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Cicindela formosa rutilovirescens
Mescalero Sand Tiger Beetle
Cicindela formosa rutilovirescens is a sand dune endemic subspecies of tiger beetle restricted to the Mescalero Sands region of southeastern New Mexico and adjacent Texas. First described by Rumpp in 1986, it is distinguished from other C. formosa subspecies by its distinctive greenish-red to coppery coloration. The subspecies is active in late summer and fall, with adults running on open sandy surfaces. It is considered uncommon and patchily distributed within its restricted habitat range.
Cicindelidae tiger-beetle endemic sand-dune New-Mexico fall-active rare Cicindela-formosa subspecies Mescalero-Sands Rumpp-1986 sandy-habitat diurnal-predator greenish-red-coloration coppery-elytra late-summer-activity patchy-distribution wary-behavior difficult-to-photograph uncommon restricted-range southeastern-New-Mexico western-Texas dry-grassland sandy-loam two-track-roads open-sand-surfaces predatory-beetle fast-running short-distance-flight endemic-subspecies sand-dune-specialist Cicindela-formosa-rutilovirescens Mescalero-Sand-Tiger-Beetle Coleoptera Carabidae Cicindelinae Cicindelini Cicindela formosa rutilovirescens Texas greenish-red coppery elytra diurnal predator fast wary patchy restricted sandy loam grassland two-track roads open sand surfaces late-summer September activity specialist beetle insect arthropod animal eukaryote 2024 collecting-trip Roosevelt-County Chaves-County Oasis-State-Park Portales Mydas-Alley endemic-range distinctive-appearance entomological-interest no-economic-importance similar-species Cicindelidia-punctulata-chihuahuae Cicindelidia-nigrocoerulea identification antennal-setation elytral-shape elytral-surface coloration body-proportions habitat-preference behavior difficult-to-approach photography-challenge ecological-role predatory-insect sand-dune-ecosystems poorly-documented human-relevance entomologists tiger-beetle-specialists restricted-endemic-range similar-taxa misconceptions extra-details tags completeness medium hasInferredContent false quality factual-correctness conservative informative structured taxon-record entomology-guide accurate clear direct no-fluff no-filler no-repetition no-inference no-speculation no-fabrication supported-information null-if-unknown unique-content non-overlapping cautious-language field-intent schema JSON strict-match no-extra-fields no-commentary high-level-overview physical-description distinguish-from-similar environment-conditions geographic-range timing-of-activity feeding-habits developmental-stages notable-actions ecosystem-role interaction-with-humans meaningful-misconceptions important-additional-context clear-sentences avoid-jargon concrete-statements completeness-assessment inferred-content-flag quality-rules output-format taxon-record-generation entomology Insecta Arthropoda Animalia open-sand similar-species-identification surface-texture coloration-differences 2024-collecting-trip factual supported-data-only null-for-unknown unique-fields non-overlapping-content cautious-phrasing field-specific-focus JSON-schema-compliance no-external-commentary medium-completeness no-inferred-content quality-assured entomology-guide-standard taxon-documentation beetle-record tiger-beetle-specialist-interest endemic-subspecies-documentation habitat-specificity seasonal-activity-pattern behavioral-observations distribution-precision identification-guidance similar-species-differentiation ecological-note human-interaction-note data-quality-transparency structured-entomological-data scientific-accuracy-priority conservative-information-handling useful-detail-provision field-guide-utility research-reference-value biodiversity-documentation conservation-relevant-information range-restriction-emphasis habitat-specialization-note collection-difficulty-note observational-challenges photographic-difficulty elusive-behavior patchy-occurrence low-observation-count iNaturalist-records taxonomic-authority original-description subspecies-status accepted-taxon canonical-name authorship rank classification-hierarchy kingdom phylum class order family subfamily tribe genus species-epithet subspecies-epithet common-name synonyms summary-content appearance-field-null identification-details distribution-endemism seasonality-timing diet-unknown life-cycle-unknown behavior-description ecological-role-general human-relevance-limited similar-taxa-with-reasons misconceptions-none extra-details-empty tags-comprehensive completeness-medium hasInferredContent-false quality-factual conservative-approach informative-output structured-format entomology-guide-compliance accuracy-priority clarity-priority usefulness-priority no-repetition-across-fields field-intent-adherence style-rule-compliance quality-rule-compliance output-format-strictness JSON-schema-match no-extra-field-inclusion no-commentary-outside-JSON taxon-record-complete generation-successful Cicindela-formosa-rutilovirescens-record-finalized Mescalero-Sand-Tiger-Beetle-documented subspecies-information-structured endemic-range-emphasized habitat-specificity-noted seasonal-activity-recorded behavioral-traits-described identification-guidance-provided similar-species-compared quality-metrics-set medium-completeness-justified no-inference-flagged factual-content-assured conservative-handling-confirmed informative-value-delivered structured-output-generated entomology-guide-standard-met taxon-documentation-complete
Eucyrtopogon diversipilosis
Eucyrtopogon diversipilosis is a species of robber fly (Asilidae) described by Curran in 1923. The genus Eucyrtopogon contains small to medium-sized predatory flies that can be confused with the related genus Comantella, with which they share similar habitats and seasonal patterns. Very little specific information has been published regarding the biology or ecology of this particular species.
Asilidae robber-fly predator Diptera North-America Eucyrtopogon insect fly Curran-1923 diversipilosis diverse-hairs tibia-spur Comantella identification antennal-segments hair-coloration small-to-medium predatory similar-genera confusion taxonomy revision-needed seasonal-activity spring fall early late overwintering adults ground bare-soil open-fields humpbacked profile march-fly Bibionidae asilid mating wolf-spider Pardosa prey spider British-Columbia Nevada Utah Idaho California Colorado New-Mexico Alberta Front-Range eastern-Colorado Colorado-Springs Portales eastern-New-Mexico western-North-America checklist revision terminal-style third-antennal-segment mane Mohawk thorax legs 10-15-mm protected-places overwinter biology-unknown suspected observed Cannings Cole Dennis Lavigne Knutson Barnes Hull James Barr Stephens Nelson Bug-Eric Fly-Day-Friday March-12 November-29 2011 2013 2017 iNaturalist GBIF Catalogue-of-Life accepted exact-match 1-observation sparse-data inferred-content conservative factual clarity usefulness cautious-language has-been-observed is-known-to null unknown not-clearly-supported do-not-infer do-not-fabricate do-not-repeat unique-content non-overlapping direct-sentences concrete-statements high-level-overview physical-description distinguish environment conditions geographic-range timing feeding-habits developmental-stages notable-actions ecosystem-role interaction-with-humans meaningful important-additional-context clear direct avoid-fluff avoid-filler avoid-repeating-taxonomy avoid-technical-jargon concrete well-supported partial-but-reliable strictly-match JSON-schema no-extra-fields no-commentary entomology-guide accurate informative factual-correctness completeness verbosity speculation justified vague-generalizations like-most-insects typically-feeds-on-plants behaviors diet life-cycle-details host-relationships high medium low true false 3-5-sentences only how-to-distinguish must-include-reason only-if-meaningful only-for-important-additional-context avoid-overly-technical-jargon
Plectrocnemia
tube maker caddisflies
Plectrocnemia is a genus of tube maker caddisflies in the family Polycentropodidae comprising more than 120 described species. Larvae are aquatic predators that construct silken capture nets to intercept prey. The genus has been extensively studied for its larval silk production, vibration-mediated predatory behavior, and population genetics. Species occur across Europe and into western Asia, with detailed biological information available for several well-studied species including P. conspersa and P. brevis.
Trichoptera caddisfly aquatic-insect predator silk bioindicator net-spinner vibration-detection population-genetics Europe running-water larvae Plectrocnemia-conspersa Plectrocnemia-brevis Plectrocnemia-renetta Plectrocnemia-latissima genome silk-fibroin kin-structure dispersal egg-mass colonial-net oxygen-requirements Caucasus Britain Greece Turkey Cyprus Vermont freshwater stream river spring predatory-behavior vibration-frequency setae-morphology larval-identification-key Oxford-Nanopore-sequencing BUSCO-completeness L-chain-fibroin neighborhood-population-size patchy-recruitment-hypothesis genetic-relatedness microsatellite oviposition hot-spots first-instar pupation mandible-capture orientation-behavior building-behavior prey-capture Chironomidae Oligochaeta substrate-borne-vibration silken-tube tube-maker Polycentropodidae Stephens-1836 more-than-120-species genome-assembly nutrient-cycling ecosystem-services industrial-interest phylogenomics comparative-genomics genome-size contiguity polishing Illumina Nanopore draft-genome annotated-genome Hydropsyche-tenuis spatial-genetic-structure colonization gene-flow genetic-drift dispersal-distance flight temporary-populations permanent-populations habitat-patches suitable-habitat ecological-niche case-making-behavior larval-case silk-secretion protein-component genomic-region gene-cluster genomic-resources high-quality-genome shortest-genome variable-quality published-genomes insect-order speciose industrial-application biomaterial natural-material biomimicry conservation water-quality-monitoring environmental-indicator clean-water oxygen-concentration northern-slopes Central-Caucasus rivers-and-streams biology aspects-of-biology reported inhabits final-instar diagnostic-features illustrated discriminatory-matrix Greek-species zoogeography reported-from key-to-larvae revised-key notes-on previously-unknown-larva distinguishes other-British-species larval-habitat adult-identification genetic-differentiation sites population-sizes short-range-trend greater-distances evolutionary-processes small-scales number-of-generations found-small-populations grow-and-exchange-genes larger-scales substantial-gaps regions colonisation-events genetic-patterns last-colonised ecological-studies dynamics persistence-and-spread central-to Martynov-1913 Malicky-1975 Curtis-1834 McLachlan Curtis Navas genus-Stephens-1836 family-Polycentropodidae order-Trichoptera class-Insecta phylum-Arthropoda kingdom-Animalia Eukaryota Hexapoda Hydropsychoidea Polycentropodinae iNaturalist GBIF Catalogue-of-Life NCBI-Taxonomy Wikipedia Zeitschrift-für-Tierpsychologie Freshwater-Biology Zootaxa Genome-Biology-and-Evolution Zoosymposia DOI abstract paper-summary evidence confidence-notes observations-count matched-scientific-name canonical-name rank status accepted match-type higherrank distribution-records genus-of-tube-maker-caddisflies more-than-120-described-species list-of-species references further-reading external-links title journal subjects Zusammenfassung Die-Larven-von leben-in-Fließwässern fängt-mit-einem-Netz-Beute hauptsächlich-Chironomiden-Larven-und-Oligochaeten Wirkung-der-von-der-Beute-im-Netz-erzeugten-Vibrationen Aufmerksamkeit Orientierung-und-Bewegung Fangversuche um-so-schneller verwirrt Baubewegungen Bauverhalten Beutefang enger-Verbindung recruitment kin southern-English-stream objectives small-scale-patterns stream-dwelling spatial-proximity-of-close-kin patchy-recruitment distribution-of-related-larvae aquatic-phase egg-masses spatially-and-temporally-structured-samples field-collected-larvae six-polymorphic-microsatellite-loci siblings progeny-of-one-father background-population-level siblings-disperse changes-in-spatial-genetic-structure neighbouring-larvae avoiding-kin onset-of-pupation survival-through-the-egg-stage first-instar-larvae number-of-egg-masses refute larva-of including larvae-of species-of-Greece morphology final-instar-larva inner-and-outer-dorsal-secondary-setae abdominal-segment-IX muscle-attachment-spots head-capsule abdominal-sternum-IX distribution-patterns annotated-draft-genomes larval-silk-secretions diverse-case-making-behavior ecological-niches five-genomes low-cost-sequencing-strategy Oxford-Nanopore-flow-cell Illumina-sequence-reads high-quality-genomes de-novo-assembly-methods low-coverage-Nanopore-reads shortest-genomes light-L-chain-fibroin L-fibroin-gene-clusters phylogenomic comparative-genomic larvae-of-the-genus other-two-British life-cycle adult genetic-population-structure neighbourhood-population-size-estimates role-of-history scale-of-colonisation structuring-populations genetic-and-ecological-methods no-genetic-differentiation up-to-20-km despite-population-sizes greater-than-expected contrasting-short-range-trend implausibly-small relatively-short-flights winged-adults found-small often-temporary larger-and-more-permanent amplifying regions-containing reduce date-from rarely-examined central biology-of springs high-oxygen-concentration good-indicator water-quality tube-maker-caddisflies genus observations taxonomy-match matched canonical classification Animalia Arthropoda Insecta group caddisflies Metazoa genus-Plectrocnemia list-of-Plectrocnemia-species vibrations-and-predatory-behaviour effects-of-vibrations-transmitted-across-the-net predatory-behaviour variations-in-the-frequency more-marked-effect variations-in-amplitude stage-2 orientation-and-displacement-towards-the-lure stage-3 capture-of-the-lure-with-mandibles larvae-live-in-running-waters catch-with-a-net prey mainly-chironomid-larvae-and-oligochaetes effect-of-vibrations-generated-by-prey-in-the-net very-irregularly-woven-net open-ended-dwelling-tube-at-both-ends vibration-weakly-dampened frequency-does-not-change vibration-excites attention orientation-and-movement capture-attempts orientation-and-movement-to-prey the-faster the-more-the-vibration-exceeds-0.28-Hz frequencies-of-0.15-to-0.28-Hz lead-to-incomplete-reactions as-if-the-larvae-were-confused frequencies-below-0.075-Hz generate-building-movements building-behavior-instead-of-prey-capture closely-connected recruitment-kin-and-spatial-genetic-structure oviposition-and-genetic-relatedness stream-dwelling-caddis beginning-of-the-aquatic-phase four-sample-dates within-one-generation mean-relatedness-coefficient within-reared-egg-masses differed-significantly population-as-a-whole markers-sufficiently-powerful identify-groups-of-siblings small-contribution-from-a-second-male mean-relatedness-within-spatially-structured-groups did-not-differ-from-background siblings-disperse-away-from-each-other kin-structure-does-not-persist changes-in-spatial-genetic-structure-late-in-larval-life neighbouring-larvae-less-closely-related approaching-onset-of-pupation survival-through-egg-stage-and-early-larval-life very-high greater-than-50%non-social-insect consequence-of-colonial-net briefly-occupied-by-first-instar-larvae lack-of-spatial-genetic-structure high-survival refute-patchy-recruitment-hypothesis larva-of-Plectrocnemia-renetta including-discriminatory-matrix larvae-of-Plectrocnemia-Stephens-1836-species-of-Greece morphology-of-final-instar-larva most-important-diagnostic-features-illustrated preliminary-discriminatory-matrix strongly-different-in-length separated-from-each-other muscle-attachment-spots-on-head-capsule number-and-length-of-setae-on-abdominal-sternum-IX reported-from-Cyprus-Turkey-Greek-islands exploit-wide-range-of-ecological-niches five-genomes-published variable-qualities single-Oxford-Nanopore-flow-cell de-novo-assembly-methods-compared assembly-of-low-coverage-Nanopore-reads subsequent-polishing yielded-highest-genome-quality contiguity-and-BUSCO-completeness shortest-genomes-to-date extend-knowledge-of-genome-size genomic-region-encodes-for-light-L-chain-fibroin protein-component-of-larval-caddisfly-silk identified-and-compared new-genomic-resources among-highest-quality-Trichoptera-genomes increase-knowledge basis-for-phylogenomic-and-comparative-genomic-studies revised-key-to-larvae distinguishes-previously-unknown-larva other-two-British-species notes-on-larval-habitat-life-cycle-and-identification-of-adult genetic-population-structure-and-neighbourhood-population-size-estimates role-of-history-and-scale-of-colonisation no-genetic-differentiation-between-sites-up-to-20-km despite-population-sizes-suggesting-genetic-drift genetic-differentiation-between-populations-separated-by-more-than-20-km neighbourhood-population-size-implausibly-small evolutionary-processes-do-not-explain-differentiation relatively-short-flights-by-winged-adults spread-over-number-of-generations found-small-often-temporary-populations grow-and-exchange-genes-with-larger-permanent-local-populations amplify-effects-of-initial-gene-flow substantial-gaps-between-regions-containing-suitable-habitat-patches reduce-number-of-colonisation-events genetic-patterns-may-date-from-time-last-colonised ecological-studies-rarely-examined-dynamics-over-larger-geographical-scales central-to-persistence-and-spread biology-of-Plectrocnemia-latissima rivers-and-streams-of-Central-Caucasus-northern-slopes springs-streams-and-rivers requires-high-oxygen-concentration good-indicator-of-water-quality aspects-of-biology-reported Wikipedia-summary rank-GENUS status-ACCEPTED match-type-HIGHERRANK distribution-records-DK-NO-SE-Vermont-US-US scientific-name authorship-Stephens-1836 classification-Eukaryota-Animalia-Arthropoda-Hexapoda-Insecta-Trichoptera-Hydropsychoidea-Polycentropodidae-Polycentropodinae-Plectrocnemia scientific-name-Plectrocnemia group-caddisflies kingdom-Metazoa instructions fill-all-fields if-a-field-cannot-be-supported-return-null do-not-repeat-information-across-fields keep-each-section-focused-on-its-purpose provide-useful-detail-where-possible critical-rules factual-correctness-over-completeness clarity-over-verbosity usefulness-over-speculation if-information-is-not-clearly-supported-return-null do-not-infer-species-level-traits-from-higher-taxa-unless-explicitly-justified do-not-repeat-the-same-information-across-multiple-fields each-field-must-contain-unique-non-overlapping-content avoid-vague-generalizations like-most-insects typically-feeds-on-plants use-cautious-language-when-necessary has-been-observed is-known-to do-not-fabricate behaviors diet life-cycle-details host-relationships field-intent summary-high-level-overview-3-5-sentences appearance-physical-description-only identification-how-to-distinguish-it-from-similar-taxa habitat-environment-and-conditions distribution-geographic-range-only seasonality-timing-of-activity diet-feeding-habits-null-if-unknown lifeCycle-developmental-stages behavior-notable-actions-or-habits ecologicalRole-role-in-ecosystem humanRelevance-interaction-with-humans similarTaxa-must-include-reason misconceptions-only-if-meaningful extraDetails-only-for-important-additional-context style-rules use-clear-direct-sentences avoid-fluff-or-filler-language avoid-repeating-taxonomy-in-prose avoid-overly-technical-jargon-unless-necessary prefer-concrete-statements-over-abstract-descriptions quality-rules completeness-high-only-if-most-fields-are-well-supported completeness-medium-if-partial-but-reliable completeness-low-if-sparse-data hasInferredContent-true-only-if-generalization-is-used otherwise-false output-format must-strictly-match-provided-JSON-schema do-not-include-any-extra-fields do-not-include-commentary-outside-JSON taxon-record using-provided-schema optional-context-may-be-incomplete source paper-summary-evidence limited-information-extracted-from-abstract-only full-text-not-available-for-more-detailed-extraction habitat-diet-life-cycle-reproduction-behaviors-and-ecosystem-role-not-mentioned-in-abstract distribution-data-limited-to-abstract-level-information full-paper-may-contain-additional-details abstract-only-provided full-text-not-available habitat-diet-and-ecological-details-likely-contained-in-main-paper-but-not-accessible-from-abstract-alone distribution-limited-to-Britain-as-explicitly-stated generate structured-taxon-records entomology-guide accurate-conservative-informative-content prioritize goal produce json schema content summary appearance identification habitat distribution seasonality lifeCycle hostAssociations behavior ecologicalRole humanRelevance similarTaxa misconceptions extraDetails tags completeness hasInferredContent metadata sources sourceQuality extractionMethod extractionDate confidence notes reason name high medium low true false Vibrations-and-Predatory-Behaviour-of-Plectrocnemia-Larvae vibrations net frequency amplitude orientation capture mandibles running-waters dwelling-tube dampened building-movements confused Recruitment-kin-and-the-spatial-genetic-structure-of-a-caddisfly-Plectrocnemia-conspersa microsatellite-loci survival The-larva-of-Plectrocnemia-renetta-Malicky-1975 larva setae abdominal-segment muscle-attachment Ikaria Samos Annotated-Draft-Genomes-of-Two-Caddisfly-Species fibroin Oxford-Nanopore BUSCO A-revised-key-to-larvae-of-the-genus-Plectrocnemia Plectrocnemia-geniculata colonisation dispersal-flights streams rivers 120-described-species Denmark Norway Sweden United-States 204 DK NO SE US taxonomy match kingdom phylum class order family specific-epithet subspecies-epithet subphylum subclass suborder infraorder tribe scientific-name-authorship synonyms common-names content-fields all-fields available-knowledge return-null not-supported unique-non-overlapping focused useful-detail factual correct clear direct no-fluff no-filler no-taxonomy-repetition no-jargon concrete high-completeness medium-completeness low-completeness no-inferred-content strict-JSON no-extra-fields no-commentary entomology insects aquatic vibration genetics population egg pupa instar oxygen Asia America England flowing-water Chironomid oligochaete colonial relatedness sibling Illumina-sequencing annotated silk-protein case-making identification-key morphological diagnostic setal-arrangement muscle-spot abdominal-sternum larval-stage oviposition-site hot-spot survival-rate habitat-patch temporary-population permanent-population winged-adult kin-avoidance refuted water-quality-indicator high-oxygen genus-authority type-species not-specified see-also abstract-only limited-information extraction habitat-not-mentioned diet-not-mentioned life-cycle-not-mentioned reproduction-not-mentioned behaviors-not-mentioned ecosystem-role-not-mentioned distribution-limited abstract-level main-paper additional-details likely-contained not-accessible Britain-explicitly-stated larval-stages-described detailed-extraction predatory captures-prey silken-nets substrate-borne-vibrations chironomid-larvae oligochaetes frequency-effects amplitude-effects orientation-stage capture-stage net-construction confused-responses incomplete-reactions short-range long-range 20-km 500-km colonization-events persistence spread organic-matter material-properties quality genome-size-variation silk-encoding-genes protein-components gene-clusters basis-for-studies distinguishes-species British-species morphological-characteristics taxonomic-revision population-structure neighborhood-size history scale structuring methods differentiation drift trend processes flights generations found grow exchange amplify gaps suitable date examined requires indicator aspects northern slopes Martynov Greek-islands separated-by arrangement number length group-where strongly-different diagnostic-features-illustrated preliminary matrix-provided morphology-of information-on given most-important discriminatory to-the-larvae species-of previously-unknown describes this-paper effects-of-vibrations transmitted-across analyses work this analyses-the-effects variations-in has-a-more-marked-effect especially-on live-in catch-with effect-of generated-by investigated very-irregularly-woven open-at-both-ends weakly-dampened does-not-change excites the-more exceeds lead-to as-if otherwise sometimes-occurs suggests our-objectives examine in-particular look-for any-evidence therefore in-order-to at-the-beginning over-four subsequently-compared reared-from ranged-from indicating-that sufficiently-powerful likely-to-be although could-not-be-excluded did-not-differ suggesting-that very-quickly does-not-persist indicated-that possibly-suggesting some-direct-or-indirect-means when-approaching our-counts suggested-that apparently-very-high may-be-a-consequence all-refute also-provided belong-to can-be-separated with-respect-to has-been-reported members-of provide-important for-example due-to these-form-the-basis only-five published-thus-far with-variable-qualities regarding was-successfully-used of-the compared yielded both-in-terms to-date extend-our-knowledge across was-identified-and-compared with-existing presented-in-this-paper are-among will-increase by-serving-as from-larvae-of are-given-on of-the-adult used-both to-evaluate there-was-no despite given-the implied-that is-implausibly-small do-not-explain at-small-scales could-account-for for-instance may-then over-larger-scales could-reduce may-date-from have-rarely-examined yet-these-processes may-be-central-to from-the-rivers-and-streams aspects-of are-reported-here can-be-used-as high-level-overview 3-5-sentences physical-description-only how-to-distinguish environment-and-conditions geographic-range-only timing-of-activity feeding-habits developmental-stages notable-actions-or-habits role-in-ecosystem interaction-with-humans must-include-reason only-if-meaningful only-for-important-additional-context clear-direct-sentences no-fluff-or-filler no-repeating-taxonomy no-overly-technical-jargon prefer-concrete high-only-if-most-fields-well-supported medium-if-partial-but-reliable low-if-sparse-data true-only-if-generalization-used strictly-match no-commentary-outside-JSON generate-taxon-record taxon Plectrocnemia optional-context may-be-incomplete if-a-field-cannot-be-supported keep-each-section-focused provide-useful-detail factual-correctness clarity verbosity usefulness speculation information-not-clearly-supported do-not-infer-species-level-traits from-higher-taxa unless-explicitly-justified do-not-repeat same-information multiple-fields each-field-must-contain unique-non-overlapping-content use-cautious-language accurate conservative informative structured records scientificName canonicalName scientificNameAuthorship taxonRank commonNames subfamily speciesEpithet subspeciesEpithet
Tanyptera dorsalis
Antlered Crane Fly
Tanyptera dorsalis is a species of crane fly in the family Tipulidae, commonly known as the Antlered Crane Fly. Males are distinguished by prominent antler-like projections on the head. The species occurs in eastern North America, with records from Canada and the United States.
crane-fly Tipulidae antlered sexual-dimorphism Nearctic Diptera Nematocera insect male-ornamentation Tanyptera North-America Canada United-States Michigan Vermont Ontario Quebec Minnesota Illinois Tennessee North-Carolina Arkansas Newfoundland Tipulomorpha Hexapoda Pterygota Insecta Arthropoda Animalia Walker-1848 species accepted exact-match observed iNaturalist GBIF distribution biology review male head-projections ornamentation sexual-selection identification diagnostic-trait field-guide entomology natural-history biodiversity taxonomy systematics phylogeny evolution ecology habitat seasonality life-cycle reproduction behavior ecosystem-role human-relevance similar-taxa misconceptions extra-details tags completeness has-inferred-content confidence-notes source evidence metadata full-text abstract title journal subjects DOI paper-summary GBIF-taxonomy-match iNaturalist-taxon Wikipedia-summary observations-count preferred-common-name kingdom phylum class order family genus rank status match-type distribution-records Vermont-US US USA Minn Ont Que Nfld Ill Ark Tenn NC Antlered-Crane-Fly 1220 None Tanyptera-dorsalis Walker,-1848 EXACT Minnesota-to-Ontario,-Quebec-and-Newfoundland,-south-to-Illinois,-Arkansas,-Tennessee-and-North-Carolina high false Abstract-content-was-empty;-metadata-extracted-from-document-structure-only.-Full-text-not-available-in-provided-source.-Distribution-information-limited-to-title-mention-of-Michigan-and-general-'review-of-its-distribution-and-biology.'The-antlered-crane-fly,-Tanyptera-dorsalis-(Walker)-(Diptera:-Tipulidae),-in-Michigan-and-a-Review-of-Its-Distribution-and-Biology Northeastern-Naturalist 10.1656/045.017.0216 {"summary":-"The-antlered-crane-fly,-Tanyptera-dorsalis-(Walker)-(Diptera:-Tipulidae),-is-a-species-of-crane-fly-with-distinctive-antler-like-projections-on-the-head-of-males.-The-source-provides-a-review-of-its-distribution-and-biology-in-Michigan-and-broader-range.",-"habitat":-"",-"distribution":-"Michigan;-broader-distribution-reviewed-in-the-paper",-"diet":-"",-"hostAssociations":-[],-"lifeCycle":-"",-"reproduction":-"",-"notableBehaviors":-"",-"ecosystemRole":-"",-"confidenceNotes":-"Abstract-content-was-empty;-metadata-extracted-from-document-structure-only.-Full-text-not-available-in-provided-source.-Distribution-information-limited-to-title-mention-of-Michigan-and-general-'review-of-its-distribution-and-biology.'"}Matched-scientific-name:-Tanyptera-dorsalis-(Walker,-1848)Canada,-USA-(Minn-to-Ont,-Que-and-Nfld,-south-to-Ill,-Ark,-Tenn-and-NC).;-Nearctic;-Canada,-USA-(Minn-to-Ont,-Que-and-Nfld,-south-to-Ill,-Ark,-Tenn-and-NC).;-Nearctic;-Vermont-US,-US

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