Biogeographical Division of the North Pacific Sublittoral and Upper Bathyal Zones by the Fauna of Mysidacea and Anomura (Crustacea)

Petryashev, V. V.

doi:10.1007/s11179-006-0011-7

Cited by 16 publications

(7 citation statements)

References 18 publications

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“…Boreal and subtropical-boreal species are absent in the Laptev Sea (Petryashov et al, 2004). High-boreal areas of the North Pacific lack Arctic and Atlantic boreal-Arctic species, whereas the share of boreal species is no less than 45 50% (Petryashov, 2005). The macrobenthic fauna of the region studied is of a transitory character (Pacific boreal to Arctic) but is more similar to the Pacific boreal.…”

Section: Biogeographical Structure Of the Faunamentioning

confidence: 82%

Biogeographical analysis of the Chukchi Sea and adjacent waters based on fauna of some macrobenthos taxa

Petryashov

Vassilenko²,

Voronkov³

et al. 2013

Invertzool

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at 0150 m depth. The hydrological regime, primarily the distribution of waters of different origins, defined the distribution of macrobenthos species of 19 different biogeographical groups. Boreal and subtropicalboreal species mostly inhabited the southern part of the Chukchi Sea. 38.342.3% of the species occurred from the Central Banks to the Herald canyon and off Alaska from Cape Hope to Point Barrow. In these regions the share of Arctic and Atlantic boreal-Arctic species was only 1.74.6%. In the remaining regions the share of boreal and subtropicalboreal species diminished to 23.119.1%, but the share of Arctic and Atlantic boreal-Arctic species increased to 10.918.0% (20.3% for the latter species in adjacent Arctic waters). For these taxa, the boundary between the Pacific and Arctic faunas in the Chukchi Sea passes from the Asian Cape Serdse Kamen northward to the Herald Canyon and then eastward to Point Barrow.

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Section: Biogeographical Structure Of the Faunamentioning

confidence: 82%

Biogeographical analysis of the Chukchi Sea and adjacent waters based on fauna of some macrobenthos taxa

Petryashov

Vassilenko²,

Voronkov³

et al. 2013

Invertzool

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“…In their long world list of species of Mysidacea, Mauchline & Murano (1977) included this species in three zones corresponding to records for Japan, the north Pacific and the eastern Pacific. It has also been reported from the entire North Pacific by Petryashov (2005) who listed it as a 'Pacific tropical-boreal' species.…”

Section: Introductionmentioning

confidence: 93%

“…It is deposited in the Regional Collection of Marine Invertebrates (EMU) at UNAM in Mazatlán, Mexico. Ceratomysis spinosa Faxon, 1893Faxon, , 1895Hansen, 1910;Tattersall, 1951;Birstein & Tchindonova, 1958;Ledoyer, 1977;Mauchline & Murano, 1977;Kathman et al, 1986;Müller, 1993;Petryashov, 2005;Fukuoka, 2009. material examined (Faxon, 1893;Tattersall, 1951;Kathman et al, 1986;Müller, 1993;Price, 2004;Fukuoka, 2009). In their long world list of species of Mysidacea, Mauchline & Murano (1977) included this species in three zones corresponding to records for Japan, the north Pacific and the eastern Pacific.…”

Section: Introductionmentioning

confidence: 99%

“…ecology Mauchline & Murano (1977) and Müller (1993) considered Ceratomysis spinosa as a mesopelagic species, and the later author indicates a depth range of 1070 -3400 m. Kathman et al (1986) provide a depth range of 1050-3400 m. Petryashov (2005) reported it in depths from 414 to 3400 m. The specimens examined herein were obtained from two and probably another specimen) and Japan ('Albatross' St. 4915, St. 5050, St. 5082; one male and two females) (Faxon, 1895;Hansen, 1910;Tattersall, 1951). Kathman et al (1986) report a female of 38 mm TL.…”

Section: Introductionmentioning

confidence: 99%

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First records from Pacific Mexico of the rare deep-water mysid Ceratomysis spinosa (Crustacea, Peracarida, Mysida, Petalophthalmidae)

Hendrickx

2015

Mar. Biodivers. Rec.

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The deep-water mysidCeratomysis spinosaFaxon, 1893, previously known from Panama, Japan, the Sea of Okhotsk, the Bering Sea and Alaska, USA is reported for the first time off the western coast of Mexico, in the eastern Pacific. The specimens, a male of 27.5 mm in total length (TL) and five females of 28.5–34.5 mm TL, were collected between depths of 1296 and 1580 m. The telson is illustrated, showing numerous setae on the lateral margins, and longer, robust setae in the distal third and on the posterior margin.

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“…1998; Voss et al, 1998;Borets, 2000;Moiseev and Tokranov, 2000;Norman, 2000;Mecklenburg et al, 2002;Stepanov et al, 2002;Houart and Sirenko, 2003;National, 2004;Nelson et al, 2004;Roper, 2005, 2010;Sysoev, 2005,2006;McLaughlin et al, 2005;Petryashev, 2005;Katugin and Zuev, 2007;Kantor, 2007, 2009;Chernova, 2008;Anderson et al, 2009;Organization, 2009;Safran, 2009;Sirenko et al, 2009;Katugin et al, 2010;Bazhin and Stepanov, 2012;Katugin and Shevtsov, 2012;Sirenko, 2012Sirenko, , 2013Yavnov, 2012;Baldwin, 2013;Lindberg and Gerd, 2013;Marin, 2013;Shevtsov et al, 2013;Tuponogov and Snytko, 2013;Danilin, 2014;Jereb et al, 2014;Komatsu, 2014;Mah et al, 2014;Marin and Kornienko, 2014;Parin et al, 2014;Tuponogov and Kodolov, 2014;Lebedev, 2015a, b;Lebedev and Tyurin, 2015;Markevich, 2015;Okutani, 2015) and 71 online resources (Table 2).…”

Section: Introductionmentioning

confidence: 99%

Trawl macrofauna of the Far-Eastern Seas and North Pacific: proportion of commercial species, potential product yield, and price range

Volvenko¹,

Орлов

Gebruk

et al. 2019

Preprint

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Abstract. A checklist of 1541 animal species from the Chukchi, Bering, Okhotsk, and Japan seas and the North Pacific Ocean was generated based on 459 research vessel surveys (68903 trawl tows at depths from 5 to 2200 m) in the period 1977–2014 (Volvenko et al., https://doi.pangaea.de/10.1594/PANGAEA.902195, 2019). The study area spanned over 25 million km2. For each species, the scientific name is given, as well as English and Russian common names along with the following details: areas where species were collected, trawl type (benthic/midwater), real or potential commercial importance, possible product yield and minimum wholesale prices. Almost 20 % of species in trawl catches had no commercial value, and > 50 % were cheap or very cheap. Only 3.3 % of species were expensive and very expensive, and their number increased from north to south. About 33 % of species can be considered as unexploited reserve for fisheries. These are mainly small fish and invertebrates, with total biomass many times exceeding that of currently exploited biological resources. Product output for most species exceeded 90 % of the raw weight. Occurrence of such species was much higher in the pelagic zone than on the seafloor. The most abundant local commercial species are characterized by significant natural fluctuations in abundance. Therefore, a sustainable fishery in the region can only be secured by expansion of the assortment of commercial bioresources. A regional supply of bioresources provides such an opportunity. The checklist can be used for development of bioresource management, aquaculture and conservation, assessment of environmental damage caused by anthropogenic impact (hydro-technical constructions, oil/gas extractions, nuclear reactor accidents, etc.).

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Biogeographical Division of the North Pacific Sublittoral and Upper Bathyal Zones by the Fauna of Mysidacea and Anomura (Crustacea)

Cited by 16 publications

References 18 publications

Biogeographical analysis of the Chukchi Sea and adjacent waters based on fauna of some macrobenthos taxa

Biogeographical analysis of the Chukchi Sea and adjacent waters based on fauna of some macrobenthos taxa

First records from Pacific Mexico of the rare deep-water mysid Ceratomysis spinosa (Crustacea, Peracarida, Mysida, Petalophthalmidae)

Trawl macrofauna of the Far-Eastern Seas and North Pacific: proportion of commercial species, potential product yield, and price range

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