Deep-sea fauna of European seas: An annotated species check-list of benthic invertebrates living deeper than 2000 m in the seas bordering Europe. Mysida, Lophogastrida

Petryashev, V. V.

doi:10.15298/invertzool.11.1.17

Cited by 3 publications

(5 citation statements)

References 15 publications

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“…Tattersall, 1939 Birstein & Tchindonova, 1958 from the NW Pacific: off Japan, Kuril-Kamchatka Trench, 30-42° N, 137-152° E, depth 4400-5140 m (Birstein & Tchindonova 1958;Golovan et al 2019). Specimens from about 1000 m off Japan reported by Murano (1981) as D. pellucida are not acknowledged due to their having fewer (0-1 vs 4) spines on the endopod of the uropods and more (32 vs 25) spines on the lateral margins of the telson, compared to the original description -D. sarsi (Ohlin, 1901) from the Arctic Ocean: Spitzbergen (Ice Fjord), Amundsen Basin, 78-83° N, circumpolar (14° E-121° E-129° W), depth 50-4320 m (Ohlin 1901;Petryashov , 2014b) -D. solivagus Birstein & Tchindonova, 1958 from the N Pacific: Kurile-Kamchatka Trench, 50° N, 155° E, depth 500-640 m (Birstein & Tchindonova 1958) -D. stenurus Murano, 1969 from the NW Pacific: off Japan, 32-35° N, 139-140° E, depth > 1000 m, ≤ 2300 m (Murano 1969(Murano , 1981) -D. tenellus Birstein & Tchindonova, 1958, from Dactylamblyops murrayi W.M. Tattersall, 1939: 235-237, figs 9-10 (Arabian Sea).…”

Section: Revised Combinationsmentioning

confidence: 87%

“…Data on distribution are updated from O.S. Tattersall (1955), Birstein & Tchindonova (1958), Murano (1974bMurano ( , 2012, Price (2001), Petryashov (2006Petryashov ( , 2014aPetryashov ( , 2014b, San Vicente (2010) and Astthorsson & Brattegard (2022).…”

Section: Keys To the Taxa Of Erythropinae And Mysidellinaementioning

confidence: 99%

“…nov. (recombined from Paramblyops bidigitata W.M Tattersall, 1911). from the NE Atlantic: Bay of Biscay, off Ireland, SW of Faroes, Iceland Basin, 44-64° N, 3-29° W, depth 976-2900 m (W.M Tattersall 1911;Tattersall & Tattersall 1951;Mauchline 1982;Lagardère 1985;Petryashov 2014b;Astthorsson & Brattegard 2022) . A. japonicus(Murano, 1981) comb.…”

mentioning

confidence: 99%

“…Tattersall, 1955 from the Southern Ocean: circum-Antarctic, 62-72° S, depth 160-4655 m (O.S Tattersall 1955;Petryashov 2006Petryashov , 2014b…”

mentioning

confidence: 99%

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The Mysidae (Crustacea, Mysida) of the ANDEEP I–III expeditions to the Antarctic deep sea with the description of twelve new species, establishment of four new genera and with world-wide keys to the species of Erythropinae and Mysidellinae

Wittmann

2024

EJT

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Twenty-one species of Mysidae were sampled by three ANDEEP expeditions to the Southern Ocean with epibenthic sledges dragged over the deep-sea floor in the realm of 58–71° S and 00–65° W, depth 774–5190 m. Previously known ranges are significantly extended southward for four species and to greater depth in the same four species plus two other species. Supplementary descriptions are given for Amblyops tattersalli and Dactylamblyops murrayi, and a first description of a (subadult) male for Thalassomysis tattersalli. The definitions of the genera Amphiakrops gen. nov., Chelamblyops gen. nov., Desmocornea gen. nov. and Schizurakrops gen. nov. are mainly based on the structure of the eyes as well as of the antennal peduncle, chelate second thoracic endopod and telson. These structures are also important for the descriptions of Amblyops arianii sp. nov., A. bipapillatus sp. nov., Amblyopsoides fenestragothica sp. nov., A. lepidophthalma sp. nov., Amphiakrops brandtae gen. et sp. nov., Dactylamblyops benthophilus sp. nov., Desmocornea subchelata gen. et sp. nov., Paramblyops petrescui sp. nov., Schizurakrops meesi gen. et sp. nov., Scolamblyops muehlenhardtae sp. nov., Stellamblyops doryphorus sp. nov. and Mysidella antarctica sp. nov. Six previously described taxa are recombined as Amblyopsoides laticauda comb. nov., Amphiakrops bidigitatus comb. nov., A. japonicus comb. nov., Chelamblyops globorostris comb. nov., Meierythrops tattersalli comb. nov. and M. triangulatus comb. nov. One species is revised back to the initial combination as Dactylamblyops japonicus. All except one (Mysidella antarctica sp. nov.) newly described (12), newly recombined (6) or back-combined (1) species belong to the Erythropinae. Keys to the resulting 61 genera and 263 species of Erythropinae and 18 species of Mysidellinae are given at the world-wide scale. Ocular papillae with a terminal pore (sensory pore organ) are recorded in nine ANDEEP species. The organ of Bellonci is identified on the reduced eyes in 16 species, among which D. subchelata gen. et sp. nov. has many ommatidia arranged in a self-contained ribbon which shows a banded rhabdom only in non-adults. Reduction of visual elements together with shrinking of ocular papillae during ontogenetic development suggest that non-adults of D. subchelata and T. tattersalli stay in the photic zone for feeding and growth and then descend only once during their lifetime to the abyss for reproduction.

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Section: Revised Combinationsmentioning

confidence: 87%

Section: Keys To the Taxa Of Erythropinae And Mysidellinaementioning

confidence: 99%

mentioning

confidence: 99%

“…Tattersall, 1955 from the Southern Ocean: circum-Antarctic, 62-72° S, depth 160-4655 m (O.S Tattersall 1955;Petryashov 2006Petryashov , 2014b…”

mentioning

confidence: 99%

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The Mysidae (Crustacea, Mysida) of the ANDEEP I–III expeditions to the Antarctic deep sea with the description of twelve new species, establishment of four new genera and with world-wide keys to the species of Erythropinae and Mysidellinae

Wittmann

2024

EJT

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“…-Beliaev, 1989: 189 (as Birsteiniamysis Tchindonova, 1981; first recognition as nomen nudum). -Petryashov, 1993a: 93, 103, 104 (as Birsteiniamysis Tchindonova; without publication year); 1993b: 71 (as Birsteiniamysis : 126 (as Birsteiniamysis Tchindonova, 1979: 963, 970 (as Birsteiniamysis Tchindonova, 19812009b: 125;2014a: 187 (as Birsteiniamysis Tchindonova, 19792014b: 149;Lowry & Stoddart, 2003: 428 (as Birsteiniamysis Tchindonova, 1981; Wittmann et al, 2014: 332 (as Birsteiniamysis Tchindonova, 1981. Nomen nudum.…”

Section: Hendrickx Et Tchindonova 2020mentioning

confidence: 99%

Mysid subfamily Boreomysinae (Crustacea: Mysida: Mysidae) in the southeast Australian deep-sea

Daneliya¹

2023

Rec. Aust. Mus.

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The deep-water mysid crustaceans of Australia have been barely known. Recent explorations of RV Investigator (CSIRO) in the southeast Australian waters discovered a unique fauna. In this special study of the marine subfamily Boreomysinae (family Mysidae) in Australia, five species from both genera Boreomysis and Neobirsteiniamysis are reported, including two new species for science: B. inopinata sp. nov., B. sibogae, B. sphaerops, B. urospina sp. nov. and N. inermis. Among the members of the subfamily, only B. sibogae has been previously known from Australia. The genus Neobirsteiniamysis and its bipolar-amphitropical species N. inermis are firstly recorded in Australia. Boreomysis inopinata sp. nov. has additional spinules on the outer spine of the antennal scale, which are not found in other species of the subfamily. Boreomysis urospina sp. nov. has the longest first segment of the uropodal exopod, laterally terminated by three spiniform setae; and its uropodal endopod is armed with up to five medial spiniform setae, the largest number in the subfamily. This species is included in a newly established subgenus Petryashovia subgen. nov., which unites epi-mesopelagic boreomysines, lacking the rostral projection, having rather small ventrolateral lobes of the carapace, and the 1-segmented propodus of the pereopods. The subfamily and generic diagnoses are updated. Additionally, a fragment of the mtDNA COI gene was sequenced for most of the studied species.

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Geographical and bathymetric distribution of mysids (Crustacea: Mysida) <br />in the seas of the Iberian Peninsula

Vicente¹

2017

Zootaxa

509

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The zoogeographic distribution of mysid species occurring in the diverse seas of the Iberian Peninsula and neighbouring areas is analysed. For each species, bathymetric range and localities data are reported. A total of 129 mysid species belonging to 50 genera have been recorded, representing 11% of all known world extant species and the 28% of genera. Littoral mysids are the most diverse group (64 species) followed by the outer-self to upper-bathyal slope with 54 known species. Patterns of bathymetric zonation are characterized by four bathymetric discontinuities at about 100, 500, 1300 and 2700 m. Each geographical region is characterized by the presence of a mixture of exclusive and shared species composition. Mysid distributions suggest that an important grouping of species present in the Iberian fauna share a common origin. Based on the analysis of published records and reported species, it is suggested that there is a high probability of the discovery of new species of Mysida in the water surrounding the Iberian Peninsula.

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Deep-sea fauna of European seas: An annotated species check-list of benthic invertebrates living deeper than 2000 m in the seas bordering Europe. Mysida, Lophogastrida

Cited by 3 publications

References 15 publications

The Mysidae (Crustacea, Mysida) of the ANDEEP I–III expeditions to the Antarctic deep sea with the description of twelve new species, establishment of four new genera and with world-wide keys to the species of Erythropinae and Mysidellinae

The Mysidae (Crustacea, Mysida) of the ANDEEP I–III expeditions to the Antarctic deep sea with the description of twelve new species, establishment of four new genera and with world-wide keys to the species of Erythropinae and Mysidellinae

Mysid subfamily Boreomysinae (Crustacea: Mysida: Mysidae) in the southeast Australian deep-sea

Geographical and bathymetric distribution of mysids (Crustacea: Mysida) <br />in the seas of the Iberian Peninsula

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