenomeLevel": "Chromosome",
"Busco": "C:98.3%[S:96.9%,D:1.4%],F:0.4%,M:1.3%,n:1367",
"GenomeSize": "249.275748",
"GenomeGC": "26.14138661",
"SeqNumber": "6",
"N50": "65812.558",
"PCGnumber": "40122",
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{
"id": 4553,
"InsectBaseID": "IBG_03654",
"Order": "Coleoptera",
"Family": "Coccinellidae",
"Genus": "Myrrha",
"TaxonomyID": "703265",
"Tags": "None",
"OrganismName": "Myrrha octodecimguttata",
"NormalName": "None",
"SpeciesIntro": "The eighteen-spotted ladybird (Myrrha octodecimguttata), or 18-spot ladybird, is a species of beetle in the genus Myrrha in the ladybird family that lives primarily in pine forests and mixed (deciduous/conifer) forests inhabiting the upper part of the canopy and feeding on aphids. They favour old pines and breed in the crowns of pine trees in Germany M. octodecimguttata also occurs on high bogs (West Siberian Plain , East Siberian taiga) Adults overwinter in aggregations under peeled-off bark and in crevices at the bases of old pine trunks. It is usually 4 to 5 millimetres (0.16 to 0.20 in) in length.Europe, North Africa. European Russia, the Caucasus, Siberia, the Russian Far East, Belarus, Ukraine, Transcaucasia, Kazakhstan, Western Asia, Mongolia.This Coccinellidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_958510865.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.19%[S:98.17%,D:1.02%],F:0.15%,M:0.66%,n:1367",
"GenomeSize": "769.912521",
"GenomeGC": "16.90519188",
"SeqNumber": "1067",
"N50": "72739.419",
"PCGnumber": "43248",
"Swissnumber": "None",
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},
{
"id": 4554,
"InsectBaseID": "IBG_03655",
"Order": "Trichoptera",
"Family": "Leptoceridae",
"Genus": "Mystacides",
"TaxonomyID": "699848",
"Tags": "None",
"OrganismName": "Mystacides longicornis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963576905.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.34%[S:98.83%,D:0.51%],F:0.15%,M:0.51%,n:1367",
"GenomeSize": "665.109236",
"GenomeGC": "20.76445214",
"SeqNumber": "38",
"N50": "33624.892",
"PCGnumber": "44034",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4555,
"InsectBaseID": "IBG_03656",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Mythimna",
"TaxonomyID": "987427",
"Tags": "None",
"OrganismName": "Mythimna lalbum",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949319445.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.71%,D:0.29%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "691.886654",
"GenomeGC": "21.73707834",
"SeqNumber": "33",
"N50": "23072.105",
"PCGnumber": "36788",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
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},
{
"id": 4556,
"InsectBaseID": "IBG_03657",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Mythimna",
"TaxonomyID": "667449",
"Tags": "None",
"OrganismName": "Mythimna loreyi",
"NormalName": "None",
"SpeciesIntro": "Leucania loreyi, the cosmopolitan, false army worm or nightfeeding rice armyworm, is a moth of the family Noctuidae. It is found in most of African countries, the Indo-Australian subtropics and tropics of India, Sri Lanka, Myanmar, the eastern Palearctic realm, and the Near East and Middle East. The species was first described by Philogène Auguste Joseph Duponchel in 1827.Its wingspan is about 34–44 mm. Forewing greyish ochreous; the veins pale lined with brown, the intervals with brown lines; a short black streak from base below cell; median nervure thickly outlined with fuscous to beyond cell; reniform stigma indicated by a white dot at lower angle of cell; outer line by a row of black dots on veins; a triangular brown subapical patch edged above by an oblique pale streak from apex; hindwing white, the veins towards termen fuscous; abdominal tufts beneath formed of coarse scalelike brown black hairs.The larva is reddish grey, and yellowish between the segments and the dorsal line is fine, grey, and double. The subdorsal lines are divided, interrupted, and all clearer towards the anal segments. spiracles black-ringed. Adults are on wing year round. There are multiple generations per year.Recorded food plants in Israel include Phragmites australis, Sacharum ravennae and Gramineae species. Occasionally they are found on ornamental bamboo and once in an experimental rice field, a pest of winter cereals (wheat, barley) and summer cereals (corn, sorghum, sugar cane). Other recorded food plant include various grasses, such as Oryza, Paspalum, Saccharum, Triticum and Zea species.",
"Intro_from": "",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029852875.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.78%,D:0.22%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "678.263292",
"GenomeGC": "21.69661026",
"SeqNumber": "146",
"N50": "23272.5",
"PCGnumber": "33128",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
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{
"id": 4557,
"InsectBaseID": "IBG_03658",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Mythimna",
"TaxonomyID": "987986",
"Tags": "None",
"OrganismName": "Mythimna pallens",
"NormalName": "None",
"SpeciesIntro": "Mythimna pallens, the common wainscot, is a moth of the family Noctuidae distributed throughout the Palearctic realm from Ireland in the west, through Europe (all of Russia) to Central Asia and Amur to the Kuriles in the east. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae.As with other \"wainscots\", this species has buffish-yellow forewings with prominent venation. The common wainscot, as the specific name suggests, is very pale, lacking the darker markings shown by most of its relatives. The hindwings are pure white.The wingspan is 32–40 mm. Forewing yellowish ochreous, often with a rufous tinge; veins pale, defined by grey-brown streaks, and with similar streaks in the intervals; dark spots on veins 2 and 5 beyond middle; hindwing white, grey at centre, the veins dark; — ab. ectypa Hbn. Is the form in which the red tints are strongest; in arcuata Stph. the hindwing shows a complete row of dark dots on the veins.Mythimna impura is difficult to certainly distinguish from its congeners. See Townsend et al.One or two broods are produced each year with adults on the wing at any time from June to October. The moth flies at night and is attracted to light, sugar and various flowers.The larva is yellowish or reddish with grey irroration (sprinkling); dorsal line white, with dark edges; spiracles black, lying in a yellowish white lateral stripe, which is edged with blackish. It feeds on various grasses including Deschampsia, Festuca, Leymus, Lolium and Phalaris. The species overwinters as a small larva.This Mythimnini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_961205895.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:99.12%,D:0.29%],F:0.15%,M:0.44%,n:1367",
"GenomeSize": "719.100281",
"GenomeGC": "21.70843916",
"SeqNumber": "33",
"N50": "25192.387",
"PCGnumber": "35558",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4558,
"InsectBaseID": "IBG_03659",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Mythimna",
"TaxonomyID": "271217",
"Tags": "None",
"OrganismName": "Mythimna separata",
"NormalName": "None",
"SpeciesIntro": "Mythimna separata, the northern armyworm, oriental armyworm or rice ear-cutting caterpillar, is a moth of the family Noctuidae. It is found in China, Japan, South-east Asia, India, eastern Australia, New Zealand, and some Pacific islands. It is one of the major pests of maize in Asia. The species was first described by Francis Walker in 1865.They term \"armyworm\" is used because of their habit to spread out in a line across a lawn or pasture, and slowly \"march\" forward, consuming the foliage they encounter.The wingspan is 35–50 mm. Males lack paired tufts on the basal segment of the abdomen below. The forewings are greyish yellow with a dark-grey or reddish-yellow tinge. The round and reniform spots are light or yellowish with indistinct edges, whereas reniform spot with white point at lower margin. External wing margin blackened obliquely from top backward, with dark stroke and with a row of dark points. Hindwings are grey, with dark external margin. Antennae thread like. Eggs are spherical and milky white with a thinly reticulate surface. Larvae usually have six instars, rarely seven. It reaching 40 mm in length at its last instar. Larva has two wide black-brown and one intermediate light dorsal stripe, with black-brown lateral stripe along spiracle line. spiracles brown with black rim. Pupae are yellowish brown and shiny.The moth flies from January to April depending on the location. The larvae feed on a range of agricultural plants like Zea mays, Sorghum bicolor and Oryza sativa and are thus considered a pest. Caterpillars do not feed on Momordica charantia due to the presence of the triterpenoid glucoside called momordicine II, which is a natural inhibitor of caterpillar actions.China experiences periodic outbreaks of northern armyworm infestation. The outbreak in 2012 was particularly severe.Larva can be hand picked and adults can attracted using pheromones. Regulation of water level in the fields, and removal of alternate hosts from the field are also effective. Among biological controls, ducks are good; they can locate larvae hiding in the soil or at the base of plants easily and prey on them. Introduction of Cotesia ruficrus, and Eupteromalus parnarae also parasitized the larva. Selective pesticides and weedicides can also be used in the field. Integrated pest management methods undertaken by governments.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030763345.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:95.17%,D:4.75%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "705.611066",
"GenomeGC": "23.45667138",
"SeqNumber": "130",
"N50": "22998.59",
"PCGnumber": "37851",
"Swissnumber": "None",
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},
{
"id": 4559,
"InsectBaseID": "IBG_03660",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Mythimna",
"TaxonomyID": "987991",
"Tags": "None",
"OrganismName": "Mythimna vitellina",
"NormalName": "None",
"SpeciesIntro": "Mythimna vitellina, the delicate, is a moth of the family Noctuidae. The species was first described by Jacob Hübner in 1808. It is mainly distributed throughout southern Europe and the southern part of eastern Europe. It is also found far less commonly further north in Europe. Also in North Africa, the Near East and Middle East, Central Asia and western China.The wingspan is 36–43 mm. The length of the forewings varies from 12 to 14 mm. Forewing pale yellowish ochreous, typically strongly flushed with rufous; veins finely rufous; lines fine, more or less angulated, the inner and outer approximated on inner margin; stigmata indistinct: the orbicular slight, often obsolete; reniform rufous, with a dark spot in lower end; hindwing ochreous white, greyer in female, the veins often fuscous; the pale, less highly coloured, specimens, with whiter hindwings, ab. pallida nov. [Warren] which seem to be comparatively rare in western Europe, though occurring in Switzerland and the Canaries, are the usual form in Syria and Turkestan.The flight season is recorded in August and October, but also sometimes earlier in the season..Larva pale tannish-peach colour; dorsal and subdorsal lines white, with darker edges; spiracles black on a pale yellow lateral line; head brown with black markings. The larva feeds on various grasses.This Mythimnini-related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4560,
"InsectBaseID": "IBG_03661",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Napeogenes",
"TaxonomyID": "331285",
"Tags": "None",
"OrganismName": "Napeogenes inachia",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
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"NCBIassembly": "GCA_959347355.1",
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"SeqNumber": "19",
"N50": "24418.575",
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{
"id": 4561,
"InsectBaseID": "IBG_03662",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Napeogenes",
"TaxonomyID": "331344",
"Tags": "None",
"OrganismName": "Napeogenes sylphis",
"NormalName": "None",
"SpeciesIntro": "Napeogenes sylphis is a species of butterfly of the family Nymphalidae. It is found in South America.The larvae of subspecies N. s. acreana have been recorded feeding on Lycianthes species.This Danainae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_959347405.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.93%,D:0.07%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "521.299527",
"GenomeGC": "19.37702679",
"SeqNumber": "18",
"N50": "38869.565",
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{
"id": 4562,
"InsectBaseID": "IBG_03663",
"Order": "Lepidoptera",
"Family": "Tineidae",
"Genus": "Nemapogon",
"TaxonomyID": "3003482",
"Tags": "None",
"OrganismName": "Nemapogon koenigi",
"NormalName": "None",
"SpeciesIntro": "Nemapogon koenigi is a moth of the family Tineidae. It is found in most of Europe, except Ireland, Belgium, the Iberian Peninsula, Ukraine, Greece and probably most of the Balkan Peninsula.The wingspan is 9–14 mm.The larvae feed on fungi and dead and decaying wood.This Tineidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963924495.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:98.90%,D:0.59%],F:0.00%,M:0.51%,n:1367",
"GenomeSize": "382.963939",
"GenomeGC": "19.7749081",
"SeqNumber": "53",
"N50": "12956.294",
"PCGnumber": "26760",
"Swissnumber": "None",
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},
{
"id": 4563,
"InsectBaseID": "IBG_03664",
"Order": "Diptera",
"Family": "Stratiomyidae",
"Genus": "Nemotelus",
"TaxonomyID": "2867254",
"Tags": "None",
"OrganismName": "Nemotelus pantherinus",
"NormalName": "None",
"SpeciesIntro": "Nemotelus pantherinus, the fen snout, is a European species of soldier fly.This article related to members of the insect family Stratiomyidae, the soldier flies, is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963978885.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.68%[S:97.88%,D:0.80%],F:0.37%,M:0.95%,n:1367",
"GenomeSize": "804.710455",
"GenomeGC": "24.17704092",
"SeqNumber": "150",
"N50": "241309.138",
"PCGnumber": "84605",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4564,
"InsectBaseID": "IBG_03665",
"Order": "Hemiptera",
"Family": "Cicadellidae",
"Genus": "Neoaliturus",
"TaxonomyID": "102981",
"Tags": "None",
"OrganismName": "Neoaliturus tenellus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030545055.2",
"GenomeLevel": "Chromosome",
"Busco": "C:91.95%[S:85.81%,D:6.14%],F:1.39%,M:6.66%,n:1367",
"GenomeSize": "1633.505619",
"GenomeGC": "17.30324437",
"SeqNumber": "1975",
"N50": "272437.385",
"PCGnumber": "107001",
"Swissnumber": "None",
"GOnumber": "None",
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"miRNAnumber": "None",
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},
{
"id": 4565,
"InsectBaseID": "IBG_03666",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Neoceratitis",
"TaxonomyID": "2004850",
"Tags": "None",
"OrganismName": "Neoceratitis asiatica",
"NormalName": "None",
"SpeciesIntro": "Neoceratitis asiatica is a species of tephritid or fruit flies in the genus Neoceratitis of the family Tephritidae.This Dacinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030068015.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.56%,D:0.29%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "562.477736",
"GenomeGC": "20.8743183",
"SeqNumber": "76",
"N50": "93165.955",
"PCGnumber": "21271",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4566,
"InsectBaseID": "IBG_03667",
"Order": "Ephemeroptera",
"Family": "Baetidae",
"Genus": "Neocloeon",
"TaxonomyID": "2078957",
"Tags": "None",
"OrganismName": "Neocloeon triangulifer",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_031216515.1",
"GenomeLevel": "Contig",
"Busco": "C:98.10%[S:97.59%,D:0.51%],F:0.37%,M:1.54%,n:1367",
"GenomeSize": "152.038834",
"GenomeGC": "28.52224781",
"SeqNumber": "28",
"N50": "9835.973",
"PCGnumber": "16361",
"Swissnumber": "None",
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},
{
"id": 4567,
"InsectBaseID": "IBG_03668",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Neocrepidodera",
"TaxonomyID": "877844",
"Tags": "None",
"OrganismName": "Neocrepidodera transversa",
"NormalName": "None",
"SpeciesIntro": "Neocrepidodera transversa is a species of flea beetle from Chrysomelidae family that can be found in everywhere in Europe except for Andorra, Finland, Greece, Latvia, Monaco, Norway, San Marino, Vatican City, and various European islands.This Galerucinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963243735.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.27%[S:98.54%,D:0.73%],F:0.07%,M:0.66%,n:1367",
"GenomeSize": "671.316925",
"GenomeGC": "16.17238818",
"SeqNumber": "283",
"N50": "29279.83",
"PCGnumber": "52052",
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},
{
"id": 4568,
"InsectBaseID": "IBG_03669",
"Order": "Hymenoptera",
"Family": "Diprionidae",
"Genus": "Neodiprion",
"TaxonomyID": "441929",
"Tags": "None",
"OrganismName": "Neodiprion pinetum v2",
"NormalName": "None",
"SpeciesIntro": "Neodiprion pinetum is a species of sawfly in the family Diprionidae. It is commonly known as the white pine sawfly, a name sometimes also applied to Diprion similis, because the larvae of both species feed on the needles of the white pine (Pinus strobus).The adult N. pinetum is a broad-bodied insect with membranous wings. Females have a saw-like ovipositor at the tip of the abdomen and are larger than males. The larvae have black heads and are creamy-coloured or yellowish, with four longitudinal rows of black spots.N. pinetum is native to North America, its range extending through the eastern United States to southeastern Canada.The main host for the larvae of this species is the white pine (Pinus strobus), but it also occurs on the pitch pine (Pinus rigida), short-leaf pine (Pinus echinata), the red pine (Pinus resinosa) and the Swiss mountain pine (Pinus mugo).The adult sawflies appear in late spring. The female uses its ovipositor to cut a slit along the edge of a pine needle and lays several eggs in this. If mating has occurred, both male and female offspring develop, but unmated females can also lay viable eggs, and these result in entirely male offspring. Each female lays about one hundred eggs over the course of a few months. The first instar larvae are gregarious and consume the surface layer of the needles but later instars spread out through the foliage and consume the whole needle. They feed on both old and young pine needles; heavy infestations can seriously defoliate the tree and isolated clumps of white pine can be killed. When the larvae are fully developed, they descend to the ground where they make cocoons among the leaf litter; in these they overwinter as non-feeding prepupae, pupating in the spring and emerging as adults a few weeks later.Several parasitic wasps attack the larvae of this sawfly, and the egg parasitoid Closterocerus cinctipennis was found to be 90% effective in controlling an outbreak of the pest in Crawford County, Wisconsin.",
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"NCBIassembly": "GCA_021155775.2",
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"Busco": "C:99.93%[S:99.78%,D:0.15%],F:0.00%,M:0.07%,n:1367",
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{
"id": 4569,
"InsectBaseID": "IBG_03670",
"Order": "Megaloptera",
"Family": "Corydalidae",
"Genus": "Neoneuromus",
"TaxonomyID": "1569773",
"Tags": "None",
"OrganismName": "Neoneuromus ignobilis v2",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_029203775.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.05%[S:98.76%,D:0.29%],F:0.22%,M:0.73%,n:1367",
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"SeqNumber": "12",
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{
"id": 4570,
"InsectBaseID": "IBG_03671",
"Order": "Diptera",
"Family": "Tipulidae",
"Genus": "Nephrotoma",
"TaxonomyID": "2881093",
"Tags": "None",
"OrganismName": "Nephrotoma guestfalica",
"NormalName": "None",
"SpeciesIntro": "Pachyrhina guestfalica Westhoff, 1879Nephrotoma guestfalica is a species of crane fly within the family Tipulidae. It is present throughout the Palearctic and the species consists of multiple subspecies. Nephrotoma guestfalica has a preference for sandy soils, especially river banks.This article related to members of the fly superfamily Tipuloidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"Busco": "C:99.42%[S:98.83%,D:0.59%],F:0.15%,M:0.44%,n:1367",
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"PCGnumber": "67226",
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},
{
"id": 4571,
"InsectBaseID": "IBG_03672",
"Order": "Diptera",
"Family": "Micropezidae",
"Genus": "Neria",
"TaxonomyID": "1851132",
"Tags": "None",
"OrganismName": "Neria commutata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963457695.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.49%,D:0.37%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "273.07436",
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"SeqNumber": "9",
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},
{
"id": 4572,
"InsectBaseID": "IBG_03673",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Netelia",
"TaxonomyID": "2922079",
"Tags": "None",
"OrganismName": "Netelia melanura",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_964007305.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.56%,D:0.00%],F:0.07%,M:0.37%,n:1367",
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"SeqNumber": "632",
"N50": "39449.259",
"PCGnumber": "27580",
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{
"id": 4573,
"InsectBaseID": "IBG_03674",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Netelia",
"TaxonomyID": "2884248",
"Tags": "None",
"OrganismName": "Netelia thomsonii",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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{
"id": 4574,
"InsectBaseID": "IBG_03675",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Netelia",
"TaxonomyID": "494743",
"Tags": "None",
"OrganismName": "Netelia virgata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_951802705.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.71%,D:0.15%],F:0.00%,M:0.15%,n:1367",
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"SeqNumber": "151",
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{
"id": 4575,
"InsectBaseID": "IBG_03676",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Neuroterus",
"TaxonomyID": "2822343",
"Tags": "None",
"OrganismName": "Neuroterus valhalla",
"NormalName": "None",
"SpeciesIntro": "Neuroterus valhalla is a species of gall wasp from North America that forms galls on the Southern Live Oak (Quercus virginiana). It was first discovered on the campus of Rice University.This species of gall wasp produces a chemical which in turn manipulates the host tree into providing for the wasp eggs. The tree does this by providing a protective layer around the eggs and nutrition for the larva. ",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_011762715.2",
"GenomeLevel": "Scaffold",
"Busco": "C:77.55%[S:77.18%,D:0.37%],F:16.83%,M:4.83%,n:1367",
"GenomeSize": "1019.991598",
"GenomeGC": "21.10046891",
"SeqNumber": "248663",
"N50": "7.81",
"PCGnumber": "56323",
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},
{
"id": 4576,
"InsectBaseID": "IBG_03677",
"Order": "Coleoptera",
"Family": "Silphidae",
"Genus": "Nicrophorus",
"TaxonomyID": "414950",
"Tags": "None",
"OrganismName": "Nicrophorus investigator",
"NormalName": "None",
"SpeciesIntro": "Nicrophorus investigator is a burying beetle first described by the Swedish naturalist Johan Wilhelm Zetterstedt in 1824. This Silphidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"Busco": "C:100.00%[S:99.41%,D:0.59%],F:0.00%,M:0.00%,n:1367",
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"N50": "28407.949",
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},
{
"id": 4577,
"InsectBaseID": "IBG_03678",
"Order": "Neuroptera",
"Family": "Chrysopidae",
"Genus": "Nineta",
"TaxonomyID": "1504853",
"Tags": "None",
"OrganismName": "Nineta flava",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963920215.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.75%[S:98.02%,D:0.73%],F:0.29%,M:0.95%,n:1367",
"GenomeSize": "732.353473",
"GenomeGC": "15.78115162",
"SeqNumber": "188",
"N50": "119373.907",
"PCGnumber": "26543",
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"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
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{
"id": 4578,
"InsectBaseID": "IBG_03679",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Noctua",
"TaxonomyID": "987992",
"Tags": "None",
"OrganismName": "Noctua comes",
"NormalName": "None",
"SpeciesIntro": "The lesser yellow underwing (Noctua comes) is a moth of the family Noctuidae.It is found in the Palearctic realm (Europe, North Africa, Canary Islands, Middle East, South Russia, Caucasus, Transcaucasia, Turkey, Iraq, Iran, Afghanistan, north-west India, Novosibirsk, Central Asia, and in Denver (Colorado) ). It was introduced into British Columbia in about 1982 and has spread southward in the Pacific Northwest. It has recently been reported from Ontario (Crolla 2008). Full synonymy given in Lafontaine. It is a common species but not as abundant as its larger relative large yellow underwing (Noctua pronuba).This species generally has the appearance of a smaller (wingspan 38–48 mm) version of the large yellow underwing Noctua pronuba. The forewings are equally variable in pattern and colour, from pale clay to reddish clay, light brown to almost black. The stigmata are dark and outlined with pale yellow. The crosslines are weak. The wavy line flows on to the front edge as a no more than dark brown (never black) stain, which is sometimes extended down the entire wavy line. The hindwings are orange-yellow with a broad black sub-terminal band and central discal lunule (usually absent in Noctua pronuba). It is also similar to the lunar yellow underwing Noctua orbona. In the overall impression a broad-winged species.It flies at night from July to September and is attracted to light and flowers such as heather, marram grass, and ragwort.The larva is also very similar to that of Noctua pronuba – green or brown with black dashes along the back. Its feeding habits, however, are very different: this is not a \"cutworm\" but feeds on the foliage of a range of plants, trees, and shrubs as well as herbaceous plants (see list below). This species overwinters as a larva.See Robinson, G. S. et al.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963082995.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.78%,D:0.22%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "540.73588",
"GenomeGC": "23.41416701",
"SeqNumber": "46",
"N50": "18283.226",
"PCGnumber": "27987",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4579,
"InsectBaseID": "IBG_03680",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Noctua",
"TaxonomyID": "987996",
"Tags": "None",
"OrganismName": "Noctua janthina",
"NormalName": "None",
"SpeciesIntro": "The lesser broad-bordered yellow underwing or Langmaid's yellow underwing (Noctua janthina) is a moth of the family Noctuidae. It is distributed throughout southern and central Europe, and southern Sweden.Like other members of its genus this species has bright orange-yellow hindwings but as the common name suggests the black sub-terminal bands are very broad and account for about half the area of the hindwings. The forewings are more cryptically marked but are generally more attractively marked than in its congenators, variegated in shades of buff and purplish-brown. The wingspan is 34–44 mm. This species can only be separated from Noctua janthe and the disputed Noctua tertia by examination of the genitalia. See Townsend et al.The adults fly at night from the latter half of July to August and are attracted to light and sugar.The larva is brown with v-shaped markings along the back. It feeds on a wide variety of plants (see list below). The species overwinters as a larva.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963576755.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.63%,D:0.22%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "539.718606",
"GenomeGC": "23.86296295",
"SeqNumber": "32",
"N50": "18542.558",
"PCGnumber": "29108",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4580,
"InsectBaseID": "IBG_03681",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Nomada",
"TaxonomyID": "601518",
"Tags": "None",
"OrganismName": "Nomada ferruginata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963583965.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.63%,D:0.37%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "310.521597",
"GenomeGC": "26.76065395",
"SeqNumber": "63",
"N50": "17220.278",
"PCGnumber": "24802",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4581,
"InsectBaseID": "IBG_03682",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Nomada",
"TaxonomyID": "601523",
"Tags": "None",
"OrganismName": "Nomada flava",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951802745.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.63%,D:0.37%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "308.446685",
"GenomeGC": "28.10112224",
"SeqNumber": "114",
"N50": "19641.5",
"PCGnumber": "27902",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4582,
"InsectBaseID": "IBG_03683",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Nomada",
"TaxonomyID": "544954",
"Tags": "None",
"OrganismName": "Nomada goodeniana",
"NormalName": "None",
"SpeciesIntro": "Nomada goodeniana is a Palearctic species of nomad bee.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963969485.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.71%,D:0.22%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "216.389001",
"GenomeGC": "36.08017212",
"SeqNumber": "203",
"N50": "27135.048",
"PCGnumber": "16770",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4583,
"InsectBaseID": "IBG_03684",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Nomada",
"TaxonomyID": "601583",
"Tags": "None",
"OrganismName": "Nomada hirtipes",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951802735.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.49%,D:0.29%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "316.4997",
"GenomeGC": "25.17221154",
"SeqNumber": "103",
"N50": "17418.997",
"PCGnumber": "23939",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4584,
"InsectBaseID": "IBG_03685",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Nomada",
"TaxonomyID": "601640",
"Tags": "None",
"OrganismName": "Nomada lathburiana",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963667235.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.63%,D:0.37%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "269.712933",
"GenomeGC": "28.92908884",
"SeqNumber": "83",
"N50": "15962",
"PCGnumber": "18050",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4585,
"InsectBaseID": "IBG_03686",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Nomada",
"TaxonomyID": "601768",
"Tags": "None",
"OrganismName": "Nomada panzeri",
"NormalName": "None",
"SpeciesIntro": "Nomada panzeri is a Palearctic species of nomad bee.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951802685.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.56%,D:0.37%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "303.929527",
"GenomeGC": "27.77267672",
"SeqNumber": "85",
"N50": "18709.531",
"PCGnumber": "25844",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4586,
"InsectBaseID": "IBG_03687",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Nomada",
"TaxonomyID": "601849",
"Tags": "None",
"OrganismName": "Nomada ruficornis",
"NormalName": "None",
"SpeciesIntro": "Nomada ruficornis is a Palearctic species of nomad bee.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951802695.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.27%,D:0.73%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "273.031491",
"GenomeGC": "30.69398687",
"SeqNumber": "170",
"N50": "14982.175",
"PCGnumber": "25089",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4587,
"InsectBaseID": "IBG_03688",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Nomophila",
"TaxonomyID": "1209556",
"Tags": "None",
"OrganismName": "Nomophila noctuella",
"NormalName": "None",
"SpeciesIntro": "Nomophila noctuella, the rush veneer, is a species of moth of the family Crambidae.This species has a nearly cosmopolitan distribution (Europe, North Africa, Central Asia, Pakistan, North America). In Europe, it is a migratory species, travelling from southern Europe and North Africa to Northern Europe.The wingspan is 26–32 mm. Forewings are very elongated and narrow. The basic color of the forewings is usually brown, with darker wide eight-shaped and reniform markings in the discal and postdiscal areas. Some dark brown spots are present close to the outer edge and to the apex. The hindwings are whitish with brown veins.The mature larvae are gray green and spotted. They can reach a length of 15–20 millimetres (0.59–0.79 in).These moths fly from May to September depending on the location. They are attracted to light, and in Europe they are migratory. There are two to four generations per year.The larvae feed on Trifolium, clover, Medicago, Polygonum aviculare, wheat, Vaccinium and various other grasses. They pupate in a cocoon amongst the leaves of the host plants or on a stone. The pupa hibernates.This Nomophilini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958496325.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.34%[S:99.34%,D:0.00%],F:0.15%,M:0.51%,n:1367",
"GenomeSize": "438.101957",
"GenomeGC": "25.40605839",
"SeqNumber": "44",
"N50": "15483.321",
"PCGnumber": "27618",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4588,
"InsectBaseID": "IBG_03689",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Nudaria",
"TaxonomyID": "988003",
"Tags": "None",
"OrganismName": "Nudaria mundana",
"NormalName": "None",
"SpeciesIntro": "Nudaria mundana, the muslin footman, is a moth of the subfamily Arctiinae. The species was first described by Carl Linnaeus in 1761. It is found in Europe and Anatolia.The wingspan is 19–23 mm. The length of the forewings 10–12 mm. Body and wings dull smoky brown, wings semidiaphanous. Forewing with dark dot at the base, and two dark dentate lines before and beyond the centre, between which there is a dark central spot in the cell. Especially transparent specimens, which occur everywhere together with true mundana, are called ab. dilucida Spul.The moth flies from June to August depending on the location. The moths on the wings strongly resemble neuropterids of the chrysopid genus Hemerobius.The egg is yellow. The larva is transparent glossy lead grey or greenish, with fine hairs, which are longer and arranged in tufts anteriorly and posteriorly: the head black. Dorsally there are light spots, before and below which stand black markings. The larvae feed on lichen and other mosses. The pupa is transparent greenish white, later yellowish, with deep black eyes and small minute dark dots on the back, in a loose cocoon which is protected by the hairs woven into it and is attached under rocks and flat stones.This Nudariina-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963556515.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:98.98%,D:0.51%],F:0.37%,M:0.15%,n:1367",
"GenomeSize": "643.944256",
"GenomeGC": "18.09885373",
"SeqNumber": "139",
"N50": "21811.653",
"PCGnumber": "44920",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4589,
"InsectBaseID": "IBG_03690",
"Order": "Lepidoptera",
"Family": "Nolidae",
"Genus": "Nycteola",
"TaxonomyID": "988004",
"Tags": "None",
"OrganismName": "Nycteola revayana v2",
"NormalName": "None",
"SpeciesIntro": "Nycteola revayana, the oak nycteoline, is a moth of the family Nolidae. The species was first described by Giovanni Antonio Scopoli in 1772. It is found from Europe and east across the Palearctic to Japan and India. It is a small species and somewhat resembles the Tortricidae. It used to be thought to be related to that family, and was known as the large marbled tortrix.S. revayana Scop. Forewing ashy grey, dusted with darker, especially in costal half of median area; lines darker, double, but indistinct;the inner outcurved above and below middle, and angled outwards below vein 1; the outer irregularly waved and strongly indented on submedian fold ; some faint dark spots indicate the submarginal line ; hindwing pale greyish fuscous; — in the ab. fusculana Schmid the ground colour is dull dark brownish fuscous, with the black lines visible and a ferruginous spot representing the reniform stigma; from the middle of base an oblique black streak runs to lower end of the inner line ; the submarginal spots are visible, and a row of small black marginal lunules; — ab. dilutana Hbn. has the ground colour dull grey or whitish grey, the median area brownish grey, more purely brown towards costa; the reniform diffuse, rufous; the pale basal area with grey spots between the veins between subbasal and inner lines ; the submarginal spots darker grey and the pale submarginal line beyond them more clearly marked; — ab. degenerana Hbn. is bright greenish white; the median area purplish grey and brown, blacker towards costa, the reniform purple red; the lines filled up with white and the cloudy spots in basal and marginal areas black; a black spot at apex ; fringe whitish ; intermediate forms occur between this and dilutana ; the ab. obscura ab. nov. has the whole forewing olive brown, the markings as in degenerana; — ab. glaucana Lampa has the forewing obscurely glaucescent, with a triangular dark fuscous blotch; — ab. ilicana F. (= punctana Hbn.) is pale fawn grey, sprinkled with whitish scales; the lines much finer; the cell spot, a spot on each side of the median vein before inner line, and the two lowest spots of the submarginal line black; — in ab. ramosana Hbn. (= ramulanus Curt.) the ground colour is brownish grey, with fuscous shading, and a deep black streak from below base of cell to below reniform stigma, shortly branched towards inner margin beyond subbasal and inner lines; the submarginal spots darker; — ab. russiana Dup. has the forewing grey green, with a large dark median blotch. Larva green with the segmental incisions yellowish, the tubercles with long white. The wingspan is 20–25 millimetres (0.79–0.98 in).Adults are on wing adults in late autumn, overwintering and appearing again in early spring.The larvae mainly feed on Quercus species, including Quercus robur, but have also been recorded on Populus and Salix species.They rest curled up between the leaves of their host, and pupate in yellow, boat-shaped cocoons.This article on a moth of the family Nolidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_947037095.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.12%[S:99.05%,D:0.07%],F:0.15%,M:0.73%,n:1367",
"GenomeSize": "621.039493",
"GenomeGC": "20.84014583",
"SeqNumber": "45",
"N50": "21960.024",
"PCGnumber": "36105",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4590,
"InsectBaseID": "IBG_03691",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Ochlerotatus",
"TaxonomyID": "644619",
"Tags": "None",
"OrganismName": "Ochlerotatus camptorhynchus",
"NormalName": "None",
"SpeciesIntro": "Ochlerotatus camptorhynchusAedes camptorhynchus, the southern saltmarsh mosquito, is responsible for transmitting the Ross River virus, which causes Ross River fever.The mosquito had become established in New Zealand, after it was accidentally transported from Australia to Hawke's Bay, in 1998 from where it dispersed to another 10 localities mainly on the North Island. It was declared to be eradicated in 2010.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037179485.2",
"GenomeLevel": "Contig",
"Busco": "C:99.34%[S:94.00%,D:5.34%],F:0.15%,M:0.51%,n:1367",
"GenomeSize": "1079.893829",
"GenomeGC": "20.47976339",
"SeqNumber": "1250",
"N50": "3340.748",
"PCGnumber": "81778",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4591,
"InsectBaseID": "IBG_03692",
"Order": "Lepidoptera",
"Family": "Drepanidae",
"Genus": "Ochropacha",
"TaxonomyID": "721156",
"Tags": "None",
"OrganismName": "Ochropacha duplaris",
"NormalName": "None",
"SpeciesIntro": "Ochropacha is a monotypic moth genus in the family Drepanidae. The genus was first described by Hans Daniel Johan Wallengren in 1871. Its single species, Ochropacha duplaris, the common lutestring, was first described by Carl Linnaeus in 1761. It is found in China (Jilin), Russia, Japan, the Korean Peninsula and from Central Asia to Europe.The wingspan is 27–32 mm. It is similar to Tetheella fluctuosa but the forewings with the whitish lines usually less distinct, the central band usually dark-striated towards edges, two black discal dots transversely placed, no praesubterminal dash and a dark fuscous oblique apical dash. The larva is pale dull greenish, deeper dorsally; dorsal line darker ; subdorsal broad, dull olive-green ; lateral line, yellowish ; dots black ; head reddish.The moth flies from June to August depending on the location.The larvae feed on birch.This article on a moth of the subfamily Thyatirinae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951361185.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.71%,D:0.29%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "354.749143",
"GenomeGC": "22.1308763",
"SeqNumber": "57",
"N50": "12796.443",
"PCGnumber": "27369",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4592,
"InsectBaseID": "IBG_03693",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Ochropleura",
"TaxonomyID": "1870131",
"Tags": "None",
"OrganismName": "Ochropleura leucogaster",
"NormalName": "None",
"SpeciesIntro": "Ochropleura leucogaster, or Radford's flame shoulder, is a moth of the family Noctuidae. The species was first described by Christian Friedrich Freyer in 1831. It is found near the Mediterranean Sea, southern Europe, Turkey, Lebanon, Israel, North Africa and southern Africa as well as on some islands of the Indian Ocean. It is believed to be extinct in Great Britain unlike O. plecta.The wingspan is 32–36 mm. Adults are on wing from April to May depending on the location. There are two generations per year.The larvae feed on various herbaceous plants, Scrophulariaceae, Balsaminaceae and EricaceaeThis Noctuinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958449745.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.41%,D:0.59%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "545.738609",
"GenomeGC": "22.70016743",
"SeqNumber": "38",
"N50": "18695.136",
"PCGnumber": "29915",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4593,
"InsectBaseID": "IBG_03694",
"Order": "Trichoptera",
"Family": "Odontoceridae",
"Genus": "Odontocerum",
"TaxonomyID": "446452",
"Tags": "None",
"OrganismName": "Odontocerum albicorne",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949825065.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.25%[S:97.66%,D:0.59%],F:0.37%,M:1.39%,n:1367",
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"SeqNumber": "1268",
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{
"id": 4594,
"InsectBaseID": "IBG_03695",
"Order": "Diptera",
"Family": "Stratiomyidae",
"Genus": "Odontomyia",
"TaxonomyID": "3037408",
"Tags": "None",
"OrganismName": "Odontomyia ornata",
"NormalName": "None",
"SpeciesIntro": "Odontomyia ornata, also called the ornate brigadier, is a European species of soldier fly.Austria, Belgium, Bulgaria, Czech Republic, Denmark, England, France, Germany, Hungary, Israel, Italy, Kazakhstan, Lithuania, Netherlands, Poland, Romania, Russia, Scotland, Slovakia, Spain, Sweden, Switzerland, Syria, Turkey, Yugoslavia.This article related to members of the insect family Stratiomyidae, the soldier flies, is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963969285.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.32%[S:97.44%,D:0.88%],F:0.59%,M:1.10%,n:1367",
"GenomeSize": "2045.367925",
"GenomeGC": "18.12150095",
"SeqNumber": "204",
"N50": "357693.088",
"PCGnumber": "171579",
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{
"id": 4595,
"InsectBaseID": "IBG_03696",
"Order": "Hymenoptera",
"Family": "Vespidae",
"Genus": "Odynerus",
"TaxonomyID": "1348599",
"Tags": "None",
"OrganismName": "Odynerus spinipes",
"NormalName": "None",
"SpeciesIntro": "Odynerus spinipes, the spiny mason wasp, is a species of potter wasp from western Europe. It is the type species of the genus Odynerus, being first described by Carl Linnaeus in his landmark 1758 10th edition of Systema Naturae.Odynerus spinipes is found in northwestern Europe and Scandinavia as far north as central Sweden and south to the Alps and southern France, there is also a record from Kazakhstan. in Great Britain it is found as far north as southern Scotland but there are very few records from Ireland. It is now thought to be extirpated from in Scotland.Odynerus spinipes prefers open habitats and scrub, in Essex it has been mostly found in post industrial sites.Odynerus spinipes adults mate soon after emergence and mating is followed by a search for nest sites which are then prepared and the cells provisioned with prey by the females. The prey is weevil larvae of the genus Hyperba (family Curculionidae). The nests are constructed where there are vertical banks of hard earth, usually of clay but sometimes sand is used. The location of the nest is first dampened with water before a group of five to six cells is created immediately behind the vertical face of the bank. A \"chimney\" up to 30 mm long which curves over and downwards is made from the spoil created by the excavation. It is not known what the function of the chimney is but one theory is that it may shelter the burrow from rain in the exposed situations the wasp chooses for nesting or the chimney may deter potential kleptoparasites and parasitoids. As suitable nesting sites are scarce several females may be found nesting close together in small aggregations.The female wasp hunts for weevil larvae which are immobilised by stinging and by chewing. The immobilised prey is transported in the mandibles held against the underside of the body with the forelimbs. As many as 30 beetle larvae have been recorded in a single cell. The egg is laid before the prey is collected and is suspended from the side of the cell by a fine filament. The egg hatches a few days after it is laid. The collected beetle larvae are consumed by the wasp's larva in a matter of weeks; the wasp then probably overwinters as a prepupa.The adults' flight period in Great Britain is between May and August but they are most common in June, the adults nectar at flowers with short coronas and accessible nectaries and they will also feed on the honeydew secretions of aphids and from extra floral nectaries.O. spinipes is used by the cuckoo wasp Chrysis viridula which lays its egg in a cell while the O. spinipes larva is spinning its cocoon or it bites into the newly completed cocoon, sometimes breaking into the cell through its wall. When the egg hatches the larval cuckoo wasp destroys its host's eggs and then consumes the cached prey. Other species of cuckoo wasps from the genus Chrysis as well as Pseudospinolia neglecta and Pseudomalus auratus have been recorded in the nests of O. spinipes. O. spinipes expresses two very different hydrocarbon compositions in its cuticle, known as cuticular hydrocarbons, each of these patterns is apparently mimicked by one of the kleptoparasitic cuckoo wasps, Chrysis mediata and Pseudospinolia neglecta. The cuticular hydrocarbon profile of Chrysis viridula does not show mimicry of its host due to its particular strategy for oviposition.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_032403825.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.71%[S:99.56%,D:0.15%],F:0.00%,M:0.29%,n:1367",
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"GenomeGC": "31.8181768",
"SeqNumber": "5283",
"N50": "3637.188",
"PCGnumber": "14995",
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{
"id": 4596,
"InsectBaseID": "IBG_03697",
"Order": "Lepidoptera",
"Family": "Autostichidae",
"Genus": "Oegoconia",
"TaxonomyID": "347754",
"Tags": "None",
"OrganismName": "Oegoconia quadripuncta",
"NormalName": "None",
"SpeciesIntro": "The four-spotted yellowneck (Oegoconia quadripuncta), also known as the leaf litter moth, is a species of gelechioid moth. It is native to Western Europe, from France to Belgium, Germany and Austria, south to the Iberian Peninsula, and north to Ireland, Wales and England (where its northern limit is Lancashire). Older sources claim its range to extend further eastwards, but this seems to be based on misidentifications of related and very similar species (e.g. O. deauratella and O. caradjai). It is also found[citation needed] in southern Canada and throughout the United States.The adults fly from May to August in North America[citation needed] and around July/August in Europe, depending on the location. They are nocturnal but can be attracted by light. The wingspan is 11–17 mm, and it is generally blackish, with two light yellow spots or bands on each forewing and a light yellow pronotum region – the common name \"four-spotted yellowneck\" refers to this pattern. But related species have a similar or identical pattern, and in some cases (e.g. O. deauratella) can only be distinguished by microscopic examination of the genitalia. The caterpillars live in leaf litter and eat detritus such as rotting wood.It belongs to the subfamily Symmocinae, which is sometimes included in the case-bearers (Coleophoridae) or united with the concealer moth subfamily Autostichinae. Originally described as Recurvaria quadripuncta by A.H. Haworth in 1828, the four-spotted yellowneck is the type species of the genus Oegoconia, which in turn is the type genus of the symmocid subfamily Oegoconiinae (or tribe Oegoconiini, if the symmocids are merged into another family).This species has been confused with its extremely similar but reproductively isolated congener O. deauratella. This is because O. quadripuncta has a junior synonym Oecophora deauratella (established by H.T. Stainton in 1849), while the actual O. deauratella was described (as Lampros deauratella) by G.A.W. Herrich-Schäffer only in 1854. Technically, in such a case Herrich-Schäffer's younger taxon should be displaced by Stainton's. But since the latter was synonymized with Haworth's taxon before they were all moved to Oegoconia, Herrich-Schäffer's name is not a junior homonym and can be used.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949316235.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.41%,D:0.37%],F:0.15%,M:0.07%,n:1367",
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"SeqNumber": "45",
"N50": "36190.098",
"PCGnumber": "34501",
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{
"id": 4597,
"InsectBaseID": "IBG_03698",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Oeneis",
"TaxonomyID": "100748",
"Tags": "None",
"OrganismName": "Oeneis ivallda",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_029955525.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.78%[S:96.63%,D:3.15%],F:0.15%,M:0.07%,n:1367",
"GenomeSize": "770.864096",
"GenomeGC": "17.81800874",
"SeqNumber": "128",
"N50": "25694.536",
"PCGnumber": "50905",
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{
"id": 4598,
"InsectBaseID": "IBG_03699",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Oligia",
"TaxonomyID": "1870138",
"Tags": "None",
"OrganismName": "Oligia fasciuncula",
"NormalName": "None",
"SpeciesIntro": "Oligia fasciuncula, the middle-barred minor, is a moth of the family Noctuidae. It is found in Europe.Forewing bright rufous, the median and terminal areas deeper; the inner and outer lines white, especially the outer on inner margin; stigmata slightly paler; hindwing blackish fuscous, the fringe whitish; - ab. cana Stgr. is much paler, especially the basal and outer areas, the colouration more olive drab, without any rufous tint;- pallida Tutt is an extreme form of this, with the median area hoary as well as the basal and outer - suffusa Tutt, from Armagh, Northern Ireland, is greyish black, with all markings faint, somewhat resembling aethiops Haw.; a Scotch form, ab. brunneata is browner, especially the lower half of median area.[Oligia fasciuncula is] recorded [1914 ] only from Western Europe, Britain, Denmark, Holland, N. France, and Spain. This much restricted area of distribution affords a strong reason for not considering this species a form of strigilis.The moth flies in one generation from mid-May to late-July. .Larva dull flesh colour; the lines pale greyish ochreous; head and thoracic plate pale brown. The larvae feed in the stems of various grasses, such as tufted hair-grass and Festuca ovina.This Noctuinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963082905.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.71%,D:0.22%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "617.739502",
"GenomeGC": "21.62208918",
"SeqNumber": "38",
"N50": "21512.857",
"PCGnumber": "35218",
"Swissnumber": "None",
"GOnumber": "None",
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{
"id": 4599,
"InsectBaseID": "IBG_03700",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Oligia",
"TaxonomyID": "988009",
"Tags": "None",
"OrganismName": "Oligia strigilis",
"NormalName": "None",
"SpeciesIntro": "The marbled minor (Oligia strigilis) is a moth of the family Noctuidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is distributed throughout Europe, east through the Palearctic to central Asia and the Altai Mountains. It rises to heights of over 1500 meters in the Alps.This is a rather small species (wingspan 24–29 mm), the forewings usually being dark brown with a pale subterminal band, the hindwings pale brown. Melanic forms are often encountered, especially in industrial areas.Its wingspan is 24–29 mm. Forewing brownish grey, reddish grey, reddish brown, or blackish; the space between outer and submarginal lines often white or grey, or luteous (muddy yellow), rufous or concolorous with ground colour; the three stigmata ringed with black, either paler than the ground or lost in the dark suffusion; inner and outer lines blackish, conversely edged with paler and dentatelunulate, the pale edging of outer line generally more conspicuous, whitish, below the middle; terminal area dark, forming two blotches one on each fold; a dark costal blotch before submarginal line; a slight black dash from base below cell, and another above inner margin near base; hindwing dark or light fuscous; the type form has the outer band whitish and the ground colour reddish grey or reddish brown.This species is almost identical to its relatives the rufous minor (O. versicolor) and the tawny marbled minor (O. latruncula) and identification generally requires dissection to study the genitalia. See Townsend et al. for genitalia images and an identification key. This species averages slightly larger than its two cousins but the dimensions of all three species overlap. It flies at night from May to July and is attracted to light and sugar.The larva is purplish brown with yellow stripes and feeds internally in various grasses including Agropyron, Dactylis, Elytrigia and Poa. This species overwinters as a larva.Habitats include, forests, meadows, moors, rocky areas, park-like landscapes, steppe and settlements.",
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"NCBIassembly": "GCA_951800025.1",
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"Busco": "C:94.88%[S:93.42%,D:1.46%],F:2.27%,M:2.85%,n:1367",
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{
"id": 4600,
"InsectBaseID": "IBG_03701",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Ontholestes",
"TaxonomyID": "875675",
"Tags": "None",
"OrganismName": "Ontholestes murinus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963969525.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.57%[S:97.81%,D:1.76%],F:0.07%,M:0.37%,n:1367",
"GenomeSize": "1023.32609",
"GenomeGC": "19.64674261",
"SeqNumber": "1442",
"N50": "74692.26",
"PCGnumber": "107644",
"Swissnumber": "None",
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},
{
"id": 4601,
"InsectBaseID": "IBG_03702",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Onthophagus",
"TaxonomyID": "476082",
"Tags": "None",
"OrganismName": "Onthophagus sagittarius",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_036711965.1",
"GenomeLevel": "Scaffold",
"Busco": "C:100.00%[S:99.56%,D:0.44%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "553.195905",
"GenomeGC": "19.94301277",
"SeqNumber": "106",
"N50": "67799.835",
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},
{
"id": 4602,
"InsectBaseID": "IBG_03703",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Ophion",
"TaxonomyID": "495356",
"Tags": "None",
"OrganismName": "Ophion costatus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_951751655.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:99.27%,D:0.44%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "519.40244",
"GenomeGC": "22.77195617",
"SeqNumber": "195",
"N50": "42526.767",
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{
"id": 4603,
"InsectBaseID": "IBG_03704",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Ophion",
"TaxonomyID": "2884234",
"Tags": "None",
"OrganismName": "Ophion ellenae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963210295.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.05%[S:98.76%,D:0.29%],F:0.29%,M:0.66%,n:1367",
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{
"id": 4604,
"InsectBaseID": "IBG_03705",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Ophion",
"TaxonomyID": "65147",
"Tags": "None",
"OrganismName": "Ophion obscuratus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_964007375.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:99.05%,D:0.44%],F:0.15%,M:0.37%,n:1367",
"GenomeSize": "742.628716",
"GenomeGC": "20.16312712",
"SeqNumber": "329",
"N50": "57779.928",
"PCGnumber": "39865",
"Swissnumber": "None",
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},
{
"id": 4605,
"InsectBaseID": "IBG_03706",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Ophion",
"TaxonomyID": "65146",
"Tags": "None",
"OrganismName": "Ophion ventricosus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963932345.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.68%[S:98.46%,D:0.22%],F:0.15%,M:1.17%,n:1367",
"GenomeSize": "436.823725",
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"SeqNumber": "622",
"N50": "31043.478",
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"Swissnumber": "None",
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{
"id": 4606,
"InsectBaseID": "IBG_03707",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Ophraella",
"TaxonomyID": "38162",
"Tags": "None",
"OrganismName": "Ophraella communa v2",
"NormalName": "None",
"SpeciesIntro": "Ophraella communa, common name ragweed leaf beetle, is a species of beetles belonging to the family Chrysomelidae.This species is native to North America (Canada, United States and Mexico) and it has been introduced in Asia and Europe, where it arrived in 2013.Ophraella communa can reach a length of 3.4–4.1 millimetres (0.13–0.16 in) in males, of 3.9–4.3 millimetres (0.15–0.17 in) in females. The head is yellowish, with dark brown spots at the back. Body is coarsely punctured. Antennae are dark brown. Pronotum is yellowish or pale brown, with three black or dark brown spots. Elytra are yellowish or pale brown and show dark brown longitudinal stripes.This species feeds almost exclusively (oligophagy) on leaves and flowers of the family Asteraceae, tribe Heliantheae, e.g. sunflowers (Helianthus annuus) and rough cockleburs (Xanthium strumarium), with a marked predilection for common ragweed (Ambrosia artemisiifolia), which is invasive in Europe and Asia.The eggs are laid on the underside of young leaves of the host plants. The eggs are pear-shaped, with an hexagonal microsculpture. They are at first yellow, but quickly change their color to orange. Before the pupation, the beetles form cocoons on a leaf tip. Pupation lasts one to two weeks. After hatching, the adults remain on their host plants, but later they can migrate up to 25 km within one day.This Galerucinae article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_035357415.1",
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"Busco": "C:99.64%[S:97.37%,D:2.27%],F:0.15%,M:0.22%,n:1367",
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},
{
"id": 4607,
"InsectBaseID": "IBG_03708",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Orchestes",
"TaxonomyID": "878341",
"Tags": "None",
"OrganismName": "Orchestes rusci",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_958502075.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.79%[S:99.20%,D:0.59%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "624.046445",
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"SeqNumber": "121",
"N50": "81830.918",
"PCGnumber": "56947",
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},
{
"id": 4608,
"InsectBaseID": "IBG_03709",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Ormia",
"TaxonomyID": "309002",
"Tags": "None",
"OrganismName": "Ormia ochracea",
"NormalName": "None",
"SpeciesIntro": "Ormia ochracea is a small yellow nocturnal fly in the family Tachinidae. It is notable for its parasitism of crickets and its exceptionally acute directional hearing. The female is attracted to the song of the male cricket and deposits larvae on or around him, as was discovered in 1975 by the zoologist William H. Cade.Ormia ochracea is a model organism in sound localization experiments because of its unique \"ears\", which are complex structures inside the fly's prothorax near the bases of its front legs. The fly is too small for the time difference of sound arriving at the two ears to be calculated in the usual way, yet it can determine the direction of sound sources with exquisite precision. The tympanic membranes of opposite ears are directly connected mechanically, allowing resolution of nanosecond time differences and requiring a new neural coding strategy. Various research groups have designed low-noise differential microphones inspired by O. ochracea’s directionally sensitive hearing system.Ormia ochracea is native to the southeastern United States, including states such as Texas and Florida. O. ochracea is also found throughout North America, South America, and the Caribbean, though its exact range is not known.Ormia ochracea has the full life cycle of egg, larvae, pupa, and adult. Once a female fly finds a suitable host, she deposits planidia (first instar larvae) which then quickly burrow into the host. The planidia develop within the body of the field cricket host, embedding initially in muscle before migrating into the abdomen. The larvae molt within the host's abdomen and feed primarily on the host's muscle and fat. O. ochracea larvae typically complete development and emerge after about 7 days, which subsequently kills the host. The larvae pupate and emerge as adult flies approximately 2 weeks after emerging from the host.O. ochracea is a parasitoid known to prey on several species of Gryllus field crickets including Gryllus integer, Gryllus rubens, Gryllus texensis, and Gryllus firmus. Flies have been observed responding to various cricket songs, but seem to be limited to the family Gryllidae. The natural host of the fly may vary by location. Larvae of O. ochracea exhibit highest survival in its natural host and limited survival in other potential host species.In 1975, William H. Cade experimentally demonstrated that Ormia ochracea uses the mating call of the field cricket as a means to locate its host. Cade placed dead crickets on top of speakers playing cricket songs and various control sounds and recorded the amount of time the fly spent on either the control or test speaker. He found that flies spent more time on the speakers playing cricket songs and observed that the flies would always deposit larvae on and around the speaker which was playing cricket songs.O. ochracea have been shown to adjust their preference for host songs after exposure to different songs in the laboratory. In a 2011 study, flies that were previously exposed to the G. lineaticeps song chose the G. lineaticeps song over the G. integer song, and vice versa. This preference was very short term. O. ochracea's flexible learning capabilities may have been critical in expanding its host and geographical range.O. ochracea infestation has been shown to affect the behavior and reproduction of host field crickets. Early in the infestation period, non-reproductive behavior is largely unimpaired because the parasitic larvae do not consume the digestive system or central nervous system of the host. After the larvae migrate to the host's abdomen, the host's mating, egg-laying, and fighting ability decline, most likely due to tissue damage caused by the larvae. Additionally, infestation of female crickets alters their mating preferences. Gryllus lineaticeps females normally prefer to respond to male songs with intermediate chirp rates over those with slow chirp rates, but females parasitized by O. ochracea show no preference between chirp rates. Reduced selectivity in infested female G. lineaticeps may be adaptive, as a female may be more likely to reproduce before being killed by the parasitoids if they are less selective.Some species of cricket which are parasitzed by O. ochracea have evolved methods to avoid infestation. For example, some members of the prey cricket Teleogryllus oceanicus have a mutation called flat wing, in which the sound-producing structures of the male forewings are erased. The flat wing was first observed in 2003 on the Hawaiian island of Kauai, and was also found on neighbouring Oahu two years later. Genetic studies of crickets from each island show that the mutations arose from different genomic variations.",
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"id": 4609,
"InsectBaseID": "IBG_03710",
"Order": "Hymenoptera",
"Family": "Ormyridae",
"Genus": "Ormyrus",
"TaxonomyID": "489113",
"Tags": "None",
"OrganismName": "Ormyrus labotus",
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"Order": "Hymenoptera",
"Family": "Ormyridae",
"Genus": "Ormyrus",
"TaxonomyID": "538011",
"Tags": "None",
"OrganismName": "Ormyrus rosae",
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"Family": "Ormyridae",
"Genus": "Ormyrus",
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"Tags": "None",
"OrganismName": "Ormyrus thymus",
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{
"id": 4612,
"InsectBaseID": "IBG_03713",
"Order": "Diptera",
"Family": "Hippoboscidae",
"Genus": "Ornithomya",
"TaxonomyID": "352856",
"Tags": "None",
"OrganismName": "Ornithomya chloropus",
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"id": 4613,
"InsectBaseID": "IBG_03714",
"Order": "Diptera",
"Family": "Hippoboscidae",
"Genus": "Ornithomya",
"TaxonomyID": "352855",
"Tags": "None",
"OrganismName": "Ornithomya fringillina",
"NormalName": "None",
"SpeciesIntro": "Ornithomya fringillina is a species of fly in the family Hippoboscidae. It is found in the Palearctic .This article related to members of the fly superfamily Hippoboscoidea is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4614,
"InsectBaseID": "IBG_03715",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Ornithoptera",
"TaxonomyID": "129448",
"Tags": "None",
"OrganismName": "Ornithoptera alexandrae",
"NormalName": "None",
"SpeciesIntro": "Ornithoptera alexandrae, the Queen Alexandra's birdwing, is the largest species of butterfly in the world, with females reaching wingspans slightly in excess of 25 cm to 28 cm (9.8 inches to 11 inches). This birdwing is restricted to the forests of the Oro Province in eastern Papua New Guinea.The species is endangered and one of only four insects to be listed on Appendix I of CITES, making commercial international trade illegal. The other three insects listed are butterflies as well. They are the Parides burchellanus, Papilio homerus, Ornithoptera alexandrae, Achillides chikae chikae (plus subspecies chikae hermeli)).The species was discovered in 1906 by Albert Stewart Meek, a collector employed by Walter Rothschild to collect natural history specimens from New Guinea. In the next year, Rothschild named the species in honour of Alexandra of Denmark. Although the first specimen was taken with the aid of a small shotgun, Meek soon discovered the early stages and bred out most of the first specimens.Though most authorities now classify this species in the genus Ornithoptera, it has formerly been placed in the genus Troides or the now defunct genus Aethoptera. In 2001 the lepidopterist Gilles Deslisle proposed placing it in its own subgenus (which some writers have treated as a genus); he originally proposed the name Zeunera, but this is a junior homonym (with Zeunera Piton 1936 [Orthoptera]), and his replacement is Straatmana.Female: Female Queen Alexandra's birdwings are larger than males with markedly rounder, broader wings. The female can reach, and slightly exceed, a wingspan of 25 cm to 28 cm (9.8 inches to 11 inches), a body length of 8 cm (3.1 in) and a body mass of up to 12 g (0.42 oz), all enormous measurements for a butterfly. The female has brown wings with white markings arranged as two rows of chevrons. The hindwings are brown with a submarginal line of centred yellow triangles. The body is cream coloured and there is a small section of red fur on the brown thorax.Male: There is sexual dimorphism in this species. The wings are long with angular apices. They are iridescent bluish green with a black central band. There is a pronounced sex brand. The underside is green or blue green with black veins. Males are smaller than females. The abdomen is bright yellow. The wingspan of the males can be approximately 20 cm (8 in), but more usually about 16 cm (6.3 in). A spectacular form of the male is form atavus, which has gold spots on the hindwings.The eggs are large, light yellow and flattened at the base, fixated to the surface on which they are laid by a bright-orange substance. Under ideal conditions, the female Queen Alexandra's Birdwing is capable of laying over 240 eggs throughout its life.Newly emerged larvae eat their own eggshells before feeding on fresh foliage. The larva is black with red tubercles and has a cream-coloured band or saddle in the middle of its body.Larvae of this species feed on the shell from which they hatched and then start to extract nutrients from pipe vines of the genus Pararistolochia (family Aristolochiaceae), including P. dielsiana and P. schlecteri. They feed initially on fresh foliage of the host plants and their own eggs, ultimately causing ringbark to the vine before pupating. Plants of the family Aristolochiaceae contain aristolochic acids in their leaves and stems. This is believed to be a potent vertebrate poison and is accumulated by larvae during their development.",
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{
"id": 4615,
"InsectBaseID": "IBG_03716",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Orthonevra",
"TaxonomyID": "2867105",
"Tags": "None",
"OrganismName": "Orthonevra nobilis",
"NormalName": "None",
"SpeciesIntro": "Orthonevra nobilis is a species of hoverfly.External imagesFor terms see Morphology of DipteraWing length 4-5 ·75 mm. White marks on face extend narrowly downwards. Pterostigm dark brown or black. Antennomere 3 pointed Female tergite 5 with a small incision at hind margin.van der Goot (1981) figures the male genitalia. The larva is described and figured by Maibach and Goeldlin (1994).See references for determination.Palearctic Range: Central Fennoscandia, South to Central Spain. Ireland, East North Europe andCentral Europe and North Italy. East into Yugoslavia, Greece and Turkey European Russia and the Caucasus, the Russian Far East, Siberia and North China.Habitat: Streams in Fagus woodland, riparian gallery forest, springs and flushes in fen and raised bog. Flowers visited include white umbellifers, Fragaria, Galium, Potentilla erecta, Ranunculus.",
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{
"id": 4616,
"InsectBaseID": "IBG_03717",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Orthosia",
"TaxonomyID": "43337",
"Tags": "None",
"OrganismName": "Orthosia gothica",
"NormalName": "None",
"SpeciesIntro": "The Hebrew character (Orthosia gothica) is a moth in the family Noctuidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is found throughout Europe.Both the common and binomial names of this moth refer to distinctive black markings, one on each wing. These markings resemble the Hebrew letter nun (נ), and also a gothic arch.The wingspan is 30–40 mm. Forewing sandy rufous, black speckled, median area generally deeper rufous: lines browner, forewing purplish red brown; the lines pale, ill defined, except by black spots at costa; the cell black; stigmata pale and large; claviform connected with outer line by a black bar; above which the base of vein 2 is often surrounded with rufous; hindwing fuscous. The size of the orbicular stigma is variable, and the amount and shape of the black filling in of the cell is determined by this variation; in ab. gothicina H.-Sch. the black markings are replaced by olive brown or rufous; it is a northern form, occurring in Scotland, Scandinavia and Finland, and in the Tarbagatai Mountains; askoldensis Stgr. [now full species Orthosia askoldensis] from Amurland and Japan has a more violet-grey ground colour; ab. pallida Tutt (22b) has a pale whitish ochreous ground colour; in rufescens Tutt the reddish tint is predominant: in rufa Tutt the ground colour is red; and in brunnea Tutt the rufous tints give place to purplish brown.This moth flies at night in March and April (sometimes later) and is attracted to light and various flowers.The larva is green dotted all over with yellow; dorsal and subdorsal lines yellowish white; spiracular line broad, white, with dark upper edge; head pale green. It feeds on a wide variety of plants (see list below). This species overwinters as a pupa.See Robinson, G. S et al.",
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{
"id": 4617,
"InsectBaseID": "IBG_03718",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Osmoderma",
"TaxonomyID": "314302",
"Tags": "None",
"OrganismName": "Osmoderma eremita",
"NormalName": "None",
"SpeciesIntro": "Osmoderma eremita, the hermit beetle or Russian leather beetle, is a species of European beetle in the family Scarabaeidae. Adults reach between 28 and 32 mm in length.Osmoderma eremita can be found everywhere in Europe, except for the United Kingdom, Iceland, Ireland, Malta, Portugal, and San Marino.The larvae develop in hollow trees. Oak is the preferred kind of tree, but the larvae may develop in any tree species with suitable hollows. Due to extensive scientific research, O. eremita is the most well known insect species associated with ancient or hollow trees. For instance, research has addressed the beetles' dispersal biology, population dynamics, and chemical communication. Trained conservation detection dogs are being used in monitoring larvae in Italy.Due to habitat loss and fragmentation, the species has decreased all over its distribution range. For this reason the species is protected in most European countries, and has been given the highest priority according to the EU's Habitats Directive. LIFE's projects in Poodří, Czech Republic and Gipuzkoa, Spain led by Arnika, Ostrava University and Aranzadi Science Societyaimed at expanding the habitat of this endangered species.",
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"Busco": "C:95.75%[S:94.95%,D:0.80%],F:3.15%,M:0.88%,n:1367",
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{
"id": 4618,
"InsectBaseID": "IBG_03719",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Ostrinia",
"TaxonomyID": "29057",
"Tags": "None",
"OrganismName": "Ostrinia nubilalis v2",
"NormalName": "None",
"SpeciesIntro": "The European corn borer (Ostrinia nubilalis), also known as the European corn worm or European high-flyer, is a moth of the family Crambidae. It is a pest of grain, particularly maize (Zea mays). The insect is native to Europe, originally infesting varieties of millet, including broom corn. The European corn borer was first reported in North America in 1917 in Massachusetts, but was probably introduced from Europe several years earlier. Since its initial discovery in the Americas, the insect has spread into Canada and westwards across the United States to the Rocky Mountains.The adult European corn borer is about 25 millimetres (0.98 in) long with a 26–30 millimetres (1.0–1.2 in) wingspan. The female is light yellowish brown with dark, irregular, wavy bands across the wings. The male is slightly smaller and darker.European corn borer caterpillars damage corn by chewing tunnels through many parts of the plant, leading to a decrease in agricultural yield.The European corn borer is native to Europe and was introduced to North America in the early 20th century. This moth plagues corn crops in France, Spain, Italy, and Poland. In North America, the European corn borer is found in eastern Canada and every U.S. state east of the Rocky Mountains.The European corn borer progresses through four developmental stages—egg, larva, pupa, and adult. The insect is referred to as a borer in its larval stage and as a moth in its adult stage. The adult moths lay their eggs on corn plants. Larvae hatch from the eggs. Larvae have five instars or sub-stages of development, which are followed by a period of diapause or hibernation in a pupa. During the pupal stage, the borers progress through metamorphosis in a suspended chrysalis. Following this intense period of development, an adult moth emerges from the pupa. The length of the pupal stage is determined by environmental factors such as temperature, number of hours of light, and larval nutrition, in addition to genetics.The bivoltine populations of European corn borers undergo the pupal stage twice, first in April, May, and June and then again in July and August. During the winter, the European corn borer stays in its larval stage. Temperatures exceeding 50 degrees Fahrenheit (10 °C) induce the other developmental stages. The North American corn crop grows during these warmer months and provides a food source for the borers.The European corn borer is about 1 inch (2.5 cm) long with a 0.75- to 1-inch (1.9–2.5 cm) wingspan. The female is light yellowish brown with dark, irregular, wavy bands across the wings. The male is slightly smaller and darker. The tip of its abdomen protrudes beyond its closed wings. They are most active before dawn. The adults spend most of their time feeding and mating. Males and females of different strains have been found to produce differing sex pheromones. The fully grown larva is 0.75 to 1 inch (1.9–2.5 cm) in length. Larvae vary in color from light brown to pinkish gray and have conspicuous small, round, brown spots on each segment along the body. As they grow they reach between 2 and 20 mm. The larvae feed on the corn whorl and burrow into the stalk and ear. They have high mortality directly after emergence, but as soon as a feeding site is established, they have better survival rates. Total development before pupation lasts 50 days on average.Diapause, also known as hibernation, is induced in European corn borers by changes in temperature and daylight length. At higher temperatures, shorter photoperiods are sufficient to induce diapause. At 13.5 hours of light followed by 10.5 hours of dark, 100% of European corn borer larvae entered diapause regardless of temperature with the range of 18 to 29 °C (64 to 84 °F). At high temperatures and long photoperiods, fewer larvae enter diapause.",
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{
"id": 4619,
"InsectBaseID": "IBG_03720",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Othius",
"TaxonomyID": "347424",
"Tags": "None",
"OrganismName": "Othius punctulatus",
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{
"id": 4620,
"InsectBaseID": "IBG_03721",
"Order": "Diptera",
"Family": "Stratiomyidae",
"Genus": "Oxycera",
"TaxonomyID": "2998541",
"Tags": "None",
"OrganismName": "Oxycera nigricornis",
"NormalName": "None",
"SpeciesIntro": "Oxycera nigricornis, the delicate soldier, is a European species of soldier fly.Vein RH5 is simple. The thorax is very bare and shining in both sexes; in the females, longitudinal stripes are joined anteriorly to large patches on the nototpleuron.The habitat is wetlands, marshes. Adults are found June to August.Taiga and forest zones of the European part of the USSR and Siberia, northern Kazakhstan, Primor'e Territory. North and Central belts of Western Europe, northern Mongolia.This article related to members of the insect family Stratiomyidae, the soldier flies, is a stub. You can help Wikipedia by expanding it.",
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"GenomeLevel": "Chromosome",
"Busco": "C:98.53%[S:98.24%,D:0.29%],F:0.44%,M:1.02%,n:1367",
"GenomeSize": "604.345583",
"GenomeGC": "23.67734423",
"SeqNumber": "272",
"N50": "114368.532",
"PCGnumber": "55667",
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{
"id": 4621,
"InsectBaseID": "IBG_03722",
"Order": "Coleoptera",
"Family": "Apionidae",
"Genus": "Oxystoma",
"TaxonomyID": "1588336",
"Tags": "None",
"OrganismName": "Oxystoma pomonae",
"NormalName": "None",
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"Busco": "C:99.13%[S:98.76%,D:0.37%],F:0.37%,M:0.51%,n:1367",
"GenomeSize": "1174.362655",
"GenomeGC": "15.28313986",
"SeqNumber": "19",
"N50": "115244.409",
"PCGnumber": "44329",
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{
"id": 4622,
"InsectBaseID": "IBG_03723",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Oxytorus",
"TaxonomyID": "495374",
"Tags": "None",
"OrganismName": "Oxytorus armatus",
"NormalName": "None",
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"NCBIassembly": "GCA_958009045.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.49%,D:0.37%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "367.853913",
"GenomeGC": "22.12503119",
"SeqNumber": "39",
"N50": "31210.731",
"PCGnumber": "20899",
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{
"id": 4623,
"InsectBaseID": "IBG_03724",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Pachycephus",
"TaxonomyID": "1090887",
"Tags": "None",
"OrganismName": "Pachycephus smyrnensis",
"NormalName": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_030142225.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.49%[S:99.34%,D:0.15%],F:0.44%,M:0.07%,n:1367",
"GenomeSize": "164.122044",
"GenomeGC": "34.67218883",
"SeqNumber": "10365",
"N50": "633.05",
"PCGnumber": "20159",
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{
"id": 4624,
"InsectBaseID": "IBG_03725",
"Order": "Odonata",
"Family": "Libellulidae",
"Genus": "Pachydiplax",
"TaxonomyID": "70399",
"Tags": "None",
"OrganismName": "Pachydiplax longipennis",
"NormalName": "None",
"SpeciesIntro": "The blue dasher (Pachydiplax longipennis) is an insect of the skimmer family. It is the only species in the genus Pachydiplax. It is widely distributed throughout North America and into the Bahamas.Although the species name longipennis means \"long wings\", their wings are not substantially longer than those of related species. Females do, however, have a short abdomen that makes the wings appear longer in comparison. The blue dasher grows up to 25–43 millimetres (0.98–1.69 in) long.The males are easy to recognize with their vibrant blue color, yellow-striped thorax, and metallic green eyes. Females are somewhat less colorful than the male, an example of sexual dimorphism. While they have a matching yellow-striped thorax, their abdomen has a distinct brown and yellow striping that sets them apart from the male, along with contrasting red eyes. Both sexes develop a frosted color with age.Pachydiplax longipennis exhibits aggression while finding mates and foraging, and they are not under any conservation threats.Pachydiplax longipennis is a commonly spotted dragonfly species in the United States, and this species is found in many types of habitats. These habitats generally consist of some kind of body of water, like a stream, river, or lake. This species has now been spotted in lower portions of Canada (Ottawa), and it is suggested that climate change is allowing for a broadening of this species’ distribution.Dispersal of this species is linked to territorial behavior. Males of this species exhibit extreme territorial behavior, often leading to repercussions for smaller males. Smaller males tend to be driven away from breeding grounds by larger males, resulting in these smaller males dispersing to other areas. Researchers believe that this method of dispersal could be important in further studies of population genetics and gene flow of this species. Wing coloration also varies with the range of this species, indicating that dispersal location and wing coloration are connected. Populations of P. longipennis occurring in more hot regions tend to lack the darker wing coloration present in populations in cooler regions. This darker wing coloration can help with thermoregulation, flight performance, and territory securement. Thus, temperature has a large effect on the evolution of this species’ wing coloration across its dispersal range.Blue dashers live near still, calm bodies of water, such as ponds, marshes, slow-moving waterways, and ditches, in warm areas typically at low elevations. The adults roost in trees at night.These dragonflies, like others of their infraorder, are carnivorous, and are capable of eating hundreds of insects every day, including mosquito and mayfly larvae. The adult dragonfly will eat nearly any flying insect, such as a moth or fly. Nymphs have a diet that includes other aquatic larvae, small fish, and tadpoles. These dragonflies are known to be voracious predators, consuming up to 10% of their body weight each day in food.The blue dasher hunts by keeping still and waiting for suitable prey to come within range. When it does, they dart from their position to catch it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_036926295.1",
"GenomeLevel": "Contig",
"Busco": "C:99.27%[S:96.27%,D:3.00%],F:0.00%,M:0.73%,n:1367",
"GenomeSize": "1001.678891",
"GenomeGC": "26.49259233",
"SeqNumber": "269",
"N50": "66911.091",
"PCGnumber": "89535",
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{
"id": 4625,
"InsectBaseID": "IBG_03726",
"Order": "Diptera",
"Family": "Pallopteridae",
"Genus": "Palloptera",
"TaxonomyID": "2849646",
"Tags": "None",
"OrganismName": "Palloptera scutellata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_958295655.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:99.27%,D:0.44%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "415.65772",
"GenomeGC": "20.68820856",
"SeqNumber": "66",
"N50": "98550.696",
"PCGnumber": "17365",
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{
"id": 4626,
"InsectBaseID": "IBG_03727",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Pandemis",
"TaxonomyID": "1101029",
"Tags": "None",
"OrganismName": "Pandemis corylana",
"NormalName": "None",
"SpeciesIntro": "Pandemis corylana, the chequered fruit-tree tortrix, hazel tortrix moth, filbert tortricid or barred fruit tree moth, is a moth of the family Tortricidae. It is found from northern and central Europe to Siberia, Korea and Japan.The wingspan is 18–24 mm. It is similar to other Pandemis and Choristoneura species, but it is much paler in colour and the forewing markings are barely darker than the rest of the wing. The head and thorax are pale yellowish brown. The base colour of the forewing is pale yellowish brown with a marked brown mesh pattern. The wings, as in the related species, have marked basal blotches, an oblique cross-band in the middle and a triangular spot at the tip. These marks are barely darker than the surrounding parts, but are marked by brown edges. The hindwings are light grey and relatively narrow.Adults are on wing from July to August in western Europe. In Korea, adults are on wing from early June to the end of September. Adults hide amongst foliage during the day, usually in the more open parts of the woods and fly freely at dusk.The larvae feed on the leaves of various deciduous trees and shrubs, including Corylus, Fraxinus, Prunus, Quercus, Rubus, Swida sanguinea, Betula, Fagus, Larix, Pinus, Rhamnus frangula, Thelycrania sanguinea and Vaccinium. They live in spun leaves or in a longitudinally folded leaf. Larvae can be found from May to July. Pupation occurs in the larval habitation.It is an occasional pest of cultivated nut and fruit trees.This Pandemis-related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949127965.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.63%,D:0.37%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "441.605538",
"GenomeGC": "23.89333283",
"SeqNumber": "40",
"N50": "15684.937",
"PCGnumber": "28450",
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{
"id": 4627,
"InsectBaseID": "IBG_03728",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Pandemis",
"TaxonomyID": "192191",
"Tags": "None",
"OrganismName": "Pandemis heparana",
"NormalName": "None",
"SpeciesIntro": "Pandemis heparana, the dark fruit-tree tortrix or apple brown tortrix, is a moth of the family Tortricidae.This species can be found in most of Europe, in the eastern Palearctic realm, in the Near East, and in North America.Pandemis heparana has a wingspan of 16–24 mm. In these moths the basic color of the forewings ranges from yellowish brown to reddish brown, with a reticulate pattern, a dark brown basal fascia, dark brown transversal bands, two triangular spots and brown fringes at the edge. The hindwings are gray-brown with white-yellow fringes. The larva can reach 22 mm and it is pale green.This species is rather similar to Pandemis cerasana.These moths have two generations per year (bivoltine). The moth flies from late May to mid-September in western Europe. The larvae are considered a pest of trees and shrubs. They live in a rolled leaf and are polyphagous, feeding on various deciduous trees and shrubs including oak, willow, birch, honeysuckle, sorbus, apple and pear. Pupation takes places in the rolled leaves.This Pandemis-related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963854515.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.41%,D:0.44%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "459.990036",
"GenomeGC": "22.91651683",
"SeqNumber": "39",
"N50": "16008.471",
"PCGnumber": "30099",
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{
"id": 4628,
"InsectBaseID": "IBG_03729",
"Order": "Mecoptera",
"Family": "Panorpidae",
"Genus": "Panorpa",
"TaxonomyID": "50603",
"Tags": "None",
"OrganismName": "Panorpa germanica",
"NormalName": "None",
"SpeciesIntro": "Panorpa germanica, also known by its common name German scorpionfly, is a species from the genus Panorpa. Media related to Panorpa germanica at Wikimedia CommonsThis Mecoptera related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963678705.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.20%[S:97.15%,D:2.05%],F:0.15%,M:0.66%,n:1367",
"GenomeSize": "464.228243",
"GenomeGC": "18.45293501",
"SeqNumber": "255",
"N50": "22111.551",
"PCGnumber": "37687",
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{
"id": 4629,
"InsectBaseID": "IBG_03730",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Panzeria",
"TaxonomyID": "1918131",
"Tags": "None",
"OrganismName": "Panzeria rudis",
"NormalName": "None",
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"NCBIassembly": "GCA_956483635.1",
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"Busco": "C:98.98%[S:98.32%,D:0.66%],F:0.15%,M:0.88%,n:1367",
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"GenomeGC": "16.07431591",
"SeqNumber": "300",
"N50": "158859.063",
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{
"id": 4630,
"InsectBaseID": "IBG_03731",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "76202",
"Tags": "None",
"OrganismName": "Papilio demoleus",
"NormalName": "None",
"SpeciesIntro": "Papilio demoleus is a common and widespread swallowtail butterfly. The butterfly is also known as the lime butterfly, lemon butterfly, lime swallowtail, and chequered swallowtail. These common names refer to their host plants, which are usually citrus species such as the cultivated lime. Unlike most swallowtail butterflies, it does not have a prominent tail. When the adult stage is taken into consideration, the lime swallowtail is the shortest-lived butterfly, with male adults dying after four days and females after a week. The butterfly is native to Asia and Australia, and can be considered an invasive pest in other parts of the world. The butterfly has spread to Hispaniola island (Dominican Republic) in the Western Hemisphere, and to Mahé, Seychelles.The butterfly is tailless and has a wingspan 80–100 mm.: 52 Above, the background colour is black. A broad, irregular yellow band is found on the wings above, which is broken in the case of the forewing. Besides this, the butterfly has a large number of irregular spots on the wing. The upper hindwing has a red tornal spot with blue edging around it.As the caterpillar ages, its hunger for leaf tissue continues to grow.Detailed description as given by Charles Thomas Bingham in 1905:\"Upper side of wings has the ground colour black. The fore wing has the base below cell and basal half of latter so irrorated with yellow scales as to form more or less complete transverse dotted lines, two outwardly oblique yellow spots in cell and a curved spot at its upper apex; a spot at base and another beyond it in interspace 8; a discal transverse series of cream-yellow spots irregular in arrangement and size extends from interspace la to 8; the series interrupted in interspace 5 and the spot in interspace 7 double; this is followed by a sinuous postdiscal series of spots and an admarginal terminal series of smaller spots. In many specimens between the discal and postdiscal series the black ground-colour is irrorated with yellowish scales. Hind wing: base and an edging that decreases in width along the dorsal margin irrorated with yellow scales; followed by a broad medial yellow irregular band, a sinuous postdiscal series of outwardly emarginate yellow spots and a terminal series of smaller similarly coloured spots as on the fore wing. The inner margin of the medial band is curved inwards, the outer margin is very irregular and uneven; in the cell the band does not reach the apex, but beyond the cell there are one or more cream-yellow spots, and the black groundcolour is irrorated with yellowish scales; finally at the tornal angle there is an oval ochraceous-red spot emarginate on its inner side in the female and in both sexes surmounted by a blue lunule; while in interspace 7 between the medial band and the postdiscal spot there is a large ocellus-like spot of the black ground-colour more or less irrorated with blue scales.\"\"The underside has the ground-colour similar, the cream-coloured markings paler and conspicuously larger. The markings differ from those on the upperside in that the forewing has the basal half of cell and base of wing below it with cream-coloured streaks that coalesce at base; irregular ochraceous spots in interspaces 5 to 8 and the discal series of spots complete not interrupted in interspace 5. On the underside of the hind wing, the black at base of wing and along the dorsal margin centred largely with pale cream-colour; the ocellus in interspace 7, the apex of the cell and the black groundcolour between the medial band and postdiscal markings in interspaces 2–6 centred with ochraceous, margined with blue.Antennae dark reddish brown, touched with ochraceous on the innerside towards the club; head, thorax and abdomen dusky black, the head and thorax anteriorly streaked with cream-vellow: beneath: the palpi, thorax and abdomen cream-yellow with lateral longitudinal black lines on the last.\" P. demoleus is perhaps the most widely distributed swallowtail in the world. The butterfly can be found in:Syria, Iraq, Oman, United Arab Emirates, Kuwait, Qatar, Iran, western and possibly eastern Afghanistan, the South Asian Subcontinent (India including the Andamans, Bangladesh, western Pakistan, Sri Lanka, Nepal), Myanmar, Thailand, the Philippines, Cambodia, Vietnam, southern China (including Hainan, Guangdong province), Taiwan, Japan (rare strays), Malaysia, Singapore, Indonesia (Kalimantan, Sumatra, Sula, Talaud, Flores, Alor and Sumba), Papua New Guinea, Australia (including Lord Howe Island), Solomon Islands, Hawaii, and possibly other Pacific Ocean islands.The Southeast Asian subspecies Papilio demoleus malayanus recently established an abundant non-native population on Mahé in Seychelles This species was probably accidentally introduced to Mahé a few years ago (first records in November 2016). Further dispersal events of Papilio demoleus within Seychelles to other granitic islands of the archipelago, e.g. Praslin and La Digue, are expected.",
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"GenomeLevel": "Scaffold",
"Busco": "C:99.12%[S:98.61%,D:0.51%],F:0.44%,M:0.44%,n:1367",
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"GenomeGC": "24.67795646",
"SeqNumber": "356",
"N50": "9123.416",
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{
"id": 4631,
"InsectBaseID": "IBG_03732",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "534389",
"Tags": "None",
"OrganismName": "Papilio elwesi",
"NormalName": "None",
"SpeciesIntro": "Papilio elwesi is a butterfly of the family Papilionidae. The species is endemic to China and Vietnam.Papilio elwesi (along with P. maraho) differs from all other Papilio species in the tail of the hindwing being so dilated that two veins are necessary to support it. Together these two species form the subgenus Agehana.The larvae feed on Lauraceae species.It is named for British botanist, entomologist, author, lepidopterist, collector and traveller, Henry John Elwes.This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_029641285.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.12%[S:96.78%,D:2.34%],F:0.00%,M:0.88%,n:1367",
"GenomeSize": "358.50869",
"GenomeGC": "24.4291144",
"SeqNumber": "147",
"N50": "12316.741",
"PCGnumber": "24903",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4632,
"InsectBaseID": "IBG_03733",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Papilio",
"TaxonomyID": "76196",
"Tags": "None",
"OrganismName": "Papilio protenor",
"NormalName": "None",
"SpeciesIntro": "Papilio protenor, the spangle, is a butterfly found in India belonging to the swallowtail family.Upperside: velvety indigo-blue black, duller on the forewing than on the hindwing. Forewing with pale adnervular streaks broadened along the terminal margin and extended well into the cell. Hindwing: a broad pale yellowish-white subcostal streak; interspaces 4 to 6 irrorated (sprinkled) with bluish scales; tornal angle marked with red.Underside: forewing dull black; adnervular streaks distinctly grey and much broader than on the upperside. Hindwing: ground colour as on the upperside, a large irregularly-shaped patch at the tornal angle that extends into interspace 2, and subterminal lunules in interspaces 2, 6, and 7 dull pinkish-red, cell irrorated more-or-less with a sprinkling of blue scales; the tornal patch with a black, outwardly blue-edged, round medial spot, and interspaces 4 and 5 with subterminal irrorations of blue scales. Antennae black; head, thorax and abdomen dark brownish-black.Similar to male.Upperside: ground colour deep brownish-black; adnervular streaks on forewing yellowish; irroration of blue scales on outer portions of hindwing more dense; no white subcostal streak; red patch at tornal angle large with an oval medial black spot; another similar black spot subterminally in interspace 2 posteriorly bordered by a crescent-shaped red mark.Underside: similar to that in the male, differs in the adnervular streaks on the forewing that are broader and paler; on the hindwing the tornal red patch is paler and larger, and is extended broadly anteriorly and outwards towards the termen into interspace 2; in the latter it coalesces with a broad subterminal black-centred red ocellus; the irroration of blue scales in interspace 5 with a small subterminal red lunule below it. Antennae, head, thorax and abdomen as in the male.Scientists have found that between the male and female, there are higher amounts of linalool and 2,3-butanediol present in the male than in the female. The male also elicits stronger odour than female.Northern Pakistan, Jammu and Kashmir, Garhwal Himalaya (Govind Wildlife Sanctuary), Sikkim, Assam, Bangladesh, Burma, southern China (including Hainan), Vietnam, northern Laos, Taiwan, North Korea, South Korea and Japan.NepalMany species of butterfly occupy only a limited range of the host plant. They utilize the plant chemicals to assess potential host plants and decide if or not to oviposit on them. Most species in the genus Papilio exclusively use rutaceous plants (rutaceae) as host plant, and Papilio protenor is a specialist. Their major host plant is citrus. Research indicates high affinity of the female for Citrus unshiu. There are various oviposition stimulants discovered, including sugar acid, amino acid, alkaloid and flavonoid. Flavanone glycosides such as naringin and hesperidin were investigated and both elicited positive responses from the female adults.",
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"GenomeLevel": "Scaffold",
"Busco": "C:99.34%[S:99.05%,D:0.29%],F:0.29%,M:0.37%,n:1367",
"GenomeSize": "246.123674",
"GenomeGC": "23.42791738",
"SeqNumber": "381",
"N50": "5393.91",
"PCGnumber": "25809",
"Swissnumber": "None",
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{
"id": 4633,
"InsectBaseID": "IBG_03734",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Parascotia",
"TaxonomyID": "938205",
"Tags": "None",
"OrganismName": "Parascotia fuliginaria",
"NormalName": "None",
"SpeciesIntro": "Parascotia fuliginaria, the waved black, is a species of moth of the family Erebidae. It is found in Europe as far east as the Ural Mountains, in Armenia and Asia Minor, and is an introduced species in North America.P.fuliginaria L.Forewing blackish fuscous; lines yellowish ochreous, edged with black; the outer dentate, the subterminal waved; a black mark at end of cell; hindwing like forewing; — the ab. flava Horm., from the Bukowina, has in the male quite pale ochreous wings, with two blackish fasciae in middle of wing and almost obsolete terminal spots; the female is pale yellowish brown, with darker dusting, especially in the basal and terminal areas; — ab. carbonaria Esp. is wholly black. Larva black; dorsal stripe white, swollen in places, with a black line in middle; several fine, interrupted, wavy, whitish lateral lines; tubercles large, with long hairs, those on the sides and the hind pair on each dorsal segment orange; head black, with yellow lines. The wingspan is 18–28 mm. The length of the forewings is 11–14 mm.The moth flies from June to October depending on the location.The larvae feed on various fungi, such as Fomitopsis betulina, and Trametes versicolor and also on lichens.This article on a moth of the subfamily Boletobiinae is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4634,
"InsectBaseID": "IBG_03735",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Parnassius",
"TaxonomyID": "76189",
"Tags": "None",
"OrganismName": "Parnassius glacialis",
"NormalName": "None",
"SpeciesIntro": "Parnassius glacialis, the glacial Apollo or Japanese clouded Apollo, is a high-altitude butterfly found in Japan, eastern China, and Korea. It is a member of the snow Apollo genus (Parnassius) of the swallowtail family (Papilionidae).P. glacialis (Takashi et al. 2001) is much larger than Parnassius stubbendorfi of which it was once considered a subspecies. The blackish grey central spot of the cell is sometimes connected with the apical cell-spot by fuscous dusting along the sides of the cell, and the submarginal band of the forewing is more or less distinct and complete. The abdominal area of hindwing is deep black as far as the cell, clothed with white hairs; on and along the veins with blackish dusting. Collar, coxae and abdomen are laterally clothed with yellow or reddish yellow hairs. The wing underside is slightly yellow. In some Japanese specimens (from Hakodate) the cell-spots and the submarginal band of the forewing have entirely disappeared, or are only feebly indicated.P. glacialis has fifteen subspecies (mostly described by Felix Bryk and Curt Eisner). For a list of subspecies types in the British Museum (Natural History), see Ackery, P. R. (1973) A list of the type-specimens of Parnassius (Lepidoptera: Papilionidae) in the British Museum (Natural History). Bulletin of the British Museum (Natural History) Entomology 29 (1) (9.XI.1973): 1—35, 1 pl.It is found in eastern China, Korea and Japan. The type locality is \"in Hakodadi (North Japan)\" (by lectotype designation).Hakodadi is located near the southern limit of Hokkaido.This butterfly is abundant but threatened by urbanisation in some areas.The Parnassius genus of butterflies is often hard to identify and can sometimes only be identified by dissection of the genitalia.",
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"Busco": "C:98.75%[S:98.24%,D:0.51%],F:0.00%,M:1.24%,n:1367",
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{
"id": 4635,
"InsectBaseID": "IBG_03736",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Parnassius",
"TaxonomyID": "213953",
"Tags": "None",
"OrganismName": "Parnassius mnemosyne",
"NormalName": "None",
"SpeciesIntro": "The clouded Apollo (Parnassius mnemosyne) is a butterfly species of the family of swallowtail butterflies (Papilionidae) found in the Palearctic realm.Clouded Apollos inhabit meadows and woodland clearings with plenty of flowering plants, both in the lowlands and in the mountains. It is not usually found at altitudes above 1500 m except in the Central Asian mountains where it is also known from higher altitudes.Its range of distribution extends from the Pyrenees, across the Central Massif, the Alps, and the Carpathians as far as central Asia. It inhabits all European countries including Norway, where it appears rarely and only in certain places. A subspecies lived in Denmark, but is now extinct. A great number of geographical races and individual forms are distinguished in this extensive region. The most striking specimens include the dark race from the eastern Bavarian Alps (subspecies hartmanni); form melania has the most pronounced dark colouring.The paper of Dr. I.N. Bolotov and colleagues (2013) summarizes data on the northern localities of Parnassius mnemosyne, which are mostly situated in the Russian Federation and gives a thorough description of the species' northern range location. It is shown that the northernmost populations in the exist within the karst landscapes in the north of White Sea-Kuloi Plateau (between 65°35' and 66°03' N) in the downstream of the Soyana and Kuloi rivers and in the north of Timan Highland (66°10' N) along the shore of Kosminskoe Lake (the Pechora River basin). Northern limits of the clouded Apollo's range appear to be strongly determined by the distribution of its larval host plants (primarily Corydalis solida and the role of climate and relief seem to be of minor importance. Many Russian populations inhabit the state nature reserve territories: Kizgi Scerries Reserve (Karelia Republic), Pinega and Soyansky reserves (Arkhangelsk Oblast), Pechoro-Ilychsky and Belaja Kedva reserves (Komi Republic).The type locality is Åland.Wings white; the veins thinly black, fringes blackish; forewing with 2 black cell -spots, distal margin in male from the apex to about middle, in female further down and also more broadly, transparent -grey; hindwing dusted with black from the abdominal margin to the cell and at the apex of the cell, more densely in female than in male. Antenna and legs black, likewise the abdomen, the last being covered with whitish hairs in the male, while in the female it is nearly naked, glossy, bearing a whitish bladder-like pouch which occupies nearly two -thirds of the underside. Varies generally little.A rare aberration in which the cell-spots of the forewing are connected by a black streak has received the name ab. halteres Mosch., and as ab. melaina Honr.a form has been introduced which is darkened by dense black dusting (occurring especially often in the female and which is found everywhere among the ordinary form, being particularly often met with in Carinthia, Carniola, in the neighborhood of Vienna, in Wallis, Transsylvania, and Austrian Silesia. In Carinthia, the environs of Friesach, at an elevation of from 630 to 750 m, there occurs a conspicuously small local form, minor Reb. & Rog., in which the black spots of the forewing are reduced, the expanse being only 52 mm. In Bavaria and Salzkammergut (Berchtesgaden), at an altitude of about 1000 m (June—July), the species has developed into a constant melanotic form, hartmanni Stgr., the males of which bear an additional grey costal spot in between the apical cell-spot and the widened and dull blackish transparent marginal band, having moreover the abdominal border of the hindwing broader and more densely dusted with black; the females of this form are developed in the same direction as ab. melaina, but are usually less dark in tint, have a very broad transparent border to the forewing, sometimes a grey S-shaped shadowy transverse band which emanates from the costal spot above mentioned in the male, and possess on the hindwing a more intensely coloured band -like marking behind the cell, extending from the abdominal border forward, and 1 or 2 costal spots. — athene Stich, is the form inhabiting Greece (Chelmos, Olenos) ; it bears a row of 4 or 5 whitish spots in the moderately broad, posteriorly sharply tapering transparent border of the forewing, otherwise agreeing rather well with ordinary mnemosyne in being somewhat more strongly marked, therefore standing midway between the former and the following form. — nubilosus Christ. (10 f) is the name of the race from Northern Persia and the Caucasus; the white spots in the widened marginal border are more distinctly developed, formingusually a submarginal band consisting of 7 or 8 wedge-shaped or luniform spots; the black markings are intensified and extended, and in the male there appears on the forewing a grey abbreviated band between the apical cell -spot and the transparent border, the forewing bearing further a grey spot at the hind margin and the hindwing bearing an extended dusting of black beyond the cell, forming a kind of band. An enlarged edition of this form from Central Asia (Kuldja, Alai), with the black markings still more intensified and the transparent border more widened, is known as gigantea Stgr. (10f): specimens of this race in which the ground-colour has assumed a slightly yellowish tint are called ab. ochracea Aust. — The egg of the species is conical, whitish. Larva cylindrical, tapering at both ends, black, short-hairy, the body ornamented with orange spots; feeds in April and May on Corydalis mnemosyne typ. on C. halleri, C. cava, C. solida, concealed in day-time. Pupation in the ground in a loose cocoon ; pupa thick, obtuse, hoary, luteous.",
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{
"id": 4636,
"InsectBaseID": "IBG_03737",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Parnassius",
"TaxonomyID": "213957",
"Tags": "None",
"OrganismName": "Parnassius orleans",
"NormalName": "None",
"SpeciesIntro": "Parnassius orleans is a high altitude butterfly which is found in Mongolia, western China and Tibet. It is a member of the snow Apollo genus (Parnassius) of the swallowtail family, Papilionidae. It was named after Prince Henri of Orléans who discovered it.Note: The wing pattern in Parnassius species is inconsistent and the very many subspecies and forms make identification problematic and uncertain. Structural characters derived from the genitalia, wing venation, sphragis and foretibial epiphysis are more, but not entirely reliable. The description given here is a guide only. For an identification key see Ackery P.R. (1975).Ground colour with a feeble yellow tint; forewing with the costal spots connected, band-like, including two or three red dots, hindmarginal spot likewise frequently filled in with red, between these spots a blackish discal shadow; marginal band moderately wide, interrupted by narrow white marginal spots; submarginal macular band deeply incised. Hindwing with large, red, white-centred ocelli, one or two anal spots, mostly also filled in with red, and with a submarginal row of four or five black spots partly filled in with blue. Female more sharply marked, the costal spots of forewing connected with the hindmarginal one by denser black shading, the submarginal spots of hindwing larger, brighter. Apart from these characters the general aspect very similar to that of Parnassius eversmanni. Tatsienlu, western China. — In the female of the smaller form groumi Oberth. from Amdo (Kuku-nor) the red is usually absent from the spots of the forewing, the spots themselves being very strongly marked, the black discal shadow stronger, ground colour of wings purer, submarginal band of forewing separated into spots and abbreviated, ocelli of hindwing bright red, anal spot black.This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4637,
"InsectBaseID": "IBG_03738",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Parnassius",
"TaxonomyID": "447138",
"Tags": "None",
"OrganismName": "Parnassius smintheus behrii",
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{
"id": 4638,
"InsectBaseID": "IBG_03739",
"Order": "Hemiptera",
"Family": "Coccidae",
"Genus": "Parthenolecanium",
"TaxonomyID": "536013",
"Tags": "None",
"OrganismName": "Parthenolecanium corni",
"NormalName": "None",
"SpeciesIntro": "Agriculture is a significant sector in California's economy, producing nearly US$50 billion in revenue in 2018[update]. There are more than 400 commodity crops grown across California, including a significant portion of all fruits, vegetables, and nuts in the United States. In 2017[update], there were 77,100 unique farms and ranches in the state, operating across 25.3 million acres (10,200,000 hectares) of land. The average farm size was 328 acres (133 ha), significantly less than the average farm size in the U.S. of 444 acres (180 ha).Because of its scale, and the naturally arid climate, the agricultural sector uses about 40 percent of California's water consumption. The agricultural sector is also connected to other negative environmental and health impacts, including being one of the principal sources of water pollution.The table below shows the top 21 commodities, by dollar value, produced in California in 2017. Between 2016 and 2017, there were increases by more than 2% in total value for the following crops: almonds, dairy, grapes and cattle. The largest increase was seen in almond sales, which increased by 10.9% from 2016 to 2017, due to both increases in crop volume produced and the average market price for a pound of almonds. Dairy sales increased 8.2% from 2016 to 2017 due to an increase in the average price for milk, despite a slight decrease in total milk production. Grape sales increased by 3.1% from 2016 to 2017 due to an increase in price per ton of grape (from $832 per short ton ($917/t) in 2016 to $847 per short ton ($934/t) in 2017). Cattle sales also increased by 2.7% from 2016 to 2017.Orloff et al., 2009 find § Glyphosate use in this crop is driving resistance here.: 230 California produces 80% of the world's almonds and 100% of the United States commercial supply. Although almonds are not native to California, a hot, dry Mediterranean climate and developed water infrastructure create favorable conditions for commercial cultivation of the crop. In 2020, there were 1.25 million acres (5,100 km2) devoted to almond farming in California, producing 2.8 billion pounds (1.3 Mt).Almonds are the state's most valuable export crop. Farmers exported $4.9 billion worth to foreign countries in 2019, about 22% of the state's total agricultural exports, with the European Union, China and India as leading destinations.California almond farms import the majority of US commercial bee colonies to the state of California during the almond pollination season. Almond production in California is the source of several major environmental problems, including high demand for water and abundant waste of almond shells. As of 2021, due to a historic long-term drought in California, production was forecast to decline, and many almond orchards were being abandoned.Almonds contribute a mean of 0.77 pounds ",
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{
"id": 4639,
"InsectBaseID": "IBG_03740",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Pasiphila",
"TaxonomyID": "572874",
"Tags": "None",
"OrganismName": "Pasiphila rectangulata",
"NormalName": "None",
"SpeciesIntro": "The green pug (Pasiphila rectangulata) is a moth of the family Geometridae. It is sometimes placed in the genus Chloroclystis or Rhinoprora. It is common throughout the Palearctic region (from Ireland to Japan) and the Near East, but also appears in North America. Typically this species has green wings with distinct dark bars but it can be quite variable and is often mostly dark brown with little green. The green coloration also fades over time. \"Green, more or less dulled with black, the lines black, the postmedian forming sharper angles than in the two following (C. debiliata, C. agitata). Underside very sharply marked. - In ab. subaerata Hbn. the black markings are reduced, only the antemedian and the postmedian line developed. -In ab. cydoniata Bkh. the black is increased, particularly in the median area. - ab. cydoniata is entirely or almost entirely black.\"It flies at night in June and July and is attracted to light.The stout larva is green with a reddish stripe and feeds on the flowers of various Rosaceae including apple, blackthorn, cherry, hawthorn, pear and quince. The species overwinters as an egg.This Eupitheciini moth related article is a stub. You can help Wikipedia by expanding it.",
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"InsectBaseID": "IBG_03741",
"Order": "Coleoptera",
"Family": "Cucujidae",
"Genus": "Pediacus",
"TaxonomyID": "878348",
"Tags": "None",
"OrganismName": "Pediacus dermestoides",
"NormalName": "None",
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"Busco": "C:99.93%[S:99.34%,D:0.59%],F:0.00%,M:0.07%,n:1367",
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{
"id": 4641,
"InsectBaseID": "IBG_03742",
"Order": "Diptera",
"Family": "Pediciidae",
"Genus": "Pedicia",
"TaxonomyID": "2882575",
"Tags": "None",
"OrganismName": "Pedicia rivosa",
"NormalName": "None",
"SpeciesIntro": "Pedicia rivosa is a species of hairy-eyed cranefly in the family Pediciidae. It is found across most of Europe, but excluding the Iberian Peninsula. The subspecies P. r. mannheimsi is found in France and Germany, and some specimens from Scotland may also belong to this subspecies.This article related to members of the fly superfamily Tipuloidea is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:99.41%[S:98.90%,D:0.51%],F:0.00%,M:0.59%,n:1367",
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{
"id": 4642,
"InsectBaseID": "IBG_03743",
"Order": "Phthiraptera",
"Family": "Pediculidae",
"Genus": "Pediculus",
"TaxonomyID": "121226",
"Tags": "None",
"OrganismName": "Pediculus humanus capitis",
"NormalName": "None",
"SpeciesIntro": "Pediculus capitis (De Geer, 1767)The head louse (Pediculus humanus capitis) is an obligate ectoparasite of humans. Head lice are wingless insects that spend their entire lives on the human scalp and feed exclusively on human blood. Humans are the only known hosts of this specific parasite, while chimpanzees and bonobos host a closely related species, Pediculus schaeffi. Other species of lice infest most orders of mammals and all orders of birds.Lice differ from other hematophagic ectoparasites such as fleas in spending their entire lifecycle on a host. Head lice cannot fly, and their short, stumpy legs render them incapable of jumping, or even walking efficiently on flat surfaces.The non-disease-carrying head louse differs from the related disease-carrying body louse (Pediculus humanus humanus) in preferring to attach eggs to scalp hair rather than to clothing. The two subspecies are morphologically almost identical, but do not normally interbreed. From genetic studies, they are thought to have diverged as subspecies about 30,000–110,000 years ago, when many humans began to wear a significant amount of clothing. However, the degree of separation is contentious as they can produce fertile offspring in the laboratory.A much more distantly related species of hair-clinging louse, the pubic or crab louse (Pthirus pubis), also infests humans. It is morphologically different from the other two species and is much closer in appearance to the lice which infest other primates. Louse infestation of the body is known as pediculosis, pediculosis capitis for head lice, pediculosis corporis for body lice, and phthiriasis for pubic lice.Like other insects of the suborder Anoplura, adult head lice are small (2.5–3 mm long), dorsoventrally flattened (see anatomical terms of location), and wingless. The thoracic segments are fused, but otherwise distinct from the head and abdomen, the latter being composed of seven visible segments. Head lice are grey in general, but their precise color varies according to the environment in which they were raised. After feeding, consumed blood causes the louse body to take on a reddish color.One pair of antennae, each with five segments, protrudes from the insect's head. Head lice also have one pair of eyes. Eyes are present in all species within the Pediculidae family, but are reduced or absent in most other members of the Anoplura suborder. Like other members of the Anoplura, head louse mouthparts are highly adapted for piercing the skin and sucking blood. These mouth parts are retracted into the insect's head except during feeding.Six legs project from the fused segments of the thorax. As is typical in the Anoplura, these legs are short and terminate with a single claw and opposing \"thumb\". Between its claw and thumb, the louse grasps the hair of its host. With their short legs and large claws, lice are well adapted to clinging to the hair of their host. These adaptations leave them incapable of jumping, or even walking efficiently on flat surfaces. Lice can climb up strands of hair very quickly, allowing them to move quickly and reach another host.Seven segments of the louse abdomen are visible. The first six segments each have a pair of spiracles through which the insect breathes. The last segment contains the anus and (separately) the genitalia.",
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{
"id": 4643,
"InsectBaseID": "IBG_03744",
"Order": "Diptera",
"Family": "Anthomyiidae",
"Genus": "Pegoplata",
"TaxonomyID": "559701",
"Tags": "None",
"OrganismName": "Pegoplata infirma",
"NormalName": "None",
"SpeciesIntro": "Pegoplata infirma is a species of fly in the family Anthomyiidae. It is found in the Palearctic . For identification see This article related to members of the muscoid flies is a stub. You can help Wikipedia by expanding it.",
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"id": 4644,
"InsectBaseID": "IBG_03745",
"Order": "Lepidoptera",
"Family": "Erebidae",
"Genus": "Pelosia",
"TaxonomyID": "988016",
"Tags": "None",
"OrganismName": "Pelosia muscerda",
"NormalName": "None",
"SpeciesIntro": "Pelosia muscerda, the dotted footman, is a moth of the family Erebidae. The species was first described by Johann Siegfried Hufnagel in 1766. It is found in the Palearctic realm.The wingspan is 24–28 mm. The moth flies from June to September depending on the location.The larvae feed on lichens and algae.This Lithosiina-related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4645,
"InsectBaseID": "IBG_03746",
"Order": "Hymenoptera",
"Family": "Andrenidae",
"Genus": "Perdita",
"TaxonomyID": "3020902",
"Tags": "None",
"OrganismName": "Perdita meconis",
"NormalName": "None",
"SpeciesIntro": "Perdita meconis, the Mojave poppy bee, is a rare bee species that was described in 1993. The Mojave poppy bee has been petitioned for protection under the Endangered Species Act due to pressures in their native range such as invasive species, habitat fragmentation, gypsum mining, and climate change.The Mojave poppy bee is a solitary bee that is a part of the genus Perdita and is native to the Mojave Desert. The Mojave poppy bee is oligolectic, like other Perdita species, having a mutualistic relationship with plants in a single genus, the Las Vegas bear poppy and the dwarf bear-poppy. This relationship is in part how they got their name as the Latin word for poppy is \"mecon\".Male Mojave poppy bees are relatively small with a body length of 5 mm, and 4 mm forewings. They have a dark green head that is wider than it is long, with light yellow mandibles and face (below the antennae). They have mostly black legs with light yellow around the leg joints and stripes on the front of their lower legs. Furthermore, the abdominal terga of Mojave poppy bees have several distinct characteristics including a dark green to brown region on T1 (closest to the thorax), T2 features a yellow stripe with dark brown spots, T3 is similar with less definition in the spots, T4 is amber in color with slightly lighter spots that lack definition, T5-7 are amber. T7 (furthest from the thorax) has a unique shape featuring a thickened apical projection.Female Mojave poppy bees are difficult to distinguish from other Perdita. Female Mojave poppy bees are slightly larger than their male counterparts with a body length of 6.5–7 mm, and 4.5–5 mm forewings. Their heads share the same color scheme as the male Mojave poppy bees, however the pale yellow is less extensive. Their legs are dark brown with light yellow on their front legs. Their terga are colored differently than the males with T1 and T2 having a dark brown color with a green cast and a basal stripe. T3 and T4 are similar with wider basal stripes. T5 is yellow except for a defined spot.The Mojave poppy bee's former range included the southwest corner of Utah, northwest region of Arizona and the Southern region of Nevada (near Las Vegas). Now there is no evidence that the Mojave poppy bee remains in Utah. It is presumed that the populations that inhabited the area around St George have died out. Some evidence suggests one of the reasons that the Mojave poppy bee was pushed to extinction in Utah could be due to the invasion of Africanized honey bees. The current range has been reduced to seven known, highly fragmented, sites in Nevada. There was only a single historical report of this bee in Arizona, and this region is devoid of populations at this time. For this reason the U.S. Fish & Wildlife Service considers the possible range of the Mojave poppy bee to be limited to Nevada.The Mojave poppy bee does not switch flowers, meaning its range is limited to where their preferred poppies grow, and where adequate nesting substrate is available. The Mojave poppy bee lives in the gypsum substrate in which their preferred poppies, the dwarf bear-poppy and Las Vegas bear-poppy, grow. The dwarf bear-poppy has been listed as an endangered species since 1979 and remains listed on the endangered species list today. The Las Vegas bear-poppy has been submitted for protection under the endangered species act. This petition for protection is currently under review.As noted prior, there is evidence that the introduction of the invasive Africanized honey bees pushed the Mojave poppy bee to extirpation in Utah. Africanized bees continue to threaten the remaining Mojave poppy bee colonies as they continue to invade the regions where the Mojave poppy bee still survives. It is thought that the reason that the Mojave poppy bee has withstood the invasion of Africanized bees in Nevada is due to a difference in livestock grazing practices between Utah and the other locations.Africanized bees have thus far filled the niche of the Mojave poppy bee in Utah, pollinating the bear-poppies. This indicates that the continued proliferation of the highly successful Africanized honey bees in Mojave poppy bee habitat remains a threat to the protection of this rare species.",
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"OrganismName": "Periphyllus acericola",
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"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Perithous",
"TaxonomyID": "2998544",
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"OrganismName": "Perithous albicinctus",
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{
"id": 4648,
"InsectBaseID": "IBG_03749",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Perizoma",
"TaxonomyID": "934816",
"Tags": "None",
"OrganismName": "Perizoma affinitatum",
"NormalName": "None",
"SpeciesIntro": "Perizoma affinitata, the rivulet, is a species of moth of the family Geometridae. It was first described by James Francis Stephens in 1831 and it is found in most of Europe.Its wingspan is 24–30 mm and is characterized by the narrow white postmedian band of the forewing and especially by the dark hindwing, with only a narrow, divided white or whitish band. Northern and western Germany, and rather less extreme from England and according to Otto Staudinger it is distributed in central and northern Europe and Romania. - rivinata Fisch.-Rossl. has the white on the forewing much extended and the hindwing broadly or almost wholly white. It belongs chiefly to northern or mountain districts, but sometimes occurs as an aberration with the type England, N. Norway, the Alps, Carpathians. - magistraria Trti. and Verity is larger, the forewing grey, not brown, but darker than in hydrata and with broader white band; hindwing greyish with double whitish band; underside like that of rivinata. Terme di Valdieri, Maritime Alps.The larva is rather powerful, pale pink with a dark head capsule and the dorsal side of the first body joint.The species is found in forest edges, hedges and on flower meadows. The larvae feed on Silene species, including Silene dioica. The larvae can be found from June to September. The species overwinters as a pupa.This Larentiinae moth related article is a stub. You can help Wikipedia by expanding it.",
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"id": 4649,
"InsectBaseID": "IBG_03750",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Perizoma",
"TaxonomyID": "934819",
"Tags": "None",
"OrganismName": "Perizoma flavofasciatum",
"NormalName": "None",
"SpeciesIntro": "Perizoma flavofasciata, the sandy carpet or sandy rivulet, is a moth of the family Geometridae. The species was first described by Carl Peter Thunberg in 1792. It is found in most of Europe and northern Africa and east across the Palearctic to the Urals and the Altai Mountains. The species prefers meadow valleys, floodplains, waterside areas, bushy meadows and gardens. In the Alps it rises to 1500 metres.Its wingspan is 26–32 mm. The forewing is brownish-yellow or sandy with three toothed white transverse bands. The innermost is close to the base and rather narrow, the two outermost are wider and double (with a yellow-brown stripe in the middle). the outer white band is interrupted in the middle. Otherwise, the wings have several thin white transverse stripes, more or less complete, but the brownish-yellow ground colour predominates. The hind wing is white. The larva is pale pink with dark pink longitudinal stripes on either side of the dorsum. The area between the two longitudinal stripes is white. See also Prout.The larvae of sandy carpet moths live in flowers and capsules of carnations (family Caryophyllaceae); in particular they feed on the seed pods of various campions (Silene species).The flight period is from late May to early August. It is scarce and overwinters as a pupa.This Perizomini moth related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4650,
"InsectBaseID": "IBG_03751",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Petrophora",
"TaxonomyID": "875879",
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"OrganismName": "Petrophora chlorosata",
"NormalName": "None",
"SpeciesIntro": "Petrophora chlorosata, the brown silver-line, is a moth of the family Geometridae found in Asia and Europe. The larvae feed on bracken. It was first described by the Italian physician and naturalist, Giovanni Antonio Scopoli in his 1763 Entomologia Carniolica. The wingspan is 31–37 mm. The length of the forewings is 15–18 mm. Quite distinct from all other Palearctic species, the forewing light brown, the lines finely whitish, proximally dark shaded, subterminal line rather straight, sometimes indistinct. The moth flies from the end of April to the end of June and are readily flushed from the foodpant or surrounding vegetation. They are also attracted to light.The egg has an elliptical shape and is initially light yellow, later orange. It is covered with 24 to 25 longitudinal ribs. The microphyll rosette is nine to ten-leaf. The caterpillars have a brownish or greenish colour, show fine dark longitudinal lines and a wide whitish or yellowish side stripe. They feed on bracken (Pteridium aquilinum) from about mid-June to early September, although most have pupated in the soil by late July.Overwinters as a pupa.It is found in the Palearctic extending from Ireland and Britain to Asia Minor, northern Iran, the Altai Mountains, Amdo, south-eastern Siberia, and Japan.",
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"InsectBaseID": "IBG_03752",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Phania",
"TaxonomyID": "670618",
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"OrganismName": "Phania funesta",
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"SpeciesIntro": "Phania funesta is a European species of fly in the family Tachinidae.This article related to members of the fly subfamily Phasiinae is a stub. You can help Wikipedia by expanding it.",
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"id": 4652,
"InsectBaseID": "IBG_03753",
"Order": "Diptera",
"Family": "Muscidae",
"Genus": "Phaonia",
"TaxonomyID": "2882611",
"Tags": "None",
"OrganismName": "Phaonia tiefii",
"NormalName": "None",
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{
"id": 4653,
"InsectBaseID": "IBG_03754",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Phasia",
"TaxonomyID": "1918144",
"Tags": "None",
"OrganismName": "Phasia obesa",
"NormalName": "None",
"SpeciesIntro": "Phasia obesa is a species of 'parasitic flies' belonging to the family Tachinidae subfamily Phasiinae.This fly is present across the palaearctic ecozone, British Isles, Czech Republic, Estonia, Hungary, Lithuania, Poland, Romania, Slovakia, Ukraine, Denmark, Finland, Norway, Sweden, Bosnia and Herzegovina, Bulgaria, Corsica, Croatia, Cyprus, Greece, Italy, Portugal, Serbia, Slovenia, Spain, Turkey, Austria, Belgium, France, Germany, Liechtenstein, Netherlands, Switzerland, Japan, Kazakhstan, Iran, Israel, Lebanon, Palestine, Mongolia, Morocco, Russia, China, Transcaucasia.The adults grow up to 4–6 millimetres (0.16–0.24 in) long. Their large compound eyes are reddish. Antenna, including arista, are black. The body is greyish, with four longitudinal black bands interspersed with clear bands of the same thickness on mesonotum. The side of thorax shows black setae. The abdomen is black. The large wings show a light brownish shading. The cell R5 is closed at the edge. Basicostae are black. In the males eyes are separated by a distance narrower than the ocellar triangle.Adults can mostly be encountered from June through September feeding on nectar of flowers (especially of Asteraceae species).Larvae of Phasia obesa are parasitoids on adults or nymphs of various species of plant bugs (Neottiglossa sp. and Zicrona caerulea Pentatomidae, Leptopterna dolabrata and Beosus maritimus Miridae, Lygus pratensis, Lygus rugulipennis Lygaeidae, Myrmus miriformis Rhopalidae, etc.).This article related to members of the fly subfamily Phasiinae is a stub. You can help Wikipedia by expanding it.",
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"InsectBaseID": "IBG_03755",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Phengaris",
"TaxonomyID": "203774",
"Tags": "None",
"OrganismName": "Phengaris alcon alcon",
"NormalName": "None",
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{
"id": 4655,
"InsectBaseID": "IBG_03756",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Phengaris",
"TaxonomyID": "203779",
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"OrganismName": "Phengaris arion",
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"SpeciesIntro": "The large blue (Phengaris arion) is a species of butterfly in the family Lycaenidae. The species was first defined in 1758 and first recorded in Britain in 1795. In 1979 the species became mostly extinct in Britain but has been successfully reintroduced with new conservation methods. The species is classified as \"near threatened\" on the IUCN Red List of Threatened Species. Today P. arion can be found in Europe, the Caucasus, Armenia, western Siberia, Altai, north-western Kazakhstan and Sichuan.The large blue can be distinguished by its unique speckled black dots on its wings with a blue background.The large blue butterfly is well known in behavioural ecology as it is a brood parasite of a single species of red ant, Myrmica sabuleti.Large blue caterpillars grow to about half an inch (13 millimetres) in length, and spend up to 9 months before they undergo metamorphosis to a chrysalis to become a butterfly. Large blue butterflies are one of the largest in the family Lycaenidae, known as the gossamer-winged butterfly, with a wingspan of up to 2 inches (51 millimetres), and live only for a few weeks. The wings of the large blue butterfly are speckled with black dots.[citation needed]L. arion L. (83 c). Larger, above of a lighter and more shining blue [than arcas] , with a row of black spots across both wings, the spots being sometimes obsolete only on the hindwing of the male. At once recognized by the large number of ocelli on the underside, especially on the hindwing, and by the bright blue dusting of the base beneath. Europe and Anterior Asia, from North Europe, the Baltic provinces, and England to the Mediterranean (Corsica), and from Spain to Armenia and South Siberia. In ab. unicolor Hormuz. the upperside is entirely blue, all the black spots with the exception of the discocellular one being absent. ab. arthurus Melvill is without ocelli beneath. In ab. jasilkowskii Hornuz the ocelli are absent beneath in the cell as in euphemus, from which this aberration is at once distinguished by its blue-green basal scaling on the underside. In ab. coalescens Gillm. the black spots of the upperside are confluent. — Quite a number of local forms have been separated Northern specimens, which are feebly spotted, are named alconides by Aurivillius. — obscura Christ. (83 c) is an alpine form in which the whole outer half of the wings above is black or dark brown; it occurs typically in the High Alps, being locally very plentiful, e. g. at Bergun, Zermatt, Stilvio and at many places in the Alpes Maritimes. This darkened form occurs also in the Ural (= ruehli Krulik.) — In the South two aberrant forms have been found, namely ligurica Wagn., at the Eiviera between San Remo and Bordighera, with a conspicuous row of white marginal ocelli on the upperside of the hindwing, and aldrovandus S. L., from the Vesuvius, the underside darkened with brown. — cyanecula Stgr. [ now species Phengaris cyanecula (Eversmann, 1848)] (83 d) is an Asiatic form, from the Caucasus to Mongolia, with the metallic blue green dusting of the hindwing beneath being abundant, bright, and extending almost to the distal edge. — Egg very flat semiglobular, pale bluish white, deposited on Thymus which just begins to flower. Larva adult pale ochreous, with a pale lilac tinge at the sides; head ochreous, marked with black anteriorly; prothoracic plate black; feeds until the autumn on Thyme, then disappears and is found full grown the next June in the nests of ants. It is therefore suggested that the ants feed it up (Frohawk) and perhaps also protect the pupae. The chrysalis the colour of amber except for the wing-cases, smooth, somewhat elongate, without web. The butterflies occur usually singly, being locally frequent on open ground, on broad roads through shrubby woods, flying about 1 m above the ground. They rest with closed wings, particularly on Thymes and Scabious. On the wing from the end of June into August.The large blue butterfly is found from coast to coast of the Palearctic realm, but is most concentrated in the areas from France to China.The habitat of the large blue butterfly is largely influenced by location of its food sources. The species requires a combination of abundant amounts of its larval food plant, Thymus drucei and the presence of Myrmica sabuleti ants in order to survive.It has also been found that an underlying key factor for the survival of the large blue is site heterogeneity. The butterfly is most abundant in pastures and abandoned areas of diverse vegetation and shrubbery. This preference can be explained by examining the result of a uniform landscape. A constant landscape synchronizes many biological activities including flowering of host plants, adult emergence dates, or larval pressures on the ant colonies. If important biological functions take place at the same times, the population becomes much more susceptible to random unfortunate events such as environmental disasters. Thus traditional farming acts to desynchronize the biological system, and allows for re-colonization of patches that are temporarily untouched. The presence of differing sites and varied ecological structures provides differing microclimates that can make a huge impact on the survival of the large blue butterfly.In the late 1900s, Phengaris populations began decreasing drastically throughout Europe with the large blue butterfly being particularly affected. By the 1950s, only an estimated 100,000 adults remained in Britain, and by 1978, 48% of the UK's 91 known large blue populations had been lost. Initially experts were completely baffled by the disappearance of large blues as the sites did not appear to have changed. Leading hypotheses targeted collectors, insecticides, and air pollution as factors that led to the butterfly extinction. A large number of projects were conducted to combat these factors, but all were completely unsuccessful. The species became extinct in the Netherlands in 1964, in the UK in 1979. In Belgium, it had been considered extinct until 1996, when a recolonized population was discovered in the south of the country. Severe decreases in population have also occurred in Denmark, Germany, France, and Estonia. Because of this decline they are being protected. The succession of extinctions and decreases in population has been characterized as a result of unsuccessful conservation efforts that stemmed from a lack of understanding of the behaviour of the butterfly.",
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"Busco": "C:99.85%[S:99.78%,D:0.07%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "544.505416",
"GenomeGC": "21.14207162",
"SeqNumber": "30",
"N50": "23974.698",
"PCGnumber": "43285",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4656,
"InsectBaseID": "IBG_03757",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Philaethria",
"TaxonomyID": "33463",
"Tags": "None",
"OrganismName": "Philaethria dido",
"NormalName": "None",
"SpeciesIntro": "Philaethria dido, the scarce bamboo page or dido longwing, is a butterfly in the family Nymphalidae. It is found in Central America and tropical South America, both east and west of the Andes, from Brazil and Ecuador northwards to Mexico. Strays can sometimes be found in the lower Rio Grande Valley in southern Texas.The butterflies have a wingspan of about 110 mm (4.3 in), and in Mexico are on the wing from July to December. The upper surface of the wings is black patterned with translucent green patches. The underside is similar with some brown streaks with gray scales. Philaethria dido is often confused with Siproeta stelenes. They have a similar coloration, but their wing shapes are different and whereas P. dido flies high in the canopy, S. stelenes is often to be seen in forest clearings and open secondary forest.Three subspecies are recognized. Philaethria dido chocoensis is found only on the western side of the Andes, its range extending from Ecuador to the Chocó region in northwestern Colombia. Philaethria dido dido inhabits tropical rainforests of South America east of the Andes, from Colombia to Bolivia. Philaethria dido panamensis lives only in Panama, from San Blas to ChiriquíPhilaethria dido chocoensis is endemic to land west of the Andes, its range extending from the western parts of Ecuador to the Chocó region in northwestern Colombia. Philaethria dido dido has a more widespread distribution and is native to tropical forests in South America to the east of the Andes. Its range extends from Brazil to Bolivia and Colombia and northward to Mexico. Stray butterflies have occasionally been observed in the lower part of the valley of the Rio Grande in Texas. This butterfly's flight is fast and direct and it mainly flits through the canopy and along the courses of streams, but it may also be seen in clearings and sunlit glades. It is present in tropical rainforests at altitudes from zero up to 1200 metres (4000 ft) but it is absent from deciduous forests.Philaethria dido feeds on nectar that it obtains from the flowers of forest trees such as Cissus. The males normally fly high in the canopy but sometimes descend to sunlit stream sides or gravel beaches besides rivers to sip mineral-rich water. Females often fly at about 4 m (13 ft) off the ground, dipping down at intervals to inspect potential egg-laying sites on species of passion flower. The eggs are laid on the under sides of the leaves on species including Passiflora laurifolia, P. vitifolia, P. edulis, and P. ambigua. The larvae are light green with a covering of reddish spines. The pupa is brown blotched with grey, has a rough warty surface and resembles a bird dropping.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033558755.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.95%[S:97.66%,D:0.29%],F:1.24%,M:0.80%,n:1367",
"GenomeSize": "393.615655",
"GenomeGC": "16.9950997",
"SeqNumber": "6926",
"N50": "265.392",
"PCGnumber": "23511",
"Swissnumber": "None",
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{
"id": 4657,
"InsectBaseID": "IBG_03758",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Philereme",
"TaxonomyID": "873512",
"Tags": "None",
"OrganismName": "Philereme transversata",
"NormalName": "None",
"SpeciesIntro": "Philereme transversata, the dark umber, is a moth of the family Geometridae. It is found in much of the Palearctic realm.The wingspan is 29–37 mm. Variable in colour but generally very constant in markings, forewing with all the lines sharply angulated near the costa, the postmedian with an unusually long, double projection at the first radial. The ground-colour is bright ochreous brown or dark brown, the lines darker, the median band sometimes almost dissolved into lines but oftener more or less solid, at times quite blackish. — ab. hastedonensis Lamhill. is a melanotic form in which the brown ground-colour of the type form is in a large measure replaced by blackish. Described from Belgium, but occurs also near London. — japanaria Leech is lighter, with the median area of the forewing not or not appreciably darkened. Oiwake, Japan. There is one generation per year with adults on wing from the beginning of June to August.The larvae feed on buckthorn (Rhamnus cathartica). The larvae can be found from the end of April to June. The caterpillar has two forms, one pale green and the other dark brown and cream. It overwinters as an egg.This Phileremini moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963924445.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.12%,D:0.73%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "591.768722",
"GenomeGC": "19.70306957",
"SeqNumber": "58",
"N50": "29476.098",
"PCGnumber": "39101",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4658,
"InsectBaseID": "IBG_03759",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Philonicus",
"TaxonomyID": "468783",
"Tags": "None",
"OrganismName": "Philonicus albiceps",
"NormalName": "None",
"SpeciesIntro": "Philonicus albiceps is a species of 'robber fly' belonging to the family Asilidae. It is a Palearctic species with a limited distribution in Europe Philonicus albiceps is light yellowish grey, often with darker markings. The legs are black. It has a scutellum with two pale marginal bristles and an ovipositor with a circlet of short spines\".The habitat is coastal sand dunes, sitting on bare sand among marram (more rarely at sandy places inland). Prey species include other dipteran species, including smaller asilids, Hymenoptera and Odonata.This article related to members of the fly family Asilidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963969385.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.49%,D:0.29%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "253.934187",
"GenomeGC": "26.51413021",
"SeqNumber": "29",
"N50": "57530.495",
"PCGnumber": "32578",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4659,
"InsectBaseID": "IBG_03760",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Philonthus",
"TaxonomyID": "878362",
"Tags": "None",
"OrganismName": "Philonthus spinipes",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963082785.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:98.54%,D:1.32%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "671.08243",
"GenomeGC": "16.43730681",
"SeqNumber": "31",
"N50": "27346.3",
"PCGnumber": "45881",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4660,
"InsectBaseID": "IBG_03761",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Philopedon",
"TaxonomyID": "202117",
"Tags": "None",
"OrganismName": "Philopedon plagiatum",
"NormalName": "None",
"SpeciesIntro": "Philopedon plagiatum, the marram weevil, is a species of broad-nosed weevil in the beetle family Curculionidae. It originates in Western Europe, with a distribution which includes Portugal, Spain, France, Ireland, Great Britain, Belgium, the Netherlands, Germany, Denmark, Norway, Sweden, Finland, Estonia, Latvia, Lithuania, Poland, Czech Republic, Slovakia, Russia, Ukraine, Hungary, Greece, Switzerland and Italy. It has been introduced into North America, first recorded in 1940. It is now established in the Maritime Region of Canada and the northeastern United States.This Entiminae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963971165.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.98%[S:98.54%,D:0.44%],F:0.66%,M:0.37%,n:1367",
"GenomeSize": "1080.348791",
"GenomeGC": "18.89862984",
"SeqNumber": "375",
"N50": "132169.332",
"PCGnumber": "100893",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4661,
"InsectBaseID": "IBG_03762",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Philophylla",
"TaxonomyID": "472889",
"Tags": "None",
"OrganismName": "Philophylla caesio",
"NormalName": "None",
"SpeciesIntro": "Philophylla caesio is a species of fly in the family Tephritidae, the gall flies. It is found in the Palearctic. The larvae mine the leaves of Urtica.This Trypetinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963971545.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:98.90%,D:0.66%],F:0.22%,M:0.22%,n:1367",
"GenomeSize": "777.445867",
"GenomeGC": "22.44955892",
"SeqNumber": "81",
"N50": "124272.521",
"PCGnumber": "99688",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4662,
"InsectBaseID": "IBG_03763",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Phortica",
"TaxonomyID": "106234",
"Tags": "None",
"OrganismName": "Phortica magna",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037044515.1",
"GenomeLevel": "Scaffold",
"Busco": "C:78.94%[S:77.62%,D:1.32%],F:1.24%,M:19.82%,n:1367",
"GenomeSize": "147.792232",
"GenomeGC": "27.24421335",
"SeqNumber": "3373",
"N50": "230.232",
"PCGnumber": "16111",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4663,
"InsectBaseID": "IBG_03764",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Phortica",
"TaxonomyID": "462257",
"Tags": "None",
"OrganismName": "Phortica okadai",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_034638295.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.95%[S:96.85%,D:1.10%],F:0.07%,M:1.98%,n:1367",
"GenomeSize": "263.502982",
"GenomeGC": "19.23980921",
"SeqNumber": "59",
"N50": "47452.621",
"PCGnumber": "22970",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4664,
"InsectBaseID": "IBG_03765",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Phorticella",
"TaxonomyID": "3079902",
"Tags": "None",
"OrganismName": "Phorticella flavipennis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037040045.1",
"GenomeLevel": "Scaffold",
"Busco": "C:63.06%[S:62.84%,D:0.22%],F:28.90%,M:6.36%,n:1367",
"GenomeSize": "288.065709",
"GenomeGC": "29.23505796",
"SeqNumber": "402106",
"N50": "1.117",
"PCGnumber": "46769",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4665,
"InsectBaseID": "IBG_03766",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Phylloecus",
"TaxonomyID": "2816400",
"Tags": "None",
"OrganismName": "Phylloecus linearis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030142575.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.86%[S:99.71%,D:0.15%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "146.137528",
"GenomeGC": "33.68690758",
"SeqNumber": "6038",
"N50": "711.25",
"PCGnumber": "18154",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
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"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4666,
"InsectBaseID": "IBG_03767",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Phylloecus",
"TaxonomyID": "2816401",
"Tags": "None",
"OrganismName": "Phylloecus xanthostoma",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030142555.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.64%[S:99.49%,D:0.15%],F:0.37%,M:0.00%,n:1367",
"GenomeSize": "145.437537",
"GenomeGC": "33.68325813",
"SeqNumber": "6288",
"N50": "741.25",
"PCGnumber": "17864",
"Swissnumber": "None",
"GOnumber": "None",
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"miRNAnumber": "None",
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},
{
"id": 4667,
"InsectBaseID": "IBG_03768",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Phymatocera",
"TaxonomyID": "362106",
"Tags": "None",
"OrganismName": "Phymatocera aterrima",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963170745.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:99.85%,D:0.07%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "280.17939",
"GenomeGC": "27.16689511",
"SeqNumber": "213",
"N50": "12585.458",
"PCGnumber": "24180",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4668,
"InsectBaseID": "IBG_03769",
"Order": "Diptera",
"Family": "Conopidae",
"Genus": "Physocephala",
"TaxonomyID": "1219160",
"Tags": "None",
"OrganismName": "Physocephala rufipes",
"NormalName": "None",
"SpeciesIntro": "Physocephala rufipes is a species of fly from the genus Physocephala in the family Conopidae. Their larvae are endoparasites of bumble bees of the genus Bombus. It is common throughout much of Europe.This article related to members of the muscomorph flies superfamily Conopoidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963966595.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.17%[S:94.66%,D:0.51%],F:0.59%,M:4.24%,n:1367",
"GenomeSize": "243.323581",
"GenomeGC": "23.78252645",
"SeqNumber": "288",
"N50": "41882.264",
"PCGnumber": "23938",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4669,
"InsectBaseID": "IBG_03770",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Pieris",
"TaxonomyID": "876065",
"Tags": "None",
"OrganismName": "Pieris mannii",
"NormalName": "None",
"SpeciesIntro": "Pieris mannii (southern small white) is a butterfly in the family Pieridae.The length of the forewings is 19–25 mm.P. manni Mayer and rossii Stef [Pieris rapae var. rossii Stefanelli, 1900] are treated by us as forms of a separate species in accordance with the observations of Count Emilio Turati communicated to us by letter. The larva is not yet known, but the shape of the pupa appears to afford sufficient proofof the specific distinctness of the insect. The pupa is not greenish as the rapae-pupa, but whitish with a reddish tint, being without dark dots and other markings. The spring-form manni differs from rapae gen. vern. metra in the underside being much lighter', and the black markings, especially above, being much more extended. — The summer-form rossii Stef. (20 d) is beneath not much lighter than manni, and also above the black markings are only slightly reduced, though being dusted with white. The species occurs in Italy, the Tyrol, South-Western Europe, according to Elwes also in Tura, according to the material before us in the Taurus, and probably also in other districts of Asia.The butterfly flies from March to October depending on the location.The larva feeds on Cruciferae, especially Iberis sempervirens and Sinapis.Compared to Pieris rapae, the cabbage-pest small white, the forewing spot is larger and squarish or even crescent-shaped rather than round. The apex marking extends further down the outer margin, reaching as far as the spot.Until recently P. mannii has been confined to South Europe, Asia Minor, Morocco and Syria. It was first found north of the Alps in France and in Germany in 2008 and has since gradually extended its range in these two countries. It was first sighted in the southern Netherlands in 2015.",
"Intro_from": "",
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"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_029001895.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:99.41%,D:0.51%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "300.911537",
"GenomeGC": "23.51545298",
"SeqNumber": "96",
"N50": "12194.447",
"PCGnumber": "27545",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
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"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4670,
"InsectBaseID": "IBG_03771",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Pieris",
"TaxonomyID": "270461",
"Tags": "None",
"OrganismName": "Pieris melete",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963693345.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.27%[S:94.95%,D:4.32%],F:0.00%,M:0.73%,n:1367",
"GenomeSize": "319.999339",
"GenomeGC": "22.98809498",
"SeqNumber": "376",
"N50": "2665.757",
"PCGnumber": "29917",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4671,
"InsectBaseID": "IBG_03772",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Pimpla",
"TaxonomyID": "2184727",
"Tags": "None",
"OrganismName": "Pimpla rufipes",
"NormalName": "None",
"SpeciesIntro": "Pimpla rufipes, the black slip wasp, is a species of wasp belonging to the family Ichneumonidae. It is distributed across Europe, Asia, and northern Africa.The species Pimpla rufipes has several synonyms, which include Pimpla hypochondriaca and Pimpla instigator. Pimpla instigator (Fabricius, 1793) has been permanently rejected under the International code of Zoological Nomenclature, since the original name Ichneumon instigator Fabricius, 1793 is a junior homonym of Ichneumon instigator Rossius, 1790, which represents a pimpline species outside of the genus Pimpla.This species can be found in the following countries: Afghanistan, Albania, Algeria, Armenia, Austria, Azerbaijan, Azores, Belarus, Belgium, Bulgaria, China, Croatia, Cyprus, Czech Republic, Denmark, Egypt, Estonia, Finland, France, Georgia, Germany, Greece, Hungary, India, Iran, Ireland, Italy, Japan, Kazakhstan, Korea, Kyrgyzstan, Latvia, Libya, Lithuania, Macedonia, Madeira Islands, Malta, Moldova, Mongolia, Morocco, Netherlands, Norway, Poland, Romania, Russia, Serbia & Montenegro , Slovakia, Spain, Sri Lanka, Sweden, Switzerland, Tajikistan, Tunisia, Turkey, Turkmenistan, Ukraine, United Kingdom, and Uzbekistan. These wasps mainly inhabit hedgerows and vegetated areas.Pimpla rufipes can reach a length of about 15 mm (0.59 in) with a rather slender body. These wasps are generally black with bright orange legs. The hind legs are larger than the other pairs. The ovipositor is straight, quite short and thick, however the male Pimpla rufipes does not have an ovipositor. These wasps are often mistaken for Apechthis compunctor due to having similar size, and the males of both of the species are indistinguishable from photographs. The main key difference between these two species is the ovipositor: Pimpla rufipes females have a straight ovipositor while Apechthis compunctor females have curved ovipositors.The front wing of Pimpla rufipes is 5.5 to 15 mm long. Its hind tibia is without a pale submedian band and the abdomen is finely mat to subpolished, usually rather closely dotted with tiny holes. Its first tergite is long, with a prominent dorsal hump centered just beyond the middle. The upper valve of ovipositor is also not or only weakly flattened.A parasitoid of butterfly and moth larvae and pupae, laying an egg in each one. Pimpla rufipes have preferences in choosing their hosts that are affected by various factors. Research was conducted on cylinders which represent the hosts Pimpla rufipes would normally puncture. The first factor is the texture of the host; smooth cylinders were punctured more often than cylinders that had been roughened with sandpaper. The second factor is colour; the wasps discriminated between yellow and blue cylinders and could remember to associate the colours as a presence of a host, where blue was inherently preferred over yellow. The last known factor is whether or not a cylinder/host is open or closed ended, where only cylinders that were close ended were frequently punctured. These factors are tested by the female wasp using its antennae which send vibrations to make the object resonate before determining if the host will make for a suitable oviposition site. It is still unknown how these vibrations are created from the antennae, and the antennae are not utilized as drumsticks. However it is known that the wasp does not use a stridulatory organ to generate these noises. This is all part of Pimpla rufipes exploratory behaviour, and acoustic probing allow the females to find and locate prey.Pimpla rufipes is a idiobont endoparasitoid which means that hosts do not mature after parasitisation. Pimpla rufipes goes through five stages as a larva. At its first instar, the larva is already very big, which is why the female can only carry few eggs at a time. Pimpla rufipes goes through morphogical changes at every instar, which mostly last 24 hours each, although the fifth and last instar lasts for around 9 days on average.The larvae and adult versions of Pimpla rufipes feed on different food. The main hosts of this parasitic wasp are the large white butterfly (Pieris brassicae) and the spongy moth (Lymantria dispar). The larvae feed on the hosts that have been through parasitisation, one example of which is the tomato moth, Lacanobia oleracea. On the other hand, adults mainly feed on flowers.Pimpla rufipes is known to have a substantial amount of venom which is cytotoxic (causing cell death) and can paralyze its hosts. This paralysis of its hosts is due to a paralytic substance called pimplin in its venom, which allows for an easy oviposition. Furthermore the venom of Pimpla rufipes has antibacterial properties to prevent bacterial entry into the host, similarly to other idiobont species.",
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{
"id": 4672,
"InsectBaseID": "IBG_03773",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Plagiodera",
"TaxonomyID": "154017",
"Tags": "None",
"OrganismName": "Plagiodera versicolora",
"NormalName": "None",
"SpeciesIntro": "Plagiodera versicolora is a species of leaf beetle (subfamily Chrysomelinae) in the genus Plagiodera.Plagiodera versicolora grows to 2.5 - 4.8 mm in length and is metallic blue or green, occasionally purplish to black in colour.Plagiodera versicolora lives in various habitats, but usually near water. Adults feed on leaves and pollen of willow and poplar trees, especially Salix fragilis ('crack willow'). It is predated by the shieldbug Zicrona caerulea, several ladybird species and the larva of a hoverfly (Parasyrphus sp.).Adults overwinter under logs, loose bark and among vegetable litter near the host plant and become active during April. Fully developed larvae may be found from June onwards and pupation occurs under the leaves of the host plant. Freshly emerged adults occur from mid-July and fly in hot weather, occasionally found far from their hosts, especially along river margins.It is fairly common in central and southern England, with scattered records from Wales and Ireland and no records from Scotland. It has been introduced in North America.",
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{
"id": 4673,
"InsectBaseID": "IBG_03774",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Plagodis",
"TaxonomyID": "934889",
"Tags": "None",
"OrganismName": "Plagodis dolabraria",
"NormalName": "None",
"SpeciesIntro": "Plagodis dolabraria, the scorched wing, is a moth of the family Geometridae. The species was first described by Carl Linnaeus in 1767. It is found throughout Europe and through the Palearctic, east to Transcaucasia, south east Siberia and Japan.The wingspan is 28–32 mm. The length of the forewings is 16–19 mm. Forewing with innumerable fine, slightly oblique, transverse striae, no distinct lines; the postmedian on both wings indicated by a thick dark fuscous shade posteriorly, distally to which (especially on hindwing) there is an ill defined purplish blotch reaching to the hinder angle. Ab. atrox Zerny is a melanotic form, forewing mostly dark chestnut brown, towards the base and hinder angle black.The moth flies in one generation from the beginning of May to mid-July .The larva is twig like, brownish and variegated. The thorax is darker dorsally, there is a hump on the 5th abdominal and a transverse mark near the tail is also dark.The larva feeds on various deciduous trees such as oak, birch and sallow.This Ourapterygini-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_963854805.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.41%,D:0.59%],F:0.00%,M:0.00%,n:1367",
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"SeqNumber": "60",
"N50": "32423.364",
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{
"id": 4674,
"InsectBaseID": "IBG_03775",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Plagodis",
"TaxonomyID": "688490",
"Tags": "None",
"OrganismName": "Plagodis pulveraria",
"NormalName": "None",
"SpeciesIntro": "Plagodis pulveraria, the barred umber, is a moth of the family Geometridae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is found throughout much of the Palearctic realm from Ireland to Japan, and in the Nearctic realm (Canada).The wingspan is 28–33 mm. The length of the forewings is 17–19 mm. \"Variable, but always showing more or less of a reddish tone, with no markings except the rather straight antemedian and posteriorly strongly incurved postmedian lines of the forewing. The median area in the name-typical form is darkened. — ab. passetii Th.-Mieg is violaceous grey instead of reddish brown, the median band sharply expressed. - ab. marginepurpuraria Bastelb. is deeper red, the median area of forewing and basal half of hindwing more orange-, the rest more purple-tinged, lines thick, antemedian rather curved, postmedian less broad anteriorly than in the type. Rather small and round-winged. Rheingau - ab. unicolor Hirschke has both wings uniform brown, dark-dusted, without lines or band. - gadmensis Ratzer is a rather small, brighter (yellower) brown form from Switzerland (Gadmenthal), with the median area almost or quite concolorous, the lines remaining.- violacearia Graeser (15 h), from Amurland, is a very small form, coloured nearly like marginepurpuraria, which must perhaps sink to it, but the thick lines are described as dark violet and it is not indicated that their form differs from the normal; compare, however, the following form. -japonica Btlr. is a small race, or possibly distinct species, from Japan and Korea, bright deep red-brown, the median area as broad posteriorly as anteriorly, not differentiated in colour, the lines which bound it deeper red brown, the postmedian only projecting a little in the middle. Line on hindwing continued nearly to the costal margin, straighter than in marginepurpuraria, which also shows this peculiarity.\"The moth flies in two generations from mid-March to August.The larva feeds on various deciduous trees such as oak, birch and sallow.This Ourapterygini-related article is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:99.92%[S:99.41%,D:0.51%],F:0.07%,M:0.00%,n:1367",
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{
"id": 4675,
"InsectBaseID": "IBG_03776",
"Order": "Hemiptera",
"Family": "Pseudococcidae",
"Genus": "Planococcus",
"TaxonomyID": "170843",
"Tags": "None",
"OrganismName": "Planococcus citri",
"NormalName": "None",
"SpeciesIntro": "Planococcus citri, commonly known as the citrus mealybug, is a species of mealybugs native to Asia. It has been introduced to the rest of the world, including Europe, the Americas, and Oceania, as an agricultural pest. It is associated with citrus, but it attacks a wide range of crop plants, ornamental plants, and wild flora.Mealybugs are sexually dimorphic. The adult female citrus mealybug is about 3 mm (0.12 in) long with a white, brownish, or pink body covered in white wax. The edges of the body are lined with waxy filaments. It has a light gray longitudinal line down its back. Its legs and antennae are brown. The adult female lacks wings and resembles a nymph. The adult male is slightly larger, has long wax filaments on the posterior end of the body, and has functional wings. In flight the male resembles a gnat.The female deposits masses of eggs on plants. The masses, known as ovisacs, are covered in fluffy, cottony layers of wax filaments. The ovisac can contain up to 20 shiny yellowish, pink, or amber eggs each about 0.3 mm (0.012 in) long. The first-instar nymph is called a crawler. It is yellowish with red eyes and has a wax coating. Crawlers are active and gregarious. The female nymph resembles the adult female, while the male nymph is longer and narrower. As they develop, the female nymph progresses through more instars than the male, and the male undergoes a pre-pupal stage. The male constructs a cottony cocoon for pupation, and the female does not.The citrus mealybug looks very similar to the vine mealybug (Planococcus ficus), and the two species are mainly distinguished by the arrangement of pores and tubular ducts on the tiny body of the female. This similarity can pose a problem in agriculture. For example, when growers are ready to attempt biological pest control of either mealybug, the use of molecular analysis is recommended to confirm the identity of the species so an appropriate parasitoid can be employed.Planococcus citri was first described in 1813 by the Niçard naturalist Antoine Risso. It belongs to the genus Planococcus in the mealybug family Pseudococcidae. They are classified under the superfamily Coccoidea (scale insects) in the order Hemiptera (true bugs).The longevity of the adult depends on temperature, but while females live for several weeks, males live fewer than three days in adult form. During this time, the male does not feed. It takes flight with its single pair of wings and seeks females. The female spends its longer lifetime feeding and producing eggs. Most other aspects of the life cycle depend on temperature, as well, including egg mortality, nymph mortality, rate of development, sex ratio, fecundity, and the length of the egg-laying period.During mating, the citrus mealybug is known to engage in \"triple coitus\"; a female may copulate with two males at the same time, and a third male may at least make attempts to join the process. Males spend the one or two days of their adult lives mating, and have been observed achieving copulation with up to 23 females, with an average of about nine.There are usually several generations per year. The mealybug is most common in spring and summer, its populations fluctuating according to temperature and available host plants. Peak abundance is noted in early summer in Florida citrus. Mealybugs infesting plants in the constant conditions of greenhouses have stable, steadily reproducing populations all year.All mealybug species investigated so far have endosymbionts: symbiotic bacteria that live inside their bodies and synthesize useful compounds such as amino acids that the insect can utilize. Most mealybugs examined contain the betaproteobacterium Tremblaya princeps (Candidatus Tremblaya princeps). Other bacterial taxa have recently been found in mealybugs, as well. The citrus mealybug has a nested endosymbiosis. Its resident T. princeps contain their own endosymbionts, the gammaproteobacterium Moranella endobia (Candidatus Moranella endobia). This \"matryoshka\" nested arrangement of a bacterium inside a bacterium inside an insect has been compared to the structure of a cell. T. princeps has almost no metabolic functions except for the production of amino acids, having lost the genes for most other life functions. It relies on M. endobia for energy, and is even unable to reproduce without it. T. princeps attracted attention when genetic analysis revealed that it has the smallest genome of any bacterium studied thus far. At 139 kilo-base pairs, it has only about 120 genes, which helps to explain why it cannot function without its endosymbiont.",
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{
"id": 4676,
"InsectBaseID": "IBG_03777",
"Order": "Coleoptera",
"Family": "Lycidae",
"Genus": "Platerodrilus",
"TaxonomyID": "2026625",
"Tags": "None",
"OrganismName": "Platerodrilus igneus",
"NormalName": "None",
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"NCBIassembly": "GCA_036346225.1",
"GenomeLevel": "Contig",
"Busco": "C:95.98%[S:95.10%,D:0.88%],F:0.00%,M:4.02%,n:1367",
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{
"id": 4677,
"InsectBaseID": "IBG_03778",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Platycheirus",
"TaxonomyID": "1352472",
"Tags": "None",
"OrganismName": "Platycheirus rosarum",
"NormalName": "None",
"SpeciesIntro": "Platycheirus rosarum is a species of hoverfly found in the Palearctic. Like its close relative Platycheirus granditarsus, it can be found in marshy meadows and ditches; indeed, the two species can often be found together. The flight time is between May and October, though it peaks in abundance in June and July.External imagesFor terms, see: Morphology of Diptera. Tergite 2 is black. Tergite 3 and sometimes tergite 4 have a divided whitish to yellowish band. Male metatarsus 1 lacks a protuberance. Wings have a violet sheen.See references for determination.Palearctic: Fennoscandia south to Iberia and the Mediterranean basin, Ireland eastward through Europe to European Russia and Siberia. Nearctic: Alaska to Nova Scotia and south to New Jersey.Habitat: River, stream and pond margins with tall herbaceous vegetation and fen. Around the periphery of bogs, Salix swamp.",
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"InsectBaseID": "IBG_03779",
"Order": "Hymenoptera",
"Family": "Platygastridae",
"Genus": "Platygaster",
"TaxonomyID": "2937334",
"Tags": "None",
"OrganismName": "Platygaster equestris",
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"InsectBaseID": "IBG_03780",
"Order": "Hymenoptera",
"Family": "Platygastridae",
"Genus": "Platygaster",
"TaxonomyID": "2937335",
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"OrganismName": "Platygaster orseoliae",
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"Busco": "C:83.39%[S:82.59%,D:0.80%],F:13.02%,M:3.51%,n:1367",
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{
"id": 4680,
"InsectBaseID": "IBG_03781",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Platypus",
"TaxonomyID": "298138",
"Tags": "None",
"OrganismName": "Platypus cylindrus",
"NormalName": "None",
"SpeciesIntro": "Platypus cylindrus, commonly known as the oak pinhole borer, is a species of ambrosia beetle in the weevil family Scolytinae. The adults and larvae burrow under the bark of mature oak trees. It is native to Europe.The adult oak pinhole borer is between 6 and 8 mm (0.2 and 0.3 in) long, being cylindrical In cross section (hence cylindrus) and, seen from above, shaped like a long, narrow rectangle. Its colour is very deep brown to black. The larvae are yellowish-white, legless grubs.The oak pinhole beetle is native to Europe. It used to be considered rare in Britain, but after the Great Storm of 1987, when many trees were blown down in southern England, it took advantage of the abundant supply of timber and became much more common.The oak pinhole borer infests mature trees, favouring stressed, dying or dead standing trees, fallen trees and logs; the insects choose a sick or moribund tree, but their activities do not kill trees. Besides oak trees, they can infest other hardwood trees, including beech, sweet chestnut, ash, elm and walnut. The adults can mature at any time of year but are at their most active from July to September. At this time of year, the male excavates a hole a few centimetres deep. The female goes inside and then emerges, with mating taking place on the surface of the bark. The female then re-enters the hole and the male follows. The female extends the tunnel further, working radially, and the male pushes the wood fragments out, leaving a pile of frass. This residue is fine and soft which distinguishes it from the more granular, coarser material produced by most wood-boring beetles. The walls of the gallery soon become covered with a layer of ambrosia fungi, spores having been introduced on the body surface of the beetles. This symbiotic fungus is only found in the galleries made by ambrosia beetles and provides them and their larvae with nourishment; they do not feed on the wood.After about four weeks of tunnelling, the female lays a batch of eggs, and lays further batches at irregular intervals during her two or three-year lifespan. She also continues tunnelling, and the branching galleries may extend for as much as 1.8 m (6 ft). The eggs hatch after two to six weeks. The larvae pass through four or five instar stages and feed on the ambrosia fungus. The later instars have powerful jaws and extend the tunnel system further, although they tunnel more slowly than the female; the frass they produce is coarser than that produced by adults. The larval stage lasts for about two years, then the larvae create small chambers in which they pupate, later emerging into the open air as adults without doing any more tunnelling. Several generations of beetle may occupy one tunnel system.The tunnels made by the oak pinhole borer are about 1.6 mm (0.06 in) in diameter and do not weaken the timber to any great extent. However, they do spoil the appearance of veneers, and the ambrosia fungus produces black staining. The beetles and larvae continue their tunnelling activities in stacked timber, and although at first they only burrow through the sapwood, later they move on to the heartwood. Insecticides have no effect on adults and larvae inside their tunnels, but kiln drying of the timber can kill them when the fungus is unable to survive the desiccation.",
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{
"id": 4681,
"InsectBaseID": "IBG_03782",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Plemyria",
"TaxonomyID": "934957",
"Tags": "None",
"OrganismName": "Plemyria rubiginata",
"NormalName": "None",
"SpeciesIntro": "Plemyria rubiginata, the blue-bordered carpet, is a moth of the family Geometridae found in Europe and across the Palearctic. The moth was first described by the Austrian lepidopterists Michael Denis and Ignaz Schiffermüller in 1775. The wingspan is 22–28 mm. The ground colour of the forewings is milky white. The basal field is light brown to black brown. A large light brown to black-brown stain on the costa near the centre stands out. The intensity and shape of this spot can vary. From the apex area runs a blue-grey marginal band which continues on the hindwings usually in an attenuated form. A thin white squiggly line is visible in this band. The forewings and hindwings each show a black discal fleck, which can be sometimes be very unclear. \"White, more glossy than in any succeeding species of the group, yet more thinly scaled than ocellata. Forewing with brown basal patch and anterior half of median band, both wings with more or less well-defined bluish-smoky distal border. — ab. parvula Retz. has, in addition a dark spot at the middle of the hindmargin of the forewing. — In ab. guttata Huene the median band is reduced to a mere spot surrounding the discal dot. — plumbata Curt. is a race which inhabits Scotland and the North of England. The median band is uninterrupted, or only very narrowly interrupted and the smoky dark bordering is usually intensified. Sometimes also there are traces of a narrow smoky band midway between the basal and median patches. — ab. fumosa Prout is an extreme aberration, not infrequent among the race plumbata, in which the ground-colour of the forewing is in part or wholly suffused with smoke-colour, sometimes so deeply as almost entirely to obliterate the markings. Hindwing also sometimes infuscated. — maritima Strand is given as a Norwegian race, smaller than the type, with the marginal band of the forewing black-grey, not or scarcely interrupted, etc. — dahurica Stgr. from Dauria and Japan, is yellowish white, with the basal and costal patches light brown, the dark borders weak.Adult caterpillars are greenish colored. On the dorsum and sides they have several yellowish lines and stripes. At the end of the body there are two short tips.The pupa is light green. Shortly before the hatching of the moths, the dark elements of the front wings shimmer through the wing sheaths.The moth flies from June to the beginning of September and the species overwinters as an egg in the fork of a twig..Larvae can be found from April to June and are easily beaten from the foodplant by day.They feed on many kinds of trees and bushes, including alder (Alnus glutinosa), blackthorn (Prunus spinosa), birches (Betula species), hawthorn (Crataegus monogyna), plum (Prunus domestica) and apple (Malus domestica).Preferred habit are areas of hedges, forests, orchards and gardens.The distribution area extends through western and central Europe including the British Isles, and continues through the temperate zone of the Palearctic to the Russian Far East Siberia and Japan. It rises to an elevation of 1500 metres in the Alps.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963576535.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:99.63%,D:0.29%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "356.234577",
"GenomeGC": "23.28134728",
"SeqNumber": "46",
"N50": "12846.343",
"PCGnumber": "25317",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4682,
"InsectBaseID": "IBG_03783",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Plodia",
"TaxonomyID": "58824",
"Tags": "None",
"OrganismName": "Plodia interpunctella v3",
"NormalName": "None",
"SpeciesIntro": "Many, see textThe Indianmeal moth (Plodia interpunctella), also spelled Indian meal moth and Indian-meal moth, is a pyraloid moth of the family Pyralidae. Alternative common names are hanger-downers, weevil moth, pantry moth, flour moth or grain moth. The almond moth (Cadra cautella) and the raisin moth (Cadra figulilella) are commonly confused with the Indian-meal moth due to similar food sources and appearance. The species was named for feeding on Indian meal or cornmeal, and does not occur natively in India. It is also not to be confused with the Mediterranean flour moth (Ephestia kuehniella), another common pest of stored grains.P. interpunctella larvae (caterpillars) are commonly known as waxworms. It is important to note that they are not the same species as the waxworms often bred as animal feed. Rather, they are a common grain-feeding pest found around the world, consuming cereals, fruits, and similar products. Substantial efforts have been taken in the United States to control the moth's damage to grain crops.The larvae of this species have the ability to bite through plastic and cardboard so even sealed containers may be infested. Once found, the moths are difficult to eradicate.The last larval instar is also able to travel long distances before pupating; so a new infestation site may develop far from the last pupation site. In addition to food sources, this species can reproduce and pupate on clothing and any source of clothing must be inspected to prevent reinfestation.Plodia interpunctella is found on every continent in tropical habitats, excluding Antarctica. Within the United States, the moth is most commonly found in Florida, where it thrives in the tropical habitat. The moth lives in a wide range of conditions, making it a persistent pest. It is often found at food storage facilities worldwide, specifically in grain bins or grain storage buildings.The Indian-meal moth is the only known living species of the genus Plodia. It is closely related to the genera Cadra and Ephestia, which include other pest species like E. kuehniella, also known as the \"flour moth\".The species has been described under a number of junior synonyms, which may occasionally still be found in non-entomological sources.The common name, \"Indian-meal moth\", for this species was coined by Asa Fitch, an entomologist employed by the state of New York in the 19th century. In a report published in 1856, Fitch discussed the species, noting that the larvae had been observed to infest stores of cornmeal, which at the time was referred to as \"Indian meal\".",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_027563975.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.49%,D:0.44%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "291.316876",
"GenomeGC": "25.78926426",
"SeqNumber": "45",
"N50": "10311.656",
"PCGnumber": "21703",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4683,
"InsectBaseID": "IBG_03784",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Plusia",
"TaxonomyID": "254382",
"Tags": "None",
"OrganismName": "Plusia festucae",
"NormalName": "None",
"SpeciesIntro": "Plusia festucae (gold spot) is a species of moth of the family Noctuidae. It is found throughout the Palearctic realm from Ireland to Japan.The wingspan is 34–46 mm. Forewing deep golden brown, with a golden metallic sheen at base of costa, on inner margin of median area, and on an oblique patch before apex; lines all oblique, dark brown; veins dark brown; at base of vein 2 a large silvery rounded blotch, with a smaller, more elongate, one beyond it; the lowest streak of the apical blotch, below vein 6, and a spot at base of costa are also silvery; hindwing bronzy fuscous, with pinkish fringe.The moth flies from June to September depending on the location.Larva green; dorsal line dark green, edged with white; subdorsal and lateral lines white; spiracular yellowish; head green. The larvae feed on Carex, Sparganium erectum, Iris pseudacorus and Alisma. Pupates in a whitish cocoon on the underside of a blade of grass, doubled over for the purpose.This Plusiinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_950381575.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.71%,D:0.22%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "422.553914",
"GenomeGC": "24.13181765",
"SeqNumber": "38",
"N50": "14669.375",
"PCGnumber": "29629",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4684,
"InsectBaseID": "IBG_03785",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Pocota",
"TaxonomyID": "2867115",
"Tags": "None",
"OrganismName": "Pocota personata",
"NormalName": "None",
"SpeciesIntro": "Pocota personata is a species of European hover fly.England.This article relating to Milesiini is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963082735.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.35%[S:98.76%,D:0.59%],F:0.22%,M:0.44%,n:1367",
"GenomeSize": "845.253571",
"GenomeGC": "22.42167505",
"SeqNumber": "266",
"N50": "247560.496",
"PCGnumber": "60104",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4685,
"InsectBaseID": "IBG_03786",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Poecilus",
"TaxonomyID": "270614",
"Tags": "None",
"OrganismName": "Poecilus cupreus",
"NormalName": "None",
"SpeciesIntro": "Poecilus cupreus is a species of woodland ground beetle in the family Carabidae. It is native to the Palearctic, and is widespread throughout Europe.These four subspecies belong to the species Poecilus cupreus:This Harpalinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963942605.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.12%,D:0.44%],F:0.00%,M:0.44%,n:1367",
"GenomeSize": "748.493741",
"GenomeGC": "15.26547955",
"SeqNumber": "2818",
"N50": "28467.149",
"PCGnumber": "55674",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4686,
"InsectBaseID": "IBG_03787",
"Order": "Coleoptera",
"Family": "Cerambycidae",
"Genus": "Pogonocherus",
"TaxonomyID": "1143099",
"Tags": "None",
"OrganismName": "Pogonocherus hispidulus",
"NormalName": "None",
"SpeciesIntro": "Pogonocherus hispidulus, the greater thorn-tipped longhorn beetle, is a species of flat-faced longhorns beetle in the family Cerambycidae.Pogonocherus hispidulus can reach a length of 5–8 millimetres (0.20–0.31 in). The basic color of the body is gray-black, with a wide whitish transverse band on scutellum. It has white marked antennae and a long tooth at the apex of each elytron. Adults can be found from April until August. The larvae are polyphagous, feeding in deciduous trees on small dead branches and dead twigs. The development usually takes two years.This beetle is present in most of Europe, in Caucasus, Russia, the Near East and in Turkey.This species lives on deciduous trees and shrubs.This Pogonocherini article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963924545.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:99.05%,D:0.59%],F:0.22%,M:0.15%,n:1367",
"GenomeSize": "704.454747",
"GenomeGC": "19.83458293",
"SeqNumber": "26",
"N50": "68278.649",
"PCGnumber": "56982",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4687,
"InsectBaseID": "IBG_03788",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Polia",
"TaxonomyID": "988024",
"Tags": "None",
"OrganismName": "Polia nebulosa",
"NormalName": "None",
"SpeciesIntro": "Polia nebulosa, the grey arches, is a moth of the family Noctuidae. The species was first described by Johann Siegfried Hufnagel in 1766. It is found in temperate Europe and Asia up to eastern Asia and Japan. It is not present in northernmost Fennoscandia and the southern parts of the Iberian Peninsula, Italy and Greece. In the Alps it is found at heights up to 1,600 meters.The wingspan is 41–52 mm. Forewing white tinged with brownish grey; stigmata as in Polia advena and Polia tincta; submarginal line preceded by black wedge-shaped marks, with one more conspicuous before the indentation of submedian fold; hindwing dull whitish, with, cellspot, veins, and a broad marginal border smoky fuscous; — ab. pallida Tutt represents a very white form taken in Scotland, with many of the dark transverse markings obsolete; — bimaculosa Esp. is the darker grey form with blacker markings; — robsoni Collins is a strong melanic form from Cheshire in the west of England only; there are also two aberrations from East Asia, — asiatica Stgr. (= lama Stgr.) being dull grey and smaller than typical, while askolda Oberth. from Askold Island [now ssp.] is a large brown form; — ab. calabrica nov. [Warren] is a very large form; the forewing with pale blue-grey ground colour, irrorated and suffused with dark grey in basal half (in one example all over the forewing), with all the lines and stigmata strongly expressed in black and pale grey, the submarginal line in particular being continuous, black and dentate, the hindwing is likewise much darker, with all the veins, the cellspot, and outer line wellmarked; a series of four males and ten females, in the Tring Museum, taken on the Sila Mts., near Botte Donata, Calabria, 800–1000 m, July 1907, by Dr. O. Neumann. This form reminds one somewhat of Polia goliath Oberth.Adults are on wing from the May to August in one generation.Larva brownish grey or luteous (muddy yellow), with blackish freckles; large dark dorsal spots divided by the pale dorsal line, with short black oblique stripes. The larvae feed on the leaves of various plants, including Salix, Rubus and Prunus species as well as Urtica dioica.This Hadenini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951329385.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.12%,D:0.66%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "1011.201207",
"GenomeGC": "19.83075857",
"SeqNumber": "115",
"N50": "33695.675",
"PCGnumber": "67496",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4688,
"InsectBaseID": "IBG_03789",
"Order": "Diptera",
"Family": "Polleniidae",
"Genus": "Pollenia",
"TaxonomyID": "1720740",
"Tags": "None",
"OrganismName": "Pollenia griseotomentosa",
"NormalName": "None",
"SpeciesIntro": "Pollenia griseotomentosa is a species of cluster fly in the family Polleniidae.Andorra, Austria, Belarus, Belgium, Czech Republic, Denmark, Finland, France, Germany, Great Britain, Hungary, Italy, Latvia, Netherlands, Poland, Russia, Slovakia, Spain, Sweden, Switzerland, Turkey, Ukraine. Introduced Canada.This article related to members of the fly family Polleniidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963931875.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.49%,D:0.44%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "1046.311373",
"GenomeGC": "15.08061606",
"SeqNumber": "53",
"N50": "194518.302",
"PCGnumber": "64464",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4689,
"InsectBaseID": "IBG_03790",
"Order": "Diptera",
"Family": "Polleniidae",
"Genus": "Pollenia",
"TaxonomyID": "1266491",
"Tags": "None",
"OrganismName": "Pollenia labialis",
"NormalName": "None",
"SpeciesIntro": "Pollenia labialis is a species of cluster fly in the family Polleniidae.Andorra, Austria, Belgium, Bosnia and Herzegovina, Czech Republic, Denmark, Finland, France, Germany, Great Britain, Greece, Hungary, Ireland, Italy, Latvia, Lithuania, Netherlands, Norway, Poland, Portugal, Romania, Russia, Slovakia, Spain, Sweden, Switzerland, Turkey, Ukraine. Introduced to Canada, United States, China.This article related to members of the fly family Polleniidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949318255.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.27%,D:0.59%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "907.969487",
"GenomeGC": "15.6384557",
"SeqNumber": "159",
"N50": "172077.407",
"PCGnumber": "52331",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4690,
"InsectBaseID": "IBG_03791",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Polydrusus",
"TaxonomyID": "202138",
"Tags": "None",
"OrganismName": "Polydrusus pterygomalis",
"NormalName": "None",
"SpeciesIntro": "Polydrusus pterygomalis is a species of weevil native to Europe.This Curculionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963969555.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.27%,D:0.51%],F:0.00%,M:0.22%,n:1367",
"GenomeSize": "1051.570683",
"GenomeGC": "15.82419306",
"SeqNumber": "30",
"N50": "123839.857",
"PCGnumber": "83136",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4691,
"InsectBaseID": "IBG_03792",
"Order": "Coleoptera",
"Family": "Curculionidae",
"Genus": "Polydrusus",
"TaxonomyID": "1342093",
"Tags": "None",
"OrganismName": "Polydrusus tereticollis",
"NormalName": "None",
"SpeciesIntro": "Polydrusus tereticollis is a species of weevil native to Europe.This Curculionidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963920685.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:98.98%,D:0.66%],F:0.15%,M:0.22%,n:1367",
"GenomeSize": "1396.132539",
"GenomeGC": "17.91902631",
"SeqNumber": "58",
"N50": "146058.287",
"PCGnumber": "157182",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4692,
"InsectBaseID": "IBG_03793",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Polyergus",
"TaxonomyID": "615972",
"Tags": "None",
"OrganismName": "Polyergus mexicanus",
"NormalName": "None",
"SpeciesIntro": "Polyergus mexicanus is a species of slave-making ant in the subfamily Formicinae. It is the most widely distributed species of Polyergus in North America. It is an obligatory social parasite, unable to feed itself or look after the colony and reliant on ants of another species, Formica, to undertake these tasks. The parasitic ants are known as \"dulotics\" (from the Greek δοῦλος doulos, meaning a slave) and the ants they parasitise are known as \"hosts\".In a revision of the genus Polyergus in 2013, Trager reinstated five species previously thought to be synonymous with Polyergus breviceps. P. mexicanus was one of these, a widely distributed species found in western North American and originally described by the Swiss myrmecologist Auguste Forel in 1899, the type locality being Mexico. It is likely that most species mentioned in scientific journals as P. breviceps are in fact P. mexicanus.Polyergus mexicanus is somewhat variable across its range and averages 6 millimetres (0.24 in) in total length. The head is glossy in the south of its range and more matte in eastern and northern populations. The mesonotum is matte dorsally and usually shining laterally. The gaster is also shining but this is partially concealed by a covering of short erect hairs, especially dorsally. The colour is generally red with the posterior portion of the tergites being tinged with brown. The legs may be a slightly darker colour than the body, and the hairs on the dorsal surface are grey, never yellowish as they are in P. breviceps. This species also bears longer brownish macrosetae (hairs) but they often get worn away, leaving dark scars on the tergites.Polyergus mexicanus is the most widely distributed species in the genus Polyergus in North America. It is native to the western United States and Canada, North Dakota, South Dakota, Arkansas and Mexico. It usually inhabits open woodland with little undergrowth or mixed wood and grassland habitats. Further south it is restricted to higher altitudes; in the Chiricahua Mountains of Mexico it occurs at 2,200 metres (7,200 ft) and in Chihuahua is found at 2,800 metres (9,200 ft), typically in open coniferous forests.Polyergus mexicanus is an obligate parasite of other species of ant. These \"hosts\" are species of Formica ants in the groups F. fusca and F. neogagates. A newly mated female of P. mexicanus enters the nest of a potential host, employing pheromones to subdue the resident workers. She then kills the existing Formica queen and becomes accepted by the Formica workers. These then proceed to rear her brood as well as maintaining the nest and feeding the dulotic queen and the ants which develop from the eggs she lays. The dulotic ants are unable to carry out these tasks themselves.The workforce of the colony is periodically replenished by a raid being undertaken on another nearby colony of Formica ants. The raid is made by the Polyergus worker ants and usually takes place on a hot afternoon in the summer. A scout ant locates a suitable target nest and a column of dulotic ants move towards it. On arriving at the nest they may mill around for a while, perhaps clearing debris such as small stones or twigs away from the entrance. They then surge inside and quickly begin to emerge carrying host pupae, prepupae and sometimes late-stage larvae back to the dulotic nest. There, the host workers care for them as well as the dulotic young developing from eggs laid by the Polyergus queen. Newly mated female dulotics may take advantage of raids to enter host colonies during the chaotic situation that exists during a raid.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030449975.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.31%[S:97.29%,D:1.02%],F:0.37%,M:1.32%,n:1367",
"GenomeSize": "252.325709",
"GenomeGC": "26.2502312",
"SeqNumber": "365",
"N50": "10364.369",
"PCGnumber": "46111",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4693,
"InsectBaseID": "IBG_03794",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Polylopha",
"TaxonomyID": "3109984",
"Tags": "None",
"OrganismName": "Polylopha cassiicola",
"NormalName": "None",
"SpeciesIntro": "Polylopha cassiicola is a species of moth of the family Tortricidae. It is found in China (Guangdong and Hong Kong).The larvae feed on Cinnamomum species.This Chlidanotinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_038024825.1",
"GenomeLevel": "Complete Genome",
"Busco": "C:99.85%[S:99.56%,D:0.29%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "302.040749",
"GenomeGC": "23.01359311",
"SeqNumber": "23",
"N50": "13189.169",
"PCGnumber": "23817",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
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{
"id": 4694,
"InsectBaseID": "IBG_03795",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Polymixis",
"TaxonomyID": "1870251",
"Tags": "None",
"OrganismName": "Polymixis flavicincta",
"NormalName": "None",
"SpeciesIntro": "The large ranunculus (Polymixis flavicincta) is a moth of the family Noctuidae. It is found in Europe and North Africa.A. flavicincta F. (= flavicincta-major Esp., dysodea Esp. nec Hbn.) (33 c, d). Forewing pale grey speckled with darker olive grey, especially in median area; the edges of the stigmata, the course of the basal andsubmarginal lines, and vein 1 marked by orange scales; lines dark olive; upper stigmata paler; the claviform darker; median shade distinct; hindwing grey, darker in female, with veins, cell spot, outer line, and submarginal shade darker; the species varies in depth of colour; the darker forms are known as ab. meridionalis Bsd. (33 d) from Spain and Corsica; — calvescens Bsd. (33 d) [ Polymixis rufocincta calvescens (Boisduval, 1840) ] on the other hand is a pale grey form with the yellow scaling , all but obsolete, occurring in S. France, Italy, and Sicily; ab. albescens ab. nov. (33 d) is dull white, without grey dusting except in median area, the upper stigmata also whitish; hindwing paler. Larva pale bluish green, with a darker dorsal vessel and broad pale spiracular stripe; head green. The wingspan is 40–50 mm. The length of the forewings is 17–22 mm.The moth flies in one generation from the end of August to November and are attracted to light.The larvae feed on various grasses, such as mint, Taraxacum officinale, Senecio, Fireweed and at times even fruit bearing trees.This Cuculliinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_949987655.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.63%,D:0.37%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "766.585079",
"GenomeGC": "21.88082153",
"SeqNumber": "72",
"N50": "25484.544",
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{
"id": 4695,
"InsectBaseID": "IBG_03796",
"Order": "Lepidoptera",
"Family": "Lycaenidae",
"Genus": "Polyommatus",
"TaxonomyID": "268662",
"Tags": "None",
"OrganismName": "Polyommatus iphigenia",
"NormalName": "None",
"SpeciesIntro": "Polyommatus iphigenia is a butterfly of the family Lycaenidae. It was described by Gottlieb August Wilhelm Herrich-Schäffer in 1847. It is found in the Balkans and Asia Minor.Polyommatus iphigenia H.-Schaff. (81i) is again similar to damon, above more greenish blue, with broad black border, the costal and apical areas of the hindwing also being black. The underside is paler and has smaller ocelli. Asia Minor and Persia.The larvae feed on Onobrychis species.It overwinters in the young caterpillar stage which tended by Lasius alienus .It flies in one generation, July August.Its habitat consists of dry places on calcareous soils.Named in the classical tradition for Iphigenia.This Polyommatini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_963422495.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.71%,D:0.07%],F:0.15%,M:0.07%,n:1367",
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"SeqNumber": "18",
"N50": "39323.955",
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{
"id": 4696,
"InsectBaseID": "IBG_03797",
"Order": "Phthiraptera",
"Family": "Polyplacidae",
"Genus": "Polyplax",
"TaxonomyID": "468196",
"Tags": "None",
"OrganismName": "Polyplax serrata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_037055365.1",
"GenomeLevel": "Contig",
"Busco": "C:98.47%[S:98.32%,D:0.15%],F:0.29%,M:1.24%,n:1367",
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"SeqNumber": "70",
"N50": "13306.208",
"PCGnumber": "12032",
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{
"id": 4697,
"InsectBaseID": "IBG_03798",
"Order": "Lepidoptera",
"Family": "Drepanidae",
"Genus": "Polyploca",
"TaxonomyID": "988154",
"Tags": "None",
"OrganismName": "Polyploca ridens",
"NormalName": "None",
"SpeciesIntro": "Polyploca ridens, the frosted green, is a moth of the family Drepanidae. It is found in southern and central Europe, England, Denmark, southern Sweden and in the east up to Russia.The wingspan is 30–35 mm. The moth flies from April to May depending on the location.The larvae feed on oaks.This article on a moth of the subfamily Thyatirinae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"NCBIassembly": "GCA_951394255.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.20%[S:94.59%,D:1.61%],F:1.32%,M:2.49%,n:1367",
"GenomeSize": "493.579502",
"GenomeGC": "20.71999497",
"SeqNumber": "482",
"N50": "16791.215",
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{
"id": 4698,
"InsectBaseID": "IBG_03799",
"Order": "Lepidoptera",
"Family": "Pieridae",
"Genus": "Pontia",
"TaxonomyID": "441325",
"Tags": "None",
"OrganismName": "Pontia daplidice",
"NormalName": "None",
"SpeciesIntro": "Pontia daplidice, the Bath white, is a small butterfly of the family Pieridae, the yellows and whites, which occurs in the Palearctic region. It is common in central and southern Europe, migrating northwards every summer, often reaching southern Scandinavia and sometimes southern England.This butterfly is common in central and southern Europe, Asia Minor, Persia and Afghanistan, migrating northwards in the summer. In Central Asia, the Bath white ranges from Baluchistan, Peshawar, Chitral, Kashmir and along the Himalayas right across the Central Himalayas up to Darjeeling. The butterfly appears to be extending its range westwards along the Himalayas. It is usually found on dry slopes and rough ground with little vegetation.The host plants of the larvae are in the family Brassicaceae and vary according to locality. They include tower mustard (Arabis glabra) and sea rocket (Cakile maritima).The following subspecies are recognised:The butterfly lives in the Mediterranean coastal dunes, on rocky, hot slopes etc.The Hope Entomological Collection in the Oxford University Museum of Natural History contains a specimen of this species dating from 1702, which is the oldest pinned entomological specimen still on its original pin in existence.",
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"NCBIassembly": "GCA_963693355.1",
"GenomeLevel": "Contig",
"Busco": "C:99.49%[S:92.47%,D:7.02%],F:0.15%,M:0.37%,n:1367",
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"GenomeGC": "25.22306891",
"SeqNumber": "142",
"N50": "3600.907",
"PCGnumber": "25027",
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{
"id": 4699,
"InsectBaseID": "IBG_03800",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Portevinia",
"TaxonomyID": "226160",
"Tags": "None",
"OrganismName": "Portevinia maculata",
"NormalName": "None",
"SpeciesIntro": "Portevinia maculata, also known as the ramsons hoverfly, is a European species of hoverfly. The adults can be found around Allium species when the plants are in flower (May–June). The larvae tunnel through and overwinter in the bulbs of this plant.External imagesFor terms see Morphology of DipteraTergites 2-4 with grey spots. Face very concave for upper two-thirds. Antennae red. See references for determinationPalearctic Southern Norway to North Spain. Ireland East into Northern Europe and Central Europe as far as Liechtenstein, Austria and northern Italy.It can be found in the following countries: Austria, Belgium, Czechia, Denmark, France, Germany, Ireland, Italy, Liechtenstein, Montenegro, Netherlands, Norway, Poland, Romania, Slovakia, Spain, Sweden, Switzerland, Ukraine and the United Kingdom.Portevinia maculata lives in deciduous woodland glades where Allium ursinum or Allium triquetrum also grow. It can be found at elevations up to 2000 metres above sea level.",
"Intro_from": "",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949715645.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:98.39%,D:1.17%],F:0.07%,M:0.37%,n:1367",
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"SeqNumber": "62",
"N50": "310928.733",
"PCGnumber": "109942",
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{
"id": 4700,
"InsectBaseID": "IBG_03801",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Prenolepis",
"TaxonomyID": "262038",
"Tags": "None",
"OrganismName": "Prenolepis imparis",
"NormalName": "None",
"SpeciesIntro": "Prenolepis imparis, commonly known as the winter ant, false honey ant, or false honeypot ant, is a species of ant in the genus Prenolepis. The species is found in North America, from Canada to Mexico, nesting deep within the ground. Unusual among ants, Prenolepis imparis prefers lower temperatures, including near freezing, and is only active outside the nest during winter and early spring. Prenolepis imparis enters a hibernation-like state called aestivation during the summer.P. imparis secretes an opaque white liquid from its abdomen as a defense against other ants, including Linepithema humile. The defensive secretions appear to be derived anatomically from the Dufour's gland and has been shown to contain a mixture of alkanes and alkenes including hexadecene, octadecene, tetradecene, octylcyclohexane, and hexadecane. Secretions from P. imparis have experimentally been shown to often kill L. humile workers.This Formicinae-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_030444845.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.78%[S:99.41%,D:0.37%],F:0.07%,M:0.15%,n:1367",
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"SeqNumber": "787",
"N50": "18679.404",
"PCGnumber": "50557",
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{
"id": 4701,
"InsectBaseID": "IBG_03802",
"Order": "Hymenoptera",
"Family": "Pompilidae",
"Genus": "Priocnemis",
"TaxonomyID": "1747324",
"Tags": "None",
"OrganismName": "Priocnemis perturbator",
"NormalName": "None",
"SpeciesIntro": "Priocnemis perturbator is a relatively large species of spider wasp which is quite common in Europe. It was previously considered to be the same species as the closely related P. susterai which were lumped as P. fuscus and this means that some early observations of behaviour are not applicable to either species. Even now the two species need close observation under a microscope or hand lens to distinguish them from each other.Little is known about the nests of P. perturbator but other Priocnemis species generally use preexisting cavities in which they may excavate several cells. P. perturbator is univoltine and the flight period is from May to September. As stated in the introduction, many of the observations of P. perturbator collecting prey refer to the invalid taxon P. fuscus, but this species is thought to take larger spiders of the families Lycosidae and Gnaphosidae. Females have been seen on the ground, apparently searching for prey. The spider Trochosa terricola is a known prey item. This species is one of a handful of relatively large spider wasps, including Priocnemis susterai and Anoplius viaticus which overwinter as adults in Britain, emerging in the following spring. Priocnemis perturbator, which is reasonably common and has long antennae, can often be seen nectaring on wood spurge, dandelion, blackthorn, hawthorn and willow.This species can be found in open woodland, but and various other habitats, so long as they are not waterlogged.P. perturbator is widespread, from Great Britain and Ireland into central and northern Europe and Asia eastwards to Japan.This Apocrita-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_963942575.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:99.34%,D:0.07%],F:0.07%,M:0.51%,n:1367",
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"SeqNumber": "480",
"N50": "16133.428",
"PCGnumber": "24744",
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{
"id": 4702,
"InsectBaseID": "IBG_03803",
"Order": "Hemiptera",
"Family": "Cercopidae",
"Genus": "Prosapia",
"TaxonomyID": "139605",
"Tags": "None",
"OrganismName": "Prosapia bicincta",
"NormalName": "None",
"SpeciesIntro": "Prosapia bicincta, the two-lined spittlebug, is a species of insect in the family Cercopidae.Adults are black with two red or orange lines crossing the wings. It reaches a length of 8–10 mm. It is widespread in the eastern half of the United States. A similar species, Prosapia simulans, can be found throughout Central America where it is considered an agricultural pest.Nymphs feed on various grasses (including centipedegrass, bermudagrass and corn) from within foam (consisting of their own spittle) produced from juices of their host plant. Adults feed on the leaves of both native and introduced species of holly, as well as on the leaves of the eastern redbud tree. It is a pest of forage grasses and turf grasses such as those grown for lawns and its consumption of these plants causes economic damage throughout the southeastern United States.Since 2016, P. bicincta has been associated with dying patches of pasture on the island of Hawaiʻi. By 2022, the distribution of the infestation had expanded, reached more than 70,000 ha and had caused serious, widespread and long-term damage to large areas of rangelands and pastures on the island.This Hemiptera article related to members of the insect suborder Auchenorrhyncha is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_036971475.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.95%[S:89.32%,D:5.63%],F:0.22%,M:4.83%,n:1367",
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{
"id": 4703,
"InsectBaseID": "IBG_03804",
"Order": "Coleoptera",
"Family": "Lucanidae",
"Genus": "Prosopocoilus",
"TaxonomyID": "618466",
"Tags": "None",
"OrganismName": "Prosopocoilus inquinatus",
"NormalName": "None",
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"NCBIassembly": "GCA_036172665.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:98.76%,D:1.10%],F:0.15%,M:0.00%,n:1367",
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{
"id": 4704,
"InsectBaseID": "IBG_03805",
"Order": "Diptera",
"Family": "Calliphoridae",
"Genus": "Protophormia",
"TaxonomyID": "34676",
"Tags": "None",
"OrganismName": "Protophormia terraenovae",
"NormalName": "None",
"SpeciesIntro": "Protophormia terraenovae is commonly called northern blowfly, blue-bottle fly or blue-assed fly (blue-arsed fly in British English). It is distinguished by its deep blue coloration and large size and is an important species throughout the Northern Hemisphere. This fly is notable for its economic effect as a myiasis pest of livestock and its antibiotic benefits in maggot therapy. Also of interest is P. terraenovae’s importance in forensic investigations: because of their temperature-dependent development and their prominent presence on corpses, the larvae of this species are useful in minimum post-mortem interval (mPMI) determination.Protophormia terraenovae, of the family Calliphoridae, was named and first described by French entomologist André Jean Baptiste Robineau-Desvoidy in his 1830 “Essai sur les myodaires.” Its genus is shared by one other fly, Protophormia atriceps. Both flies are a dark, undusted, metallic blue-green-black. P. terraenovae is differentiated from P. atriceps by its flat face, plumose arista, and by up to 2 additional pairs of setae along the margin of the scutellum. P. terraenovae’s specific epithet is translated from the Latin as “of the New World.”The oldest-known specimens of P. terraenovae pupae were identified in 1973 within the fossilized skull of a steppe wisent. The bison skull, estimated to date from the late Eemian period, was excavated from the site of a new sluice for the Brussels-Rupel Canal in Zemst, Belgium. The specimens, although approximately 75,000 years old, are identical in form to the pupae of the modern species.The adult Protophormia terraenovae, one of the larger species of calliphorids, measures between 7 and 12 mm in length. It is characterized by a black to brown anterior thoracic spiracle, a black basicosta, brown wing veins, and dark calypters. Upper calypters sprout black setae. While the thorax and abdomen of P. terraenovae can range in color from dark purple to dark green, the head and legs of this fly are black. Postocular setae are short but prominent; the palpi are yellow or dusky brown.Sexes of the species are easily distinguished by the width of the space between the eyes, the frons: that of the female is .386 times the width of the head, while the frons of the male is only .140 times the head width. Chaetotaxy, the study of setae arrangement, is also useful for determination of sex—for example, the male lacks the fronto-orbital, lateroclinate setae found in the female. These setae are located just at the edge of the frons, near the upper portion of the complex eyes.Protophormia terraenovae larvae are tiny and white, with 12 segments. Length varies by larval age, with the first instar growing up to 2.63 mm and the third, by contrast, as long as 11.87 mm. In the third instar, the last segment is adorned with pointed tubercles, and segment 10 exhibits dorsal spines along its posterior margin. The latter characteristic distinguishes P. terraenovae, 3rd instar, from a similar calliphorid, Phormia regina.Being of the order Diptera, Protophormia terraenovae is holometabolous in its development, meaning it experiences dramatic changes from immature to adult. Protophormia terraenovae undergoes three instars, a pupal stage, and finally an adult stage.First instar larvae obtain a liquid diet from orifices or wounds of a body. The instars that follow digest the body itself. Among the first to colonize, Calliphoridae species are found on the body almost immediately. As eggs hatch into the first larval stage, P. terraenovae begins feeding and increases in size, limited by its chitinous outer cuticle. As P. terraenovae larvae molt into the second instar, feeding intensifies: with larger and more developed mouthparts, second instars are able to break down tougher body tissues. The third instar is unique, consisting of several substages. First, the larvae feed until they reach their maximum size. Next, larvae clear their crops. In this prepupal stage, also called the wandering stage, the maggots seek a dry, safe area for pupation. During the pupal stage, the outer cuticle hardens and tans into a dark brown color, gradually darkening with age. Finally, metamorphosis into the adult is completed with the shedding of the pupal casing and the emergence of the fly. ",
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{
"id": 4705,
"InsectBaseID": "IBG_03806",
"Order": "Hemiptera",
"Family": "Pseudococcidae",
"Genus": "Pseudococcus",
"TaxonomyID": "249563",
"Tags": "None",
"OrganismName": "Pseudococcus viburni",
"NormalName": "None",
"SpeciesIntro": "Pseudococcus viburni (formerly Pseudococcus affinis (Maskell), and commonly known as the obscure mealybug and tuber mealybug) is a close relative of the grape mealybug (P. maritimus) and a pest of the vineyards around the world.P. viburni is a pest of vineyards in New Zealand, the Central Coast of California, and the tea gardens of northern Iran. Unlike the grape mealybug, the obscure mealybug is not native to California, having most likely been introduced to the region from either Australia or South America in the latter part of the 19th century. It is known to infest apple and pear in South Africa.The obscure mealybug is thought to have evolved in Australia or South America. Its history in North America is not clear; from 1900 (when P. maritimus, the grape mealybug, was first described) to 1960, the obscure mealybug was variably misidentified as or synonymized with P. maritimus, P. longispinus, P. obscurus Essig, P. capensis Brian, P. malacearum Ferris, and P. affinis (Maskell). This taxonomic confusion has hampered attempts to trace the exact origin of the species, but its presence in both Australia and South America strongly suggests that it is of Gondwanan origin.Obscure mealybugs exhibit a high degree of sexual dimorphism; females are flightless, larger, and longer-lived than the winged males, who cannot feed and die immediately after mating.[citation needed]The bodies of nymphal and adult female obscure mealybugs are rectangular, with rounded anterior and posterior ends. Adult females range from 1-5mm in length. Like all mealybugs, the obscure mealybug covers its body in a white, waxy secretion which accumulates in clumps along thin filaments protruding from its exoskeleton. This clumpy secretion lends the mealybug its characteristic mealy appearance.[citation needed]Male obscure mealybugs are tiny, fragile insects with long antennae and a single pair of wings. They bear a strong resemblance to common house flies, but have two white wax tail filaments.It is important for vintners to distinguish between the obscure mealybug and its close relatives, the grape and vine mealybug. The obscure mealybug has longer, thinner, and more crooked filaments than does the vine mealybug, making the obscure mealybug look comparatively untidy. The most distinctive feature of the obscure mealybug is the set of two to four exceptionally long caudal filaments growing from the posterior of large nymphs and adult females. The insect's waxy secretion accumulates heavily on these filaments, making it appear to have several long \"tails\".The obscure mealybug more closely resembles the grape mealybug than it does the vine mealybug, but the two can be distinguished by the color of the defensive fluid they secrete when disturbed; grape mealybugs secrete reddish-orange fluid, while obscure mealybugs secrete clear fluid. When crushed, the obscure mealybug's body contents (guts) are pinkish-grey.Being in the order Hemiptera (so-called \"true bugs\"), obscure mealybugs undergo incomplete metamorphosis; nymphal young closely resemble adults in body shape, take six to nine weeks to mature, and retain the use of all six legs throughout their entire lives. Depending on temperature, obscure mealybugs may complete 2-3 generations per year; females will lay clutches of several hundred orange eggs in cottony sacs, from which nymphs will hatch and emerge after about 5–10 days. If environmental conditions are too cold, young nymphs will remain in the sac until temperatures rise.",
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"Busco": "C:94.15%[S:90.93%,D:3.22%],F:0.66%,M:5.19%,n:1367",
"GenomeSize": "435.361088",
"GenomeGC": "19.08494702",
"SeqNumber": "2392",
"N50": "874.986",
"PCGnumber": "25050",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4706,
"InsectBaseID": "IBG_03807",
"Order": "Lepidoptera",
"Family": "Nolidae",
"Genus": "Pseudoips",
"TaxonomyID": "2758353",
"Tags": "None",
"OrganismName": "Pseudoips prasinana",
"NormalName": "None",
"SpeciesIntro": "Pseudoips prasinana, the green silver-lines is a moth of the family Nolidae, common in wooded regions, and having a wingspan of 30–35 mm. It is found in the Palearctic realm (North and Central Europe, Russia, Siberia, Korea, Japan).Forewing yellow green; costal edge pink, diffused towards apex; inner marginal area pink-suffused, except towards base; inner and outer lines oblique, darker green, conversely edged with white, the outer sometimes pink; subterminal line white, curved into apex: fringe pink with a white line at base; hindwing yellow; fringe pale pink, white at tips from apex to vein 2: abdomen white, dorsally suffused with yellow; in the female the abdomen is white, tinged with brown at base: forewing with costal edge white, and inner margin yellow; hindwing white. In the British form, subspecies P. p. britannica subsp. nov. (53 k), all the three lines are silvery white; the costal and inner margins in the male reddish only at apex and tornus respectively; in the ab. P. p. rufilinea ab. nov. (= ab. 2 Hmps.) (53 k) the outer line is marked with red. Larva apple green coarsely shagreened with yellow; the subdorsal line yellow; segment 2 red rimmed in front. The wingspan is 30–35 mm.The moth flies from June to July depending on the location stridulating on the wing.In August the larvae feed on oak, birch and several other deciduous trees.This article on a moth of the family Nolidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951640165.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:98.90%,D:0.95%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "1125.692588",
"GenomeGC": "20.28786886",
"SeqNumber": "56",
"N50": "36985.25",
"PCGnumber": "74520",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4707,
"InsectBaseID": "IBG_03808",
"Order": "Diptera",
"Family": "Sciaridae",
"Genus": "Pseudolycoriella",
"TaxonomyID": "35572",
"Tags": "None",
"OrganismName": "Pseudolycoriella hygida",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029228625.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.66%[S:92.68%,D:1.98%],F:1.68%,M:3.51%,n:1367",
"GenomeSize": "609.270041",
"GenomeGC": "21.34814323",
"SeqNumber": "6452",
"N50": "155796.291",
"PCGnumber": "56679",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4708,
"InsectBaseID": "IBG_03809",
"Order": "Psocoptera",
"Family": "Psocidae",
"Genus": "Psococerastis",
"TaxonomyID": "2882760",
"Tags": "None",
"OrganismName": "Psococerastis gibbosa",
"NormalName": "None",
"SpeciesIntro": "Psococerastis gibbosa is a species of Psocoptera from the Psocidae family that can be found in Great Britain and Ireland. They are also common in Austria, Benelux, Bulgaria, Croatia, Finland, France, Germany, Hungary, Italy, Latvia, Poland, Romania, Spain, Switzerland, and Scandinavia. The species are yellowish-black coloured, and are striped.The species feeds on ash, beech, birch, blackthorn, elder, hawthorn, hazel, larch, oak, pine, and sallow. They sometimes eat apples.This Psocoptera-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963971405.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.54%[S:97.88%,D:0.66%],F:0.29%,M:1.17%,n:1367",
"GenomeSize": "409.222307",
"GenomeGC": "22.8568168",
"SeqNumber": "70",
"N50": "49173.895",
"PCGnumber": "25557",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4709,
"InsectBaseID": "IBG_03810",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Psyttalia",
"TaxonomyID": "389103",
"Tags": "None",
"OrganismName": "Psyttalia concolor",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030522845.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.57%[S:93.42%,D:0.15%],F:5.27%,M:1.02%,n:1367",
"GenomeSize": "275.715496",
"GenomeGC": "28.57614575",
"SeqNumber": "202369",
"N50": "6.533",
"PCGnumber": "38164",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4710,
"InsectBaseID": "IBG_03811",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Psyttalia",
"TaxonomyID": "405760",
"Tags": "None",
"OrganismName": "Psyttalia lounsburyi",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030522865.1",
"GenomeLevel": "Scaffold",
"Busco": "C:92.83%[S:92.68%,D:0.15%],F:5.85%,M:1.24%,n:1367",
"GenomeSize": "256.451962",
"GenomeGC": "28.92712164",
"SeqNumber": "215466",
"N50": "5.263",
"PCGnumber": "36416",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4711,
"InsectBaseID": "IBG_03812",
"Order": "Diptera",
"Family": "Ptychopteridae",
"Genus": "Ptychoptera",
"TaxonomyID": "1902997",
"Tags": "None",
"OrganismName": "Ptychoptera albimana",
"NormalName": "None",
"SpeciesIntro": "Ptychoptera albimana is a species of fly in the family Ptychopteridae. It can be found throughout the Palearctic but commonly found throughout Britain.The body of Ptychoptera albimana is mostly black with distinct orange marking, usually on the dorsal section. The insect is most active between spring and fall, with the female laying 500 eggs.This article related to members of the fly suborder Nematocera is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_961205885.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:98.98%,D:0.51%],F:0.00%,M:0.51%,n:1367",
"GenomeSize": "197.877019",
"GenomeGC": "11.50913336",
"SeqNumber": "45",
"N50": "35422.782",
"PCGnumber": "14197",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4712,
"InsectBaseID": "IBG_03813",
"Order": "Diptera",
"Family": "Ptychopteridae",
"Genus": "Ptychoptera",
"TaxonomyID": "1572538",
"Tags": "None",
"OrganismName": "Ptychoptera contaminata",
"NormalName": "None",
"SpeciesIntro": "Ptychoptera contaminata is a species of fly in the family Ptychopteridae. It is found in the Palearctic.This article related to members of the fly suborder Nematocera is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963942525.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.39%[S:97.95%,D:0.44%],F:0.15%,M:1.46%,n:1367",
"GenomeSize": "204.092663",
"GenomeGC": "11.51551146",
"SeqNumber": "336",
"N50": "36522.127",
"PCGnumber": "16925",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4713,
"InsectBaseID": "IBG_03814",
"Order": "Coleoptera",
"Family": "Zopheridae",
"Genus": "Pycnomerus",
"TaxonomyID": "878397",
"Tags": "None",
"OrganismName": "Pycnomerus fuliginosus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963924575.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.34%,D:0.44%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "359.237621",
"GenomeGC": "20.66993034",
"SeqNumber": "51",
"N50": "37944.69",
"PCGnumber": "34020",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4714,
"InsectBaseID": "IBG_03815",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Pyrausta",
"TaxonomyID": "1594338",
"Tags": "None",
"OrganismName": "Pyrausta aurata",
"NormalName": "None",
"SpeciesIntro": "The mint moth (Pyrausta aurata) is a small moth from the family Crambidae, also known by the common name Small Purple and Gold.This species can be found in most of Europe and it is also widespread in North Africa and North Asia. In the east it is present from Siberia to North China, Korea and Japan, in the south, it covers Asia Minor, the Middle East, Iran, Afghanistan, Middle Asia and Mongolia.These moths inhabit chalk and limestone grassland, woodland, marshland and gardens.Pyrausta aurata has a wingspan of 18–20 millimetres (0.71–0.79 in). The forewings are purplish-brown with golden yellow markings. The number and intensity of these markings is quite variable. Usually in the forewings there is a single postmedian round golden spot near the costa, often with some other minor golden spots. The yellow spots can also be greatly reduced up to the complete absence. Sometimes there an almost indistinct wavy golden postmedian line between the dorsum and the main golden spot. The hindwings are dark brown or also black with a broad yellow transverse band approximately in the wing center and without additional spot closer to the basal area.The moth is very similar to the related Pyrausta purpuralis, a slightly larger moth with a broad postmedian continuous band, usually divided into at least three yellow spots.The caterpillar can reach a length of 13 mm. It may be light green, dark green, light brown, black gray or reddish, with a darker back line. The head is brownish black. Pupa is quite slender, red-brown to black-brown.In the UK, it has two broods; in May/June, and July/August. In north-west Europe it can be seen from April until the end of September and is capable of having two generations in each season.It flies both at day and at night. As the name suggests, the mint moth often uses mint (Mentha spicata. Mentha rotundifolia) as a food plant, though it can also be found on other species such as marjoram, Salvia pratensis, Melissa officinalis, Nepeta cataria and Calamintha species.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963584085.1",
"GenomeLevel": "Chromosome",
"Busco": "C:92.61%[S:90.71%,D:1.90%],F:1.83%,M:5.56%,n:1367",
"GenomeSize": "420.651694",
"GenomeGC": "24.35838378",
"SeqNumber": "541",
"N50": "14140.966",
"PCGnumber": "32680",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4715,
"InsectBaseID": "IBG_03816",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Pyrausta",
"TaxonomyID": "1281420",
"Tags": "None",
"OrganismName": "Pyrausta despicata",
"NormalName": "None",
"SpeciesIntro": "Pyrausta despicata, the straw-barred pearl, is a species of moth of the family Crambidae. It was described by Giovanni Antonio Scopoli in his 1763 Entomologia Carniolica.The wingspan of Pyrausta despicata can reach 14–19 mm. The wings are brown or greyish, with quite variable pale brown markings. The forewings are brownish greyor brown, sometimes blackish-sprinkled; first line obscurely pale or obsolete; second in pale greyish-ochreous, often obsolete except on costa, in male whitish-ochreous, dilated oncosta; small orbicular and oval discal spot rather darker, in female sometimes separated by a pale spot; sometimes a pale subterminal streak. Hindwings in male grey in female blackish; sometimes a darker discal dot; a curved postmedian fascia and subterminal streak in male obscurely ochreous-whitish, in female whitish-ochreous. The larva is dull brownish-black; dorsal line double, grey; spiracular dull ochreous; spots black, grey circled; head and plate of 2 brown, darker-freckled The moth flies from May to September depending on the location, in two generations. It is active in the sunshine and at dusk. The larvae feed on Plantago lanceolata and Plantago major.Pyrausta despicata is present in most of Europe.This moth prefers chalky and limestone habitats.This Pyrausta (moth)-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963921415.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.71%,D:0.22%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "481.842595",
"GenomeGC": "24.78340027",
"SeqNumber": "68",
"N50": "16618",
"PCGnumber": "38138",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4716,
"InsectBaseID": "IBG_03817",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Pyrausta",
"TaxonomyID": "1660681",
"Tags": "None",
"OrganismName": "Pyrausta nigrata",
"NormalName": "None",
"SpeciesIntro": "Pyrausta nigrata is a species of moth of the family Crambidae. It was described by Giovanni Antonio Scopoli in his 1763 Entomologia Carniolica and it is found in Europe.The wingspan is 14–17 mm (0.55–0.67 in). The moth flies from June to October depending on the location.The larvae feed on various herbs, such as thyme and marjoram.This Pyrausta (moth)-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949316185.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.85%,D:0.00%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "538.880572",
"GenomeGC": "22.90980533",
"SeqNumber": "35",
"N50": "18960.927",
"PCGnumber": "35546",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4717,
"InsectBaseID": "IBG_03818",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Pyrausta",
"TaxonomyID": "1101044",
"Tags": "None",
"OrganismName": "Pyrausta purpuralis",
"NormalName": "None",
"SpeciesIntro": "Pyrausta purpuralis is a species of moth of the family Crambidae. It was described by Carl Linnaeus in his 1758 10th edition of Systema NaturaeIs found in Europe. The species closely resembles Pyrausta aurata and Pyrausta ostrinalis. It is also known by the common name Common Purple & Gold.The wingspan is about 20 mm. The forewings are purple, more or less mixed with dark grey; markings ochreous yellow, black-edged; an oblique fascia near base, not reaching costa; a spot in middle of disc; an irregular postmedian fascia, sometimes broken into three spots; sometimes a subterminal streak, not reaching apex. Hindwings are black, base sometimes suffused with whitish-ochreous; a discal spot and curved postmedian fascia whitish-ochreous; sometimes a whitish-ochreous subterminal streak, sometimes purple in middle. The larva is dark grey; dorsal and spiracular lines yellowish; spots black, whitish-edged.The moth flies from May to September depending on the location. The species is active during the day.The larvae feed on mint.This Pyrausta (moth)-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963924145.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:98.54%,D:1.32%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "837.250528",
"GenomeGC": "21.61509727",
"SeqNumber": "1601",
"N50": "27191.282",
"PCGnumber": "68958",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4718,
"InsectBaseID": "IBG_03819",
"Order": "Coleoptera",
"Family": "Lampyridae",
"Genus": "Pyrocoelia",
"TaxonomyID": "417401",
"Tags": "None",
"OrganismName": "Pyrocoelia pectoralis v2",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_036250285.1",
"GenomeLevel": "Chromosome",
"Busco": "C:94.96%[S:92.47%,D:2.49%],F:0.44%,M:4.61%,n:1367",
"GenomeSize": "532.084166",
"GenomeGC": "23.55310288",
"SeqNumber": "339",
"N50": "52870.853",
"PCGnumber": "48479",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4719,
"InsectBaseID": "IBG_03820",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Pyrrhia",
"TaxonomyID": "753223",
"Tags": "None",
"OrganismName": "Pyrrhia umbra",
"NormalName": "None",
"SpeciesIntro": "Pyrrhia umbra, the bordered sallow, is a moth of the family Noctuidae. The species was first described by Johann Siegfried Hufnagel in 1766. It is found in all of Europe, east through Anatolia to Iran, Afghanistan, Pakistan and Nepal and through central Asia to Japan. In mountains it can be found up to elevations of 1,600 meters.The wingspan is 27–35 mm. The length of the forewings is 16–19 mm. The forewings are a deep olive yellow, faintly dark dusted, from the base to the outer line, beyond which the terminal area is purplish grey, paling towards termen; the lines bright brown; the inner angled inwards on the veins and outwards between them; the outer stronger, oblique and slightly sinuous from the subcostal bend, generally followed by a purplish-grey shade; median shade bent on median vein: submarginal line lunulate-dentate, dark brown, the area beyond it often golden brown; orbicular and reniform of the ground colour, with brown outlines and brownish centres; the claviform outlined only; hindwing straw yellow; with broad black terminal border, dark cellspot, and pale fringe; — ab. marginata is a paler yellow form, with the termen of both wings paler, and the dark centre of the reniform stigma prominent; a rare aberration, in which the base of forewing is darkened, is called rutilago Haw.The moth flies from May to September depending on location.Larva green to reddish brown, mottled with yellowish, and dotted with black; dorsal line dark, white edged; subdorsal lines fine, yellowish white; lateral lines white or yellow; head pale brown. The larvae feed on Ononis, fireweed and Honckenya peploides, but also deciduous trees, shrubs and other herbaceous plants.This Heliothinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963891755.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.85%,D:0.15%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "433.595438",
"GenomeGC": "23.92634168",
"SeqNumber": "33",
"N50": "14761.759",
"PCGnumber": "32920",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4720,
"InsectBaseID": "IBG_03821",
"Order": "Odonata",
"Family": "Coenagrionidae",
"Genus": "Pyrrhosoma",
"TaxonomyID": "197171",
"Tags": "None",
"OrganismName": "Pyrrhosoma nymphula",
"NormalName": "None",
"SpeciesIntro": "The large red damselfly (Pyrrhosoma nymphula) is a species of damselflies belonging to the family Coenagrionidae. It is native to the western Palearctic.This species is a mainly European damselfly, with some populations in Northern Africa and Western Asia.These damselflies inhabit small ponds, lakes and dikes, and occasionally slow-moving rivers. They tend to avoid fast flowing water.Pyrrhosoma nymphula can reach a body length of 33–36 millimetres (1.3–1.4 in). These large and robust damselflies show black legs and wing spots in both sexes.Mature males have red eyes and a black thorax with red shoulder stripes in mature specimen, but yellow stripes in immature. In fact ante-humeral stripes change to red with age. Abdomen is red with black small rings and bronze-black bands towards the apex (segments 7-9). Wings are hyaline, with a blackish pterostigma. Mature females occur in three colour forms (typical, fulvipes and melanotum), from mostly black to mostly red, but all have yellow bands around the abdominal segments. Some intermediate forms also exist.The form typica has more black on its abdominal segments than the form fulvipes, particularly on segment 6. Immatures have lighter eyes and have yellow stripes on the thorax, not red. In the form melanotum females show the upper surface of the abdomen almost entirely black.These damselflies can easily be confused with small red damselflies, but the latter has orange legs, while the large red damselfly has black legs. In Greece and Albania a closely related species occurs, the Greek red damsel (Pyrrhosoma elisabethae). They look very much the same, the females only having a slightly different pronotum with deep folds in the hind margin. The males differ in their lower appendages, which are longer than the upper ones, while the black hook on the lower appendages is half as long as in the large red damselfly. The appendages of the large red damselfly can be seen in the gallery below.The great red damselfly is often the first damselfly to emerge, usually in April or May. Adults can be found until September, according to locality.Immature adults mature in about two weeks. Mating occurs in vegetation. The female during the laying of eggs is accompanied by the male, she immerses into the water only the abdomen. Eggs hatch in two-three weeks. Development of larvae takes two years. Larvae feed on aquatic insect larvae, protozoa, rotifers or small crustaceans.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963573305.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:99.20%,D:0.29%],F:0.15%,M:0.37%,n:1367",
"GenomeSize": "2117.243717",
"GenomeGC": "27.01426711",
"SeqNumber": "323",
"N50": "156229.41",
"PCGnumber": "159392",
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{
"id": 4721,
"InsectBaseID": "IBG_03822",
"Order": "Coleoptera",
"Family": "Hydrophilidae",
"Genus": "Quadriops",
"TaxonomyID": "2827049",
"Tags": "None",
"OrganismName": "Quadriops clusia",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033557875.1",
"GenomeLevel": "Contig",
"Busco": "C:82.08%[S:77.76%,D:4.32%],F:7.10%,M:10.75%,n:1367",
"GenomeSize": "191.567998",
"GenomeGC": "27.20431781",
"SeqNumber": "19107",
"N50": "10.607",
"PCGnumber": "33645",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4722,
"InsectBaseID": "IBG_03823",
"Order": "Diptera",
"Family": "Cecidomyiidae",
"Genus": "Resseliella",
"TaxonomyID": "2494512",
"Tags": "None",
"OrganismName": "Resseliella maxima",
"NormalName": "None",
"SpeciesIntro": "The soybean gall midge (Resseliella maxima) is a midge species that attacks soybean in the Upper Midwest of the United States. The species was first identified in 2018, and has since been found in Iowa, Missouri, Nebraska, and Minnesota. Adults lay eggs at the base of plant stems, and orange larvae can cause plants to die due to feeding damage and girdling. Yield losses in heavily infested fields may reach up to 100%.This agriculture article is a stub. You can help Wikipedia by expanding it.This article related to members of the fly superfamily Sciaroidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029041755.1",
"GenomeLevel": "Contig",
"Busco": "C:99.48%[S:96.63%,D:2.85%],F:0.07%,M:0.44%,n:1367",
"GenomeSize": "206.036186",
"GenomeGC": "21.77372231",
"SeqNumber": "1009",
"N50": "714.5",
"PCGnumber": "26838",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4723,
"InsectBaseID": "IBG_03824",
"Order": "Coleoptera",
"Family": "Cerambycidae",
"Genus": "Rhagium",
"TaxonomyID": "295679",
"Tags": "None",
"OrganismName": "Rhagium mordax",
"NormalName": "None",
"SpeciesIntro": "Rhagium mordax, the black-spotted longhorn beetle, is a species of long-horned beetle. This beetle is found throughout Europe and to Kazakhstan and Russia. Larvae develop in silver fir, hazel, European weeping birch, European beech, and the European chestnut. Ischnoceros rusticus is an ichneumonid parasitoid wasp that feds on Rhagium mordax larvae.There are five formally described varieties:This Lepturinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963680705.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.34%[S:98.61%,D:0.73%],F:0.37%,M:0.29%,n:1367",
"GenomeSize": "775.654262",
"GenomeGC": "20.05587304",
"SeqNumber": "69",
"N50": "80109.27",
"PCGnumber": "66423",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4724,
"InsectBaseID": "IBG_03825",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Rhagoletis",
"TaxonomyID": "43399",
"Tags": "None",
"OrganismName": "Rhagoletis cerasi",
"NormalName": "None",
"SpeciesIntro": "Rhagoletis cerasi (the cherry fruit fly or European cherry fruit fly) is a species of fruit fly in the family Tephritidae.This species is widespread in most of Europe, except British Islands, in western Siberia to Caucasus, in Kazakhstan, Central Asia and Altai. It was first detected in North America in 2016.Rhagoletis cerasi can reach a body length of about 3.5–5 mm (0.14–0.20 in). These small fruit flies have a shiny body, dark brown, almost black. Mesonotum shows silvery vittae. The wings are transparent, with four transverse dark stripes. Eyes are green with reddish reflections. The head is brown, while scutellum and the legs are yellow.This species is very similar to Rhagoletis berberidis.The adults can be found from late May to early July. They feed on the sugary secretions produced by the cherry itself or by insects (such as the aphid honeydew). After 10–15 days the females lay 50-80 eggs one at a time in the pulp of the fruit. After 6–12 days the eggs hatch and white legless larvae 4–6 mm long come out and feed on the pulp of the fruit. During the ripening the larvae leave the fruit and pupate in the soil, where they overwinter. Usually this species have one generation every 1–2 years.These fruit flies are considered a major pest of cherry crops in Europe and Asia. They damage also the fruits of apricot, honeysuckle, barberry, bird cherry and snowberry.This article related to members of the fruit fly genus Rhagoletis is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029783565.1",
"GenomeLevel": "Scaffold",
"Busco": "C:78.94%[S:58.38%,D:20.56%],F:7.02%,M:13.97%,n:1367",
"GenomeSize": "1153.36613",
"GenomeGC": "20.84437957",
"SeqNumber": "303772",
"N50": "5.72",
"PCGnumber": "88215",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4725,
"InsectBaseID": "IBG_03826",
"Order": "Coleoptera",
"Family": "Cantharidae",
"Genus": "Rhagonycha",
"TaxonomyID": "1553715",
"Tags": "None",
"OrganismName": "Rhagonycha lutea",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958510855.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.42%[S:97.37%,D:2.05%],F:0.22%,M:0.37%,n:1367",
"GenomeSize": "479.857303",
"GenomeGC": "17.25609749",
"SeqNumber": "109",
"N50": "71007.614",
"PCGnumber": "36260",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4726,
"InsectBaseID": "IBG_03827",
"Order": "Coleoptera",
"Family": "Rhagophthalmidae",
"Genus": "Rhagophthalmus",
"TaxonomyID": "2591746",
"Tags": "None",
"OrganismName": "Rhagophthalmus giganteus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_036326145.1",
"GenomeLevel": "Contig",
"Busco": "C:96.78%[S:95.61%,D:1.17%],F:0.44%,M:2.78%,n:1367",
"GenomeSize": "275.494895",
"GenomeGC": "23.56462867",
"SeqNumber": "102",
"N50": "22250.735",
"PCGnumber": "31925",
"Swissnumber": "None",
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"lncRNAnumber": "None"
},
{
"id": 4727,
"InsectBaseID": "IBG_03828",
"Order": "Coleoptera",
"Family": "Cerambycidae",
"Genus": "Rhamnusium",
"TaxonomyID": "1586634",
"Tags": "None",
"OrganismName": "Rhamnusium bicolor",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029963845.1",
"GenomeLevel": "Contig",
"Busco": "C:95.18%[S:94.59%,D:0.59%],F:1.02%,M:3.80%,n:1367",
"GenomeSize": "1141.596284",
"GenomeGC": "18.5217594",
"SeqNumber": "6015",
"N50": "632.732",
"PCGnumber": "78094",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4728,
"InsectBaseID": "IBG_03829",
"Order": "Diptera",
"Family": "Empididae",
"Genus": "Rhamphomyia",
"TaxonomyID": "2867109",
"Tags": "None",
"OrganismName": "Rhamphomyia laevipes",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963920725.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.39%[S:97.59%,D:0.80%],F:0.51%,M:1.10%,n:1367",
"GenomeSize": "394.528726",
"GenomeGC": "16.3209923",
"SeqNumber": "194",
"N50": "62624.551",
"PCGnumber": "38015",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4729,
"InsectBaseID": "IBG_03830",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Rhimphoctona",
"TaxonomyID": "2922074",
"Tags": "None",
"OrganismName": "Rhimphoctona megacephalus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963989365.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.35%[S:99.20%,D:0.15%],F:0.22%,M:0.44%,n:1367",
"GenomeSize": "406.027452",
"GenomeGC": "20.49211638",
"SeqNumber": "217",
"N50": "31485.267",
"PCGnumber": "31464",
"Swissnumber": "None",
"GOnumber": "None",
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},
{
"id": 4730,
"InsectBaseID": "IBG_03831",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Rhingia",
"TaxonomyID": "2721518",
"Tags": "None",
"OrganismName": "Rhingia rostrata",
"NormalName": "None",
"SpeciesIntro": "Rhingia rostrata is a small species of hoverfly, some 7 to 10 millimetres (0.28 to 0.39 in) in length, with a wing span of 11 to 16 mm (0.43 to 0.63 in). It is common in many parts of Europe from March until November, though is slightly less common than Rhingia campestris in many parts of it range. In Britain it is only found in southern England. It has a broad orange abdomen, but lacking the black line along the side of the abdomen as in Rhingia campestris. Also living Rhingia rostrata has an orange scutellum, though this fades to brown in dead specimens. But it still has the distinctive long snout of all Rhingia species. Larvae are associated with cow dung. Adults feed on nectar and pollen.This article relating to Eristalinae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949824845.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:99.20%,D:0.44%],F:0.00%,M:0.37%,n:1367",
"GenomeSize": "650.078394",
"GenomeGC": "20.32318198",
"SeqNumber": "602",
"N50": "149206.226",
"PCGnumber": "29998",
"Swissnumber": "None",
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},
{
"id": 4731,
"InsectBaseID": "IBG_03832",
"Order": "Lepidoptera",
"Family": "Pyralidae",
"Genus": "Rhodophaea",
"TaxonomyID": "1870710",
"Tags": "None",
"OrganismName": "Rhodophaea formosa",
"NormalName": "None",
"SpeciesIntro": "Rhodophaea formosa is a moth of the family Pyralidae. It is found in most of Europe.The wingspan is 20–23 millimetres (0.79–0.91 in). The moth flies in one generation from July to August.The larvae feed on elm.This Phycitinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963082605.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.71%,D:0.29%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "616.286378",
"GenomeGC": "22.26939243",
"SeqNumber": "37",
"N50": "22288.753",
"PCGnumber": "33616",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4732,
"InsectBaseID": "IBG_03833",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Rhopalosiphum",
"TaxonomyID": "253253",
"Tags": "None",
"OrganismName": "Rhopalosiphum nymphaeae",
"NormalName": "None",
"SpeciesIntro": "Rhopalosiphum nymphaeae, the waterlily aphid, is a species of aphid in the family Aphididae. It is found in Europe.This article related to members of the insect family Aphididae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_036289425.1",
"GenomeLevel": "Contig",
"Busco": "C:94.95%[S:93.49%,D:1.46%],F:0.51%,M:4.54%,n:1367",
"GenomeSize": "324.399055",
"GenomeGC": "16.08619051",
"SeqNumber": "91",
"N50": "12665.797",
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},
{
"id": 4733,
"InsectBaseID": "IBG_03834",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Rhorus",
"TaxonomyID": "2922075",
"Tags": "None",
"OrganismName": "Rhorus exstirpatorius",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963564615.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:99.34%,D:0.29%],F:0.15%,M:0.22%,n:1367",
"GenomeSize": "420.296464",
"GenomeGC": "23.67031049",
"SeqNumber": "116",
"N50": "42445.972",
"PCGnumber": "23680",
"Swissnumber": "None",
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},
{
"id": 4734,
"InsectBaseID": "IBG_03835",
"Order": "Phthiraptera",
"Family": "Ricinidae",
"Genus": "Ricinus",
"TaxonomyID": "1343061",
"Tags": "None",
"OrganismName": "Ricinus marginatus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_028565995.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.27%[S:95.90%,D:0.37%],F:1.54%,M:2.19%,n:1367",
"GenomeSize": "159.005221",
"GenomeGC": "28.73657778",
"SeqNumber": "15083",
"N50": "98.127",
"PCGnumber": "35825",
"Swissnumber": "None",
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},
{
"id": 4735,
"InsectBaseID": "IBG_03836",
"Order": "Coleoptera",
"Family": "Cerambycidae",
"Genus": "Rosalia",
"TaxonomyID": "3116773",
"Tags": "None",
"OrganismName": "Rosalia funebris",
"NormalName": "None",
"SpeciesIntro": "The Banded Alder Borer, Rosalia funebris, is a member of the very diverse family of longhorn beetles.Like many others in the family Cerambycidae, R. funebris has strikingly colored wing covers (elytra). The elytra are dark with three white bands. The thorax (pronotum) is white with a large black spot. The alder borer's antennae are banded white and black. The male's antennae are longer than the body; the female's are shorter. Long and narrow, the body of R. funebris may grow to be 38 millimetres (1.5 in).Located along western North America, Alaska through California, Washington and in New Mexico, the banded alder borer may be found in the spring and summer on the bark of alder trees.The exact reason is unknown, but R. funebris is drawn to recently painted buildings and may be found, in multitudes, resting on the paint.The adult wood-boring beetles lay their eggs in a crevice of the bark on hardwood trees such as Oregon ash, New Mexico willow, and California laurel/Oregon myrtle.[failed verification] From there the larvae bore into the wood. Unlike the oval (in cross-section) tunnels of the Buprestidae larva, larval Cerambycidae tunnels are circular (in cross-section) and will generally go straight for short distances between turns.Most mature Cerambycidae feed on flowers. The larvae consume wood. Rosalia funebris generally lays its eggs on downed trees rather than living trees, so it is not considered a significant pest.When handled or threatened R. funebris makes an audible noise similar to that of a squeaky running shoe, or a hissing sound much like air being let out of a bike tire.",
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"NCBIassembly": "GCA_037954035.1",
"GenomeLevel": "Contig",
"Busco": "C:99.34%[S:98.24%,D:1.10%],F:0.07%,M:0.59%,n:1367",
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},
{
"id": 4736,
"InsectBaseID": "IBG_03837",
"Order": "Coleoptera",
"Family": "Salpingidae",
"Genus": "Salpingus",
"TaxonomyID": "577144",
"Tags": "None",
"OrganismName": "Salpingus planirostris",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949788335.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.13%[S:98.76%,D:0.37%],F:0.00%,M:0.88%,n:1367",
"GenomeSize": "127.540636",
"GenomeGC": "33.80862943",
"SeqNumber": "87",
"N50": "8840.065",
"PCGnumber": "17548",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4737,
"InsectBaseID": "IBG_03838",
"Order": "Diptera",
"Family": "Sarcophagidae",
"Genus": "Sarcophaga",
"TaxonomyID": "226135",
"Tags": "None",
"OrganismName": "Sarcophaga carnaria",
"NormalName": "None",
"SpeciesIntro": "Sarcophaga carnaria is a European(globalized) species of flesh fly within the common flesh fly genus, Sarcophaga.Only males can be identified with certainty, and then only by examining genitalia.Larvae mostly feed on earthworms. Adults are attracted to rotting meat and faeces.European, from the U.K. and southern Europe, east to the Altai Mountains and north to the Kola Peninsula.This article related to members of the muscomorph flies superfamily Oestroidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_958299815.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.70%[S:99.41%,D:0.29%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "744.142361",
"GenomeGC": "18.51258835",
"SeqNumber": "260",
"N50": "129022.085",
"PCGnumber": "37837",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4738,
"InsectBaseID": "IBG_03839",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Sarophorus",
"TaxonomyID": "206924",
"Tags": "None",
"OrganismName": "Sarophorus costatus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_032191615.1",
"GenomeLevel": "Contig",
"Busco": "C:57.43%[S:57.21%,D:0.22%],F:30.80%,M:9.88%,n:1367",
"GenomeSize": "198.066189",
"GenomeGC": "29.90777845",
"SeqNumber": "310681",
"N50": "0.896",
"PCGnumber": "41190",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4739,
"InsectBaseID": "IBG_03840",
"Order": "Lepidoptera",
"Family": "Saturniidae",
"Genus": "Saturnia",
"TaxonomyID": "37778",
"Tags": "None",
"OrganismName": "Saturnia japonica",
"NormalName": "None",
"SpeciesIntro": "Caligula japonica, the Japanese giant silkworm, is a moth of the family Saturniidae. It was described by Frederic Moore in 1872. It is found in eastern Asia, including China, Korea, Japan and Russia.The larvae feed on various plants, including Salix, Fagus, Quercus and Juglans.This article on a moth of the family Saturniidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033032175.1",
"GenomeLevel": "Chromosome",
"Busco": "C:96.64%[S:95.76%,D:0.88%],F:0.15%,M:3.22%,n:1367",
"GenomeSize": "581.824184",
"GenomeGC": "20.95658437",
"SeqNumber": "652",
"N50": "20239.873",
"PCGnumber": "42984",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4740,
"InsectBaseID": "IBG_03841",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptodrosophila",
"TaxonomyID": "30034",
"Tags": "None",
"OrganismName": "Scaptodrosophila latifasciaeformis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037075145.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.71%[S:99.12%,D:0.59%],F:0.15%,M:0.15%,n:1367",
"GenomeSize": "154.487819",
"GenomeGC": "28.87333661",
"SeqNumber": "909",
"N50": "9811.568",
"PCGnumber": "20679",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4741,
"InsectBaseID": "IBG_03842",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptodrosophila",
"TaxonomyID": "2870816",
"Tags": "None",
"OrganismName": "Scaptodrosophila scaptomyzoidea",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035078625.1",
"GenomeLevel": "Scaffold",
"Busco": "C:58.60%[S:58.23%,D:0.37%],F:33.28%,M:6.73%,n:1367",
"GenomeSize": "197.585118",
"GenomeGC": "27.86112667",
"SeqNumber": "329973",
"N50": "0.849",
"PCGnumber": "78742",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4742,
"InsectBaseID": "IBG_03843",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptomyza",
"TaxonomyID": "504599",
"Tags": "None",
"OrganismName": "Scaptomyza caliginosa",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035044725.1",
"GenomeLevel": "Contig",
"Busco": "C:98.76%[S:96.71%,D:2.05%],F:0.29%,M:0.95%,n:1367",
"GenomeSize": "115.378636",
"GenomeGC": "31.09496372",
"SeqNumber": "1071",
"N50": "961.642",
"PCGnumber": "16397",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
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{
"id": 4743,
"InsectBaseID": "IBG_03844",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptomyza",
"TaxonomyID": "504600",
"Tags": "None",
"OrganismName": "Scaptomyza cyrtandrae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035044605.1",
"GenomeLevel": "Contig",
"Busco": "C:99.85%[S:98.90%,D:0.95%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "147.768519",
"GenomeGC": "27.69722826",
"SeqNumber": "670",
"N50": "14667.169",
"PCGnumber": "18887",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
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"miRNAnumber": "None",
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},
{
"id": 4744,
"InsectBaseID": "IBG_03845",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptomyza",
"TaxonomyID": "3079903",
"Tags": "None",
"OrganismName": "Scaptomyza parva",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035044645.1",
"GenomeLevel": "Contig",
"Busco": "C:99.85%[S:99.12%,D:0.73%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "140.815053",
"GenomeGC": "28.17997022",
"SeqNumber": "144",
"N50": "15656.414",
"PCGnumber": "17308",
"Swissnumber": "None",
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{
"id": 4745,
"InsectBaseID": "IBG_03846",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptomyza",
"TaxonomyID": "1671169",
"Tags": "None",
"OrganismName": "Scaptomyza polygonia",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035044585.1",
"GenomeLevel": "Contig",
"Busco": "C:99.86%[S:98.54%,D:1.32%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "202.55533",
"GenomeGC": "27.19109885",
"SeqNumber": "2393",
"N50": "1122.002",
"PCGnumber": "27436",
"Swissnumber": "None",
"GOnumber": "None",
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{
"id": 4746,
"InsectBaseID": "IBG_03847",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptomyza",
"TaxonomyID": "1226670",
"Tags": "None",
"OrganismName": "Scaptomyza reducta",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035044485.1",
"GenomeLevel": "Contig",
"Busco": "C:99.49%[S:98.10%,D:1.39%],F:0.07%,M:0.44%,n:1367",
"GenomeSize": "150.710186",
"GenomeGC": "26.96785737",
"SeqNumber": "1394",
"N50": "500.882",
"PCGnumber": "17275",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
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},
{
"id": 4747,
"InsectBaseID": "IBG_03848",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Scaptomyza",
"TaxonomyID": "937332",
"Tags": "None",
"OrganismName": "Scaptomyza tumidula",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035044465.1",
"GenomeLevel": "Contig",
"Busco": "C:99.71%[S:98.54%,D:1.17%],F:0.00%,M:0.29%,n:1367",
"GenomeSize": "137.899245",
"GenomeGC": "28.26210107",
"SeqNumber": "1190",
"N50": "3595.045",
"PCGnumber": "17571",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4748,
"InsectBaseID": "IBG_03849",
"Order": "Coleoptera",
"Family": "Pyrochroidae",
"Genus": "Schizotus",
"TaxonomyID": "351686",
"Tags": "None",
"OrganismName": "Schizotus pectinicornis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951805265.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:98.83%,D:1.10%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "181.134879",
"GenomeGC": "27.43107637",
"SeqNumber": "219",
"N50": "18534.248",
"PCGnumber": "19760",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4749,
"InsectBaseID": "IBG_03850",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Schoenobius",
"TaxonomyID": "753421",
"Tags": "None",
"OrganismName": "Schoenobius gigantellus",
"NormalName": "None",
"SpeciesIntro": "Schoenobius gigantella is a species of moth of the family Crambidae. It is found in Europe and China (Heilongjiang, Neimenggu, Beijing, Tianjin, Hebei, Shanxi, Shandong, Henan, Xinjiang, Jiangsu, Hunan, Guangdong).The wingspan is 25–30 mm for the males and 41–46 mm for the females. The moth flies from June to August depending on the location.The larvae feed on Phragmites species and Glyceria maxima.This Schoenobiinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963935595.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:99.12%,D:0.59%],F:0.15%,M:0.15%,n:1367",
"GenomeSize": "1030.870466",
"GenomeGC": "20.66384866",
"SeqNumber": "37",
"N50": "42296.276",
"PCGnumber": "82936",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4750,
"InsectBaseID": "IBG_03851",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Scirpophaga",
"TaxonomyID": "72366",
"Tags": "None",
"OrganismName": "Scirpophaga incertulas v2",
"NormalName": "None",
"SpeciesIntro": "Scirpophaga incertulas, the yellow stem borer or rice yellow stem borer, is a species of moth of the family Crambidae. It was described by Francis Walker in 1863. It is found in Afghanistan, Nepal, north-eastern India, Sri Lanka, Bangladesh, Myanmar, Vietnam, Thailand, Malaysia, Singapore, Sumatra, Java, Borneo, Sumba, Sulawesi, the Philippines, Taiwan, China and Japan.The wingspan of the male is 18–22 mm and the female is 34 mm. Adult males are smaller than the females. Males are brownish ochreous. Forewings irrorated (sprinkled) with dark scales and with the veins slightly streaked with fuscous. A black spot found at lower angle of cell. There is an oblique fuscous line runs from apex to vein 2. A marginal black specks series can be seen. Hindwings ochreous white. Female fuscous brown with pale fuscous hindwings.The larvae feed on Oryza sativa. It is considered as a major rice pest throughout India, Sri Lanka as well as in various parts of Nepal, and it devastates harvests annually. They bore the stem of their host plant. Full-grown larvae are pale yellow to yellowish green with a brown head and reach a length of 20 mm. Pupation takes place in a white silk cocoon.After hatching, early instars bore into the leaf sheath and causing longitudinal yellowish-white patches as a result of feeding. Then it invades the stem of the rice plant and stays in the pith to feed on the inner surface of the stem wall. These are not externally visual as symptoms. Severe feeding causes a deep circular cut through the parenchyma tissue showing deadhearts at the vegetative stages and whiteheads at the reproductive stages.Due to heavy damage to rice throughout the world, many controlling measures are underway. Chemical, physical, and biological controls and many traditional methods are used to control the pest at any stage of its life cycle. Numerous pest resistant paddy varieties have been genetically modified and introduced in to the fields by the local governments. In biological control, egg parasitism is high and widespread. Species of the three genera Telenomus, Tetrastichus and Trichogramma are greatly effective against eggs, larva and adult moths.Conocephalus longipennis, a bush cricket is known to consume moth eggs. Other than insect parasitoids, fungi, bacteria, viruses and mermithid nematodes are also used for Integrated Pest Management (IPM).Split release of Trichogramma japonicum improved control in Nagaland, India Applications of Chlorantraniliprole at 40 g.a.i./ha was found to be efficacious against S. incertulas.[citation needed]",
"Intro_from": "",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_036419045.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.27%[S:97.44%,D:1.83%],F:0.44%,M:0.29%,n:1367",
"GenomeSize": "695.309238",
"GenomeGC": "21.44797823",
"SeqNumber": "1230",
"N50": "28019.431",
"PCGnumber": "50719",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
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},
{
"id": 4751,
"InsectBaseID": "IBG_03852",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Scoparia",
"TaxonomyID": "1594341",
"Tags": "None",
"OrganismName": "Scoparia ambigualis",
"NormalName": "None",
"SpeciesIntro": "Scoparia ambigualis is a species of moth of the family Crambidae described by Friedrich Treitschke in 1829. It is found in Europe and Asia Minor and possibly in Guangdong and Shanxi in China.The wingspan is 15–22 mm. The forewings are whitish, more or less sprinkled with grey and black; a black ochreous-mixed mark from base of costa; lines whitish, dark -edged, first irregular, second angulated above middle; orbicular elongate, brownish, more or less black-edged, resting on first line; claviform dot- like, black, seldom elongated to touch first line; discal spot 8-shaped, incompletely black edged, upper and sometimes lower half pale greyish-ochreous or brownish; terminal area dark, subterminal line cloudy, whitish; a terminal series of blackish marks. Hindwings are prismatic grey-whitish, terminally suffused with grey.The moth flies from May to September depending on the location.The larvae feed on valerian and probably also on various mosses.This Scopariinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963921215.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.61%[S:98.32%,D:0.29%],F:0.07%,M:1.32%,n:1367",
"GenomeSize": "1040.845733",
"GenomeGC": "21.02546132",
"SeqNumber": "92",
"N50": "36664.438",
"PCGnumber": "93073",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4752,
"InsectBaseID": "IBG_03853",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Scotopteryx",
"TaxonomyID": "987009",
"Tags": "None",
"OrganismName": "Scotopteryx bipunctaria",
"NormalName": "None",
"SpeciesIntro": "Scotopteryx bipunctaria, also known as the chalk carpet, is a moth in the family Geometridae. The species was first described by Michael Denis and Ignaz Schiffermüller in 1775. It is found from Morocco and Spain through western and central Europe and Great Britain to the Ural. In the north it is found up to the Baltic region and in the south its range extends over Italy and the Balkan Peninsula up to the Black Sea and Caspian Sea.The wingspan is 26–32 mm. Adults are on wing from June to August in one generation per year.The larvae feed on various low-growing plants, including Vicia, Lotus, Hippocrepis and Teucrium species. Larvae can be found from September onwards. They overwinter and pupate in May or June of the following year.This Xanthorhoini moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949320045.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.56%,D:0.22%],F:0.22%,M:0.00%,n:1367",
"GenomeSize": "326.465721",
"GenomeGC": "24.07704422",
"SeqNumber": "46",
"N50": "11591.88",
"PCGnumber": "23040",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4753,
"InsectBaseID": "IBG_03854",
"Order": "Lepidoptera",
"Family": "Gelechiidae",
"Genus": "Scrobipalpa",
"TaxonomyID": "687131",
"Tags": "None",
"OrganismName": "Scrobipalpa atriplicella",
"NormalName": "None",
"SpeciesIntro": "Scrobipalpa atriplicella, the goosefoot groundling moth, is a moth of the family Gelechiidae. It is found from most of Europe throughout Asia to Kamchatka and Japan. It is an introduced species in North America.The wingspan is 10–14 mm. Terminal joint of palpi as long as second. Forewings are dark fuscous, whitish-sprinkled, mixed or somewhat streaked longitudinally with pale ochreous, dorsal area lighter; a dark spot on costa at 1/4; stigmata blackish, ill-defined, first discal rather beyond plical; indistinct blackish spots on fold before and beyond plical, and in angle of a faint pale fascia at 3/4. Hindwings 1, light grey, darker terminally. The larva is greenish yellow or green; dorsal line rosy -suffused; head yellowish.There are two generations per year with adults on wing in May and again from July to August.The larvae feed on Atriplex laciniata, Atriplex patula, Atriplex prostrata, Atriplex tatarica, Beta vulgaris, Chenopodium album, Chenopodium ficifolium, Chenopodium hybridum, Chenopodium murale, Chenopodium quinoa and Halimione portulacoides. The young larvae mine the leaves of their host plant. They can be found in June and from September to October.This article on a moth of the genus Scrobipalpa is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029255725.1",
"GenomeLevel": "Contig",
"Busco": "C:73.52%[S:70.01%,D:3.51%],F:5.93%,M:20.56%,n:1367",
"GenomeSize": "301.108171",
"GenomeGC": "26.38292934",
"SeqNumber": "7090",
"N50": "51.602",
"PCGnumber": "24130",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4754,
"InsectBaseID": "IBG_03855",
"Order": "Lepidoptera",
"Family": "Gelechiidae",
"Genus": "Scrobipalpa",
"TaxonomyID": "1858070",
"Tags": "None",
"OrganismName": "Scrobipalpa costella",
"NormalName": "None",
"SpeciesIntro": "Scrobipalpa costella is a moth of the family Gelechiidae. It is found in western Europe.The wingspan is 9.5–15.5 mm (0.37–0.61 in). The head is ochreous, sometimesgrey-sprinkled. Terminal joint of palpi shorter than second. Forewings reddish -ochreous, sometimes suffusedly irrorated with dark fuscous; a dark fuscous triangular costal blotch extending from 1/4 to 2/3 and reaching fold, including the black stigmata, first discal followed by another black dot obliquely beneath it; an indistinct pale angulated fascia at 3/4; often a dark fuscous terminal suffusion. Hindwings 1, grey. The larva is greyish green; dorsal and subdorsal lines sometimes darker; 2 and 3 dark purplish-brown; head and plate of 2 black.Adults appear in September and spend the winter. After overwintering, they are on wing till June.The larvae feed on Solanum dulcamara. They mine the leaves of their host plant. Larvae can be found from mid September to June.This article on a moth of the genus Scrobipalpa is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949820665.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.34%,D:0.51%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "603.185274",
"GenomeGC": "20.36622814",
"SeqNumber": "46",
"N50": "22161.698",
"PCGnumber": "43776",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4755,
"InsectBaseID": "IBG_03856",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Sericinus",
"TaxonomyID": "1678306",
"Tags": "None",
"OrganismName": "Sericinus montela v2",
"NormalName": "None",
"SpeciesIntro": "Sericinus is a genus of swallowtail butterflies placed in the subfamily Parnassiinae. The genus has a complex history and a multiplicity of names have been applied to its single species.Sericinus montela, the dragon swallowtail, is the only species, making the genus monotypic. It is found in the Russian Far East, Korea, China and Japan.Sericinus Westwood, 1851 (Transactions of the Entomological Society of London. NS I: 173), monobasictelamon Donovan (Sericinus Wood, 1877: Suicinus Draesecke, 1923) montela Gray, 1853.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029286605.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.42%[S:96.05%,D:0.37%],F:0.59%,M:3.00%,n:1367",
"GenomeSize": "594.849734",
"GenomeGC": "19.84695785",
"SeqNumber": "1216",
"N50": "5744.355",
"PCGnumber": "27342",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4756,
"InsectBaseID": "IBG_03857",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Sesamia",
"TaxonomyID": "492764",
"Tags": "None",
"OrganismName": "Sesamia inferens",
"NormalName": "None",
"SpeciesIntro": "Sesamia inferens, the Asiatic pink stem borer, gramineous stem borer, pink borer, pink rice borer, pink rice stem borer, pink stem borer, purple borer, purple stem borer or purplish stem borer, is a moth of the family Noctuidae. The species was first described by Francis Walker in 1856. It is found from Pakistan, India, Sri Lanka, Myanmar to Japan and the Solomon Islands. A polyphagous species, it is a major pest in many crops worldwide.Its wingspan is about 28 mm. Hindwings with veins 3 and 4 from arise from the cell. Antennae of male ciliated and simple in female. Body ochreous. Forewings with a red-brown suffusion along median nervure and veins 2 to 5. A sub-marginal dark line present. Cilia paler. Hindwings are whitish.Larva smooth and shiny and lack obvious hairs or markings. Color variable but usually cream white with a distinctive pink suffusion. The head and prothoracic shield are brown. The dorsal part of the last abdominal segment bearing the anus is yellowish brown. Mature larvae are between 30–40 mm long, pink with buff and pink dorsal markings and a brown head. Pupae are up to about 18 mm long, brown to yellowish-brown with a wrinkled frontal region of the head and cremaster with four large and two small spines.The larvae mostly feed on Gramineae species, including Coix, Echinochloa, Oryza, Panicum, Saccharum, Setaria, Triticum, Zea and Zizania. Many of the food plants are of economic importance.The caterpillars mainly bore into rice stems or the base of the panicle. After infection, the stem becomes wilted causing deadheart. Panicle attack leads to panicle to be cut leading to state called whitehead. Symptoms are mostly similar to other stem borers and hence closer look required to control the attack.Mechanical controlling using hand picking and pheromone traps are used. Cultural practices like crop rotation mechanisms, reducing water levels are also used in controlling. Natural enemies such as parasitoides are very effective and nature loving controlling measures. The tachinid fly Sturmiopsis inferens was also once used, but is now not effective due to their low abundance. In chemical control, BHC, DDT, fenthion, fenitrothion, quinalphos, phosphamidon sprays and granules of lindane are used. Eggs can be eliminated by introducing Trichogramma minutum and Telenomeus species. Apanteles flavipes, Bracon chinensis and Sturmiopsis inferens are effective against caterpillars, whereas Xanthopinpla species and Tetrastichus aygari are used in pupal stages.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037179545.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:98.90%,D:0.95%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "963.664144",
"GenomeGC": "18.9211038",
"SeqNumber": "74",
"N50": "33394.412",
"PCGnumber": "57360",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4757,
"InsectBaseID": "IBG_03858",
"Order": "Megaloptera",
"Family": "Sialidae",
"Genus": "Sialis",
"TaxonomyID": "1230162",
"Tags": "None",
"OrganismName": "Sialis fuliginosa",
"NormalName": "None",
"SpeciesIntro": "Sialis fuliginosa is a species of alderfly found in Europe and the United Kingdom.This insect-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_961205875.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.05%[S:98.54%,D:0.51%],F:0.22%,M:0.73%,n:1367",
"GenomeSize": "392.127767",
"GenomeGC": "15.37938246",
"SeqNumber": "24",
"N50": "29640.374",
"PCGnumber": "19703",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4758,
"InsectBaseID": "IBG_03859",
"Order": "Megaloptera",
"Family": "Sialidae",
"Genus": "Sialis",
"TaxonomyID": "279420",
"Tags": "None",
"OrganismName": "Sialis lutaria",
"NormalName": "None",
"SpeciesIntro": "Hemerobius lutarius Linnaeus, 1758Sialis lutaria, common name alderfly, is a species of alderfly belonging to the order Megaloptera family Sialidae.This species is mainly present in Austria, Belgium, United Kingdom, Czech Republic, France, Germany, Italy, the Netherlands, Spain, Poland, Romania and Switzerland.Adults of this species usually inhabits ponds and slow-flowing streams, while the larvae live in mud and detritus under water.Adults can reach 20 millimetres (0.79 in) of length, with a wingspan of 22–34 millimetres (0.87–1.34 in). They have a stocky body with a black or dark brown basic coloration, including head and legs. The wings are greyish, membranous and translucent, with pronounced dark venation. At rest they are held roof-like over their body.The flat larvae reach approximately 17 millimetres (0.67 in). They have large heads, powerful jaws and three pairs of legs. Furthermore, they show feathery gills on the abdominal segments. The abdomen terminates with a long gill.Adults are most often encountered from May through June on vegetation near slow-flowing streams or close to ponds. They are bad fliers and never leave the waters where the larvae have developed.Females lay a large quantity of eggs on plants overhanging the waters, where larvae will fall after hatching. Larvae are aquatic predators of small invertebrates and usually wait for their prey in silt or under stones just emerging from the water. The life cycle in this species lasts about one-two years, but the adults live two-three days only, without feeding.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949319165.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.05%[S:98.68%,D:0.37%],F:0.29%,M:0.66%,n:1367",
"GenomeSize": "461.976963",
"GenomeGC": "14.8307683",
"SeqNumber": "56",
"N50": "30623.967",
"PCGnumber": "21150",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4759,
"InsectBaseID": "IBG_03860",
"Order": "Coleoptera",
"Family": "Silvanidae",
"Genus": "Silvanus",
"TaxonomyID": "295940",
"Tags": "None",
"OrganismName": "Silvanus unidentatus",
"NormalName": "None",
"SpeciesIntro": "Silvanus unidentatus, is a species of silvanid flat bark beetle in the family Silvanidae. Native to Eurasia, it is established in North America and Chile.This Silvanidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963930825.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.78%,D:0.15%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "187.170625",
"GenomeGC": "16.35296137",
"SeqNumber": "103",
"N50": "23657.96",
"PCGnumber": "20517",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4760,
"InsectBaseID": "IBG_03861",
"Order": "Coleoptera",
"Family": "Elateridae",
"Genus": "Sinelater",
"TaxonomyID": "1028068",
"Tags": "None",
"OrganismName": "Sinelater perroti",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_036346155.1",
"GenomeLevel": "Contig",
"Busco": "C:98.54%[S:98.10%,D:0.44%],F:0.15%,M:1.32%,n:1367",
"GenomeSize": "1242.193288",
"GenomeGC": "25.55113307",
"SeqNumber": "380",
"N50": "16744.002",
"PCGnumber": "91427",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4761,
"InsectBaseID": "IBG_03862",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Sipha",
"TaxonomyID": "805083",
"Tags": "None",
"OrganismName": "Sipha maydis",
"NormalName": "None",
"SpeciesIntro": "Sipha maydis is a species of aphid. It is a pest of millets.This article related to members of the insect family Aphididae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_034509805.1",
"GenomeLevel": "Contig",
"Busco": "C:95.68%[S:91.88%,D:3.80%],F:1.17%,M:3.15%,n:1367",
"GenomeSize": "409.544601",
"GenomeGC": "19.75854493",
"SeqNumber": "3570",
"N50": "187.221",
"PCGnumber": "42292",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4762,
"InsectBaseID": "IBG_03863",
"Order": "Ephemeroptera",
"Family": "Siphlonuridae",
"Genus": "Siphlonurus",
"TaxonomyID": "248243",
"Tags": "None",
"OrganismName": "Siphlonurus alternatus",
"NormalName": "None",
"SpeciesIntro": "Siphlonurus alternatus is a species of primitive minnow mayfly in the family Siphlonuridae. It is found in North America and Europe. In North America its range includes all of Canada, the northeastern United States, and Alaska.This mayfly related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949825025.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.76%[S:97.59%,D:1.17%],F:0.51%,M:0.73%,n:1367",
"GenomeSize": "455.861235",
"GenomeGC": "18.45765543",
"SeqNumber": "108",
"N50": "50231.148",
"PCGnumber": "28010",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4763,
"InsectBaseID": "IBG_03864",
"Order": "Neuroptera",
"Family": "Sisyridae",
"Genus": "Sisyra",
"TaxonomyID": "279440",
"Tags": "None",
"OrganismName": "Sisyra nigra",
"NormalName": "None",
"SpeciesIntro": "Sisyra nigra is a species of spongillafly in the family Sisyridae. It is found in Europe and Northern Asia (excluding China) and North America.This Neuroptera related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958496155.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.46%[S:98.02%,D:0.44%],F:0.15%,M:1.39%,n:1367",
"GenomeSize": "372.608688",
"GenomeGC": "17.23557289",
"SeqNumber": "112",
"N50": "50790.609",
"PCGnumber": "20875",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4764,
"InsectBaseID": "IBG_03865",
"Order": "Neuroptera",
"Family": "Sisyridae",
"Genus": "Sisyra",
"TaxonomyID": "1560625",
"Tags": "None",
"OrganismName": "Sisyra terminalis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958496175.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.83%[S:98.39%,D:0.44%],F:0.15%,M:1.02%,n:1367",
"GenomeSize": "376.648809",
"GenomeGC": "18.23925242",
"SeqNumber": "11",
"N50": "62969.495",
"PCGnumber": "20521",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4765,
"InsectBaseID": "IBG_03866",
"Order": "Diptera",
"Family": "Chironomidae",
"Genus": "Smittia",
"TaxonomyID": "611654",
"Tags": "None",
"OrganismName": "Smittia aterrima",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033063855.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.61%[S:97.44%,D:1.17%],F:0.15%,M:1.24%,n:1367",
"GenomeSize": "78.453853",
"GenomeGC": "30.59867053",
"SeqNumber": "3",
"N50": "25730.3",
"PCGnumber": "17445",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4766,
"InsectBaseID": "IBG_03867",
"Order": "Coleoptera",
"Family": "Hydrophilidae",
"Genus": "Sperchopsis",
"TaxonomyID": "1397758",
"Tags": "None",
"OrganismName": "Sperchopsis tessellata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033557685.1",
"GenomeLevel": "Contig",
"Busco": "C:7.68%[S:7.61%,D:0.07%],F:1.76%,M:90.56%,n:1367",
"GenomeSize": "22.621776",
"GenomeGC": "27.71115318",
"SeqNumber": "677",
"N50": "32.069",
"PCGnumber": "1937",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4767,
"InsectBaseID": "IBG_03868",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Sphaerogastrella",
"TaxonomyID": "2870817",
"Tags": "None",
"OrganismName": "Sphaerogastrella javana",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037040025.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.90%[S:95.39%,D:0.51%],F:3.22%,M:0.80%,n:1367",
"GenomeSize": "265.229789",
"GenomeGC": "33.59575308",
"SeqNumber": "324320",
"N50": "4.187",
"PCGnumber": "114094",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4768,
"InsectBaseID": "IBG_03869",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Sphenella",
"TaxonomyID": "594017",
"Tags": "None",
"OrganismName": "Sphenella marginata",
"NormalName": "None",
"SpeciesIntro": "Sphenella marginata is a species of fly in the family Tephritidae, the gall flies. It is found in the Palearctic . The larvae feed on Senecio vulgaris.This article related to members of the fly sub-family Tephritinae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951509765.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.68%[S:97.95%,D:0.73%],F:0.51%,M:0.80%,n:1367",
"GenomeSize": "595.252386",
"GenomeGC": "20.14213346",
"SeqNumber": "120",
"N50": "109573.589",
"PCGnumber": "53243",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4769,
"InsectBaseID": "IBG_03870",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Spicauda",
"TaxonomyID": "3056719",
"Tags": "None",
"OrganismName": "Spicauda simplicius",
"NormalName": "None",
"SpeciesIntro": "Spicauda simplicius, the plain longtail, is a species of butterfly in the family Hesperiidae. It is found from Argentina, north through Central America, Mexico, and the West Indies to southern Texas and peninsular Florida.This Hesperiidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949699795.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.70%[S:99.41%,D:0.29%],F:0.15%,M:0.15%,n:1367",
"GenomeSize": "610.070898",
"GenomeGC": "21.11706597",
"SeqNumber": "173",
"N50": "21027.237",
"PCGnumber": "31049",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4770,
"InsectBaseID": "IBG_03871",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Stegana",
"TaxonomyID": "2483413",
"Tags": "None",
"OrganismName": "Stegana nigrithorax",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037044495.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.20%[S:95.54%,D:0.66%],F:0.29%,M:3.51%,n:1367",
"GenomeSize": "187.915485",
"GenomeGC": "28.40628062",
"SeqNumber": "5725",
"N50": "295.615",
"PCGnumber": "19264",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4771,
"InsectBaseID": "IBG_03872",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Stenichneumon",
"TaxonomyID": "274346",
"Tags": "None",
"OrganismName": "Stenichneumon culpator",
"NormalName": "None",
"SpeciesIntro": "Stenichneumon culpator is a species of ichneumon wasp in the family Ichneumonidae. Solitary individuals are known to hibernate within tunnels made by beetles beneath bark.These three subspecies belong to the species Stenichneumon culpator:Data sources: i = ITIS, c = Catalogue of Life, g = GBIF, b = Bugguide.netThis Ichneumonidae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_964017025.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.63%,D:0.22%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "284.648011",
"GenomeGC": "31.73450525",
"SeqNumber": "102",
"N50": "19696.322",
"PCGnumber": "24723",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4772,
"InsectBaseID": "IBG_03873",
"Order": "Hemiptera",
"Family": "Miridae",
"Genus": "Stenodema",
"TaxonomyID": "863834",
"Tags": "None",
"OrganismName": "Stenodema calcarata",
"NormalName": "None",
"SpeciesIntro": "Stenodema calcarata is a species of bug from Miridae family, that can be found in Europe and across the Palearctic to Central Asia, the Russian Far East, Siberia, northern China, Korea and Japan.The length of an adult is 7–8 millimetres (0.28–0.31 in), and have a longitudinal furrow between the eyes.Stenodema calcarata lives on grasses including Agrostis tenuis, Alopecurus pratensis, Festuca and in bogs Molinia caerulea and many other grasses (Poaceae), and also on (Cyperaceae) and (Juncaceae), such as sedges Carex, Scirpus and Juncus. The species hibernates in winter, and come aground in April. During this time, the females start to change colour to green, while males still remain yellow, or brown. The larvae appears by August.This Miridae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963920205.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.69%[S:97.81%,D:0.88%],F:0.22%,M:1.10%,n:1367",
"GenomeSize": "575.371402",
"GenomeGC": "27.34996447",
"SeqNumber": "249",
"N50": "34076.137",
"PCGnumber": "43821",
"Swissnumber": "None",
"GOnumber": "None",
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"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
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{
"id": 4773,
"InsectBaseID": "IBG_03874",
"Order": "Coleoptera",
"Family": "Meloidae",
"Genus": "Stenodera",
"TaxonomyID": "443667",
"Tags": "None",
"OrganismName": "Stenodera caucasica",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_037414795.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.51%[S:97.29%,D:0.22%],F:1.83%,M:0.66%,n:1367",
"GenomeSize": "92.694232",
"GenomeGC": "22.85253305",
"SeqNumber": "12199",
"N50": "31.257",
"PCGnumber": "14434",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4774,
"InsectBaseID": "IBG_03875",
"Order": "Coleoptera",
"Family": "Carabidae",
"Genus": "Stenolophus",
"TaxonomyID": "536894",
"Tags": "None",
"OrganismName": "Stenolophus ochropezus",
"NormalName": "None",
"SpeciesIntro": "Stenolophus ochropezus is a species of ground beetle in the family Carabidae. It is found in North America.This Harpalinae-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035578165.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.39%[S:83.98%,D:14.41%],F:0.07%,M:1.54%,n:1367",
"GenomeSize": "826.477968",
"GenomeGC": "17.4952043",
"SeqNumber": "706",
"N50": "26348.653",
"PCGnumber": "77326",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4775,
"InsectBaseID": "IBG_03876",
"Order": "Coleoptera",
"Family": "Cerambycidae",
"Genus": "Stenurella",
"TaxonomyID": "877990",
"Tags": "None",
"OrganismName": "Stenurella melanura",
"NormalName": "None",
"SpeciesIntro": "Stenurella melanura is a flower longhorn beetle species of the family Cerambycidae, subfamily Lepturinae.Subspecies and varietas include:This beetle is widespread in most of Europe, in the eastern Palearctic realm, in the Oriental realm, and in the Near East.It is present in Portugal, Spain, France, Belgium, the Netherlands, Switzerland, Italy, Germany, Austria, Great Britain, Denmark, Sweden, Norway, Finland, Poland, Czech Republic, Slovakia, Hungary, Slovenia, Croatia, Serbia, Albania, Romania, Bulgaria, Greece, Turkey, Russia, Kazakhstan and Mongolia.These beetles inhabit sunny forest edges, mixed coniferous forests, spruce pine forests and alpine and mountain pastures.Stenurella melanura can reach a length of 6–10 millimetres (0.24–0.39 in). This beetle has a very narrow and rather long body. The antennae are about as long as the body. The head, pronotum and abdomen are black. The elytra are yellow-brown in males, with a black colored tip. In the females the elytra are reddish. The elytral suture is often black-colored, especially in the females, while the slender males have a darker tip and the black drawing is somewhat less pronounced.Both females and males can mate several times, and the males often remain on the female to prevent her from interacting with other males. Larvae develop in rotten wood of deciduous and coniferous trees, especially Castanea sativa. Adults can be encountered from May through September, completing their life cycle in two years. They are very common flower-visitors, especially Apiaceae species, feeding on pollen and the nectar.This Lepturinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963583905.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:98.02%,D:1.61%],F:0.22%,M:0.15%,n:1367",
"GenomeSize": "1616.911602",
"GenomeGC": "16.44256647",
"SeqNumber": "205",
"N50": "154376.042",
"PCGnumber": "90834",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4776,
"InsectBaseID": "IBG_03877",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Stenus",
"TaxonomyID": "1202164",
"Tags": "None",
"OrganismName": "Stenus bimaculatus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963971135.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:98.17%,D:1.46%],F:0.00%,M:0.37%,n:1367",
"GenomeSize": "450.605311",
"GenomeGC": "16.3532349",
"SeqNumber": "1589",
"N50": "51678.104",
"PCGnumber": "46605",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4777,
"InsectBaseID": "IBG_03878",
"Order": "Hemiptera",
"Family": "Membracidae",
"Genus": "Stictocephala",
"TaxonomyID": "1585304",
"Tags": "None",
"OrganismName": "Stictocephala bisonia",
"NormalName": "None",
"SpeciesIntro": "The buffalo treehopper (Stictocephala bisonia) is a species of treehopper belonging to the subfamily Smiliinae. It is sometimes classified as Ceresa bisonia.This species is native to North America, but now it is widespread throughout southern Europe and it is also present in the Near East and in North Africa.Buffalo treehoppers are a bright green color and have a somewhat triangular shape that helps camouflage them so as to resemble thorns or a twiggy protuberance. It gets its name from the vague resemblance of its profile to that of an American bison. They grow to 6 to 8 millimeters (0.24 to 0.31 in) long and have transparent wings.S. bisonia mates during the summer months. Males attract females with a song that, unlike similar songs used by cicada and crickets, is perceived by the female not as sound waves but as vibrations through the host plant. Females lay eggs from July to October using a blade-like ovipositor. Up to a dozen eggs are laid in each slit made by the female.Nymphs emerge from the eggs the following May or June. The nymphs, which resemble wingless adults, but have a more spiny appearance, descend from the trees where they hatched to feed on grasses, weeds, and other nonwoody plants.They molt several times in the following month and a half until they have reached adulthood. Then they return to the trees to continue their life cycle.Both adult and immature buffalo treehoppers feed upon sap using specialized mouthparts suited for this purpose. Black locust, clover, elm, goldenrod, and willow are among their favorite food sources. It is also an occasional pest of fruit trees and is harmful to young orchard trees, especially apple trees. It has become an invasive species in some parts of Europe.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035578905.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.05%[S:90.20%,D:2.85%],F:3.95%,M:3.00%,n:1367",
"GenomeSize": "1697.723675",
"GenomeGC": "22.2251756",
"SeqNumber": "13127",
"N50": "925.502",
"PCGnumber": "150368",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4778,
"InsectBaseID": "IBG_03879",
"Order": "Diptera",
"Family": "Stratiomyidae",
"Genus": "Stratiomys",
"TaxonomyID": "511597",
"Tags": "None",
"OrganismName": "Stratiomys singularior",
"NormalName": "None",
"SpeciesIntro": "Stratiomys singularia, the flecked general, is a Palearcticspecies of soldier fly.Body length 13,5–17 mm. Eyes of the male hairy, and those of the female without any yellow postocular collar. Tibiae and venter mainly black, the latter with pale bands. Abdomen dorsally with three pairs of small, yellow spots and the apex yellow or orange.Found in wetland habitats, humid places, brackish water from June to August. The adults feed on the nectar and pollen of Umbelliferae. The larvae are detritus feeding in shallow, sometimes temporary pools.Western Europe, European Russia, Caucasus, Russian Far East, Siberia, Central Asia.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_954870665.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.12%[S:98.83%,D:0.29%],F:0.07%,M:0.80%,n:1367",
"GenomeSize": "715.212284",
"GenomeGC": "27.15188027",
"SeqNumber": "405",
"N50": "116479.916",
"PCGnumber": "41269",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4779,
"InsectBaseID": "IBG_03880",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Sturmia",
"TaxonomyID": "569090",
"Tags": "None",
"OrganismName": "Sturmia bella",
"NormalName": "None",
"SpeciesIntro": "Sturmia bella is a species of fly in the family Tachinidae. Larvae can parasitize over twenty lepidopteran species, such as Parantica sita.British Isles, Czech Republic, Estonia, Hungary, Moldova, Poland, Romania, Slovakia, Ukraine, Finland, Bosnia and Herzegovina, Bulgaria, Corsica, Croatia, Greece, Italy, Montenegro, Portugal, Serbia, Spain, Turkey, Austria, Belgium, Channel Islands, France, Germany, Netherlands, Switzerland, Japan, South Korea, Israel, Palestine, Morocco, Russia, Armenia, Georgia, China, Japan , Nepal, Taiwan, New Caledonia, Solomon IslandsThis article related to members of the fly tribe Goniini is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963662145.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:99.63%,D:0.29%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "437.792745",
"GenomeGC": "18.46569225",
"SeqNumber": "19",
"N50": "80664.815",
"PCGnumber": "23893",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4780,
"InsectBaseID": "IBG_03881",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Subacronicta",
"TaxonomyID": "1870728",
"Tags": "None",
"OrganismName": "Subacronicta megacephala",
"NormalName": "None",
"SpeciesIntro": "The poplar grey (Acronicta megacephala) is a moth of the family Noctuidae. It is found throughout Europe.A. megacephala F. (3b). Forewing pale grey, suffused with dark, except in a patch beyond cell hindwing white in male, greyer in female. Larvadark grey, with granulated yellowish dots ; segment 11 with a large yellowish-white dorsal patch ; the hairs, which rise singly, whitish : head black with pale — In grumi Alph. the forewing is narrower, the space between inner line and median shade conspicuously whitish; this form is found in West China. — ab. ochrea Tutt has the ground colour distinctly ochreous; while in ab. rosea Tutt the forewing is rosy-tinged.Melanic forms sometimes occur. The wingspan is 40–45 mm. This moth flies at night from May to August and is attracted to light and sugar.The hairy larva is grey with black and red markings and a white patch towards the rear. It feeds on poplars and willows and sometimes on grey alder. The species overwinters as a pupa.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958496365.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.17%[S:97.44%,D:0.73%],F:0.73%,M:1.10%,n:1367",
"GenomeSize": "424.245251",
"GenomeGC": "24.03417287",
"SeqNumber": "217",
"N50": "14835.206",
"PCGnumber": "29111",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4781,
"InsectBaseID": "IBG_03882",
"Order": "Diptera",
"Family": "Heleomyzidae",
"Genus": "Suillia",
"TaxonomyID": "1230148",
"Tags": "None",
"OrganismName": "Suillia variegata",
"NormalName": "None",
"SpeciesIntro": "Suillia variegata is a Palearctic species of Heleomyzidae.This article related to members of the fly family Heleomyzidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949127995.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.56%,D:0.44%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "263.984139",
"GenomeGC": "23.24685651",
"SeqNumber": "28",
"N50": "49452.834",
"PCGnumber": "24358",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4782,
"InsectBaseID": "IBG_03883",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Sussaba",
"TaxonomyID": "662494",
"Tags": "None",
"OrganismName": "Sussaba pulchella",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963971145.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.61%[S:98.17%,D:0.44%],F:0.37%,M:1.02%,n:1367",
"GenomeSize": "299.940281",
"GenomeGC": "27.96311476",
"SeqNumber": "1380",
"N50": "14656.329",
"PCGnumber": "23968",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4783,
"InsectBaseID": "IBG_03884",
"Order": "Hymenoptera",
"Family": "Eurytomidae",
"Genus": "Sycophila",
"TaxonomyID": "2872367",
"Tags": "None",
"OrganismName": "Sycophila quercilanae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035582995.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.19%[S:92.90%,D:0.29%],F:4.90%,M:1.83%,n:1367",
"GenomeSize": "290.294811",
"GenomeGC": "28.63994183",
"SeqNumber": "65053",
"N50": "12.893",
"PCGnumber": "30501",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4784,
"InsectBaseID": "IBG_03885",
"Order": "Hymenoptera",
"Family": "Eurytomidae",
"Genus": "Sycophila",
"TaxonomyID": "1118617",
"Tags": "None",
"OrganismName": "Sycophila texana",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035582955.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.66%[S:94.15%,D:0.51%],F:3.80%,M:1.46%,n:1367",
"GenomeSize": "288.844635",
"GenomeGC": "29.0149547",
"SeqNumber": "55238",
"N50": "21.481",
"PCGnumber": "32175",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4785,
"InsectBaseID": "IBG_03886",
"Order": "Diptera",
"Family": "Anisopodidae",
"Genus": "Sylvicola",
"TaxonomyID": "1552766",
"Tags": "None",
"OrganismName": "Sylvicola cinctus",
"NormalName": "None",
"SpeciesIntro": "Sylvicola cinctus is a species of fly in the family Anisopodidae. It is found in the Palearctic .This article related to members of the fly infraorder Bibionomorpha is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963854165.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.90%[S:98.39%,D:0.51%],F:0.15%,M:0.95%,n:1367",
"GenomeSize": "179.151403",
"GenomeGC": "23.59454143",
"SeqNumber": "7",
"N50": "61724.78",
"PCGnumber": "15102",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4786,
"InsectBaseID": "IBG_03887",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Synergus",
"TaxonomyID": "2714044",
"Tags": "None",
"OrganismName": "Synergus coniferae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_032164275.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.64%[S:96.27%,D:0.37%],F:2.56%,M:0.73%,n:1367",
"GenomeSize": "220.388603",
"GenomeGC": "24.18199502",
"SeqNumber": "32397",
"N50": "13969.467",
"PCGnumber": "28038",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4787,
"InsectBaseID": "IBG_03888",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Synergus",
"TaxonomyID": "2714046",
"Tags": "None",
"OrganismName": "Synergus laeviventris",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_032275145.1",
"GenomeLevel": "Scaffold",
"Busco": "C:97.36%[S:96.85%,D:0.51%],F:1.98%,M:0.44%,n:1367",
"GenomeSize": "223.165546",
"GenomeGC": "25.26404277",
"SeqNumber": "24104",
"N50": "8853.279",
"PCGnumber": "30164",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4788,
"InsectBaseID": "IBG_03889",
"Order": "Hymenoptera",
"Family": "Cynipidae",
"Genus": "Synergus",
"TaxonomyID": "2714048",
"Tags": "None",
"OrganismName": "Synergus magnus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_032275165.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.03%[S:94.81%,D:0.22%],F:3.95%,M:1.02%,n:1367",
"GenomeSize": "280.044959",
"GenomeGC": "21.47651371",
"SeqNumber": "37368",
"N50": "11535.405",
"PCGnumber": "31529",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4789,
"InsectBaseID": "IBG_03890",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Syrista",
"TaxonomyID": "1090889",
"Tags": "None",
"OrganismName": "Syrista parreyssii",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
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{
"id": 4790,
"InsectBaseID": "IBG_03891",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Syrphus",
"TaxonomyID": "224256",
"Tags": "None",
"OrganismName": "Syrphus vitripennis",
"NormalName": "None",
"SpeciesIntro": "Syrphus vitripennis is a very common European and North American species of hoverfly. Its larvae feed on aphidsFor terms see Morphology of DipteraWing length 7·25-10·25 mm. Frons above lunulae black. Tergites 3 and 4 with entire yellow bands and lateral margin of tergites black. Male: femora 3 black for basal three-quarters. Female: femora 3 black on basal two-thirds. The male genitalia and the larva are figured by Dusek and Laska (1964). See references for determination.Palearctic throughout. Nearctic Alaska to California. Migratory.Habitat: Deciduous and coniferous woodland and anthropophilic, occurring along field hedges, in suburban gardens and parks. Flies March to October.This hoverfly article is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:99.35%[S:98.98%,D:0.37%],F:0.15%,M:0.51%,n:1367",
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{
"id": 4791,
"InsectBaseID": "IBG_03892",
"Order": "Diptera",
"Family": "Tachinidae",
"Genus": "Tachina",
"TaxonomyID": "141258",
"Tags": "None",
"OrganismName": "Tachina grossa",
"NormalName": "None",
"SpeciesIntro": "Tachina grossa or giant tachinid fly is a very large tachinid fly.This species can be found throughout most of Western Europe, east to Asia and in Mongolia.These flies mainly inhabit dry open meadows, peat land, moors, forests, heaths and gardens.Tachina grossa can reach a length of 15–19 millimetres (0.6–0.7 in). This species of fly is one of the largest throughout much of its range and is the largest tachinid in Europe. These flies are very distinctive, being hairy and with a black thorax and abdomen. In flight they resemble a bumblebee. The inflated, curved, all-black abdomen is covered with stiff, straight bristles, especially at the end of the abdominal segments. The head is bright yellow, with occipital yellow bristles. The large compound eyes are dark brown. The forehead forms a sharp angle at the base of the antennae. Maxillary palpi are thin, filiform. Wings are hyaline, yellowish-brown at the base.The adult flight period is from late June to early September. In the UK there is usually only one generation per year, though in southern Europe there may be two generations per summer season, though this has not yet been verified. Adults feed on nectar and pollen of flowers.Like most tachinid flies, the female lays eggs on other living insect larva, the fly larvae then develop inside the living host, devouring it and eventually killing it. Its main hosts are the large hairy Lepidopteran caterpillars, particularly the oak eggar moth (Lasiocampa quercus), the fox moth (Macrothylacia rubi) and other Lasiocampidae.",
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{
"id": 4792,
"InsectBaseID": "IBG_03893",
"Order": "Coleoptera",
"Family": "Staphylinidae",
"Genus": "Tachinus",
"TaxonomyID": "1588496",
"Tags": "None",
"OrganismName": "Tachinus rufipes",
"NormalName": "None",
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"Busco": "C:99.85%[S:98.90%,D:0.95%],F:0.07%,M:0.07%,n:1367",
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"SeqNumber": "111",
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{
"id": 4793,
"InsectBaseID": "IBG_03894",
"Order": "Lepidoptera",
"Family": "Oecophoridae",
"Genus": "Tachystola",
"TaxonomyID": "2561799",
"Tags": "None",
"OrganismName": "Tachystola acroxantha",
"NormalName": "None",
"SpeciesIntro": "Ocystola acroxantha Meyrick, 1885Ocystola aethopis sensu Clutterbuck, 1910Tachystola acroxantha is a moth of the family Oecophoridae. It is native to Australia, but is an invasive species in New Zealand and Europe, probably imported with Australian plants. The wingspan is 13–15 mm. In Britain the moth flies from late-April to September, possibly in two extended generations or in a succession of broods. It comes to light and has been found in gardens, heath and in a flour mill.Undescribed.Length 11–14 mm. The body is a translucent greyish white to creamy white with the gut showing as a darker dorsal line, which gives a larva the appearance of being grey. Its head is brown with darker mandibles.In Australia the larvae have been found between flat spun, fallen Eucalyptus leaves, on the ground or on fallen branches, favouring moist leaves. In Great Britain, Alexander Allen obtained eggs from a captured female and saw the larvae initially feeding gregariously in a silken web and as they grew they fed alone. Some ate withered leaves, but all the larvae preferred fresh leaves. The first wild larvae found in Great Britain was in the garden of the Natural History Museum, London (BMNH) in March 1998. They were in loose silken tubes covered with leaf-fragments and frass, between dry, layered leaves of London plane (Platanus × acerifolia).The pupa is found in the larval feeding place between spun leaves. It is in a loose inner cocoon, which is spun within a tough outer silken one covered in frass.The moth is native to Australia (New South Wales, Tasmania and Victoria), and has been introduced to New Zealand and Great Britain, most certainly on imported plants. In Britain it was first taken in 1908 at Ottery St Mary, Devon and is now found in the south of England and in Cheshire and Lancashire.",
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{
"id": 4794,
"InsectBaseID": "IBG_03895",
"Order": "Odonata",
"Family": "Petaluridae",
"Genus": "Tanypteryx",
"TaxonomyID": "476689",
"Tags": "None",
"OrganismName": "Tanypteryx hageni",
"NormalName": "None",
"SpeciesIntro": "Tanypteryx hageni, commonly known as the black petaltail, is a species of dragonfly in the family Petaluridae. It is native to the Pacific Northwest of the North America and is one of only two members of the genus Tanypteryx. The other species lives in Japan.This article related to dragonflies is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_028673005.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:98.61%,D:0.80%],F:0.07%,M:0.51%,n:1367",
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{
"id": 4795,
"InsectBaseID": "IBG_03896",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Teinopalpus",
"TaxonomyID": "157461",
"Tags": "None",
"OrganismName": "Teinopalpus imperialis v2",
"NormalName": "None",
"SpeciesIntro": "Teinopalpus imperialis, the Kaisar-i-Hind, is a rare species of swallowtail butterfly found from Nepal and north east India to north Vietnam. The common name literally means \"emperor of India\". The Kaisar-i-Hind is much sought after by butterfly collectors for its beauty and rarity.[citation needed] The green iridescence of the wings has been found to be due to three-dimensional photonic structure of the scales and is the subject of much research.The Kaisar-i-Hind has a predominantly green swallowtail. The male has a bright chrome-yellow patch on each hind wing.The following descriptions are from Charles Thomas Bingham (1907) The Fauna of British India, Including Ceylon and Burma, Butterflies Volume 2.Upperside black, densely irrorated with green scales. Forewing: an outwardly oblique, slightly concave subbasal band and a narrow terminal edging jet-black due to the ground colour there being devoid of the green scaling; beyond the subbasal band the irroration of scales a much brighter green, especially along the outer edge of the subbasal band itself; but along obscure, broad and convergent discal and postdiscal transverse bands and along a subterminal much narrower band, the green scaling thins out and the black ground colour of the wing shows through; in some specimens, owing to the transparency of the wings, the rich ochraceous-brown colour of the underside gives the black on these bands a reddish tint. Hindwing: basal area margined outwardly by a narrow irregularly sinuous band devoid of green scaling, succeeded by an upper discal bright chrome-yellow patch that spreads from base of interspace 3 across the apex of the cell and bases of interspaces 4 and 5 to the costa; this patch is bluntly angulated outwards in interspace 5, stained with orange anteriorly and bordered outwardly by black which is widest above; below the patch a white line extends to the dorsum; the postdiscal area is deep dark green, margined inwardly by diffuse dark grey and followed outwardly by a subterminal series of lunular markings, the tornal and upper two or three of which are yellow, the rest bright green; tail tipped with yellow. Underside: basal area of both forewings and hindwings densely covered with green scales. Forewing: terminal two-thirds rich ochraceous brown, the green of the basal area bordered by black; discal and postdiscal bands also black, widened and diffusely coalescent posteriorly; an incomplete, very slender subterminal black line and broader black terminal edging, neither of which reaches to the apex. Hindwing much as on the upperside, but the yellow marking broader. Antennae dark red; head, thorax and abdomen black, covered somewhat densely with green hairs and scales.Much larger, differs also in coloration and markings as follows: Upperside, forewings: the irroration of green scales on the terminal two-thirds restricted to a sub-terminal moderately broad band diffuse along its inner edge, and a medial somewhat ill-defined similar band that is bordered both on the inner and outer sides by diffuse dusky black; this is succeeded by two broad diffuse transverse dark grey bands, the outer of the two edged on its outer side narrowly with black, followed by a subterminal green band and terminal velvety-black margin. Hindwing: the upper discal yellow patch so conspicuous in the male, replaced by a very much larger dark grey patch, below which comparatively narrow markings of yellow extend up to the dorsum; a postdiscal sinuous lunular narrow black band and a subterminal series of green lunules as in the male, but the apical lunule dark grey, not yellow; the tail-like extensions of the termen at the apices of veins 3 to 6 are black shaded with green, those at the apices of veins 4 and 6 tipped, the former with yellow the latter with greenish-white. Underside similar to the underside in the male, but on both forewing and hindwing the areas coloured with rich ochraceous and yellow are grey, with the exception of a well-marked moderately broad subterminal band on the forewing which is of a dull ochraceous colour; on the hindwing the grey discal area extends right up to the apical lunule of the subterminal series. Antennae, head, thorax and abdomen as in the male.The larva of this butterfly, according to Mr. Knyvett, feeds on Daphne nipalensis, but no description of that is available. It is difficult to separate the Sikkim form of this insect, even as a race. The points of difference between it and the Assam form are extremely variable, and the most prominent of these, that is, the paler tint of the grey area on the upperside of the hindwing in the female, is perhaps the most variable of all the characters. An Assam specimen of the female in the collection of the British Museum is far and away paler than any Sikkim specimen I have seen. Mr. Elwes says that in Sikkim this insect is only found in the forest region from about 6,000 to 10,000 feet (1,800 to 3,000 m) elevation, and that \"it is most difficult to capture on account of its remarkably strong, rapid and dashing flight, and its habit of resting on high trees from which it flies only during a few hours of the morning\" (Elwes, Transactions of the Entomological Society of London 1888, p. 421). The females are much scarcer than the males. The butterfly is found in small pockets of Nepal, Bhutan and along the Eastern Himalayas in India (West Bengal, Meghalaya, Assam, Sikkim and Manipur). It is also found in northern Myanmar, northern Vietnam and in the Sichuan province of China. Mostly seen above 6,000 feet (1,800 m).The Kaisar-i-Hind is a local and rare butterfly which is protected by Indian and Nepalese law. Protection enforcement in these countries not being effective; it is hunted and collectors pay high prices.: 19 The government of Arunachal Pradesh recently adopted Kaisar-i-Hind as its state butterfly The two species of Kaisar-i-Hind were listed in CITES Appendix II from 1987 onwards.: 5 ",
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{
"id": 4796,
"InsectBaseID": "IBG_03897",
"Order": "Diptera",
"Family": "Diopsidae",
"Genus": "Teleopsis",
"TaxonomyID": "139649",
"Tags": "None",
"OrganismName": "Teleopsis dalmanni v2",
"NormalName": "None",
"SpeciesIntro": "Teleopsis dalmanni, synonym Cyrtodiopsis dalmanni, also known as the Malaysian stalk-eyed fly, is a species of fly in the family Diopsidae. T. dalmanni flies possess lateral elongations on their head capsules called eyestalks. These eyestalks play an important role in mate selection and as a result physical characteristic of the fly has been the subject of several studies on sexual selection, natural selection, and mating behavior.Teleopsis dalmanni is found in Malaysia as well as other parts of Southeast Asia. Flies used in studies are usually collected in Malaysia.Teleopsis dalmanni are predominantly found at the edge of forest streams, where their mating rituals occur. They have been observed resting on dried leaves or undergrowth at the water’s edge, and occasionally even on the sand.As with other Dipterans, T. dalmanni flies undergo a larval phase before transitioning into adults. There is little information available on the systematics and behavior of the larval stage in T. dalmanni. As holometabolous insects, the flies have dividing cells restricted to the gut and gonads. Due to this, the adult size is fixed by the nutrition received in the larval phase. Following the larval stage, further nutrition is required for the development of internal reproductive structures to reach sexual maturity. Breeding experiments typically assign three to six weeks for these flies to reach sexual maturity, but a value for wild fly populations has not been determined with confidence. Sexual maturity can be indicated by accessory gland growth, maturing of sperm bundles, and sperm motility. Accessory gland growth was found to have the largest effect on sexual maturity, but it is not the sole effect.Adult flies exhibit solitary foraging behavior, feeding on rotting vegetative matter in the daytime.Female T. dalmanni roost on root threads overhanging streams at dusk. Males compete to gain control of these root hairs. Upon gaining control of a root hair they form harems, and females decide which male’s harem to join. Studies have shown that females prefer to roost with males with larger eye-spans. Mating occurs at dawn, and usually multiple mating events take place. Research shows that increased mating frequency correlates with a higher proportion of fertile eggs. This is supported by the idea that multiple matings do not reduce the receptivity of a female fly to copulation, regardless of the characteristics of the mating male. Studies showed that the number of copulation events rather than the number of mates led to an increase in hatching success. Additionally, a large number of copulations are unsuccessful, with a study finding that females that copulated once had a hatching success rate of only 10%. Copulation specifics are not entirely understood, but some copulation events are rapid and last less than 60 seconds.Male flies produce gourd-shaped spermatophores that occupy only a part of the vaginal capacity, as compared to the spermatophores of certain other diopsid flies that occupy the entire vaginal cavity. It has been suggested that the smaller size of the spermatophore is an adaptation to reduce investment in sperm due to a high mating frequency in a short amount of time. Accessory glands are responsible for forming the spermatophore that transports sperm during mating.The eyestalks of T. dalmanni, as well as other Diopsidae flies, are frequently used to study the fields of sexual selection and mating preference. Eyestalks have been known to range from 4 mm in length up to 17 mm. Eyestalks can even be longer than body length.",
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{
"id": 4797,
"InsectBaseID": "IBG_03898",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Temnothorax",
"TaxonomyID": "1964332",
"Tags": "None",
"OrganismName": "Temnothorax americanus",
"NormalName": "None",
"SpeciesIntro": "Temnothorax americanus is a species of slave-maker ant in the genus Temnothorax. The ants are 2–3 mm in size, and endemic to the northeastern United States and adjacent Canadian regions. They do not forage for food, but instead 'scout workers' from the colony seek out nearby host colonies of ants (e.g. Temnothorax longispinosus), steal larvae and bring them back to their own colony. A small T. americanus colony could consist of a queen, two to five workers and thirty to sixty slaves.In a study published in Animal Behaviour, researchers showed that T. americanus scouts target stronger colonies over weaker ones to steal larvae from.It was formerly placed as the sole member of the genus Protomognathus.This Myrmicinae-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_030770215.1",
"GenomeLevel": "Contig",
"Busco": "C:99.41%[S:97.95%,D:1.46%],F:0.22%,M:0.37%,n:1367",
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"GenomeGC": "30.94022183",
"SeqNumber": "1226",
"N50": "601.141",
"PCGnumber": "40643",
"Swissnumber": "None",
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{
"id": 4798,
"InsectBaseID": "IBG_03899",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Temnothorax",
"TaxonomyID": "102681",
"Tags": "None",
"OrganismName": "Temnothorax nylanderi",
"NormalName": "None",
"SpeciesIntro": "Temnothorax nylanderi is a species of ant in the genus Temnothorax. The species is found in western Europe. It was first described by Förster (1850) based on a male from Germany.Temnothorax nylanderi lives in the litter, and nests can be found in small cavities in twigs and acorns for example. Nests usually contain less than 400 individuals, among them a single queen. Study shows that if these ants live socially isolated, their interaction with their colony members decreases and their stress response changes.Temnothorax nylanderi is widely distributed across Western Europe, and a parapatric species (Temnothorax crassispinus) is found in Eastern Europe. Hybridization can occur between the two species.Temnothorax nylanderi workers are known to have important size variations that do not seem to result from adaptations to their environment, but rather from a lack of canalization during larval development, likely to occur as these ants live in an environment where humidity and temperature can vary greatly.Intercaste individuals that share morphological traits of queens and workers are known to occur frequently.The morphology of these ants can be changed by a parasite, Anomotaenia brevis, that increases the amount of intercaste individuals and induces a change of colors (individuals infected by the cestod are more pale than other individuals).This Myrmicinae-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_030848795.1",
"GenomeLevel": "Contig",
"Busco": "C:99.78%[S:97.15%,D:2.63%],F:0.15%,M:0.07%,n:1367",
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{
"id": 4799,
"InsectBaseID": "IBG_03900",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Temnothorax",
"TaxonomyID": "314137",
"Tags": "None",
"OrganismName": "Temnothorax ravouxi",
"NormalName": "None",
"SpeciesIntro": "Ravoux's slavemaker ant (Temnothorax ravouxi) is a species of slave-making ant endemic to Europe. The species are helotistic, that is, they oppress another species of ant in order to sustain their colony. The queen will fake death to entice ants from another colony to drag her back to their nest, where she awakens and kills the nest's original queen. She will then cover herself in the dead queen's pheromones, and will begin producing eggs. The slavemaker ants then overrun the colony and then find a new colony to take over.This species was formerly a member of the genus Myrmoxenus, and before that, the genus Epimyrma.This Myrmicinae-related article is a stub. You can help Wikipedia by expanding it.",
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"Busco": "C:97.95%[S:86.03%,D:11.92%],F:0.37%,M:1.68%,n:1367",
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{
"id": 4800,
"InsectBaseID": "IBG_03901",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Temnothorax",
"TaxonomyID": "215518",
"Tags": "None",
"OrganismName": "Temnothorax rugatulus",
"NormalName": "None",
"SpeciesIntro": "Temnothorax rugatulus is a species of ant in the genus Temnothorax.It is found in North America. More specifically, it is found in the forests of the western United States. Colonies are either monogynous (with single reproductive queen) or polygynous (multiple queens). Queens in monogynous colonies are generally larger (marcogynes), about twice the size of conspecific workers; polygynous colonies have smaller queens (microgynes), typically slightly smaller than the workers. T. rugatulus ants are a subdominant ant group.Temnothorax rugatulus ants are highly skilled in different consensus methods to help them make decisions. These decisions include where to relocate the nest once it is destroyed or damaged or if their population size has grown too large. In many social insects, individuals known as scouts have the responsibility of searching for resources outside the nesting area. Resources can include a desirable food source or new nesting site. Once ant scouts have gone out and searched for possible nesting sites, T. rugatulus ants use a quorum to establish the better nest site. Sometimes, if a quorum is reached fast enough, several ant groups will split off to multiple sites indicating tension within the colony. Colonies have been known to show preference for certain nest sites. Studies have shown that T. rugatulus ants prefer to stay at the nest site where their queen is (this would occur if part of the colony is separated from the queen), or otherwise dimmed or dark nest sites.Division of labor, common in social insects, is exemplified in T. rugatulus in which only a few T. rugatulus scouts will lead an entire colony to a new nesting site. Division of labor can also be seen within the roles of emigration recruitment and food foraging. Ants who are recruiting for an emigration must divide their time in between looking and evaluating a potential new nest site. Food foragers must divide their time in between showing other ants where the food is and being at the rich food source collecting food. In terms of ants labor, these two jobs are independent of one another and will continue regardless of the current situation of the other. It is generally accepted that T. rugatulus ants are monomorphic, meaning that every individual in the colony has the same approximate body size. However, it was proposed that there is some slight, appreciable difference in body size that may lead to different roles within a colony. It was believed that larger ants traveled farther distances when foraging. When tested, it was found that body size is independent of the foraging distance an ant searches for food. Also, it was found that the colony size of T. rugatulus is independent of foraging distance. It is not fully understood why this behavior occurs.Colonies in different latitudinal positions show variance in many foraging and threat response behaviors. In northern areas, T. rugatulus ants forage larger distances while southern T. rugatulus ants prefer to travel shorter distances. Also, in response to threat, northern ant colonies tend to deploy less ants (less responsive) but are more aggressive towards invaders, while southern ant colonies send more ants (more responsive) but are less aggressive.T. rugatulus ants use various communication methods to spread information to the entire colony. Tandem running is when one ant has a one-on-one interaction with another ant to a point of interest. Transportation is when one ant literally carries the other ant to the desired location. The newly discovered and studied reverse tandem running is where one ant shows another ant how to get home from an outside location. It may be used in T. rugatulus ants to assist an ant where help is needed instead of showing them to a potential nesting or food site. Another study suggested that it is used as a backup strategy to protect ants emigrating to another nest and convince them of the danger outside and to return home. T. rugatulus ants also use chemical signaling for communication. Similar taxa of ants related to the T. rugatulus emit a chemical signal from their mandibular gland. This specific chemical's name is 2,5-dimethylpyrazine. Like many chemicals, T. rugatulus use this chemical for different reasons and the context in which the chemical is received by another individual will give it clues as to its current situation. T. rugatulus ants use such chemicals as trail pheromones. The location of the chemical in relation to the nest was extremely important in their behavioral responses. When an alarm signal was presented far away from the nest, the ants were reported to run away from the scent, whereas if the chemical was present just outside their nest, they would run towards it. It is thought that ants may interpret the close alarm signal as a cry for help and attempt to save whoever was emitting the chemical.For T. rugatulus ants, visual cues help them understand their surroundings and include celestial, local landmarks, or memorization of their surroundings. When presented with a choice of different sensory cues, T. rugatulus steadily chose visual cues over other forms of navigational cues. If and when visual cues were blocked with all else staying equal, the ants were heavily disoriented. The age of the ant also affects the type of navigational cues it uses. Older ants that are more familiar with their surroundings will primarily use visual cues, whereas naive ants will use pheromone signals instead.When it comes to gathering and storing food, T. rugatulus has no special mechanism. Thus, these ants are very susceptible to the occasional annual starvation. It was found that to provide resistance to starvation, ants used internal resources to keep the brood from dying out. In times of starvation, neither worker nor queen ants sacrifice themselves for the good of the brood. Instead, the population size actually increases because of the young that are being born and raised during the starvation period. Other behavioral changes seen include a reduction in activity and shorter foraging bouts during a starvation period. If starvation goes on long enough, the ants may resort to more extreme measures to acquire food. Dying ants show an increase in activity due to them searching or begging for food from other ants.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_035220575.1",
"GenomeLevel": "Contig",
"Busco": "C:99.70%[S:96.85%,D:2.85%],F:0.07%,M:0.22%,n:1367",
"GenomeSize": "335.735536",
"GenomeGC": "30.41402028",
"SeqNumber": "2079",
"N50": "450.769",
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{
"id": 4801,
"InsectBaseID": "IBG_03902",
"Order": "Hymenoptera",
"Family": "Formicidae",
"Genus": "Temnothorax",
"TaxonomyID": "61278",
"Tags": "None",
"OrganismName": "Temnothorax unifasciatus",
"NormalName": "None",
"SpeciesIntro": "Temnothorax unifasciatus is a species of ant in the subfamily Myrmicinae.Temnothorax unifasciatus exhibit the altruistic behavior of social withdrawal, or “altruistic self-removal” whilst on the brink of death. Dying ants will leave their nest hours or in some cases days before their death. The behavior is exhibited both in the presence of fungal infection as well as when experimentally exposed to 95% CO2, causing the ants to die in the absence of an acting pathogen. This indicates that the ants are in fact behaving in an altruistic manner, rather than experiencing behavioral manipulation as a result of pathogen influence. The action is altruistic because it reduces the risk of infecting other ants in the colony. This in turn minimizes the risk of transferring the infection to kin and thus likely results in a higher inclusive fitness for the socially withdrawing individuals.Ant colonies exhibit altruistic behavior through the suppression of selfish egg-laying behavior on behalf of worker ants by means of “policing;” this is accomplished either through aggression or through direct disposal of the eggs. In a study entitled Policing Effectiveness Depends on Relatedness and Group Size, researchers found the efficacy of colony policing to improve under conditions of decreased relatedness and decreased group size. The effectiveness of policing was shown to decrease in the presence of increase relatedness, because selfish behavior on behalf of kin increases the inclusive fitness of the policers, which presents a disincentive to intervene. The efficacy of policing is also influenced by the relative costs and benefits to the inclusive fitness of the actor engaging in policing behavior. In large colonies, there is less of an incentive to police selfish behavior because the costs associated with intervention outweigh the benefits to the inclusive fitness of the policer. Policing is therefore most likely to be effective in small colonies where there is low relatedness.T. unifasciatus are susceptible to being taken on as a host-species by parasitic slave-making ants which commandeer brood of other ant species to expand their colony's own work force. Research indicates that the parasitic slave-making ants accomplish the enslavement of the ants through interference during the very early experiences of the potential host ants. T. unifasciatus are thought to use odor to identify fellow nestmates early on in development. By intervening during this stage of development, slave-making ants deceive T. uniasciatus ants into believing they are kin and thereafter do not question their presence. This is supported by a French experiment which presented a comparative analysis of parasitic slave-making species of ants and the species which are vulnerable to becoming hosts; the study found that species susceptible to become hosts were more influenced by interactions early in development than species which were not susceptible to becoming enslaved. Another difference between the species of ants that are susceptible to being enslaved as compared to non-susceptible species was that the species which were not enslaved participated in more social grooming, or allogrooming. Scientists theorize that allogrooming behavior is more common in the slave-making species because they are groomed by the ants they enslave.",
"Intro_from": "",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030770225.1",
"GenomeLevel": "Contig",
"Busco": "C:99.85%[S:96.12%,D:3.73%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "314.503407",
"GenomeGC": "31.13229676",
"SeqNumber": "2496",
"N50": "359.727",
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{
"id": 4802,
"InsectBaseID": "IBG_03903",
"Order": "Coleoptera",
"Family": "Tenebrionidae",
"Genus": "Tenebrio",
"TaxonomyID": "7067",
"Tags": "None",
"OrganismName": "Tenebrio molitor v3",
"NormalName": "None",
"SpeciesIntro": "Mealworms are the larval form of the yellow mealworm beetle, Tenebrio molitor, a species of darkling beetle. The yellow mealworm beetle prefers a warmer climate and higher humidity.[1] Male mealworms release a sex pheromone to attract females to mate.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963966145.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.63%,D:0.37%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "276.97115",
"GenomeGC": "25.84257169",
"SeqNumber": "239",
"N50": "29772.305",
"PCGnumber": "27557",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4803,
"InsectBaseID": "IBG_03904",
"Order": "Mantodea",
"Family": "Mantidae",
"Genus": "Tenodera",
"TaxonomyID": "406589",
"Tags": "None",
"OrganismName": "Tenodera sinensis",
"NormalName": "None",
"SpeciesIntro": "",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030765045.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:97.81%,D:1.90%],F:0.00%,M:0.29%,n:1367",
"GenomeSize": "2684.10427",
"GenomeGC": "18.92774639",
"SeqNumber": "190",
"N50": "190002.057",
"PCGnumber": "92030",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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},
{
"id": 4804,
"InsectBaseID": "IBG_03905",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Tenthredo",
"TaxonomyID": "520940",
"Tags": "None",
"OrganismName": "Tenthredo amoena",
"NormalName": "None",
"SpeciesIntro": "The yellow mealworm beetle prefers a warmer climate and higher humidity.[1] Male mealworms release a sex pheromone to attract females to mate.[2]",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963966615.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.93%,D:0.07%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "199.877998",
"GenomeGC": "31.83118334",
"SeqNumber": "21",
"N50": "12736.242",
"PCGnumber": "26518",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
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{
"id": 4805,
"InsectBaseID": "IBG_03906",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Tenthredo",
"TaxonomyID": "520905",
"Tags": "None",
"OrganismName": "Tenthredo livida",
"NormalName": "None",
"SpeciesIntro": "Tenthredo livida is a sawfly species belonging to the family Tenthredinidae (common sawflies), subfamily Tenthredininae.This species is present in most of Europe.These sawflies mainly inhabit woodland rides, hedge rows and spruce forest edge.The adults of Tenthredo livida are to 12–15 millimetres (0.47–0.59 in) long. The thorax and head are black, with a large white mouth area and white tips on antennae. Forewings have a white and brown stigma. This species is rather variable in colour. The abdomen is usually black in females, orange-reddish in males.Adults can be encountered from May through August feeding on small insects and on nectar and pollen of flowers, especially of Apiaceae species (Anthriscus sylvestris, Heracleum sphondylium).The larvae are polyphagous and are nocturnal grazers, feeding on leaves of a variety of plants (mainly Rosaceae, Betulaceae and Salicaceae species, but also on bracken species).",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963992785.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.56%,D:0.29%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "348.43818",
"GenomeGC": "27.09024166",
"SeqNumber": "54",
"N50": "38226.633",
"PCGnumber": "49875",
"Swissnumber": "None",
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{
"id": 4806,
"InsectBaseID": "IBG_03907",
"Order": "Hymenoptera",
"Family": "Tenthredinidae",
"Genus": "Tenthredo",
"TaxonomyID": "520932",
"Tags": "None",
"OrganismName": "Tenthredo scrophulariae",
"NormalName": "None",
"SpeciesIntro": "Tenthredo scrophulariae, the figwort sawfly, is a species of the family Tenthredinidae, subfamily Tenthredininae.This species is widespread across Europe, Turkey and Transcaucasia, in meadows wherever figwort grows.Tenthredo scrophulariae can reach a body length of approximately 11–15 millimetres (0.43–0.59 in). It is easily recognisable by its wasp-like appearance although lacking the thin 'waist' of a true wasp. The head is black and quite short, with prominent, rectangular back corners. The flagellum of the antennae is not narrowed on the tip, it is quite short (less than twice as long as the head width) compared to many related species. It is orange colored, while in most similar species of the genus it is black. The thorax is predominantly black, only the pronotum and scutellum are yellow. The abdomen is black, with transverse bands of yellow.The leading edge of the forewings, including the veins, is intense orange-red colored, while the remaining wing-membrane is transparent pale yellowish, gray tinted towards the tip. The front legs are almost completely yellow, but the upper sides of the femurs are black. The middle and the rear legs are orange, but the femurs of the rear legs completely black. In the middle leg pair, the femurs may be completely black or with only black rear sides.The larvae are relatively large, with a length of 30 millimetres (1.2 in) and possessing 22 legs. They have a white body with black spots, and feed on mullein and figworts.The larvae feed from August to September. They hibernate on October. The adults are on the wing from May to August of the following year. These sawflies are quite placid and allow close observation. They fly in a lazy style with their long yellow legs hanging down. The adults feed on small insects and can be often found on umbellifers (Heracleum sphondylium), feeding on nectar and pollen. The larvae feed primarily on leaves of figwort (Scrophularia).They also occur on Buddleja and on black mullein (Verbascum nigrum), where they feed only on the less hairy, older leaves.The larvae are parasitized by various parasitoid species of Ichneumonidae (Mesoleptidea prosoleuca and Euceros serricornis).",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963978835.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.71%,D:0.15%],F:0.15%,M:0.00%,n:1367",
"GenomeSize": "233.15189",
"GenomeGC": "28.78363843",
"SeqNumber": "16",
"N50": "28768.445",
"PCGnumber": "31359",
"Swissnumber": "None",
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{
"id": 4807,
"InsectBaseID": "IBG_03908",
"Order": "Diptera",
"Family": "Sciomyzidae",
"Genus": "Tetanocera",
"TaxonomyID": "320963",
"Tags": "None",
"OrganismName": "Tetanocera ferruginea",
"NormalName": "None",
"SpeciesIntro": "Tetanocera ferruginea is a species of fly in the family Sciomyzidae. It is found in the PalearcticThe larvae feed on Lymnaeidae and Planorbidae.This article related to members of the muscomorph flies superfamily Sciomyzoidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958299015.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.19%[S:98.90%,D:0.29%],F:0.29%,M:0.51%,n:1367",
"GenomeSize": "790.383743",
"GenomeGC": "16.85589262",
"SeqNumber": "83",
"N50": "161584.466",
"PCGnumber": "48430",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4808,
"InsectBaseID": "IBG_03909",
"Order": "Lepidoptera",
"Family": "Drepanidae",
"Genus": "Tethea",
"TaxonomyID": "997289",
"Tags": "None",
"OrganismName": "Tethea ocularis",
"NormalName": "None",
"SpeciesIntro": "Tethea ocularis, the figure of eighty, is a moth of the family Drepanidae. The species was first described by Carl Linnaeus in his 1767 12th edition of Systema Naturae. It is found throughout Continental Europe and has a scattered distribution in England and Wales, although it is absent from Scotland and Ireland.The wingspan is 35–45 mm; the dark brown forewings being marked with dark-centred white stigmata which do look rather like the number 80. The hindwings are grey. The species flies from May to July and is attracted to light and sugar.The grey and white larva feeds on poplar and aspen. The species overwinters as a pupa.This article on a moth of the subfamily Thyatirinae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963555595.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.71%,D:0.22%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "339.142399",
"GenomeGC": "22.99810971",
"SeqNumber": "60",
"N50": "12138.052",
"PCGnumber": "25316",
"Swissnumber": "None",
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},
{
"id": 4809,
"InsectBaseID": "IBG_03910",
"Order": "Lepidoptera",
"Family": "Drepanidae",
"Genus": "Tetheella",
"TaxonomyID": "721173",
"Tags": "None",
"OrganismName": "Tetheella fluctuosa",
"NormalName": "None",
"SpeciesIntro": "Tetheella is a monotypic moth genus in the family Drepanidae described by Werny in 1966. Its single species, Tetheella fluctuosa, the satin lutestring, was described by Jacob Hübner in 1803. It is found from western Europe across the Palearctic to Kamchatka, Sakhalin Island, Korea and Japan.The wingspan is 35–38 mm. The forewings are light fuscous, white- sprinkled .The first line is whitish, limiting a broad darker central band including dark fuscous median and second lines, followed by a whitish dark-edged waved line. The subterminal is whitish, waved, preceded on the costa by an oblique dark fuscous dash. The hindwings are grey, with a pale postmedian line. The larva is yellow whitish; dorsal, fine subdorsal, and lateral lines fuscous; head reddish-ochreous, brown-marked.The moth flies from June to August depending on the location.The larvae feed on birch and alder.This article on a moth of the subfamily Thyatirinae is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_951216915.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.56%,D:0.29%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "369.148441",
"GenomeGC": "23.13587503",
"SeqNumber": "40",
"N50": "12835.744",
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{
"id": 4810,
"InsectBaseID": "IBG_03911",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Tetragonisca",
"TaxonomyID": "166442",
"Tags": "None",
"OrganismName": "Tetragonisca angustula",
"NormalName": "None",
"SpeciesIntro": "Tetragonisca angustula is a small eusocial stingless bee found in México, Central and South America. It is known by a variety of names in different regions (e.g. jataí, yatei, jaty, virginitas, angelitas inglesas, españolita, mariola, chipisas, virgencitas, and mariolitas). A subspecies, Tetragonisca angustula fiebrigi, occupies different areas in South America and has a slightly different coloration.Tetragonisca angustula is a very small bee and builds unobtrusive nests, allowing it to thrive in urban areas. It also produces large amounts of honey, and is thus frequently kept in wooden hives by beekeepers. T. angustula hives are often overlooked, and since the bee lacks a stinger, it is not seen as a threat to humans.Many of their behaviors are concerned with colonizing a new nest and producing offspring, demonstrated by their swarming and nursing behaviors, however a special caste of T. angustula are soldiers who are slightly larger than the workers. The soldiers in a T. angustula nest are very good at protecting the hive against intruders which makes up for not having a stinger. Some of these soldiers hover in mid air outside the nest, which is seen in the adjacent picture.Tetragonisca angustula is a member of the order Hymenoptera, which is one of the four largest insect orders. It is in the family Apidae, subfamily Apinae. Along with other species in the tribe Meliponini, T. angustula is a eusocial stingless bee. There are approximately 550 known species in this tribe, a majority of which are located in the Neotropics.T. angustula has two described two subspecies, T. angustula fiebrigi and T. angustula angustula which have different coloration on their mesepisternum and occupy slightly different regions.Tetragonisca angustula is an exceptionally small bee, about 4–5 mm. Along with all other bees in the tribe Meliponini, it is stingless and has a reduced wing venation and penicilla (bristles on the leg). The subspecies T. angustula fiebrigi has a light yellow mesepisternum, while T. angustula angustula has black. Guard bees, which make up about 1–6% of each hive, weigh more than foragers by about 30% and have smaller heads, as well as longer hind legs. Remarkable for the stingless bee clade, T. angustula has a pronounced size dimorphism between the queen and worker castes.Tetragonisca angustula has a large habitat distribution across Central and South America. The species has been found as far north as Mexico and south as far as Argentina. It has been labeled \"one of the most widespread bee species in the neotropics.\" The subspecies T. angustula fiebrigi is found more in the southern hemisphere, occupying parts of Brazil, Argentina, Paraguay and other southern countries. The subspecies T. angustula angustula has a larger presence in Brazil and is found more in the northern hemisphere, occupying Panama, Venezuela, Costa Rica, Nicaragua etc.Tetragonisca angustula distribution overlaps with many other stingless bee species, with an especially large correlation with Paratrigona subnuda distribution across Mesoaerica. In the Atlantic rainforest, deforestation for sugar cane plantations is extensive and contributes to the rarity of T. angustula in that area, as well as the stingless bee Melipona scutellaris.Nests for T. angustula are found in many different settings. Their nests are the predominant bee nests in recovering forest habitats, but are also present in structured forests, depleted forests, and urban settings. Like other stingless bees, T. angustula finds pre-existing cavities, such as holes in tree trunks, cavities in walls, or even abandoned ant or termite nests, for their new nest sites.",
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},
{
"id": 4811,
"InsectBaseID": "IBG_03912",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Tetrapedia",
"TaxonomyID": "889126",
"Tags": "None",
"OrganismName": "Tetrapedia diversipes",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033822845.1",
"GenomeLevel": "Scaffold",
"Busco": "C:98.83%[S:97.51%,D:1.32%],F:0.22%,M:0.95%,n:1367",
"GenomeSize": "329.711847",
"GenomeGC": "28.99725711",
"SeqNumber": "2522",
"N50": "390.732",
"PCGnumber": "29648",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4812,
"InsectBaseID": "IBG_03913",
"Order": "Lepidoptera",
"Family": "Sphingidae",
"Genus": "Theretra",
"TaxonomyID": "644662",
"Tags": "None",
"OrganismName": "Theretra japonica",
"NormalName": "None",
"SpeciesIntro": "Theretra japonica is a moth of the family Sphingidae first described by Jean Baptiste Boisduval in 1869.It is found in Japan, China, Korea and Russia.The wingspan is 55–80 mm.The caterpillars feed on a wide range of plants. Recorded food plants are:In China: Cissus, Colocasia, Hydrangea, Parthenocissus, Ampelopsis, Ipomoea batatas, Cayratia japonica, Vitis and Ludwigia. Recorded in Korea on Colocasia antiquorum, Oenothera erythrosepala, Circaea mollis and Hydrangea paniculata. In Japan they feed on Hydrangea paniculata, Ampelopsis glandulosa, Cayratia japonica, Circaea, Fuchsia, Oenothera biennis, Oenothera stricta, Parthenocissus tricuspidata and Vitis. In the Russian Far East they are found on Vitis amurensis.This Theretra-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033459515.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.93%,D:0.07%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "409.55243",
"GenomeGC": "24.95301981",
"SeqNumber": "95",
"N50": "14576",
"PCGnumber": "22051",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4813,
"InsectBaseID": "IBG_03914",
"Order": "Diptera",
"Family": "Therevidae",
"Genus": "Thereva",
"TaxonomyID": "1774267",
"Tags": "None",
"OrganismName": "Thereva nobilitata",
"NormalName": "None",
"SpeciesIntro": "Thereva nobilitata is a species of fly from the family Therevidae. It is commonly known as the common stiletto.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963855945.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.05%[S:98.54%,D:0.51%],F:0.22%,M:0.73%,n:1367",
"GenomeSize": "829.216724",
"GenomeGC": "22.02857042",
"SeqNumber": "71",
"N50": "196096.102",
"PCGnumber": "62756",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4814,
"InsectBaseID": "IBG_03915",
"Order": "Diptera",
"Family": "Therevidae",
"Genus": "Thereva",
"TaxonomyID": "2867258",
"Tags": "None",
"OrganismName": "Thereva unica",
"NormalName": "None",
"SpeciesIntro": "Thereva unica is a Palearctic species of stiletto fly in the family Therevidae. ",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949987705.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.04%[S:98.24%,D:0.80%],F:0.07%,M:0.88%,n:1367",
"GenomeSize": "910.162612",
"GenomeGC": "22.40283245",
"SeqNumber": "941",
"N50": "167368.244",
"PCGnumber": "75731",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4815,
"InsectBaseID": "IBG_03916",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Thymelicus",
"TaxonomyID": "876078",
"Tags": "None",
"OrganismName": "Thymelicus acteon",
"NormalName": "None",
"SpeciesIntro": "The Lulworth skipper (Thymelicus acteon) is a butterfly of the family Hesperiidae. Its name is derived from Lulworth Cove in the county of Dorset, England, where the first specimens in Great Britain were collected in 1832 by English naturalist James Charles Dale.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951805285.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.41%,D:0.44%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "536.99722",
"GenomeGC": "21.45476917",
"SeqNumber": "67",
"N50": "19676.428",
"PCGnumber": "34553",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4816,
"InsectBaseID": "IBG_03917",
"Order": "Lepidoptera",
"Family": "Hesperiidae",
"Genus": "Thymelicus",
"TaxonomyID": "218773",
"Tags": "None",
"OrganismName": "Thymelicus lineola",
"NormalName": "None",
"SpeciesIntro": "Thymelicus lineola, known in Europe as the Essex skipper and in North America as the European skipper, is a species of butterfly in the family Hesperiidae.With a wingspan of 2.5 to 2.9 cm, it is very similar in appearance to the small skipper, Thymelicus sylvestris. They can be told apart by the forward-facing flattish part of the antenna tip: in the Essex Skipper this face is black, whereas in the Small Skipper it is orange or brown. In males, there is a difference in the scent mark. In Essex Skipper this is a fine, straight, short dark line on the forewing, parallel to the wing edge; in the Small Skipper males, this line is bolder and bent. This butterfly occurs throughout much of the Palaearctic region. Its range is from southern Scandinavia through Europe to North Africa and east to Central Asia. It was only identified in the UK in 1889, and its range is expanding both in England and in northern Europe. In North America, this butterfly was accidentally introduced in 1910 via London, Ontario and has spread across southern Canada and into several northern US states. In many parts of the Northeastern United States it is the most abundant skipper.Eggs are laid in strings on the stems of grasses where they remain over the winter. The Essex skipper's favoured foodplant is cock's-foot (Dactylis glomerata), and it rarely uses the small skipper's favoured foodplant Yorkshire fog. Essex skippers' other foods include creeping soft grass (Holcus mollis), couch grass (Elymus repens), timothy-grass (Phleum pratense), meadow foxtail (Alopecurus pratensis), false brome (Brachypodium sylvaticum) and tor-grass (Brachypodium pinnatum). This skipper's caterpillars emerge in the spring and feed until June before forming shelters from leaves tied with silk at the base of the foodplant to pupate. Adults fly from July through August. Like most skippers, they are fairly strictly diurnal, though individuals are very rarely encountered during the night.This skipper's oval eggs are pale greenish-yellow, flattened above and below with slightly depressed tops. Caterpillars are green, with yellowish incisions between their rings; each with a dorsal, darker green stripe and yellow lateral lines. A larva's head is pale brown striped with darker brown. Their elongate chrysalids are yellowish-green, and each has a dark dorsal stripe seen in caterpillars.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963932265.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.26%[S:98.46%,D:0.80%],F:0.29%,M:0.44%,n:1367",
"GenomeSize": "511.826406",
"GenomeGC": "22.38845469",
"SeqNumber": "486",
"N50": "17791.929",
"PCGnumber": "35210",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4817,
"InsectBaseID": "IBG_03918",
"Order": "Coleoptera",
"Family": "Scarabaeidae",
"Genus": "Thyregis",
"TaxonomyID": "3050897",
"Tags": "None",
"OrganismName": "Thyregis relictus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033557495.1",
"GenomeLevel": "Contig",
"Busco": "C:1.46%[S:1.46%,D:0.00%],F:1.24%,M:97.29%,n:1367",
"GenomeSize": "21.539563",
"GenomeGC": "24.65162362",
"SeqNumber": "4557",
"N50": "4.522",
"PCGnumber": "741",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4818,
"InsectBaseID": "IBG_03919",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Tiliacea",
"TaxonomyID": "988163",
"Tags": "None",
"OrganismName": "Tiliacea citrago",
"NormalName": "None",
"SpeciesIntro": "Tiliacea citrago, the orange sallow, is a species of moth of the family Noctuidae. It is found in Europe as far east as the Caucasus Mountains and the Urals.The wingspan is 28–33 mm. Forewing yellow, thickly freckled with orange; veins finely ferruginous; lines ferruginous brown, the median thick; all running more or less parallel to each other and to termen; the inner oblique outwards from costa to subcostal vein and again from vein 1 to inner margin where it touches the median; stigmata of the ground colour, with brown rings; the orbicular large, round; both with brown centres; submarginal line formed of disconnected pale lunules edged inwardly with darker; hindwing pale yellow;- aurantiago Tutt is a darker form, deeper orange, and sometimes darkened by grey dusting, occurring in Britain: incolorata equally meriting a distinctive name is a rare form, ab. incolorata ab. nov. [Warren] in which the ground colour is pure pale ochreous, without any orange freckling, the veins and lines faintly brownish, the stigmata all but obsolete; the fringe pale; hindwing white; I have seen only 1 example, a female, certainly British, but without exact locality; the form subflava Ev., from Denmark, the Baltic, St. Fetersburg, and the Ural Mts.; recorded also from Asia Minor, has quite a different appearance, the 3 lines, inner, outer, and submarginal being accompanied by brown bands of uniform width, the stigmata marked with brown, and the hindwing with brown veins and terminal border.The moth flies from August to October depending on the location.Larva grey brown with a pink tinge; dorsal and subdorsal lines whitish; between them a black spot surrounded with white tubercles on each segment; spiracular stripe yellowish white, broad.The larvae feed on the leaf-buds and later the leaves of Tilia species, including Tilia cordata and Tilia platyphylla.This Cuculliinae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963921375.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.78%,D:0.22%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "800.975014",
"GenomeGC": "21.33651587",
"SeqNumber": "113",
"N50": "27470.468",
"PCGnumber": "51089",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4819,
"InsectBaseID": "IBG_03920",
"Order": "Coleoptera",
"Family": "Cleridae",
"Genus": "Tillus",
"TaxonomyID": "295696",
"Tags": "None",
"OrganismName": "Tillus elongatus",
"NormalName": "None",
"SpeciesIntro": "Tillus elongatus is a species of beetle in the family of checkered beetles Cleridae. It is found in the Palearctic. The “Holz” in the German common name Holzbuntkäfer indicates that these checkered beetles are found in wood.Although Tillus elongatus can reach up to a size of 1 cm long, the beetle is rarely seen by humans, as it primarily resides hidden in the wood of trees. The colouration of the males differs from that of the females.The earliest known systematic record of the species is by Carolus Linnaeus in 1758. It is listed in the 10th edition of his Systema naturae under genus Chrysomela, number 78, as Chrysomela elongata atra, thorace rubro subvilloso (Lat.\"elongated black Chrysomela, red chest moderately hairy\"). This explains the epithet elongata. After Fabricius established the genus Lagria, Olivier, in 1790, placed the species in the genus Tillus. Five species of this genus have been identified in Europe. Olivier reasoned solely based on anatomical features that the beetle could not belong to either the leaf beetles (Chrysomelidae) or to Lagriinae.Tillus elongatus reaches lengths of 7 to 10 mm. The body of the male is especially long and cylindrical. In contrast to most checkered beetles, Tillus elongatus is plainly coloured. The male is uniformly black. The female, on the other hand, has a reddish brown pronotum and bluish black elytra. In rare cases, the base of the pronotum of the male is also completely or partially red. The elytra of the female are less parallel than those of the male. On the top side of both sexes are long, slanted hairs. The hairs are coarse and black. The pronotum and elytra may have transverse white spots.The head is slightly wider than the neck. The mouthparts point downwards. The mandible is bidentate at the tip. The three-segmented labial palpi are more powerful than the maxillary palpi. The end segment of the first maxilla broadens into an axe or shovel shape, while the end segment of the labium gradually elongates to a point. The round eyes are near the pronotum. The third segment and onward of the powerful antennae are serrated on the inner side, while the second segment is small and round.The pronotum is distinctly narrower than the elytra. It is cylindrical, round and not bordered on the side.The elytra might not cover the last abdominal segment. The elytra are dotted nearly all the way to the tip with simple punctures.The coxae of the front legs are close to each other and are protruding cones. The cavities of the front coxae are open in the back but closed inside. To somewhat accommodate the femurs, the back coxae are not bulged. They are on the same level as the first abdominal sternite. The abdomen has 6 visible abdominal plates. The tarsi are all distinctly five-segmented. The first tarsomere extends into a sole-like structure. All of the tarsomeres except for the fifth are more or less formed like little pouches that partially enclose the base of the proceeding tarsomere. The claws bear large teeth that make them appear split.The heat-loving species is found in old deciduous and mixed forests, as well as in parks. They are usually found in forest edges or in clearcuts on sun-exposed trunks of hardwoods with insect infestation. They are also found in flowering bushes and on flowering lime trees.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_964006375.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.34%[S:97.95%,D:1.39%],F:0.22%,M:0.44%,n:1367",
"GenomeSize": "1719.093477",
"GenomeGC": "15.06399079",
"SeqNumber": "42",
"N50": "190090.45",
"PCGnumber": "97555",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4820,
"InsectBaseID": "IBG_03921",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Timandra",
"TaxonomyID": "190366",
"Tags": "None",
"OrganismName": "Timandra comae",
"NormalName": "None",
"SpeciesIntro": "The blood-vein (Timandra comae) is a moth of the family Geometridae. The species was first described by Anton Schmidt in 1931.It has a scattered distribution in western and central Europe north of the Alps. In the British Isles the distribution is patchy outside southern England and Wales. In far eastern Europe – east of a line running roughly from Finland through Estonia – it is replaced by its sister species Timandra griseata. The species were split in 1931, only to be subsequently re-merged by most authors. But since 1994, new research has come out in favour of treating them as distinct species.The wings are cream coloured with bold red or purple fascia forming a diagonal stripe across forewings and hindwings. All wings are fringed with the same colour. The tornus of the hindwing is sharply angled giving a distinctive shape. The wingspan is 30–35 mm.Two broods are produced each year with the adults flying in May and June and again in August and September.[a] It flies at night and is attracted to light.The larva is grey brown with darker spots on the back. In the UK, it feeds on the leaves of a variety of plants including dock, knotgrass, sorrel and various species of Atriplex. It overwinters as a larva.This Sterrhinae moth related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958496195.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:99.78%,D:0.07%],F:0.07%,M:0.07%,n:1367",
"GenomeSize": "334.373444",
"GenomeGC": "22.55774834",
"SeqNumber": "40",
"N50": "11490.666",
"PCGnumber": "27797",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4821,
"InsectBaseID": "IBG_03922",
"Order": "Phasmatodea",
"Family": "Timematidae",
"Genus": "Timema",
"TaxonomyID": "61482",
"Tags": "None",
"OrganismName": "Timema podura v2",
"NormalName": "None",
"SpeciesIntro": "Timema podura, the Sierra Nevada timema, is a species of walkingstick in the family Timematidae. It is found in North America.This Phasmatodea related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_033556935.1",
"GenomeLevel": "Scaffold",
"Busco": "C:95.83%[S:95.76%,D:0.07%],F:0.44%,M:3.73%,n:1367",
"GenomeSize": "1092.653124",
"GenomeGC": "22.52912545",
"SeqNumber": "14",
"N50": "75238.27",
"PCGnumber": "65284",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4822,
"InsectBaseID": "IBG_03923",
"Order": "Diptera",
"Family": "Tipulidae",
"Genus": "Tipula",
"TaxonomyID": "2881124",
"Tags": "None",
"OrganismName": "Tipula confusa",
"NormalName": "None",
"SpeciesIntro": "Tipula confusa is a species of fly in the family Tipulidae. It is found in the Palearctic.This Tipulidae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963556025.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.9%[S:90.6%,D:4.3%],F:0.7%,M:4.4%,n:1367",
"GenomeSize": "697.53979",
"GenomeGC": "20.44857054",
"SeqNumber": "7054",
"N50": "200.823",
"PCGnumber": "44315",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4823,
"InsectBaseID": "IBG_03924",
"Order": "Diptera",
"Family": "Tipulidae",
"Genus": "Tipula",
"TaxonomyID": "2881124",
"Tags": "None",
"OrganismName": "Tipula confusa v2",
"NormalName": "None",
"SpeciesIntro": "Tipula confusa is a species of fly in the family Tipulidae. It is found in the Palearctic.This Tipulidae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963556175.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.47%[S:97.81%,D:0.66%],F:0.00%,M:1.54%,n:1367",
"GenomeSize": "728.119463",
"GenomeGC": "20.11771755",
"SeqNumber": "652",
"N50": "228831.665",
"PCGnumber": "46407",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4824,
"InsectBaseID": "IBG_03925",
"Order": "Diptera",
"Family": "Tipulidae",
"Genus": "Tipula",
"TaxonomyID": "2867262",
"Tags": "None",
"OrganismName": "Tipula helvola",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963556125.1",
"GenomeLevel": "Scaffold",
"Busco": "C:90.9%[S:85.8%,D:5.1%],F:1.3%,M:7.8%,n:1367",
"GenomeSize": "1042.155348",
"GenomeGC": "19.38249085",
"SeqNumber": "14470",
"N50": "115.2",
"PCGnumber": "109435",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4825,
"InsectBaseID": "IBG_03926",
"Order": "Diptera",
"Family": "Tipulidae",
"Genus": "Tipula",
"TaxonomyID": "2867262",
"Tags": "None",
"OrganismName": "Tipula helvola v2",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963556165.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.63%[S:98.02%,D:1.61%],F:0.00%,M:0.37%,n:1367",
"GenomeSize": "1204.764971",
"GenomeGC": "18.92294925",
"SeqNumber": "871",
"N50": "396779.011",
"PCGnumber": "137838",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4826,
"InsectBaseID": "IBG_03927",
"Order": "Diptera",
"Family": "Tipulidae",
"Genus": "Tipula",
"TaxonomyID": "2025111",
"Tags": "None",
"OrganismName": "Tipula lateralis",
"NormalName": "None",
"SpeciesIntro": "Tipula lateralis is a species of true craneflies.Widespread throughout the Palaearctic. Flies from March to September.See ",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963932295.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.20%[S:98.32%,D:0.88%],F:0.07%,M:0.73%,n:1367",
"GenomeSize": "701.335652",
"GenomeGC": "19.66453375",
"SeqNumber": "672",
"N50": "198680.531",
"PCGnumber": "39189",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
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{
"id": 4827,
"InsectBaseID": "IBG_03928",
"Order": "Diptera",
"Family": "Tipulidae",
"Genus": "Tipula",
"TaxonomyID": "2867263",
"Tags": "None",
"OrganismName": "Tipula unca",
"NormalName": "None",
"SpeciesIntro": "Tipula unca is a species of cranefly.Palaearctic.See This Tipulidae article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_951394425.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.05%[S:98.17%,D:0.88%],F:0.15%,M:0.80%,n:1367",
"GenomeSize": "692.223074",
"GenomeGC": "19.02516486",
"SeqNumber": "42",
"N50": "223236.985",
"PCGnumber": "50051",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4828,
"InsectBaseID": "IBG_03929",
"Order": "Diptera",
"Family": "Tipulidae",
"Genus": "Tipula",
"TaxonomyID": "2741129",
"Tags": "None",
"OrganismName": "Tipula vernalis",
"NormalName": "None",
"SpeciesIntro": "Tipula vernalis is a species of cranefly found in the West Palaearctic.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958295665.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.34%[S:98.39%,D:0.95%],F:0.00%,M:0.66%,n:1367",
"GenomeSize": "1272.268798",
"GenomeGC": "19.8990117",
"SeqNumber": "372",
"N50": "411919.547",
"PCGnumber": "196655",
"Swissnumber": "None",
"GOnumber": "None",
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"miRNAnumber": "None",
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},
{
"id": 4829,
"InsectBaseID": "IBG_03930",
"Order": "Diptera",
"Family": "Asilidae",
"Genus": "Tolmerus",
"TaxonomyID": "2884231",
"Tags": "None",
"OrganismName": "Tolmerus cingulatus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_959613345.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:99.34%,D:0.37%],F:0.22%,M:0.07%,n:1367",
"GenomeSize": "279.988177",
"GenomeGC": "27.16661961",
"SeqNumber": "149",
"N50": "42937.693",
"PCGnumber": "47848",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4830,
"InsectBaseID": "IBG_03931",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Topomyia",
"TaxonomyID": "2498891",
"Tags": "None",
"OrganismName": "Topomyia yanbarensis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030247195.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.75%[S:94.07%,D:4.68%],F:0.59%,M:0.59%,n:1367",
"GenomeSize": "1168.15914",
"GenomeGC": "19.84283323",
"SeqNumber": "1046",
"N50": "428584.394",
"PCGnumber": "77320",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4831,
"InsectBaseID": "IBG_03932",
"Order": "Lepidoptera",
"Family": "Tortricidae",
"Genus": "Tortrix",
"TaxonomyID": "311328",
"Tags": "None",
"OrganismName": "Tortrix viridana",
"NormalName": "None",
"SpeciesIntro": "The green oak tortrix, Tortrix viridana, also known as the European oak leafroller and the green oak moth is a distinctive green moth whose larvae feed on tree leaves, especially oak. The head, forebody and front wings are green, the hind wings lightly greyish. The wingspan is 18-24 millimetres.An infestation of the larvae can defoliate an oak tree. The adult female lays its eggs next to leaf buds, which the larvae consume when they emerge. As the larvae grow bigger they eat larger leaves, and then roll themselves up in a full-sized leaf to pupate. Larvae occur from April to June; adults are on wing in June and July.The Ichneumon wasp Dirophanes invisor is a parasitoid which specializes on T. viridana.They are commonly found in many parts of Britain. In the Butterfly Conservation’s Microlepidoptera Report 2011 this species was classified as common.This Tortricini-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963241965.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.71%,D:0.22%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "456.586594",
"GenomeGC": "23.79218147",
"SeqNumber": "43",
"N50": "14768.249",
"PCGnumber": "28772",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4832,
"InsectBaseID": "IBG_03933",
"Order": "Hymenoptera",
"Family": "Torymidae",
"Genus": "Torymus",
"TaxonomyID": "3076520",
"Tags": "None",
"OrganismName": "Torymus aiolomorphi",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_036365515.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.81%[S:96.42%,D:1.39%],F:1.39%,M:0.80%,n:1367",
"GenomeSize": "1084.574854",
"GenomeGC": "22.22752751",
"SeqNumber": "21",
"N50": "224866.539",
"PCGnumber": "130222",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4833,
"InsectBaseID": "IBG_03934",
"Order": "Hymenoptera",
"Family": "Torymidae",
"Genus": "Torymus",
"TaxonomyID": "169553",
"Tags": "None",
"OrganismName": "Torymus sinensis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030522985.1",
"GenomeLevel": "Scaffold",
"Busco": "C:90.20%[S:89.25%,D:0.95%],F:6.51%,M:3.00%,n:1367",
"GenomeSize": "563.596435",
"GenomeGC": "26.77164326",
"SeqNumber": "491561",
"N50": "3.427",
"PCGnumber": "68830",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4834,
"InsectBaseID": "IBG_03935",
"Order": "Hymenoptera",
"Family": "Torymidae",
"Genus": "Torymus",
"TaxonomyID": "3069842",
"Tags": "None",
"OrganismName": "Torymus texanus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_036873485.1",
"GenomeLevel": "Scaffold",
"Busco": "C:93.86%[S:93.27%,D:0.59%],F:4.39%,M:1.68%,n:1367",
"GenomeSize": "482.628664",
"GenomeGC": "26.85973351",
"SeqNumber": "119974",
"N50": "9.387",
"PCGnumber": "72580",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4835,
"InsectBaseID": "IBG_03936",
"Order": "Hymenoptera",
"Family": "Torymidae",
"Genus": "Torymus",
"TaxonomyID": "1727119",
"Tags": "None",
"OrganismName": "Torymus tubicola",
"NormalName": "None",
"SpeciesIntro": "Torymus tubicola is a species of chalcid wasp in the family Torymidae.This chalcid wasp-related article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_035583055.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.12%[S:95.39%,D:0.73%],F:2.71%,M:1.17%,n:1367",
"GenomeSize": "430.040592",
"GenomeGC": "26.63402621",
"SeqNumber": "52591",
"N50": "39.605",
"PCGnumber": "52725",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4836,
"InsectBaseID": "IBG_03937",
"Order": "Diptera",
"Family": "Pallopteridae",
"Genus": "Toxonevra",
"TaxonomyID": "2725530",
"Tags": "None",
"OrganismName": "Toxonevra muliebris",
"NormalName": "None",
"SpeciesIntro": "Toxonevra muliebris is a species of flutter fly in the family Pallopteridae. It has been found in Europe and North America. The pattern on the wings of this species is distinctive.This species was first described by Moses Harris under the name Musca muliebris. Subsequently, this species has been included within the genus Palloptera. It has also been known under the name Toxoneura muliebris. However this name is regarded as being a misspelling of the genus Toxonevra. It is currently known as Toxonevra muliebris.Morris described this species as follows:Measures two lines. The head, thorax, abdomen and legs, are of a pleasant pale brown. The wings are clear, having two broadish brown stripes from the apex to the shoulder, one of which lies along the sector edge, the other through the middle. This pretty fly is very scarce: it shakes its wings as it walks, like the Vibrans, and is not soon frightened away.The pattern on the wings of adults is distinctive and is a diagnostic feature when identifying this species.This species is native to Europe, and has been observed in countries such as Spain, Italy, Austria, France, Belgium, Great Britain and Ireland. Recently it has been observed and collected in North America.The larvae of this species have been found under tree bark and it has been hypothesised that they feed on beetle larvae. In North America adults of this species have also been discovered inside residential houses. It has been suggested that this is as a result of larvae of T. mulibris preferring to prey on the larvae of carpet beetles, a common household pest in North America.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963691655.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.64%[S:99.05%,D:0.59%],F:0.07%,M:0.29%,n:1367",
"GenomeSize": "491.432865",
"GenomeGC": "20.2926475",
"SeqNumber": "98",
"N50": "109563.727",
"PCGnumber": "28259",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4837,
"InsectBaseID": "IBG_03938",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Toxorhynchites",
"TaxonomyID": "329112",
"Tags": "None",
"OrganismName": "Toxorhynchites rutilus septentrionalis",
"NormalName": "None",
"SpeciesIntro": "Toxorhynchites rutilus septentrionalis is an subspecies of T. rutilus. It can be found in North America.This mosquito article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029784135.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.20%[S:98.83%,D:0.37%],F:0.15%,M:0.66%,n:1367",
"GenomeSize": "903.034419",
"GenomeGC": "18.71523205",
"SeqNumber": "519",
"N50": "333097.027",
"PCGnumber": "57856",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4838,
"InsectBaseID": "IBG_03939",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Trachelus",
"TaxonomyID": "1090881",
"Tags": "None",
"OrganismName": "Trachelus iudaicus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030142595.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.56%[S:99.49%,D:0.07%],F:0.37%,M:0.07%,n:1367",
"GenomeSize": "151.63102",
"GenomeGC": "34.5887174",
"SeqNumber": "4412",
"N50": "703.208",
"PCGnumber": "17970",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4839,
"InsectBaseID": "IBG_03940",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Trachelus",
"TaxonomyID": "1833970",
"Tags": "None",
"OrganismName": "Trachelus stipa",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_036026315.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.71%[S:99.71%,D:0.00%],F:0.22%,M:0.07%,n:1367",
"GenomeSize": "233.351881",
"GenomeGC": "33.23775993",
"SeqNumber": "278461",
"N50": "265.057",
"PCGnumber": "26711",
"Swissnumber": "None",
"GOnumber": "None",
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"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4840,
"InsectBaseID": "IBG_03941",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Trachelus",
"TaxonomyID": "1001291",
"Tags": "None",
"OrganismName": "Trachelus tabidus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030142655.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.56%[S:99.12%,D:0.44%],F:0.29%,M:0.07%,n:1367",
"GenomeSize": "189.456192",
"GenomeGC": "33.07823162",
"SeqNumber": "41093",
"N50": "517.482",
"PCGnumber": "23838",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4841,
"InsectBaseID": "IBG_03942",
"Order": "Hymenoptera",
"Family": "Cephidae",
"Genus": "Trachelus",
"TaxonomyID": "1001293",
"Tags": "None",
"OrganismName": "Trachelus troglodyta",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030142635.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.48%[S:99.41%,D:0.07%],F:0.44%,M:0.07%,n:1367",
"GenomeSize": "159.030453",
"GenomeGC": "33.58249064",
"SeqNumber": "7255",
"N50": "649.022",
"PCGnumber": "19721",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4842,
"InsectBaseID": "IBG_03943",
"Order": "Hymenoptera",
"Family": "Trichogrammatidae",
"Genus": "Trichogramma",
"TaxonomyID": "114056",
"Tags": "None",
"OrganismName": "Trichogramma dendrolimi",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_034770305.1",
"GenomeLevel": "Scaffold",
"Busco": "C:94.51%[S:90.27%,D:4.24%],F:0.15%,M:5.34%,n:1367",
"GenomeSize": "215.2091",
"GenomeGC": "30.32231397",
"SeqNumber": "316",
"N50": "1412.68",
"PCGnumber": "31260",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4843,
"InsectBaseID": "IBG_03944",
"Order": "Diptera",
"Family": "Lauxaniidae",
"Genus": "Tricholauxania",
"TaxonomyID": "1824988",
"Tags": "None",
"OrganismName": "Tricholauxania praeusta",
"NormalName": "None",
"SpeciesIntro": "Tricholauxania praeusta is a species of fly in the family Lauxaniidae. It is found in the Palearctic .The larvae are saprophagous.This article related to members of the muscomorph flies superfamily Lauxanioidea is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949775025.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.85%[S:98.61%,D:1.24%],F:0.00%,M:0.15%,n:1367",
"GenomeSize": "661.296384",
"GenomeGC": "19.30610602",
"SeqNumber": "101",
"N50": "165485.89",
"PCGnumber": "44162",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4844,
"InsectBaseID": "IBG_03945",
"Order": "Hymenoptera",
"Family": "Diapriidae",
"Genus": "Trichopria",
"TaxonomyID": "1507179",
"Tags": "None",
"OrganismName": "Trichopria drosophilae",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030407085.1",
"GenomeLevel": "Chromosome",
"Busco": "C:97.22%[S:95.39%,D:1.83%],F:0.80%,M:1.98%,n:1367",
"GenomeSize": "937.162013",
"GenomeGC": "22.93770906",
"SeqNumber": "675",
"N50": "146929.714",
"PCGnumber": "95668",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4845,
"InsectBaseID": "IBG_03946",
"Order": "Hymenoptera",
"Family": "Diapriidae",
"Genus": "Trichopria",
"TaxonomyID": "543385",
"Tags": "None",
"OrganismName": "Trichopria nigra",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_030522945.1",
"GenomeLevel": "Scaffold",
"Busco": "C:86.91%[S:85.15%,D:1.76%],F:9.88%,M:3.07%,n:1367",
"GenomeSize": "454.158858",
"GenomeGC": "25.54456991",
"SeqNumber": "320293",
"N50": "6.612",
"PCGnumber": "53140",
"Swissnumber": "None",
"GOnumber": "None",
"KEGGnumber": "None",
"Pfamnumber": "None",
"miRNAnumber": "None",
"lncRNAnumber": "None"
},
{
"id": 4846,
"InsectBaseID": "IBG_03947",
"Order": "Lepidoptera",
"Family": "Bombycidae",
"Genus": "Trilocha",
"TaxonomyID": "941097",
"Tags": "None",
"OrganismName": "Trilocha varians",
"NormalName": "None",
"SpeciesIntro": "Trilocha varians, the Greenish silk-moth is a moth in the family Bombycidae described by Francis Walker in 1855. It is widespread in the Oriental region from India, Sri Lanka, China, extending to Taiwan, the Philippines, Pakistan, Sulawesi and Java.The wingspan is 25–27 mm. There are two colour varieties in the species; albicollis is the greyish form and varians is the reddish form.Head, thorax and abdomen of males are pale or dark reddish brown. Forewings are pale reddish brown or greyish, with two antemedial curved waved lines. There is a dark patch on the outer margin below the apex. The costal edge is paler with cilia being dark reddish brown. Hindwings are pale or dark reddish brown or with greyish with outer reddish brown area. The postmedial line is indistinct. Ventral surface is paler with some dark red stripes.Larvae are elongated and brown with dark dots and a lateral row of black spots. There is a slight protuberance on each of the thoracic and 5th, 8th somites. A long slender horn can be seen on anal somite. The larvae feed on Streblus and Ficus species. A silken cocoon is oval and pale.This article related to the family Bombycidae is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
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{
"id": 4847,
"InsectBaseID": "IBG_03948",
"Order": "Hymenoptera",
"Family": "Scelionidae",
"Genus": "Trissolcus",
"TaxonomyID": "2382140",
"Tags": "None",
"OrganismName": "Trissolcus brochymenae",
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{
"id": 4848,
"InsectBaseID": "IBG_03949",
"Order": "Hymenoptera",
"Family": "Scelionidae",
"Genus": "Trissolcus",
"TaxonomyID": "1388796",
"Tags": "None",
"OrganismName": "Trissolcus japonicus",
"NormalName": "None",
"SpeciesIntro": "Trissolcus halyomorphae Yang et al, 2009Trissolcus japonicus, the samurai wasp, is a parasitoid wasp species in the family Scelionidae, native to east Asia but now found in Europe, North America, and Chile. It is chiefly known for parasitizing Halyomorpha halys (brown marmorated stink bug). It deposits eggs into the eggs of the stink bug, and as the wasp larvae develop, they kill the stink bug eggs. A single adult wasp emerges from each stink bug egg.Trissolcus japonicus was originally described by American entomologist William Harris Ashmead in 1904, and transferred to the genus Trissolcus in 1968. All species within the genus Trissolcus are egg parasitoids of Pentatomoidea (stink bugs and their allies). Trissolcus halyomorphae was in use from 2009, but has since been classified as a junior synonym of Trissolcus japonicus.Trissolcus japonicus adults are small black wasps with orange and black legs and antennae. The adult samurai wasp is 1–2 millimetres (3⁄64–5⁄64 in) in length. The size of the wasp depends on the size of the host egg from which it emerged. It does not sting people.The samurai wasp is native to Eastern Asia, including China, Japan, Korea, and Taiwan.In 2014, two adventive populations were found in the United States during surveys to identify which North American parasitoids might be attacking brown marmorated stink bug. Subsequent genetic testing showed these wild populations were self-introduced: they were not related to each other, or to the laboratory strain of parasitoids housed in quarantine for biosafety testing since 2007. An adventive European population was discovered during similar surveys in Switzerland in 2017.Trissolcus japonicus is currently the subject of biological control programs against the brown marmorated stink bug (BMSB) in the US, Europe, and New Zealand. In the United States, it will likely take years for the wasps to build up large enough densities in the wild to have a measurable impact on BMSB populations, but efforts are under way to augment wild populations with laboratory reared specimens. Recent redistribution efforts of Trissolcus japonicus in New York State also engages Citizen Science project participants in reducing urban BMSB populations. In New Zealand, host range testing has shown it attacks the endemic alpine shield bug (Hypsithocus hudsonae) in laboratory tests when a parasitoid is confined with an egg mass.In its native range, the samurai wasp is able to complete up to 10 generations per year, while its primary host, brown marmorated stink bug, completes up to 2. Female wasps lay on average 42 eggs, preferring to oviposit into host eggs younger than 3 days old. Males hatch first and mate with their sisters.",
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{
"id": 4849,
"InsectBaseID": "IBG_03950",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Troides",
"TaxonomyID": "501369",
"Tags": "None",
"OrganismName": "Troides aeacus",
"NormalName": "None",
"SpeciesIntro": "Troides aeacus, the golden birdwing, is a large tropical butterfly belonging to the swallowtail family, Papilionidae.Troides aeacus has a wingspan of about 150–170 millimetres (5.9–6.7 in) but can be as large as 194 mm. In the males the forewings are black, with veins bordered by whitish colour, while the hindwings are bright yellow. The underside of the wings is quite similar to the upside. The females are larger than the males and have dark-brown or black wings. Head, thorax and abdomen of this butterfly are mainly black, with small red patches on the thorax and a yellow underside of the abdomen. Caterpillars are pale brown, with long protrusions resembling thorns. They mainly feed on Aristolochia and Thottea species (Aristolochiaceae).Troides aeacus closely resembles Troides helena cerebrus and differs as follows:Upperside, forewing: the pale adnervular streaks more prominent, in some specimens extended into the cell along the outer half of the subcostal and of the median nervules. Hindwing: the cone-shaped terminal black markings in interspaces 2, 3, and 4 more or less broadly bordered on the inner side by a dusky area that is irrorated with blackish scales; the black on the costal margin narrower, not extended below vein 8.Underside similar to the upperside, but the dusky black borders to the cone-shaped marks in interspaces 2, 3, and 4 wanting.Antennae, head, thorax, abdomen and abdominal fold as in Troides helena cerebrus, but the abdomen beneath with two rows of black spots.In the female the differences from cerebrus are:Forewing: the pale adnervular streaks very broad, very prominent and extended well into the cell.",
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"NCBIassembly": "GCA_033220335.2",
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"Busco": "C:99.92%[S:99.63%,D:0.29%],F:0.00%,M:0.07%,n:1367",
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{
"id": 4850,
"InsectBaseID": "IBG_03951",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Troides",
"TaxonomyID": "95590",
"Tags": "None",
"OrganismName": "Troides helena",
"NormalName": "None",
"SpeciesIntro": "17, see textTroides helena, the common birdwing, is a butterfly belonging to the family Papilionidae. It is often found in the wildlife trade due to its popularity with butterfly collectors. The butterfly has seventeen subspecies.The description of the commonest subspecies of the butterfly in India, T. h. cerberus Felder, is given below:Upperside of forewings are rich velvety black with adnervular pale streaks on either side of the veins beyond the cell. The cilia is short, black, alternated with pale buffy white in the middle of the interspaces.Hindwing: the abdominal fold, the apical half obliquely of interspace 1, the termen broadly, the base of the cell and the costal area up to and including the basal half of interspace 7 velvety black, the rest of the wing rich silky yellow; the veins prominently but narrowly black; the inner margin of the terminal black border produced inwards into prominent cone-shaped markings in the interspaces.All specimens have one or more postdiscal black spots in the interspaces, but never a complete series; in interspace 2 and sometimes also in interspace 3 these spots coalesce with the cone-shaped projections of the terminal black border. Underneath the abdominal fold is a dense mass of buffy-white scented cottony pubescence. Underside similar, the adnervular pale streaks on the forewing broader and more prominent.Hindwing: dorsal margin broadly black, with an edging of long soft black hairs; interspace 1 with a large oval postdiscal and a terminal black spot; interspace 2 with the postdiscal black spot generally separate from the cone-shaped projection of the black terminal border; the apical and lateral margins of interspaces 2-6 pale yellow irrorated (sprinkled) with black scales.Antenna, head and thorax black, the collar narrowly crimson; abdomen yellow, shaded above with black; beneath: the thorax with a large lateral patch of crimson, the anal segment prominently buff coloured.Upper and under sides of the female is similar to those in the male, but with the following differences:",
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"Busco": "C:97.51%[S:97.44%,D:0.07%],F:0.15%,M:2.34%,n:1367",
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{
"id": 4851,
"InsectBaseID": "IBG_03952",
"Order": "Lepidoptera",
"Family": "Papilionidae",
"Genus": "Troides",
"TaxonomyID": "1758017",
"Tags": "None",
"OrganismName": "Troides oblongomaculatus",
"NormalName": "None",
"SpeciesIntro": "Troides oblongomaculatus, the oblong-spotted birdwing, is a birdwing butterfly found in Indonesia and New Guinea.T. oblongomaculatus is the only Troides species found as far east as New Guinea. It has been assumed[by whom?] that the species originated in the Moluccas and later penetrated into Melanesia. It is a common species, the larva of which feed on Aristolochia tagala.Nine subspecies are recognized. These are:Troides oblongomaculatus is a member of the Troides helena species group. The members of this clade are:This Papilionidae-related article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4852,
"InsectBaseID": "IBG_03953",
"Order": "Hymenoptera",
"Family": "Ichneumonidae",
"Genus": "Tromatobia",
"TaxonomyID": "2776060",
"Tags": "None",
"OrganismName": "Tromatobia lineatoria",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_949699805.1",
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"Busco": "C:99.57%[S:99.20%,D:0.37%],F:0.07%,M:0.37%,n:1367",
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{
"id": 4853,
"InsectBaseID": "IBG_03954",
"Order": "Hymenoptera",
"Family": "Crabronidae",
"Genus": "Trypoxylon",
"TaxonomyID": "1889570",
"Tags": "None",
"OrganismName": "Trypoxylon attenuatum",
"NormalName": "None",
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{
"id": 4854,
"InsectBaseID": "IBG_03955",
"Order": "Hemiptera",
"Family": "Aphididae",
"Genus": "Tuberolachnus",
"TaxonomyID": "96551",
"Tags": "None",
"OrganismName": "Tuberolachnus salignus",
"NormalName": "None",
"SpeciesIntro": "Tuberolachnus salignus, or the giant willow aphid, is a species of aphid, in the genus Tuberolachnus. They are reputed to be the largest aphids, with a body length of up to 5.8mm. First described by Johann Friedrich Gmelin in 1790, it feeds on many species of willow (Salix species), and has one known host-specific parasite, Pauesia salignae.Tuberolachnus salignus does not require a male for reproduction. Only females have ever been recorded, which suggests that reproduction is parthenogenetic and all offspring produced are genetically identical clones.Adults exhibit a pear-shaped body with dark brown/grayish coloration. This aphid species has distinct black dots that form rows along its body. Along the dorsal side of their abdomen, about 2/3 of the way down, Tuberolachnus salignus displays a defining single large conical tubercle or bump that resembles a thorn which can grow to 0.2-0.3 mm. Closer to the posterior and along the sides of the body are two smaller black cone structures which excrete honeydew. Honeydew is a modified form of honey that looks dark in coloration and crystalizes when exposed to air.Tuberolachnus salignus reproduces solely through parthenogenesis so all aphid adults are female. Adults can be either winged or wingless. The two pairs of wings are clear with a dark brown edge along the forewing. When looking at Tuberolachnus salignus under a microscope the presence of numerous tiny hairs is apparent. This gives the abdomen a grayish-gold hue. Adult Tuberolachnus salignus has three pairs of legs that are primarily a dark brownish color, but smaller, red/orange sections are also present. They also have a pair of antennae that are less than half of the aphid’s body length.Tuberolachnus salignus is a cosmopolitan species. They exist anywhere that willow species grow naturally or are cultivated. The giant willow aphid originated in parts of Asia but has now spread to all parts of the globe (except Antarctica). There is no known exact place of origin for this aphid species, but it is believed to be somewhere within Japan and Korea. The only known parasitoid of this species is endemic to Japan, leading to the belief that this may be the place of their origin.Tuberolachnus salignus is now found in all parts of New Zealand where willow species are present. It only recently made it to New Zealand, with the first confirmed sighting in December of 2013 in Auckland.Tuberolachnus salignus is almost entirely dependent on willow trees. They live on the bark of these trees and feed on their sap. These giant aphids survive year-round with the most activity being in late summer and early fall. Their population numbers are known to be largely weather and temperature related. Following instances of large amounts of rain, Tuberolachnus salignus populations have been known to increase rapidly.Tuberolachnus salignus has a generation period of 2–3 weeks, which is largely dependent on temperature. Once hatched, the aphid larvae go through four stages of development until they reach their adult forms. Ideal temperatures for Tuberolachnus salignus generation range from 17.5–22.5 degrees Celsius. It takes two weeks for nymphs to become adults, with adults living an additional five weeks after that. Mature aphids can produce anywhere from 35–71 offspring. Generally, Tuberolachnus salignus is most active in the warmer months, with populations peaking in late summer and early autumn. In colder moths, the overall fecundity decreases but colonies are still active. In the spring, colonies are usually not visible. During this time, it is thought Tuberolachnus salignus retreats behind the willow tree bark or into the ground to escape the harsh climate.Tuberolachnus salignus reproduces via parthenogenesis. Resulting in a population consisting of all females. All offspring are identical genetic clones of their mothers. In turn, there are no mating behaviors that occupy these aphids as they do not participate in sexual reproduction.",
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{
"id": 4855,
"InsectBaseID": "IBG_03956",
"Order": "Hemiptera",
"Family": "Miridae",
"Genus": "Tupiocoris",
"TaxonomyID": "1903630",
"Tags": "None",
"OrganismName": "Tupiocoris notatus",
"NormalName": "None",
"SpeciesIntro": "Tupiocoris notatus is a sap-sucking bug in the family of Miridae. It feeds on mesophyll cell contents of solanaceous plants like Datura and Nicotiana-species. The insect is about 2 – 3 mm long and, like all hemipterans, undergoes an incomplete metamorphosis with several nymph stages. It is distributet mainly in the southern continental US and Mexico but also the Caribbean, Middle- and South America. This organism is used in research as a model organism in the field of chemical ecology to study plant-herbivore interactions between this insect and plants like Datura wrightii or the model plant Nicotiana attenuata.This Miridae article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_037159825.1",
"GenomeLevel": "Contig",
"Busco": "C:97.73%[S:94.44%,D:3.29%],F:0.44%,M:1.83%,n:1367",
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"SeqNumber": "886",
"N50": "674.918",
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{
"id": 4856,
"InsectBaseID": "IBG_03957",
"Order": "Lepidoptera",
"Family": "Gelechiidae",
"Genus": "Tuta",
"TaxonomyID": "702717",
"Tags": "None",
"OrganismName": "Tuta absoluta_v2",
"NormalName": "None",
"SpeciesIntro": "Tuta absoluta or Phthorimaea absoluta is a species of moth in family Gelechiidae known by the common names South American tomato pinworm, tomato leafminer, tomato pinworm and South American tomato moth. It is well known as a serious pest of tomato crops in Europe, Africa, western Asia and South and Central America, with larvae causing up to 100% loss if not effectively controlled.: 241 T. absoluta was originally described in 1917 by Edward Meyrick as Phthorimaea absoluta, based on individuals collected from Huancayo (Peru).: 240 Later, the pest was reported as Gnorimoschema absoluta, Scrobipalpula absoluta (Povolný),: 240 or Scrobipalpuloides absoluta (Povolný),: 240 but was finally described under the genus Tuta as T. absoluta by Povolný in 1994.<: 240 : 1330 The larva feeds voraciously upon tomato plants, producing large galleries in leaves, burrowing in stalks, and consuming apical buds and green and ripe fruits. It is capable of causing a yield loss of 100%.: 241 Prefers 30 °C (86 °F), requires 14 to 34.6 °C (57.2 to 94.3 °F) for full lifecycle.: 241 Nonetheless cold tolerance does allow for 50% survival of larvae, pupae, and adults, at 0 °C (32 °F).: 241 Its life-cycle comprises four development stages: egg, larva, pupa and adult; combined, 26–75 days.: 241 Adults usually lay yellow: 241 eggs on the underside of leaves or stems, and to a lesser extent on fruits. After hatching, young larvae penetrate leaves, aerial fruits (like tomato) or stems, on which they feed and develop. Pupae (length: 5–6 millimetres (13⁄64–15⁄64 in)) are cylindrical in shape and greenish when just formed becoming darker in color as they are near adult emergence. The pest mainly presents nocturnal habits, and adults usually remain hidden during the day, showing greater morning-crepuscular activity with adults dispersing among crops by flying. Among a range of species within the Solanaceae, tomatoes (Lycopersicon esculentum Miller) appear to be the primary host of T. absoluta.No evidence of short-day diapause.: 241 Up to 10 generations per year.: 241 Sex pheromone variation was shown by Dominguez et al 2019 to be influenced by the aging process and by plant volatiles.Adults are 6–7 millimetres (15⁄64–9⁄32 in) in length and present filiform antennae and silver to grey scales. Black spots are present on anterior wings, and the females are wider and more voluminous than the males.The adult moth has a wingspan around 1 centimetre (3⁄8 in). In favorable weather conditions eight to ten generations can occur in a single year.Tomato is the main host plant, but T. absoluta also attacks other crop plants of the nightshade family, including potato,: 240 eggplant, pepino, pepper and tobacco. It is known from many solanaceous weeds, including Datura stramonium and Solanum nigrum.: 240 Also known from non-Solanaceae hosts in the Amaranthaceae, Convolvulaceae, Fabaceae, and Malvaceae.: 240",
"Intro_from": "WIKI",
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"NCBIassembly": "GCA_029230345.1",
"GenomeLevel": "Chromosome",
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{
"id": 4857,
"InsectBaseID": "IBG_03958",
"Order": "Lepidoptera",
"Family": "Crambidae",
"Genus": "Udea",
"TaxonomyID": "1002954",
"Tags": "None",
"OrganismName": "Udea ferrugalis",
"NormalName": "None",
"SpeciesIntro": "Udea ferrugalis, the rusty dot pearl, is a moth of the family Crambidae. The species was first described by Jacob Hübner in 1796.This species can be found in central and southern Europe, Asia Minor, Africa, India and Japan.The wingspan is 18–22 mm. The forewings of these small moths have yellow, brown or ferruginous ground colour and prominent indistinct dark brown or blackish markings towards the edge. Hindwings are brownish grey. Legs are whitish. Caterpillars can reach a length of 10–15 millimetres (0.39–0.59 in). They are greenish with yellowish head.These moths are bivoltine or trivoltine. The moth flies through the year, but mainly in the autumn, depending on location. The larvae feed on various herbaceous plants, such as Stachys, Arctium, Lycopus, Mentha, Eupatorium cannabinum and Fragaria vesca. They overwinter in the soil as a chrysalis. This species is sometimes considered a pest, as the larvae attack various crop plants.This Udea-related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_950022985.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.86%[S:99.71%,D:0.15%],F:0.00%,M:0.15%,n:1367",
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"SeqNumber": "38",
"N50": "17412.294",
"PCGnumber": "33417",
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},
{
"id": 4858,
"InsectBaseID": "IBG_03959",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Uranotaenia",
"TaxonomyID": "190385",
"Tags": "None",
"OrganismName": "Uranotaenia lowii",
"NormalName": "None",
"SpeciesIntro": "Uranotaenia lowii is a species of mosquito in the family Culicidae.This mosquito article is a stub. You can help Wikipedia by expanding it.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_029784155.1",
"GenomeLevel": "Chromosome",
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{
"id": 4859,
"InsectBaseID": "IBG_03960",
"Order": "Odonata",
"Family": "Petaluridae",
"Genus": "Uropetala",
"TaxonomyID": "229376",
"Tags": "None",
"OrganismName": "Uropetala carovei",
"NormalName": "None",
"SpeciesIntro": "Uropetala carovei (New Zealand bush giant dragonfly) is a giant dragonfly of the family Petaluridae, endemic to New Zealand. Its Māori name, kapokapowai (or kapowai) means \"water snatcher\", alluding to the water dwelling juvenile stage (nymph), which, like all dragonflies, has a long extendable jaw that shoots out to snatch prey. It is also known as Carové's Giant Dragonfly.Its yellow and black body can be up to 95 millimetres (3.7 in) long, with a wingspan up to 130 millimetres (5.1 in), making it the largest dragonfly in New Zealand. Females are slightly larger than males. The bodies of both the female and male are dark brown, with pale spots on the abdomen and thorax. Males have petal-shaped appendages at the tip of the abdomen. Uropetala carovei can be distinguished from the similar Uropetala chiltoni, which occurs in the mountains of the South Island, by its all-black labrum (lacking the large pale blotch on Uropetala chiltoni), and its brown to yellowish leg femur segments (which are black in Uropetala chiltoni).Uropetala carovei was first described by Adam White (White and Doubleday 1846). The Natural History Museum, London holds the type material (Rowe 1987).This species is found throughout New Zealand, mostly in western parts of each island, and especially on the West Coast. They are found in damp areas of native forest.Breeding takes place on the banks of forest streams, or near springs. Males establish and aggressively defend territories during the breeding season. After copulation takes place, the female lays eggs on shaded banks of streams, and attaches eggs to clumps of moss, using her ovipositor.The larval stage (nymph or naiad) tunnels into the soft earth of a stream bank or seepage, where they occupy a chamber half-filled with water for about five years. They emerge at night to seek prey near the burrow entrance. They are sensitive to disturbance so are rarely observed.Adults feed on smaller insects, including butterflies, cicadas and wasps which they can eat on the wing.The nymph stage of U. carovei is preyed on by weka and feral cats. Adults are predated by rats, kingfishers.As of 2018, the New Zealand Threat Classification System lists the status of Uropetala carovei as Not Threatened. Its IUCN status is Least Concern.",
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"GenomeLevel": "Contig",
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{
"id": 4860,
"InsectBaseID": "IBG_03961",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Urophora",
"TaxonomyID": "503482",
"Tags": "None",
"OrganismName": "Urophora cardui",
"NormalName": "None",
"SpeciesIntro": "Urophora cardui or the Canada thistle gall fly is a fruit fly which, contrary to its common name, is indigenous to Central Europe from the United Kingdom east to near the Crimea, and from Sweden south to the Mediterranean.The Canada thistle gall fly has been introduced to North America from Europe to control the population of its host plant, Canada, or creeping thistle, which is an invasive, introduced weed in North America.The fly starts life as an egg, one to thirty of which are laid on the stems of its host plant, the Canada or creeping thistle (Cirsium arvense), during the host's growing season. After hatching, the larvae burrow into the stem and form a gall (or swelling). The larvae grow to reach 98% of their full adult body weight, and overwinter in the gall in the third larval stage (instar). They pupate in early spring for 24 to 35 days and appear reddish brown. The adult fly then chews a tunnel and escapes from the gall.",
"Intro_from": "",
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"NCBIassembly": "GCA_960531455.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.91%[S:98.54%,D:0.37%],F:0.29%,M:0.80%,n:1367",
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{
"id": 4861,
"InsectBaseID": "IBG_03962",
"Order": "Orthoptera",
"Family": "Morabidae",
"Genus": "Vandiemenella",
"TaxonomyID": "431949",
"Tags": "None",
"OrganismName": "Vandiemenella viatica",
"NormalName": "None",
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"NCBIassembly": "GCA_031002005.1",
"GenomeLevel": "Chromosome",
"Busco": "C:95.46%[S:88.95%,D:6.51%],F:2.41%,M:2.12%,n:1367",
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"SeqNumber": "15849",
"N50": "275303.236",
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{
"id": 4862,
"InsectBaseID": "IBG_03963",
"Order": "Lepidoptera",
"Family": "Nymphalidae",
"Genus": "Vanessa",
"TaxonomyID": "334116",
"Tags": "None",
"OrganismName": "Vanessa tameamea v2",
"NormalName": "None",
"SpeciesIntro": "The Kamehameha butterfly (Vanessa tameamea) is one of the two species of butterfly endemic to Hawaii, the other is Udara blackburni. The Hawaiian name is pulelehua. This is today a catch-all native term for all butterflies; its origin seems to be pulelo \"to float\" or \"to undulate in the air\" + lehua, \"reddish\", or \"rainbow colored\", probably due to the predominant color of the Metrosideros polymorpha flower: an animal that floats through the air, from one lehua to another. Alternatively, it is called lepelepe-o-Hina – roughly, \"Hina's fringewing\" – which is today also used for the introduced monarch butterfly.The Kamehameha butterfly was named the state insect of Hawaii in 2009, due to the work of a group of fifth-graders from Pearl Ridge Elementary. These 5th graders (Robyn-Ashley Amano, Ryan Asuka, Kristi Kimura, Jennifer Loui, Toshiro Yanai and Jenna Yanke) proposed the butterfly as the state insect to various legislators as a project for Gifted and Talented.Vanessa tameamea is a medium-sized Nymphalid, featuring dark colouration with reddish orange markings. Unusual in the genus is the presence of sexual dimorphism, via a series of three small spots on the anterior forewing. These spots are typically white in females, and orange in males. Visually, this species appears intermediate between the ladies and admirals. The closest morphological relatives are Vanessa indica, and V. samani.The caterpillars feed on the leaves of plants in the family Urticaceae, especially those of māmaki (Pipturus albidus) but also ōpuhe (Urera spp.), ʻākōlea (Boehmeria grandis), olonā (Touchardia latifolia), and maʻoloa (Neraudia spp.). Adults eat the sap of koa (Acacia koa) trees.Vanessa tameamea typically occurs in the mid to upper canopy during flights, particularly in hotter periods of the day. It may descend to the lower canopy to bask in sun, or rarely to visit nectar sources such as Rubus. Basking individuals perch on the upper surface of exposed, sunlit leaves of shrubs and trees. When dappled light or gaps in the canopy allow, partial basking may also occur during cryptic camouflage behavior, where adults rest on the bark of trees facing downwards. Short-term hibernation has been reported, taking place in tight furrows in bark, or on the underside of Acacia koa limbs. These behaviors are shared among other related species elsewhere in the world, such as the red admirals, and particularly the New Zealand red admiral. Adult Kamehameha butterflies are seen throughout all months of the year, but generally peak in spring months.The Kamehameha butterfly occurs on all four of the major Hawaiian Islands: Oʻahu, Kauaʻi, Maui, and the Big Island, as well as on Lānaʻi. However, it is now absent from much of its former range due to decline of native forest habitat, necessary indigenous host plants, and widespread predation from non-native species. Conservation efforts such as the Hawai’i Invertebrate Program (HIP), and local projects operated by the Division of Forestry and Wildlife, continue to rear and attempt to maintain wild populations of this butterfly on O'ahu and the Big Island. Today, most sightings occur in high elevation damp forest, such as that within Hawaiʻi Volcanoes National Park, Mokulēia Forest Reserve, and Waimea Canyon State Park.It is named after the royal House of Kamehameha; the last king of this lineage, Kamehameha V, died in 1872. The common name is taken from the specific name, tameamea, an old-fashioned and partially wrong transcription of \"Kamehameha\". The Hawaiian language has no strict distinction between the voiceless alveolar plosive and voiceless velar plosive; use varies from island to island, but today, \"k\" is used as the standard transliteration. The voiceless glottal transition \"h\" is distinct and should always be pronounced - for example, \"aloha\" is correct whereas \"aloa\" is a wrong pronunciation. Thus, while \"Tamehameha\" would be a legitimate transcription (though considered old-fashioned on most islands), \"Tameamea\" is not. Media related to Vanessa tameamea at Wikimedia Commons",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037043105.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.85%,D:0.15%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "363.368026",
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"SeqNumber": "54",
"N50": "12813.973",
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{
"id": 4863,
"InsectBaseID": "IBG_03964",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Venusia",
"TaxonomyID": "572911",
"Tags": "None",
"OrganismName": "Venusia cambrica",
"NormalName": "None",
"SpeciesIntro": "Venusia cambrica, the Welsh wave, is a moth of the family Geometridae. It is found in Europe, western and central Siberia, Altai, Transbaikalia, the Russian Far East, the Korean Peninsula, Japan and in North America, where it can be found across Canada from Newfoundland and Labrador to British Columbia, south in the west to California, south in the east to Georgia.The wingspan is 27–30 mm. The light grey front wing has black and brown cross lines. Two protruding black lines at the outer black cross line, near the middle of the wing, are the most striking characteristic. \"Quite distinct. The black marks on the 3rd radial and 1st median distally to the outer line recall Oporinia. English specimens and (according to Herz) the Korean form are on an average rather less white, than those from Scotland and continental Europe. In general the female is slightly larger and paler than the male - ab. pygmaea Tystr. is small with the central area constricted. - ab. latefasciata Strand has the median area very broad, the lines which bound it are parallel, not approximated in the posterior part. - ab. webbi Prout has the markings almcst obliterated excepting at the costal margin and on the median vein and its branches, recalling Oporinia antumnata gueneata See Oporinia gueneata -ab. bradyi Prout has both wings uniformly suffused with dark smoke-colour, and is becoming frequent in the Sheffield district. -ab. lofthousei Prout is a quite different melanotic form from ab. bradyi; forewing suffused with smoke-colour but remaining longitudinally rayed with white in the distal area, hindwing not infuscated. Only known from North Yorkshire. The larva is long and slender, with a few short setae. It is green with large, purple spots on the back and sides.Adults are on wing from July to August in western Europe, from June to September in New Brunswick and Quebec and from March to August in California. There are two generations per year.The larvae feed on the leaves of Sorbus aucuparia. Other recorded food plants include alder, apple, birch, mountain ash, serviceberry and willow.This Asthenini moth related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_951394065.1",
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"Busco": "C:99.78%[S:99.41%,D:0.37%],F:0.15%,M:0.07%,n:1367",
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"N50": "12813.859",
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{
"id": 4864,
"InsectBaseID": "IBG_03965",
"Order": "Raphidioptera",
"Family": "Raphidiidae",
"Genus": "Venustoraphidia",
"TaxonomyID": "887758",
"Tags": "None",
"OrganismName": "Venustoraphidia nigricollis",
"NormalName": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_034508555.1",
"GenomeLevel": "Contig",
"Busco": "C:99.27%[S:98.32%,D:0.95%],F:0.07%,M:0.66%,n:1367",
"GenomeSize": "669.157826",
"GenomeGC": "15.05976051",
"SeqNumber": "1486",
"N50": "4941.799",
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{
"id": 4865,
"InsectBaseID": "IBG_03966",
"Order": "Coleoptera",
"Family": "Lampyridae",
"Genus": "Vesta",
"TaxonomyID": "370603",
"Tags": "None",
"OrganismName": "Vesta saturnalis",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_036346205.1",
"GenomeLevel": "Contig",
"Busco": "C:97.07%[S:96.12%,D:0.95%],F:0.44%,M:2.49%,n:1367",
"GenomeSize": "2140.128877",
"GenomeGC": "18.50173002",
"SeqNumber": "2558",
"N50": "2975.991",
"PCGnumber": "227610",
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{
"id": 4866,
"InsectBaseID": "IBG_03967",
"Order": "Diptera",
"Family": "Bombyliidae",
"Genus": "Villa",
"TaxonomyID": "2753613",
"Tags": "None",
"OrganismName": "Villa cingulata",
"NormalName": "None",
"SpeciesIntro": "Anthrax cingulata Meigen, 1804Villa cingulata is a Palearctic species of bee fly in the family Bombyliidae.Afghanistan, Albania, Armenia, Austria, Azerbaijan, Belgium, Bosnia-Hercegovina, Croatia, Czech Republic, Finland, France, Germany, Greece, Georgia, Hungary, Iran, Italy (incl. Sardinia, Sicily), Luxemburg, Macedonia, Moldova, Netherlands, Poland.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_951394055.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.49%[S:98.61%,D:0.88%],F:0.00%,M:0.51%,n:1367",
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"SeqNumber": "46",
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{
"id": 4867,
"InsectBaseID": "IBG_03968",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Volucella",
"TaxonomyID": "1352473",
"Tags": "None",
"OrganismName": "Volucella bombylans",
"NormalName": "None",
"SpeciesIntro": "Volucella bombylans is a large species of hoverfly belonging to the family Syrphidae.This species is present in most of Europe, in the East Palearctic realm, in the Near East and in the Nearctic realm.These hoverflies can be found in forest edges and clearings, woodland margins, hedgerows, wet meadows, spruce forest edge and urban wasteland or gardens, usually sunning on leaves.Volucella bombylans is larger than most hoverflies, reaching a body length of 11 to 17 mm. and a wingspan length of 8–14 mm. They look something like a bumblebee with a furry black, yellow and/or white body, but they are given away by their heads, plumed antennae, large eyes and the particular wing venation, which make them quite easy to identify as a true fly, like a blowfly.The mesonotum bears black or yellow hairs on the sides, while the scutellum is brownish or yellowish. The wings are milky white with a dark cross-bands in the anterior half and a diffuse dark spot at the wing tip. The abdomen is yellow at the base and black in the middle, with long, dense hairs at the end. The legs are rather short and black.This species occurs in several forms, each of which mimics a species of bumblebee (Batesian mimicry). The two main varieties are Volucella bombylans var. bombylans, showing an orange-red tail, mimicking the Red-tailed Bumblebee (Bombus lapidarius) and Volucella bombylans var. plumata with a white tail, mimicking the White-tailed Bumble Bee (Bombus lucorum) and the Buff-tailed Bumblebee (Bombus terrestris).Volucella bombylans var. plumata is also rather similar to other syrphids (Arctophila bombiformis and Merodon equestris.V. bombylans has two generations and can be encountered from May until September, with a peak in June. These hoverfies are fast fliers. The adults feed on nectar and pollen (mainly on Valeriana officinalis, Geranium sylvaticum, Centaurea jacea, Cirsium palustre, Epilobium angustifolium, etc.), with preference for blue flowers.The females of these hoverflies lay their eggs in the nests of social wasps or bumblebees, where the larvae live as scavengers, feeding on debris and occasionally on host's larvae.",
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"NCBIassembly": "GCA_949129095.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.71%[S:97.22%,D:2.49%],F:0.00%,M:0.29%,n:1367",
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"GenomeGC": "24.18711771",
"SeqNumber": "293",
"N50": "200280.94",
"PCGnumber": "97508",
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{
"id": 4868,
"InsectBaseID": "IBG_03969",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Volucella",
"TaxonomyID": "511121",
"Tags": "None",
"OrganismName": "Volucella zonaria",
"NormalName": "None",
"SpeciesIntro": "Volucella zonaria, the hornet mimic hoverfly, is a species of hoverfly. These flies are capable of buzz pollination.This species is present in most of Europe, in Tunisia, Iran, Russia (to Far East) and in Mongolia.In Great Britain, it was only known from two specimens prior to 1940, so was regarded as rare. Since then, it has become increasingly widespread in many parts of the South and South East England, often in association with parks and gardens, where adults are usually seen visiting flowers. Elsewhere in England, only a few scattered records exist.These hoverflies usually inhabit meadows close to forests.Volucella zonaria can reach a length of 25 millimetres (0.98 in), with a wingspan of about 40 mm. These very large and wide hoverflies have reddish-brown shining thorax with dark brown marks, and a reddish-brown scutellum. The head shows a waxy yellow face, with yellow forehead and antennae. The large ovoid compound eyes are reddish with dense and short hairs. In the males they are very close to each other, so that the forehead is very narrow. The abdomen is reddish yellow, with two wide black bands. The underside has broad black bars. The first abdominal segment is black. The second tergite is chestnut brown. Wings are amber infused. The legs are basically red-brown, but black at the base.This species mimics the European hornet (Vespa crabro), by its size, by its appearance and its buzzing flight.Adults can be found from May to September, but they are most common in July / August. Like all Volucella, the adults of these hoverflies are migratory. Volucella zonaria is a Mediterranean migratory species. These hoverflies mainly feed on nectar of flowers of various plants, especially Valeriana, Oregano, Mentha longifolia, Scabiosa, Cornus, Ligustrum, Cirsium, Carduus, Buddleia and various other flowering shrubs. Females lay their eggs in wasp and hornet nests. The larvae live as commensals in nests of bees, hornets and of social wasps of the genus Vespula. The pupae overwinter in the soil and hatch in following spring.",
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"Busco": "C:93.64%[S:93.20%,D:0.44%],F:0.44%,M:5.93%,n:1367",
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"N50": "201040.152",
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{
"id": 4869,
"InsectBaseID": "IBG_03970",
"Order": "Diptera",
"Family": "Culicidae",
"Genus": "Wyeomyia",
"TaxonomyID": "174621",
"Tags": "None",
"OrganismName": "Wyeomyia smithii",
"NormalName": "None",
"SpeciesIntro": "Wyeomyia smithii, the pitcher plant mosquito, is an inquiline mosquito that completes its pre-adult life cycle in the phytotelma of—that is, the water contained by—the purple pitcher plant, Sarracenia purpurea. In this microcommunity of bacteria, rotifers, protozoa, and midges, W. smithii is the top-level predator; its presence determines the bacterial species diversity within the pitcher.W. smithii is not a pest mosquito in general. The northern US population does not consume blood at all, while the southern US populations only consume blood after laying an initial egg batch; even then they appear disinterested in feeding. In fact, it is the only known mosquito to have both obligatory biting and non-biting populations in the same species.The life cycle of Wyeomyia smithii begins in either late spring or early fall when the adult female lays her eggs in the phytotelma of a purple pitcher plant. The eggs then gestate in the pitcher plant anywhere from 1–8 days before they hatch as larvae. The larvae remain in the phytotelma feeding on bacteria, micro-animals, and decaying insects. The mosquito larvae will live in the pitcher plant until it goes through its fifth instar about 20 to 22 days after hatching. They then emerge as adult mosquitoes ready to mate. Wyeomyia smithii females will produce a clutch of fertilized eggs generally within two days of sexual maturity. Some populations in the southern United States have also been known to drink blood after producing their first clutch to help produce a second clutch; there are no reports of northern populations displaying this behavior, however.Wyeomyia smithii is a model organism for the study of photoperiodism, the biotic process of controlling seasonal life history events by measuring day length as a reliable predictor of the seasons. W. smithii enters a state of developmental arrest, larval diapause, that is initiated and maintained by short day lengths and averted or terminated by long day lengths. There is speculation that global warming and the shortening of winters, W. smithii has been observed to now require shorter days before going dormant, this led to the theory that this is an example of microevolutionary selection; mosquitoes that waited longer to go dormant and which had a greater fitness have been favored.Photoperiodism in Wyeomyia smithii is believed in nature to examine the startling finding that climate change can force genetic change in plants and animals. Wyeomyia smithii lives through the winter as diapausing larvae in the leaves of the pitcher plant. The pitcher-plant mosquito enters a hibernal diapause as larvae. Which means, short days initiate and maintain diapause, and long days promote continuous development in diapausing larvae. The day length promotes 50% development and 50% diapause (the critical photoperiod) as the same for the initiation and termination of not developing in unchilled larvae. For the initiation of not developing, insects pass through a \"sensitive period\" during which day length is interpreted as long or short, which results in a diapause/no-diapause response. Wyeomyia smithii is photoperiodic while in diapause. The sensitive period is indefinitely long, and the effect of manipulating different light. Dark cycles can be assessed over weeks or months, instead of a few days. Wyeomyia smithii oviposits into and completes their entire preadult development only within the water-filled leaves of the carnivorous pitcher plant Sarracenia purpurea. Throughout this range, W. smithii occupies a uniform microhabitat whose community composition remains highly consistent. The photoperiodic response has been exposed to various seasonal changes, both in situ and during postglacial dispersal.The purple pitcher plant (Sarracenia purpurea), which houses W. smithii, is known to be the most habitable pitcher plant for many different inquilines. At least 165 various species of insects, protozoa, algae, and other organisms can live within the purple pitcher plant. The plant has adapted to have fluid with a higher pH than other, more acidic, carnivorous pitcher plants. There is little fluid secreted by this plant in comparison to the rainwater it collects in its pitcher, which dilutes the solution and creates a more habitable environment for outside organisms. The plant's adaptation allowing it to host diverse life is an advantage to the mosquito because its larvae prey upon those organisms. The mosquitos also prey on the food that the pitcher plant catches, giving them a steady food source.The pitcher plant mosquito, Wyeomyia smithii, has been featured in scientific studies because of its co-evolution with the purple pitcher plant. The relationship between the two species highlights a genetic response to climate change, which details how a population can evolve at a quicker pace in order to make accommodations due to the changes in climate. The water-filled pitcher plant proved to be a suitable home for the mosquito in its habitat range. It is because both species can endure a temperate climate. This idea makes the pitcher plant the next option for this mosquito species to stay in its current domain.The relationship is beneficial for both species and allows them to continue to evolve together. The purple pitcher plant uses the mosquito for nutrients once the mosquitoes die off. And, these mosquitoes are no different than any other subspecies, in terms of attraction, they are drawn to water. The pitcher plant is filled with water and this is a type of environment that is used as a location for female mosquitoes to lay their eggs. Most pitcher plant mosquitoes tend to frequent a pitcher plant younger in age. Not only does the plant provide a steady source of food, it is a protective place for larvae to develop.",
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{
"id": 4870,
"InsectBaseID": "IBG_03971",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Xanthia",
"TaxonomyID": "987434",
"Tags": "None",
"OrganismName": "Xanthia icteritia",
"NormalName": "None",
"SpeciesIntro": "Xanthia icteritia, the sallow, is a moth of the family Noctuidae. It is found in the Palearctic realm (Europe except for the furthest south, and east to Central Asia, Korea, and Japan).The wingspan is 27–35 mm. The moth is similar to the pink-barred sallow (Xanthia togata) but the median fascia usually differs. In some cases it is missing completely, in others the wings show a very small annular spot.Forewing pale yellow; markings the same as in Xanthia togata, but the cloud on costa beyond submarginal line, the costal end of the median shade, and the subbasal costal blotch prominently dark brown; the dark blotch at base of reniform with a pale centre; the fringe yellow; head and shoulders pale yellow; hindwing whitish; — flavescens Esp. is a unicolorous form in which all the brown lines and shading are absent, the lines and edges of the stigmata being sometimes represented by slender faint rufous lines, the lower end of the reniform stigma alone remaining deep brown and the fringes reddish brown; an intermediate form occurs in which the markings are pale reddish brown, either distinct or faint, and approaching; asiatica Hmps. from the Sir Daria, has more orange yellow forewings, with dark brown markings, the antemedian and postmedian costal patches absent; the fringe dark brown at tips.The moth flies from July to October depending on the location.The larvae are difficult to tell apart from the pink-barred sallow (Xanthia togata) and the larvae feed on willow and poplar.",
"Intro_from": "",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_949128155.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.5%[S:99.1%,D:0.4%],F:0.1%,M:0.4%,n:1367",
"GenomeSize": "664.638346",
"GenomeGC": "22.90295014",
"SeqNumber": "37",
"N50": "22252.46",
"PCGnumber": "41725",
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{
"id": 4871,
"InsectBaseID": "IBG_03972",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Xanthia",
"TaxonomyID": "987434",
"Tags": "None",
"OrganismName": "Xanthia icteritia v2",
"NormalName": "None",
"SpeciesIntro": "Xanthia icteritia, the sallow, is a moth of the family Noctuidae. It is found in the Palearctic realm (Europe except for the furthest south, and east to Central Asia, Korea, and Japan).The wingspan is 27–35 mm. The moth is similar to the pink-barred sallow (Xanthia togata) but the median fascia usually differs. In some cases it is missing completely, in others the wings show a very small annular spot.Forewing pale yellow; markings the same as in Xanthia togata, but the cloud on costa beyond submarginal line, the costal end of the median shade, and the subbasal costal blotch prominently dark brown; the dark blotch at base of reniform with a pale centre; the fringe yellow; head and shoulders pale yellow; hindwing whitish; — flavescens Esp. is a unicolorous form in which all the brown lines and shading are absent, the lines and edges of the stigmata being sometimes represented by slender faint rufous lines, the lower end of the reniform stigma alone remaining deep brown and the fringes reddish brown; an intermediate form occurs in which the markings are pale reddish brown, either distinct or faint, and approaching; asiatica Hmps. from the Sir Daria, has more orange yellow forewings, with dark brown markings, the antemedian and postmedian costal patches absent; the fringe dark brown at tips.The moth flies from July to October depending on the location.The larvae are difficult to tell apart from the pink-barred sallow (Xanthia togata) and the larvae feed on willow and poplar.",
"Intro_from": "",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_949128155.2",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.85%,D:0.15%],F:0.00%,M:0.00%,n:1367",
"GenomeSize": "664.638346",
"GenomeGC": "22.90295014",
"SeqNumber": "37",
"N50": "22252.46",
"PCGnumber": "41725",
"Swissnumber": "None",
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{
"id": 4872,
"InsectBaseID": "IBG_03973",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Xanthia",
"TaxonomyID": "997532",
"Tags": "None",
"OrganismName": "Xanthia togata",
"NormalName": "None",
"SpeciesIntro": "Xanthia togata, the pink-barred sallow, is a species of moth of the family Noctuidae. It is a Holarctic species, and is found throughout Europe and east through the Palearctic to Central Asia, and Siberia up to the Ussuri. The distribution area includes the United States and Canada. It was first described by the German entomologist Eugenius Johann Christoph Esper in 1788 from the type specimen in GermanyForewing deep yellow, the markings purplish brown; a blotch on costa beyond basal line; inner line wavy, interrupted; median shade curved, interrupted; outer line double, lunulate dentate, the space including median and outer lines shaded with purplish; orbicular stigma yellow, marked only by one or two reddish points; reniform yellow with its upper part slightly and its lower completely marked with purplish; the interval between the stigmata a purplish blotch; submarginal line indicated only by purplish spots; fringe yellow chequered with purplish; hindwing yellowish white, more yellow along termen, often showing a dark grey outer line; ochreago Bkh. [Type] differs only in having a red central band instead of the purplish brown one, —in togata Esp. [Type] the median and double outer lines remain clear without any dark suffusion. The wingspan is 27–30 mm. and the length of the forewings is 13–16 mm. The ground colour of the forewings is deep yellow. There is a purple, variable in width median fascia extending from the costa. Antemedian and post median lines are reduced to purple dots. The irregular subterminal line is also reduced to a series of small dark dots. The hindwings are pale yellowish white, darker in the outer field. Very similar to Xanthia icteritia but the median fascia is complete and togata is distinguished from the icteritia by the purple pigmentation of the head and shoulders. The moth flies from August to October depending on the location.The pale-brown eggs are a flattened sphere, with relatively few ribs which are more prominent above the equator. They are laid in small rows and inserted behind the buds of sallows (Salix species) or poplar (Populus species). The moth overwinters as an egg.Larva brownish grey, dotted with red and yellow; dorsal line pale, with darker edges, but obscure; spiracular line broadly pale. They feed at first in the catkins, which are usually the first to fall. The later instars feeds on the leaves of herbaceous plants. Before pupating the larva aestivates for a few weeks. The larva is similar to the sallow (X. icteritia) and should be bred for confirmation.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963853775.1",
"GenomeLevel": "Chromosome",
"Busco": "C:100.00%[S:99.85%,D:0.15%],F:0.00%,M:0.00%,n:1367",
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"SeqNumber": "47",
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{
"id": 4873,
"InsectBaseID": "IBG_03974",
"Order": "Lepidoptera",
"Family": "Geometridae",
"Genus": "Xanthorhoe",
"TaxonomyID": "934901",
"Tags": "None",
"OrganismName": "Xanthorhoe designata",
"NormalName": "None",
"SpeciesIntro": "Xanthorhoe designata, the flame carpet, is a moth of the genus Xanthorhoe in the family Geometridae. The species was first described by Johann Siegfried Hufnagel in 1767.It is found in Europe, Asiatic Russia and Japan.\"Coloured nearly as in munitata but the median band is light red and with a conspicuous black bar at its proximal edge and usually with the distal edge also — at least in its anterior part, conspicuously black. Under surface more weakly marked. - ab. coarctata ab. nov. [Prout] has the median band greatly narrowed, usually very dark, about as in the corresponding aberration of ferrugata. - islandicaria Stgr. has the ground-colour more weakly marked, often whiter, the median band also pale in its centre but commonly with the black edgings widened. Iceland.\"The larva is relatively powerful, naked except for a few short bristles and brownish with a bright lateral stripe.The moth flies from the beginning of April to the end of September.It is found in meadows, damp woodland, hedgerows and suburban gardens.The larvae feed on species of Brassicaceae. Xanthorhoe designata overwinters as a pupa.This Xanthorhoini moth related article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963582015.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.56%[S:99.27%,D:0.29%],F:0.00%,M:0.44%,n:1367",
"GenomeSize": "351.485917",
"GenomeGC": "23.71516097",
"SeqNumber": "92",
"N50": "12720.102",
"PCGnumber": "27255",
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},
{
"id": 4874,
"InsectBaseID": "IBG_03975",
"Order": "Raphidioptera",
"Family": "Raphidiidae",
"Genus": "Xanthostigma",
"TaxonomyID": "887762",
"Tags": "None",
"OrganismName": "Xanthostigma xanthostigma",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_963575645.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.41%[S:99.12%,D:0.29%],F:0.00%,M:0.59%,n:1367",
"GenomeSize": "623.324696",
"GenomeGC": "16.24650646",
"SeqNumber": "29",
"N50": "53129.619",
"PCGnumber": "26025",
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{
"id": 4875,
"InsectBaseID": "IBG_03976",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Xestia",
"TaxonomyID": "988043",
"Tags": "None",
"OrganismName": "Xestia ashworthii",
"NormalName": "None",
"SpeciesIntro": "Ashworth's rustic (Xestia ashworthii) is a species of moth. Its colouring is blue/grey and it is mainly nocturnal.There is one generation in Britain from mid June to August. They are in their larval stage from August to late May of June the next year, feeding mainly by night, but sometimes basking by day in the spring. There are many larval foodplants, usually low growing plants, including common rock-rose, wild thyme, sheep's sorrel, harebell, salad burnet, bell heather, goldenrod, lady's bedstraw, creeping willow and foxglove. It pupates in a flimsy cocoon under moss, among rocks or just below ground.This Xestia article is a stub. You can help Wikipedia by expanding it.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_950022955.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:99.63%,D:0.29%],F:0.07%,M:0.00%,n:1367",
"GenomeSize": "726.328142",
"GenomeGC": "23.05176659",
"SeqNumber": "70",
"N50": "25131.726",
"PCGnumber": "54414",
"Swissnumber": "None",
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{
"id": 4876,
"InsectBaseID": "IBG_03977",
"Order": "Lepidoptera",
"Family": "Noctuidae",
"Genus": "Xestia",
"TaxonomyID": "987439",
"Tags": "None",
"OrganismName": "Xestia rhomboidea",
"NormalName": "None",
"SpeciesIntro": "Phalaena (Noctua) rhomboidea Esper, 1790Xestia rhomboidea (Esper, 1790)The double square-spot (Xestia triangulum) is a moth of the family Noctuidae. It is distributed through most of Europe except Portugal, the Mediterranean islands and northernmost Fennoscandia. In the East, the species ranges East across the Palearctic to Siberia and in the South-East to the Black Sea and in Iran. It rises to a height of about 2,000 metres (6,600 ft) in the Alps.This species has pale brown forewings marked with two distinctive black marks. Despite the common name, only one of these is square, the other being roughly triangular. The hindwings are similar in colour to the forewings. It is very similar to Xestia ditrapezium.Differences:Technical description and variation: The wingspan is 36–46 mm (1.4–1.8 in). Forewing grey brown, with a rufous tinge: a small blotch at base, a praeapical costal spot, and the cell prominently black brown; hindwing fuscous.The moth flies at night in June and July in the British Isles. It is attracted to light and sugar and to flowers such as wood sage.The larva is ochreous brown, black speckled ; the lines pale ; a row of oblique dark subdorsal bars. It is polyphagous, feeding on a wide variety of plants including birch, blackthorn, bramble, dock, hawthorn, raspberry and sallow. The species overwinters as a larva.Inhabits preferably forest edges, slopes covered with shrubs, heaths and gardens and parkland.",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963853795.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.92%[S:99.85%,D:0.07%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "604.993035",
"GenomeGC": "23.13763463",
"SeqNumber": "62",
"N50": "20670.239",
"PCGnumber": "38055",
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{
"id": 4877,
"InsectBaseID": "IBG_03978",
"Order": "Coleoptera",
"Family": "Ptinidae",
"Genus": "Xestobium",
"TaxonomyID": "879067",
"Tags": "None",
"OrganismName": "Xestobium rufovillosum",
"NormalName": "None",
"SpeciesIntro": "The deathwatch beetle (Xestobium rufovillosum) is a species of woodboring beetle that sometimes infests the structural timbers of old buildings. The adult beetle is brown and measures on average 7 mm (0.3 in) long. Eggs are laid in dark crevices in old wood inside buildings, trees, and inside tunnels left behind by previous larvae. The larvae bore into the timber, feeding for up to ten years before pupating, and later emerging from the wood as adult beetles. Timber that has been damp and is affected by fungal decay is soft enough for the larvae to chew through.",
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"NCBIassembly": "GCA_963966045.2",
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"Busco": "C:99.56%[S:99.34%,D:0.22%],F:0.29%,M:0.15%,n:1367",
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},
{
"id": 4878,
"InsectBaseID": "IBG_03979",
"Order": "Hymenoptera",
"Family": "Xiphydriidae",
"Genus": "Xiphydria",
"TaxonomyID": "871386",
"Tags": "None",
"OrganismName": "Xiphydria camelus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"NCBIassembly": "GCA_963678675.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:98.76%,D:1.02%],F:0.15%,M:0.07%,n:1367",
"GenomeSize": "357.325173",
"GenomeGC": "29.42821607",
"SeqNumber": "53",
"N50": "32839.854",
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},
{
"id": 4879,
"InsectBaseID": "IBG_03980",
"Order": "Hymenoptera",
"Family": "Apidae",
"Genus": "Xylocopa",
"TaxonomyID": "135666",
"Tags": "None",
"OrganismName": "Xylocopa violacea",
"NormalName": "None",
"SpeciesIntro": "Xylocopa violacea, the violet carpenter bee, is the common European species of carpenter bee, and one of the largest bees in Europe. It is also native to Asia.Like most members of the genus Xylocopa, it makes its nests in dead wood. It is not particularly aggressive, and will attack only if forced to.The range of Xylocopa violacea extends from Europe eastward across Asia as far as central China, restricted to latitudes above 30 degrees. In India, any all-black species of Xylocopa are referred to by the common name \"bhanvra\" (or \"bhomora\" - ভোমোৰা - in Assamese), and reports and sightings of bhanvra are commonly misattributed to this species; however, this species is found only in the northern regions of Jammu and Kashmir and Punjab. Most sightings refer to any of several other common black Xylocopa, such as X. nasalis, X. tenuiscapa, or X. tranquebarorum.In 2006, Xylocopa violacea was reported from Cardigan, Wales. In 2007, it was found breeding for the first time in England, in Leicestershire. This follows a northwards expansion of its range in France, Germany, and the Channel Islands. In 2010 it was recorded in Northamptonshire and Worcestershire.Violet carpenter bees hibernate over winter and they emerge in the spring, usually around April or May. Hibernation is undertaken by the adults in wood where there are abandoned nest tunnels. In the late spring or early summer, they may be seen around searching for mates and suitable nesting sites. After mating, the gravid females bore tunnels in dead wood, which is where the name \"carpenter bee\" comes from, although old nest tunnels may be used.Like other solitary bees, the female creates the nest alone. The eggs are laid within a series of small cells, each of which is supplied with a pollen ball for the larvae to feed upon. The adults emerge in late summer then hibernate until the following year.",
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"NCBIassembly": "GCA_963969225.1",
"GenomeLevel": "Scaffold",
"Busco": "C:99.93%[S:99.34%,D:0.59%],F:0.00%,M:0.07%,n:1367",
"GenomeSize": "1020.530045",
"GenomeGC": "8.492486471",
"SeqNumber": "1301",
"N50": "11416.998",
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{
"id": 4880,
"InsectBaseID": "IBG_03981",
"Order": "Diptera",
"Family": "Xylophagaidae",
"Genus": "Xylophagus",
"TaxonomyID": "1689122",
"Tags": "None",
"OrganismName": "Xylophagus ater",
"NormalName": "None",
"SpeciesIntro": "Xylophagus ater is a species of awl fly belonging to the family Xylophagidae found in Central Europe and North Europe.The basal segment of the antenna is long, the length at least three times the width. In males the mesonotum is finely sculptured, shining, with two inconspicuous stripes of golden hairs. Females have three pollinose stripes on the mesonotum. The body length is 8 to 15 millimeters.Larvae of Xylophagus ater are predatory. They feed on beetle larvae of the families Cerambycidae and Pyrochroidae which develop in dead branches of a wide variety of broadleaved trees.",
"Intro_from": "",
"Image_from": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_963422695.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.61%[S:97.00%,D:1.61%],F:0.29%,M:1.10%,n:1367",
"GenomeSize": "459.297347",
"GenomeGC": "16.96862251",
"SeqNumber": "54",
"N50": "52552.972",
"PCGnumber": "33178",
"Swissnumber": "None",
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},
{
"id": 4881,
"InsectBaseID": "IBG_03982",
"Order": "Diptera",
"Family": "Syrphidae",
"Genus": "Xylota",
"TaxonomyID": "374263",
"Tags": "None",
"OrganismName": "Xylota segnis",
"NormalName": "None",
"SpeciesIntro": "Xylota segnis, The Brown-toed Forest Fly, is a common species of hoverfly.The genus name Xylota is the Latinized form of the rare Byzantine-Greek ξυλωτή [xsylōtē] meaning wooden, while the Latin species name segnis means slipping or lazy, as this hoverfly usually rests on a leaf and it does not fly frequently. The translation of the taxon could be \"lazy wood fly\".This species has a Palearctic and Nearctic distribution. It is present in all Europe including the Mediterranean, the Caucasus and through Russia to the Russian Far East and Japan. It is also present in the Nearctic eastern parts, in southeastern Canada and northeastern United States.GBIF species page, with mapThis species mainly inhabits low bushes in woods.External imagesFor terms see Morphology of Diptera Xylota segnis can reach a length of 10–14 millimetres (0.39–0.55 in) and has a wing length reaching 7–9.5 millimetres (0.28–0.37 in). Thorax is greenish black, with long yellowish hairs. Abdomen is black with a large red or yellowish red patch. In particular, tergites 2 and 3 are yellow or reddish except for the back of tergite 3 which is black. Two rows of long and thick spines are present on hind femora. The front and the hind legs are predominantly yellow, with black or dark brown femora. The compound eyes are reddish and antennae are dark. The wings are slightly brownish with a brown pterostigma, the halteres are light yellow. In males on the hind trochanters there is a long upcurved pointed process. The male genitalia are figured by Hippa (1968). The larva is illustrated in colour by Rotheray (1994) ). See references for determination.This species is polyvoltine, with up to three generations per year. Flight times last from April to September. Adults feed by grazing on anemophilous pollen grazed from surface of leaves. However these hoverflies rarely visits also flowers of various plants, for example Corylus avellana, Rubus idaeus, Euphorbia cyparissias, Aegopodium podagraria, Angelica sylvestris, Heracleum sphondylium, Cirsium arvense and Crataegus species. They also eat honey dew from aphids.",
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"NCBIassembly": "GCA_963583995.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.57%[S:99.20%,D:0.37%],F:0.15%,M:0.29%,n:1367",
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{
"id": 4882,
"InsectBaseID": "IBG_03983",
"Order": "Lepidoptera",
"Family": "Yponomeutidae",
"Genus": "Yponomeuta",
"TaxonomyID": "2567737",
"Tags": "None",
"OrganismName": "Yponomeuta evonymella",
"NormalName": "None",
"SpeciesIntro": "The bird-cherry ermine (Yponomeuta evonymella) is a species of moth in the family Yponomeutidae, the ermine moths. The wingspan of the moth ranges from 16 to 25 mm. The insect was first described in 1758 by the Swedish naturalist Carl Linnaeus who gave it the name Phalaena evonymella; it was later transferred to the genus Yponomeuta, becoming Yponomeuta evonymella. The moth can be found in the whole of Europe and the northern and eastern part of Asia.The adult bird-cherry ermine is a distinctive moth with a wingspan of between 16 and 25 mm (0.6 and 1.0 in). The forewings are white with five longitudinal rows of small black spots. The hind wings are a smoky brown colour, with a dark edging. They are wider and shorter than the forewings. The fine, thread-like antennae reach two-thirds of the length of the wings. When the moths are resting, the wings are rolled and placed close to the body, so that the insect looks almost tubular. At the slightest disturbance, the moths skip away and skilfully drop to the ground.[citation needed]This species may be found in almost the whole of Europe from the river lowlands to the deciduous forest border in alluvial forests, on stream banks with bushes and trees as well as in gardens and parks. Population sizes fluctuate over the years, but mass outbreaks that lead to the devouring of all the foliage on the tree are not uncommon.The host plant of the bird-cherry ermine is the bird cherry, but occasionally the caterpillars are found on cherry or buckthorn. The females lay their eggs on the winter buds. The young caterpillars overwinter underneath the bud scales and become active when the buds burst in spring. The larvae feed until the end of May or early June and then pupate in tightly packed communal webs on the trunk or among the herbaceous plants below. Because the caterpillars are concealed inside an extensive web-like nest, they can eat a whole tree bare unhindered, although it is likely that the trees will survive, with reduced growth in the following growth seasons. They seem to have few predators, but their numbers are reduced as a result of attacks by parasitic wasps.The adult insects are nocturnal and their flight time ranges from July to August. They feed on nectar and are attracted to lights.Similar species (also destructive pests):",
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"Busco": "C:99.42%[S:99.27%,D:0.15%],F:0.07%,M:0.51%,n:1367",
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{
"id": 4883,
"InsectBaseID": "IBG_03984",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "309927",
"Tags": "None",
"OrganismName": "Zaprionus bogoriensis",
"NormalName": "None",
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"NCBIassembly": "GCA_035046045.1",
"GenomeLevel": "Contig",
"Busco": "C:99.86%[S:99.20%,D:0.66%],F:0.07%,M:0.07%,n:1367",
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"SeqNumber": "236",
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{
"id": 4884,
"InsectBaseID": "IBG_03985",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "30055",
"Tags": "None",
"OrganismName": "Zaprionus lineosus",
"NormalName": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_035044505.1",
"GenomeLevel": "Contig",
"Busco": "C:98.31%[S:96.85%,D:1.46%],F:0.22%,M:1.46%,n:1367",
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"SeqNumber": "710",
"N50": "1310.356",
"PCGnumber": "20202",
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{
"id": 4885,
"InsectBaseID": "IBG_03986",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zaprionus",
"TaxonomyID": "428952",
"Tags": "None",
"OrganismName": "Zaprionus obscuricornis",
"NormalName": "None",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037044475.1",
"GenomeLevel": "Scaffold",
"Busco": "C:77.18%[S:69.06%,D:8.12%],F:2.34%,M:20.48%,n:1367",
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"GenomeGC": "22.4902368",
"SeqNumber": "7326",
"N50": "53.434",
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{
"id": 4886,
"InsectBaseID": "IBG_03987",
"Order": "Hymenoptera",
"Family": "Braconidae",
"Genus": "Zele",
"TaxonomyID": "1080930",
"Tags": "None",
"OrganismName": "Zele albiditarsus",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_958496275.1",
"GenomeLevel": "Chromosome",
"Busco": "C:99.78%[S:99.41%,D:0.37%],F:0.07%,M:0.15%,n:1367",
"GenomeSize": "137.700185",
"GenomeGC": "26.31957974",
"SeqNumber": "11",
"N50": "16223.185",
"PCGnumber": "16838",
"Swissnumber": "None",
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{
"id": 4887,
"InsectBaseID": "IBG_03988",
"Order": "Lepidoptera",
"Family": "Yponomeutidae",
"Genus": "Zelleria",
"TaxonomyID": "1594360",
"Tags": "None",
"OrganismName": "Zelleria hepariella",
"NormalName": "None",
"SpeciesIntro": "Zelleria hepariella is a moth of the family Yponomeutidae. It is found in Europe and northern Asia Minor.The wingspan is 12–14 mm. The head varies from reddish-brown to ochreous-whitish. Forewings are red-brown, sometimes suffusedly irrorated with dark fuscous, towards dorsum sometimes obscurely paler; second discal stigma sometimes obscurely dark fuscous. Hindwings dark grey, lighter anteriorly. The larva is light green; dorsal line dark green; head yellowish-brown.Adults are on wing in July or August depending on the location.The larvae feed on Fraxinus excelsior, Lonicera and Artemisia.This article on a moth of the family Yponomeutidae is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_949319315.1",
"GenomeLevel": "Chromosome",
"Busco": "C:98.91%[S:98.54%,D:0.37%],F:0.37%,M:0.73%,n:1367",
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"SeqNumber": "181",
"N50": "24231.187",
"PCGnumber": "23816",
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{
"id": 4888,
"InsectBaseID": "IBG_03989",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Zeugodacus",
"TaxonomyID": "28588",
"Tags": "None",
"OrganismName": "Zeugodacus cucurbitae_v2",
"NormalName": "None",
"SpeciesIntro": "Chaetodacus cucurbitaeDacus cucurbitaeStrumeta cucurbitaeZeugodacus cucurbitaeBactrocera cucurbitae, the melon fly, is a fruit fly of the family Tephritidae. It is a serious agricultural pest, particularly in Hawaii.The adult melon fly is 6 to 8 mm in length. Distinctive characteristics include its wing pattern, its long third antennal segment, the reddish yellow dorsum of the thorax with light yellow markings, and the yellowish head with black spots.The egg is elliptical, about 2 mm long, and pure white. It is almost flat on the ventral surface, and more convex on the dorsal. Eggs are often somewhat longitudinally curved.The larva is a cylindrical-maggot shape, elongated, with the anterior end narrowed a somewhat curved ventrally. It has anterior mouth hooks, ventral fusiform areas and a flattened caudal end. Last instar larvae range from 7.5 to 11.8 mm in length. The puparium ranges in color from dull red or brownish yellow to dull white, and is about 5 to 6 mm in length.",
"Intro_from": "WIKI",
"Image_from": "None",
"reference": "None",
"referenceFrom": "None",
"DataSource": "NCBI",
"NCBIassembly": "GCA_028554725.2",
"GenomeLevel": "Chromosome",
"Busco": "C:99.93%[S:99.71%,D:0.22%],F:0.00%,M:0.07%,n:1367",
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"GenomeGC": "20.58592584",
"SeqNumber": "55",
"N50": "75513.634",
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{
"id": 4889,
"InsectBaseID": "IBG_03990",
"Order": "Diptera",
"Family": "Tephritidae",
"Genus": "Zeugodacus",
"TaxonomyID": "137263",
"Tags": "None",
"OrganismName": "Zeugodacus tau",
"NormalName": "None",
"SpeciesIntro": "Zeugodacus tau (syn. Bactrocera tau), the pumpkin fruit fly or the tau fruit fly, is a species of fruit fly in the family Tephritidae. The species is native to tropical and subtropical Asia. It is a major pest species of melons and other cucurbits.[citation needed]In 2023 the tau fruit fly was found in California. In response, the California Department of Food and Agriculture imposed a quarantine on a portion of Los Angeles County.This Dacinae-related article is a stub. You can help Wikipedia by expanding it.",
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"NCBIassembly": "GCA_031772095.1",
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"Busco": "C:99.92%[S:99.41%,D:0.51%],F:0.00%,M:0.07%,n:1367",
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{
"id": 4890,
"InsectBaseID": "IBG_03991",
"Order": "Orthoptera",
"Family": "Tetrigidae",
"Genus": "Zhengitettix",
"TaxonomyID": "3094285",
"Tags": "None",
"OrganismName": "Zhengitettix transpicula",
"NormalName": "None",
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"NCBIassembly": "GCA_037074705.1",
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"Busco": "C:99.42%[S:98.83%,D:0.59%],F:0.07%,M:0.51%,n:1367",
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{
"id": 4891,
"InsectBaseID": "IBG_03992",
"Order": "Coleoptera",
"Family": "Meloidae",
"Genus": "Zonitis",
"TaxonomyID": "2981214",
"Tags": "None",
"OrganismName": "Zonitis immaculata",
"NormalName": "None",
"SpeciesIntro": "Other reasons this message may be displayed:",
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"DataSource": "NCBI",
"NCBIassembly": "GCA_037414775.1",
"GenomeLevel": "Scaffold",
"Busco": "C:96.56%[S:96.34%,D:0.22%],F:2.63%,M:0.80%,n:1367",
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{
"id": 4892,
"InsectBaseID": "IBG_03993",
"Order": "Coleoptera",
"Family": "Chrysomelidae",
"Genus": "Zygogramma",
"TaxonomyID": "937811",
"Tags": "None",
"OrganismName": "Zygogramma bicolorata",
"NormalName": "None",
"SpeciesIntro": "Zygogramma bicolorata, variously referred to as the Parthenium beetle or Mexican beetle, is a species of leaf beetle in the subfamily Chrysomelinae, native to Mexico.Z. bicolorata is a small lead beetle with a brown head, brown and yellow graduated pronotum and yellow elytra marked with characteristic elongated brown stripes. The pattern on the elytra is greatly variable - in a study of 478 beetles, 29 variations on this pattern were identified.Z. bicolorata is native to Mexico, but has been introduced to parts of India and Australia. Adults and larvae are used as a form of biological pest control in India in order to control invasive Parthenium hysterophorus .Eggs are generally laid on the ventral surface of both young and old leaves, and occasionally on the upper surface of leaves, stems and flowers of host plants. Eggs are yellow to orange, elongate cylindrical or oblong with fine reticulations on the surface. The eggs hatch in 4–5 days. Larvae are pale yellow, turning white as they grow, feeding for 10 to 15 days on leaves whilst growing through four instar stages. On maturity the larvae enter the soil and pupate below up to 15 cm depth. The total life cycle of the beetle is just over 100 days.An undetermined species of fly in the genus Drino (family Tachinidae) has been recorded as parasitising Z. bicolorata in Karnataka (India). Two predatory bugs Andrallus spinidens and Eocanthecona furcellata prey on the larvae of Z. bicolorata and a third species, Sycanus pyrrhomelas, preys on both larvae and adults.This Chrysomelinae article is a stub. You can help Wikipedia by expanding it.",
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{
"id": 4893,
"InsectBaseID": "IBG_03994",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zygothrica",
"TaxonomyID": "2751802",
"Tags": "None",
"OrganismName": "Zygothrica flavofinira",
"NormalName": "None",
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"NCBIassembly": "GCA_037040005.1",
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"Busco": "C:64.38%[S:64.01%,D:0.37%],F:27.07%,M:7.39%,n:1367",
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{
"id": 4894,
"InsectBaseID": "IBG_03995",
"Order": "Diptera",
"Family": "Drosophilidae",
"Genus": "Zygothrica",
"TaxonomyID": "2751804",
"Tags": "None",
"OrganismName": "Zygothrica quintamaculata",
"NormalName": "None",
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"Busco": "C:90.86%[S:87.64%,D:3.22%],F:0.88%,M:8.27%,n:1367",
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