Springs
Guides
Argia vivida
Vivid Dancer
Argia vivida, known as the vivid dancer, is a narrow-winged damselfly in the family Coenagrionidae. It is notable for its striking temperature-dependent coloration, with individuals displaying bright blue, red, brown, or grey morphs. The species exhibits sophisticated thermoregulatory behavior, moving between forested roosting sites and sunlit clearings to maintain optimal body temperature. It is widely distributed across Central and North America and is recognized as the state insect of Nevada.
Caecidotea kenki
Caecidotea kenki is a spring-dwelling asellid isopod found in the eastern United States. Originally described as Asellus kenki by Bowman in 1967, it is one of only three asellid species in Maryland habitually associated with springs rather than subterranean caves. It is distinguished from the six obligate cave-dwelling Caecidotea species in the region by its surface water habitat preference.
Parachaetocladius
non-biting midges
Parachaetocladius is a genus of non-biting midges in the subfamily Orthocladiinae of the family Chironomidae, established by Wolfgang Wülker in 1959 and revised in 2020. The genus contains approximately 10 described species distributed across the Holarctic region, including both Palaearctic and Nearctic representatives. Species are typically associated with lotic freshwater habitats, particularly sandy substrates in springs and groundwater-fed streams. The genus is distinguished from related orthocladiine genera primarily through adult male genitalic characters, particularly features of the hypopygium.
Paraphaenocladius
non-biting midges
Paraphaenocladius is a genus of non-biting midges in the family Chironomidae, subfamily Orthocladiinae. Originally described from Europe, the genus has since been documented in the Neotropical region, with records from Costa Rica, Brazil, and other Central and South American localities. Species in this genus are associated with aquatic and semi-terrestrial habitats, particularly springs and mossy margins.
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.
Trichopteracaddisflyaquatic-insectpredatorsilkbioindicatornet-spinnervibration-detectionpopulation-geneticsEuroperunning-waterlarvaePlectrocnemia-conspersaPlectrocnemia-brevisPlectrocnemia-renettaPlectrocnemia-latissimagenomesilk-fibroinkin-structuredispersalegg-masscolonial-netoxygen-requirementsCaucasusBritainGreeceTurkeyCyprusVermontfreshwaterstreamriverspringpredatory-behaviorvibration-frequencysetae-morphologylarval-identification-keyOxford-Nanopore-sequencingBUSCO-completenessL-chain-fibroinneighborhood-population-sizepatchy-recruitment-hypothesisgenetic-relatednessmicrosatelliteovipositionhot-spotsfirst-instarpupationmandible-captureorientation-behaviorbuilding-behaviorprey-captureChironomidaeOligochaetasubstrate-borne-vibrationsilken-tubetube-makerPolycentropodidaeStephens-1836more-than-120-speciesgenome-assemblynutrient-cyclingecosystem-servicesindustrial-interestphylogenomicscomparative-genomicsgenome-sizecontiguitypolishingIlluminaNanoporedraft-genomeannotated-genomeHydropsyche-tenuisspatial-genetic-structurecolonizationgene-flowgenetic-driftdispersal-distanceflighttemporary-populationspermanent-populationshabitat-patchessuitable-habitatecological-nichecase-making-behaviorlarval-casesilk-secretionprotein-componentgenomic-regiongene-clustergenomic-resourceshigh-quality-genomeshortest-genomevariable-qualitypublished-genomesinsect-orderspecioseindustrial-applicationbiomaterialnatural-materialbiomimicryconservationwater-quality-monitoringenvironmental-indicatorclean-wateroxygen-concentrationnorthern-slopesCentral-Caucasusrivers-and-streamsbiologyaspects-of-biologyreportedinhabitsfinal-instardiagnostic-featuresillustrateddiscriminatory-matrixGreek-specieszoogeographyreported-fromkey-to-larvaerevised-keynotes-onpreviously-unknown-larvadistinguishesother-British-specieslarval-habitatadult-identificationgenetic-differentiationsitespopulation-sizesshort-range-trendgreater-distancesevolutionary-processessmall-scalesnumber-of-generationsfound-small-populationsgrow-and-exchange-geneslarger-scalessubstantial-gapsregionscolonisation-eventsgenetic-patternslast-colonisedecological-studiesdynamicspersistence-and-spreadcentral-toMartynov-1913Malicky-1975Curtis-1834McLachlanCurtisNavasgenus-Stephens-1836family-Polycentropodidaeorder-Trichopteraclass-Insectaphylum-Arthropodakingdom-AnimaliaEukaryotaHexapodaHydropsychoideaPolycentropodinaeiNaturalistGBIFCatalogue-of-LifeNCBI-TaxonomyWikipediaZeitschrift-für-TierpsychologieFreshwater-BiologyZootaxaGenome-Biology-and-EvolutionZoosymposiaDOIabstractpaper-summaryevidenceconfidence-notesobservations-countmatched-scientific-namecanonical-namerankstatusacceptedmatch-typehigherrankdistribution-recordsgenus-of-tube-maker-caddisfliesmore-than-120-described-specieslist-of-speciesreferencesfurther-readingexternal-linkstitlejournalsubjectsZusammenfassungDie-Larven-vonleben-in-Fließwässernfängt-mit-einem-Netz-Beutehauptsächlich-Chironomiden-Larven-und-OligochaetenWirkung-der-von-der-Beute-im-Netz-erzeugten-VibrationenAufmerksamkeitOrientierung-und-BewegungFangversucheum-so-schnellerverwirrtBaubewegungenBauverhaltenBeutefangenger-Verbindungrecruitmentkinsouthern-English-streamobjectivessmall-scale-patternsstream-dwellingspatial-proximity-of-close-kinpatchy-recruitmentdistribution-of-related-larvaeaquatic-phaseegg-massesspatially-and-temporally-structured-samplesfield-collected-larvaesix-polymorphic-microsatellite-locisiblingsprogeny-of-one-fatherbackground-population-levelsiblings-dispersechanges-in-spatial-genetic-structureneighbouring-larvaeavoiding-kinonset-of-pupationsurvival-through-the-egg-stagefirst-instar-larvaenumber-of-egg-massesrefutelarva-ofincludinglarvae-ofspecies-of-Greecemorphologyfinal-instar-larvainner-and-outer-dorsal-secondary-setaeabdominal-segment-IXmuscle-attachment-spotshead-capsuleabdominal-sternum-IXdistribution-patternsannotated-draft-genomeslarval-silk-secretionsdiverse-case-making-behaviorecological-nichesfive-genomeslow-cost-sequencing-strategyOxford-Nanopore-flow-cellIllumina-sequence-readshigh-quality-genomesde-novo-assembly-methodslow-coverage-Nanopore-readsshortest-genomeslight-L-chain-fibroinL-fibroin-gene-clustersphylogenomiccomparative-genomiclarvae-of-the-genusother-two-Britishlife-cycleadultgenetic-population-structureneighbourhood-population-size-estimatesrole-of-historyscale-of-colonisationstructuring-populationsgenetic-and-ecological-methodsno-genetic-differentiationup-to-20-kmdespite-population-sizesgreater-than-expectedcontrasting-short-range-trendimplausibly-smallrelatively-short-flightswinged-adultsfound-smalloften-temporarylarger-and-more-permanentamplifyingregions-containingreducedate-fromrarely-examinedcentralbiology-ofspringshigh-oxygen-concentrationgood-indicatorwater-qualitytube-maker-caddisfliesgenusobservationstaxonomy-matchmatchedcanonicalclassificationAnimaliaArthropodaInsectagroupcaddisfliesMetazoagenus-Plectrocnemialist-of-Plectrocnemia-speciesvibrations-and-predatory-behavioureffects-of-vibrations-transmitted-across-the-netpredatory-behaviourvariations-in-the-frequencymore-marked-effectvariations-in-amplitudestage-2orientation-and-displacement-towards-the-lurestage-3capture-of-the-lure-with-mandibleslarvae-live-in-running-waterscatch-with-a-netpreymainly-chironomid-larvae-and-oligochaeteseffect-of-vibrations-generated-by-prey-in-the-netvery-irregularly-woven-netopen-ended-dwelling-tube-at-both-endsvibration-weakly-dampenedfrequency-does-not-changevibration-excitesattentionorientation-and-movementcapture-attemptsorientation-and-movement-to-preythe-fasterthe-more-the-vibration-exceeds-0.28-Hzfrequencies-of-0.15-to-0.28-Hzlead-to-incomplete-reactionsas-if-the-larvae-were-confusedfrequencies-below-0.075-Hzgenerate-building-movementsbuilding-behavior-instead-of-prey-captureclosely-connectedrecruitment-kin-and-spatial-genetic-structureoviposition-and-genetic-relatednessstream-dwelling-caddisbeginning-of-the-aquatic-phasefour-sample-dateswithin-one-generationmean-relatedness-coefficientwithin-reared-egg-massesdiffered-significantlypopulation-as-a-wholemarkers-sufficiently-powerfulidentify-groups-of-siblingssmall-contribution-from-a-second-malemean-relatedness-within-spatially-structured-groupsdid-not-differ-from-backgroundsiblings-disperse-away-from-each-otherkin-structure-does-not-persistchanges-in-spatial-genetic-structure-late-in-larval-lifeneighbouring-larvae-less-closely-relatedapproaching-onset-of-pupationsurvival-through-egg-stage-and-early-larval-lifevery-highgreater-than-50%non-social-insectconsequence-of-colonial-netbriefly-occupied-by-first-instar-larvaelack-of-spatial-genetic-structurehigh-survivalrefute-patchy-recruitment-hypothesislarva-of-Plectrocnemia-renettaincluding-discriminatory-matrixlarvae-of-Plectrocnemia-Stephens-1836-species-of-Greecemorphology-of-final-instar-larvamost-important-diagnostic-features-illustratedpreliminary-discriminatory-matrixstrongly-different-in-lengthseparated-from-each-othermuscle-attachment-spots-on-head-capsulenumber-and-length-of-setae-on-abdominal-sternum-IXreported-from-Cyprus-Turkey-Greek-islandsexploit-wide-range-of-ecological-nichesfive-genomes-publishedvariable-qualitiessingle-Oxford-Nanopore-flow-cellde-novo-assembly-methods-comparedassembly-of-low-coverage-Nanopore-readssubsequent-polishingyielded-highest-genome-qualitycontiguity-and-BUSCO-completenessshortest-genomes-to-dateextend-knowledge-of-genome-sizegenomic-region-encodes-for-light-L-chain-fibroinprotein-component-of-larval-caddisfly-silkidentified-and-comparednew-genomic-resourcesamong-highest-quality-Trichoptera-genomesincrease-knowledgebasis-for-phylogenomic-and-comparative-genomic-studiesrevised-key-to-larvaedistinguishes-previously-unknown-larvaother-two-British-speciesnotes-on-larval-habitat-life-cycle-and-identification-of-adultgenetic-population-structure-and-neighbourhood-population-size-estimatesrole-of-history-and-scale-of-colonisationno-genetic-differentiation-between-sites-up-to-20-kmdespite-population-sizes-suggesting-genetic-driftgenetic-differentiation-between-populations-separated-by-more-than-20-kmneighbourhood-population-size-implausibly-smallevolutionary-processes-do-not-explain-differentiationrelatively-short-flights-by-winged-adultsspread-over-number-of-generationsfound-small-often-temporary-populationsgrow-and-exchange-genes-with-larger-permanent-local-populationsamplify-effects-of-initial-gene-flowsubstantial-gaps-between-regions-containing-suitable-habitat-patchesreduce-number-of-colonisation-eventsgenetic-patterns-may-date-from-time-last-colonisedecological-studies-rarely-examined-dynamics-over-larger-geographical-scalescentral-to-persistence-and-spreadbiology-of-Plectrocnemia-latissimarivers-and-streams-of-Central-Caucasus-northern-slopessprings-streams-and-riversrequires-high-oxygen-concentrationgood-indicator-of-water-qualityaspects-of-biology-reportedWikipedia-summaryrank-GENUSstatus-ACCEPTEDmatch-type-HIGHERRANKdistribution-records-DK-NO-SE-Vermont-US-USscientific-nameauthorship-Stephens-1836classification-Eukaryota-Animalia-Arthropoda-Hexapoda-Insecta-Trichoptera-Hydropsychoidea-Polycentropodidae-Polycentropodinae-Plectrocnemiascientific-name-Plectrocnemiagroup-caddisflieskingdom-Metazoainstructionsfill-all-fieldsif-a-field-cannot-be-supported-return-nulldo-not-repeat-information-across-fieldskeep-each-section-focused-on-its-purposeprovide-useful-detail-where-possiblecritical-rulesfactual-correctness-over-completenessclarity-over-verbosityusefulness-over-speculationif-information-is-not-clearly-supported-return-nulldo-not-infer-species-level-traits-from-higher-taxa-unless-explicitly-justifieddo-not-repeat-the-same-information-across-multiple-fieldseach-field-must-contain-unique-non-overlapping-contentavoid-vague-generalizationslike-most-insectstypically-feeds-on-plantsuse-cautious-language-when-necessaryhas-been-observedis-known-todo-not-fabricatebehaviorsdietlife-cycle-detailshost-relationshipsfield-intentsummary-high-level-overview-3-5-sentencesappearance-physical-description-onlyidentif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