Running-water

Guides

Ambrysus arizonus
Ambrysus arizonus is a creeping water bug (family Naucoridae) in the Ambrysus guttatipennis species complex. It is distributed in both the United States and Mexico, with recent records extending its known range into Mexico. As a member of the Cryphocricinae subfamily, it shares the characteristic saucer-like, flattened body form and aquatic lifestyle typical of this group.
creeping-water-bug saucer-bug aquatic-insect Heteroptera Nepomorpha Ambrysus-guttatipennis-complex Neotropical Nearctic running-water rock-clinging hemimetabolous genitalia-based-taxonomy
Ambrysus californicus
California creeping water bug
Ambrysus californicus is a species of creeping water bug in the family Naucoridae. It was described by Montandon in 1897. The species is native to North America and belongs to the subfamily Cryphocricinae, commonly known as saucer bugs due to their round, flat body shape. Like other members of the genus Ambrysus, it is an aquatic insect adapted to life in running streams.
aquatic predator Hemiptera Naucoridae Cryphocricinae North-America running-water streams
Ameletus validus
combmouthed minnow mayfly
Ameletus validus is a species of mayfly in the family Ameletidae, first described by McDunnough in 1923. It is one of approximately 30 bisexual species recognized in the genus Ameletus across North America. The species occurs in running waters from small headwater streams to large rivers, with documented populations in western North America including Alberta, British Columbia, and the western United States. Taxonomic work has clarified that adult wings are lightly and evenly suffused with brownish-amber, not speckled as previously miskeyed.
mayfly Ephemeroptera Ameletidae freshwater western-North-America running-water McDunnough-1923
Ameletus vernalis
combmouthed minnow mayfly
Ameletus vernalis is a species of combmouthed minnow mayfly in the family Ameletidae. It is found in southwestern Canada and the western United States, particularly in western Alberta where it occurs across diverse watersheds from small headwater streams to large rivers. The species was described by McDunnough in 1924, and its nymphs were associated with adults through field work in southern British Columbia in 1935.
Ephemeroptera Ameletidae mayfly western-North-America running-water
Calopteryx
Jewelwings
Calopteryx is a genus of large damselflies in the family Calopterygidae, commonly known as jewelwings. Males typically display brightly colored wings while females usually have clear wings, though some females develop male-like (androchrome) wing characteristics. The genus lacks a pterostigma, a wing cell found in most other odonates. Species occupy distinct zones within running water systems, with differential thermal adaptations driving habitat segregation.
damselfly Odonata running-water territorial-behavior wing-polymorphism thermal-adaptation aquatic-insect riparian
Carapacea
Carapacea is a suborder of mayflies (Ephemeroptera) characterized by nymphs possessing a distinctive carapace-like structure formed from expanded and fused thoracic tergites. This morphological adaptation distinguishes them from other mayfly suborders. The group includes families such as Baetiscidae and Prosopistomatidae. Carapacean mayflies are primarily found in running water habitats.
aquatic stream-insects mayflies carapace running-water
Cinygmula reticulata
Cinygmula reticulata is a species of mayfly in the family Heptageniidae, first described by McDunnough in 1934. It is a member of the Nearctic fauna, occurring in North America. Like other members of the genus Cinygmula, it is associated with running water habitats where the aquatic nymphs develop. The species is represented by limited observation records, with only four observations documented on iNaturalist.
mayfly Ephemeroptera Heptageniidae Nearctic aquatic-insect running-water
Dubiraphia minima
riffle beetle
Dubiraphia minima is a species of riffle beetle in the family Elmidae, first described by Hilsenhoff in 1973. As a member of this family, it is adapted to aquatic or semi-aquatic habitats in flowing water systems. The species is known from North America, with confirmed records from Manitoba and Ontario in Canada.
riffle-beetle aquatic-beetle running-water
Elminae
riffle beetles
Elminae is a subfamily of riffle beetles (family Elmidae) comprising at least 120 genera and over 1,300 described species. Members are primarily aquatic, inhabiting running water habitats across all major biogeographic regions. The subfamily exhibits considerable morphological diversity, with some genera showing pronounced secondary sexual dimorphism and miniaturization traits.
aquatic freshwater Coleoptera Elmidae riffle-beetle running-water water-quality-indicator
Enicocerus
Enicocerus is a subgenus of minute moss beetles within the genus Ochthebius (family Hydraenidae). Species in this subgenus are small aquatic beetles associated with moist microhabitats in running water systems. The subgenus was established by Stephens in 1829 and is currently treated as valid. One documented species, Ochthebius (Enicocerus) colveranus, inhabits algae and moss growth on spray zones of rocks in streams.
minute-moss-beetle aquatic-beetle spray-zone running-water algae moss
Hemerodromiini
Hemerodromiini is a tribe of dance flies (family Empididae) within the subfamily Empidinae. Members of this tribe are small to medium-sized predatory flies characterized by their distinctive leg structure and behavior. The tribe is distinguished from related groups by morphological adaptations associated with their characteristic hunting strategy. Hemerodromiini species are found across various habitats, particularly in association with running water and moist environments.
Diptera Empididae dance-flies predatory-flies aquatic-insects raptorial-legs running-water riparian
Himalopsyche
Himalopsyche is a genus of free-living caddisflies in the family Rhyacophilidae, containing more than 40 described species. The genus is primarily distributed in alpine to montane environments across Central and East Asia and North America, with its greatest diversity concentrated in the Himalayas and surrounding mountain ranges. Species within the genus have been divided into five morphological groups: kuldschensis, lepcha, navasi, phryganea, and tibetana. The genus has served as a model system for studying mountain biodiversity, gene flow, and the mountain-geobiodiversity hypothesis due to its endemic distribution in geologically dynamic regions.
caddisfly Rhyacophilidae mountain-biodiversity Tibeto-Himalayan aquatic-insect phylogeography genome-assembly indicator-species gene-flow Hengduan-Mountains Himalayas alpine montane running-water free-living-caddisfly cocoon-maker predatory-larvae water-quality-monitoring adaptive-evolution mountain-geobiodiversity-hypothesis
Hydropsyche
Spotted Sedges
Hydropsyche is a large genus of netspinning caddisflies comprising at least 260 described species worldwide. Larvae construct fixed capture nets across flowing water to filter food particles, a behavior that defines the family Hydropsychidae. The genus exhibits substantial diversity in the Aegean region and Mediterranean, with numerous endemic species on Greek islands. Both larvae and adults have been extensively studied for their morphological characteristics, respiratory physiology, and responses to aquatic hypoxia.
netspinning-caddisfly filter-feeder bioindicator running-water Trichoptera Hydropsychidae
Leucotrichiinae
Leucotrichiinae is a subfamily of microcaddisflies (Hydroptilidae) in the order Trichoptera. The subfamily includes genera such as Betrichia and Mejicanotrichia, distributed primarily in the Neotropical region. Diagnostic characteristics involve features of the antennae, wing venation, and male genitalia. Larvae of at least some genera are dorsoventrally flattened with numerous broad setae and inhabit high-flow aquatic environments.
Trichoptera Hydroptilidae microcaddisfly Neotropical madicolous running-water
Leucrocuta minerva
Leucrocuta minerva is a species of mayfly in the family Heptageniidae, described by McDunnough in 1924. It belongs to a genus of small to medium-sized flat-headed mayflies commonly known as "little yellow quills" or similar vernacular names. Species in this genus are typically associated with running water habitats. The specific epithet "minerva" refers to the Roman goddess of wisdom, though the etymological reasoning behind this choice is not documented in available sources.
Ephemeroptera Heptageniidae mayfly Nearctic North-America aquatic-insect running-water McDunnough-1924 Leucrocuta incomplete-data
Lutrochus
travertine beetles
Lutrochus is the sole genus in the family Lutrochidae, a group of small aquatic beetles commonly called travertine beetles. The genus contains approximately 21 species distributed from the southern United States through Central America to Brazil. Both adults and larvae inhabit shallow, fast-flowing streams where they are specifically associated with submerged decaying wood and travertine deposits.
aquatic-beetles travertine-beetles running-water wood-associated Neotropical Nearctic
Macronychini
riffle beetles
Macronychini is a tribe of riffle beetles within the family Elmidae, first described by Gistel in 1848. The tribe comprises more than 20 genera and over 80 described species. Members of this tribe are aquatic beetles associated with running water habitats. The tribe is taxonomically well-established but individual species continue to be described, particularly from underexplored regions such as China.
aquatic Coleoptera Elmidae riffle-beetles running-water
Optioservus castanipennis
Optioservus castanipennis is a species of riffle beetle in the family Elmidae, first described by Fall in 1925. It belongs to a genus of small aquatic beetles inhabiting running water systems. The species is recognized as part of the Nearctic fauna and has been subject to taxonomic revision based on male genitalia and elytral characteristics.
riffle-beetle aquatic-beetle Nearctic Elmidae running-water
Optioservus divergens
Optioservus divergens is a species of riffle beetle in the family Elmidae. The species was described by LeConte in 1874 and is currently accepted under this name, though it was formerly classified in the genus Heterlimnius. Riffle beetles in this family are aquatic insects typically associated with running water habitats.
riffle-beetle aquatic-beetle Elmidae North-America running-water
Optioservus phaeus
Scott optioservus riffle beetle
Optioservus phaeus is a species of riffle beetle (family Elmidae) described by White in 1978. It belongs to a genus of small aquatic beetles inhabiting running waters. The species was described as part of a taxonomic revision based on male genitalia, elytral patterns, and geographic distribution. It is known from a highly restricted range in Kansas.
Elmidae riffle-beetle aquatic-beetle endemic Kansas Lake-Scott-State-Park rare restricted-range White-1978 Nearctic running-water freshwater
Optioservus quadrimaculatus
four-spotted riffle beetle
Optioservus quadrimaculatus is a species of riffle beetle in the family Elmidae, described by Horn in 1870. The species is found in North America, with records from Canadian provinces including Alberta, British Columbia, and Saskatchewan. Riffle beetles in this family are aquatic insects associated with running water habitats. The specific epithet "quadrimaculatus" refers to four spots, likely describing a distinctive elytral pattern.
Elmidae riffle-beetle aquatic-beetle North-America running-water
Oreodytes humboldtensis
Oreodytes humboldtensis is a species of predaceous diving beetle in the family Dytiscidae, described by Zimmerman in 1985. As a member of the genus Oreodytes, it belongs to a group of small diving beetles primarily associated with running water habitats. The species epithet suggests a connection to the Humboldt region, likely referring to Humboldt County or the broader Humboldt Bay area of coastal northern California. Like other Oreodytes species, it is presumed to be an aquatic predator in freshwater systems.
Coleoptera Dytiscidae Hydroporinae Oreodytes diving-beetle aquatic-beetle predaceous-diving-beetle North-America California freshwater running-water 1985-description Zimmerman Humboldt rare poorly-known endemic coastal-California small-diving-beetle Hydroporini
Petrophila fulicalis
Feather-edged Petrophila
Petrophila fulicalis is a crambid moth described by James Brackenridge Clemens in 1860. It belongs to a species group that has been taxonomically clarified using citizen science data, distinguishing it from similar species P. confusalis and P. bella. Adults are diurnal and often found near running water. The species has a broad North American distribution with two distinct population centers: eastern records from the Great Lakes and Appalachian regions, and western records from the southwestern United States and northern Mexico.
aquatic-moth diurnal running-water citizen-science genitalia-identification
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
Psychomyiidae
Net Tube Caddisflies, tube-making caddisflies, trumpet-net caddisflies
Psychomyiidae is a family of tube-making caddisflies (order Trichoptera) characterized by larvae that construct silken galleries or tubes on submerged surfaces. Adults are typically small with reduced wing venation, including absence of forewing fork I and shortened hindwing forks. The family is distinguished from similar Polycentropodidae by leg spur formula 2-4-4, short thyridial cell, and male genitalia with elongate preanal appendages and reduced tergum IX. Larvae possess separated submental sclerites, broad foretrochantin, and whip-like pupal mandible apices. The family contains approximately 10 extant genera and has a global distribution with notable diversity in the Oriental and Western Palearctic regions.
caddisfly Trichoptera aquatic-insects freshwater bioindicator tube-making silk galleries running-water benthic
Rhagovelia
smaller water striders, riffle bugs
Rhagovelia is a large genus of small aquatic bugs in the family Veliidae, with over 390 described species. Members are distinguished by a swimming fan on the distal tarsomere of the middle leg, an adaptation that enables rapid maneuvering on water surfaces. The genus has colonized lotic freshwater systems and coastal marine environments across the Americas, with additional species in Africa, Asia, and Oceania. Evolutionary origins trace to gene duplications ('geisha' and 'mother-of-geisha') that created this propelling fan structure, allowing exploitation of faster-flowing and more turbulent streams than relatives lacking this adaptation.
Veliidae water-striders riffle-bugs aquatic-insects running-water bioinspiration locomotion Hemiptera Neotropical Afrotropical Oriental Australasian
Rhagovelia torreyana
Rhagovelia torreyana is a species of small water strider in the family Veliidae, described by Bacon in 1956. It belongs to the genus Rhagovelia, a diverse group of semiaquatic bugs commonly found in running water habitats. The species is known from North America, though detailed biological information remains limited in available sources. Like other members of the family Veliidae, it is adapted to life on the water surface, using surface tension to move and forage.
water-strider semiaquatic surface-dweller running-water
Rhithrogena
March Browns, Olive Uprights
Rhithrogena is a genus of flatheaded mayflies in the family Heptageniidae, commonly known as March Browns or Olive Uprights. The genus contains approximately 153 species distributed across the Holarctic region. Larvae are primarily scrapers that feed on periphyton from stones in running waters. Several species serve as important food sources for fish and have been studied for their bioindicator potential in freshwater monitoring.
Ephemeroptera Heptageniidae scraper periphyton-feeder univoltine running-water bioindicator fish-food Holarctic
Rhyacophila
caseless caddisflies
Rhyacophila is a large genus of caddisflies (Trichoptera) in the family Rhyacophilidae, comprising at least 640 described species. The genus is cosmopolitan in distribution, with significant diversity in Europe, Asia, and North America. Larvae are commonly known as 'caseless caddis' because they do not construct portable cases, instead using silk to anchor themselves to substrates in running water. The genus exhibits high endemism in certain regions, with multiple species restricted to specific mountain ranges or islands.
caddisfly Trichoptera aquatic-insect predator bioindicator running-water caseless-larva
Shipsa rotunda
Intrepid Forestfly
Shipsa rotunda is a Nearctic stonefly species in the family Nemouridae with an extensive distribution across Canada and the United States. Despite its wide geographic range, the species exhibits remarkably little morphological variation in both males and females. Reproductive terminalia have been examined using scanning electron microscopy from specimens across its range, revealing consistent structural features. The species was originally described as Nemoura rotunda by Claassen in 1923 and later transferred to the genus Shipsa.
Plecoptera Nemouridae stoneflies Nearctic North-America freshwater-insects aquatic-insects lotic-habitats running-water
Tanypezidae
Stretched-foot Flies
Tanypezidae is a small family of acalyptrate Diptera containing 28 species in two genera. The family is primarily New World in distribution, with Tanypeza (2 species) occurring in North America and the Palearctic, and Neotanypeza (26 species) restricted to the Neotropics. Species are characterized by their relatively large size, semispherical heads, stout bodies, and notably long, thin legs that give the family its common name. The biology of most species remains poorly known.
Diptera acalyptrate Schizophora Brachycera New-World Neotropical North-America Palearctic humid-woodland running-water
Torrenticolidae
torrent mites
Torrenticolidae is a family of water mites (Acari: Hydrachnidia) in the order Trombidiformes. Members are tiny, heavily sclerotized, crawling arthropods found in running freshwater habitats. The family contains approximately 5 genera and more than 400 described species, with the genus Torrenticola being the most diverse and widespread. Species diversity is highest in tropical regions, though the family occurs on all continents except Antarctica.
water-mites freshwater bioindicators running-water Acari Hydrachnidia integrative-taxonomy color-pattern-taxonomy