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• W4311760052 endingPage "105230" @default.
• W4311760052 startingPage "105230" @default.
• W4311760052 abstract "Seven hydrozoan species were collected from the abyssal depths of the Volcanologists Massif and Komandorsky Basin (∼3360–3930 m) and from methane seep communities on the Koryak slope at upper bathyal depths (∼660 m) during the cruise of the RV Akademik M.A. Lavrentyev in 2018 in the western part of the Bering Sea. Hydroids were used for detailed morphological analysis and identified using mitochondrial (16S rRNA) and nuclear (18S, 28S) markers. Two new species of large hydroids, Branchiocerianthus radialis sp. nov. and Candelabrum beringensis sp. nov., were described from the abyssal depths. Branchiocerianthus radialis sp. nov. has an unusual radial symmetry, uncharacteristic for this genus. However, molecular phylogenetic data and dichotomous branched blastostyles unequivocally indicate its belonging to the genus Branchiocerianthus. Candelabrum beringensis sp. nov. differs from C. phrygium, widespread in the Northern Hemisphere, by the root-like foot zone covered by multiple tentacle-like suckers and rare specialized tentacles. Earleria cf. denticulata is most likely a wide spread species inhabiting bathyal and abyssal biotopes in the Pacific and Atlantic Oceans. Cryptic biodiversity was found for phylogenetic clade Lafoea cf. dumosa sp. 2, including two species from bathyal and abyssal depth of the Bering Sea. Methane seep communities were locations with enhanced diversity of hydroids and were inhabited by numerous so called “hydroid bushes” dominated by species L. cf. dumosa (presumably L. cf. dumosa/sp. 2C, Lafoeidae) and various sertulariids attached to carbonate crusts and pebbles. Four species from the methane seep communities were analyzed in detail and identified basing on molecular data: L. cf. dumosa/sp. 2C, Abietinaria cf. kinkaidi, Tubularia sp. and Hydrodendron cf. stechowi. Phylogenetic position of two species was unexpected: A. cf. kincaidi (Sertulariidae) showed no relationship with available Abietinaria spp. and grouped with sertulariid Thuiaria thuja, and H. cf. stechowi currently assigned to Phylactothecidae grouped with the species of the family Zygophylacidae. Our results confirm the presence of hard-to-identify hydrozoan species (Lafoea spp., Earleria spp., Candelabrum spp.) that differ at different depths. Therefore careful morphological and molecular phylogenetic studies are needed for species identification of deep-sea specimens." @default.
• W4311760052 created "2022-12-28" @default.
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• W4311760052 date "2023-02-01" @default.
• W4311760052 modified "2023-09-27" @default.
• W4311760052 title "Deep-sea hydrozoans in the western part of the Bering Sea: some hydroids associated with methane seep communities at upper bathyal depths and abyssal hydroids with a description of two new species" @default.
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• W4311760052 cites W1969352522 @default.
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• W4311760052 cites W1991290033 @default.
• W4311760052 cites W1998658399 @default.
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• W4311760052 cites W2025042940 @default.
• W4311760052 cites W2026512990 @default.
• W4311760052 cites W2027042140 @default.
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• W4311760052 cites W2028746365 @default.
• W4311760052 cites W2047576191 @default.
• W4311760052 cites W2057406210 @default.
• W4311760052 cites W2081699476 @default.
• W4311760052 cites W2099956037 @default.
• W4311760052 cites W2104398544 @default.
• W4311760052 cites W2105987544 @default.
• W4311760052 cites W2113269593 @default.
• W4311760052 cites W2117050049 @default.
• W4311760052 cites W2132926880 @default.
• W4311760052 cites W2137108198 @default.
• W4311760052 cites W2138056974 @default.
• W4311760052 cites W2139736670 @default.
• W4311760052 cites W2150302589 @default.
• W4311760052 cites W2152207030 @default.
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• W4311760052 cites W2157895384 @default.
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• W4311760052 cites W2312343282 @default.
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• W4311760052 cites W2415582084 @default.
• W4311760052 cites W2481046452 @default.
• W4311760052 cites W2481246059 @default.
• W4311760052 cites W2497708818 @default.
• W4311760052 cites W2613731568 @default.
• W4311760052 cites W2749761133 @default.
• W4311760052 cites W2765894090 @default.
• W4311760052 cites W2767539362 @default.
• W4311760052 cites W2789231059 @default.
• W4311760052 cites W2790009294 @default.
• W4311760052 cites W2801159594 @default.
• W4311760052 cites W2895541098 @default.
• W4311760052 cites W2966585420 @default.
• W4311760052 cites W2969609043 @default.
• W4311760052 cites W2978351880 @default.
• W4311760052 cites W2978789951 @default.
• W4311760052 cites W3005818043 @default.
• W4311760052 cites W3010450049 @default.
• W4311760052 cites W3014901121 @default.
• W4311760052 cites W3016917580 @default.
• W4311760052 cites W3022563767 @default.
• W4311760052 cites W3092664098 @default.
• W4311760052 cites W3119129210 @default.
• W4311760052 cites W3120539423 @default.
• W4311760052 cites W3143830798 @default.
• W4311760052 cites W3181874799 @default.
• W4311760052 cites W3185410888 @default.
• W4311760052 cites W3195944850 @default.
• W4311760052 cites W4200497207 @default.
• W4311760052 cites W4211085441 @default.
• W4311760052 cites W4213002094 @default.
• W4311760052 cites W4225585127 @default.
• W4311760052 cites W4233380321 @default.
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• W4311760052 doi "https://doi.org/10.1016/j.dsr2.2022.105230" @default.
• W4311760052 hasPublicationYear "2023" @default.
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