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Zootaxa, 2022
Softnose skates (Rajiformes: Arhynchobatidae: Bathyraja Ishiyama) are the most diverse skate genus, with 54 species, and are readily distinguishable from other genera in the family by their poorly calcified, flexible rostral cartilages. Six Bathyraja species are considered valid in the eastern North Pacific, including: B. abyssicola, B.
JAMES D. S. KNUCKEY, DAVID A. EBERT
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Softnose skates (Rajiformes: Arhynchobatidae: Bathyraja Ishiyama) are the most diverse skate genus, with 54 species, and are readily distinguishable from other genera in the family by their poorly calcified, flexible rostral cartilages. Six Bathyraja species are considered valid in the eastern North Pacific, including: B. abyssicola, B.
JAMES D. S. KNUCKEY, DAVID A. EBERT
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A review of the Australian skate genus Pavoraja Whitley (Rajiformes: Arhynchobatidae)
Zootaxa, 2008The Australian endemic skate genus Pavoraja Whitley, which contains six species including two valid nominal species (P. alleni and P. nitida) and four new species (P. arenaria sp. nov., P. mosaica sp. nov., P. pseudonitida sp. nov. and P. umbrosa sp. nov.), is redefined based on additional material.
PETER R. LAST +2 more
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Zootaxa, 2020
Two species of a new genus of Rhinebothriidea have been collected from species of Psammobatis Günther along the coast of Argentina. Semiorbiseptum gen. nov. is considered a rhinebothriidean for the presence of facially loculated bothridia borne on stalks and cirrus covered with spinitriches. The genus is unique in the arrangement of loculi and septa on
SEBASTIAN FRANZESE, VERONICA A. IVANOV
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Two species of a new genus of Rhinebothriidea have been collected from species of Psammobatis Günther along the coast of Argentina. Semiorbiseptum gen. nov. is considered a rhinebothriidean for the presence of facially loculated bothridia borne on stalks and cirrus covered with spinitriches. The genus is unique in the arrangement of loculi and septa on
SEBASTIAN FRANZESE, VERONICA A. IVANOV
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Zoomorphology, 2020
The scapulocoracoid morphology in batoids has been investigated by previous authors but descriptions and illustrations of its ventral surface are lacking for Riorajini species. Here, we describe and illustrate the lateral and ventral views of the scapulocoracoid in females and males of Rioraja agassizi and Atlantoraja species, and six new measurements ...
Karla D. A. Soares +2 more
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The scapulocoracoid morphology in batoids has been investigated by previous authors but descriptions and illustrations of its ventral surface are lacking for Riorajini species. Here, we describe and illustrate the lateral and ventral views of the scapulocoracoid in females and males of Rioraja agassizi and Atlantoraja species, and six new measurements ...
Karla D. A. Soares +2 more
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2009
Family Arhynchobatidae Rioraja agassizi (IUCN: VU, Biodiversitas: Not included) Pseudanisakis ...
Muniz-Pereira, Luís C. +2 more
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Family Arhynchobatidae Rioraja agassizi (IUCN: VU, Biodiversitas: Not included) Pseudanisakis ...
Muniz-Pereira, Luís C. +2 more
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2014
Arhynchobatidae Insentiraja subtilispinosa (Stehmann, 1989) —Velvet skate STATUS AT MADANG. New record from Madang, based on specimens collected at 1000 m depth by W.-J. Chen. NTUM material (NTUM 10042, 10067, 10330). DISTRIBUTION AND HABITAT. Philippines to northern Australia, Bathydemersal, 970–1100 m. Marine.
Fricke, Ronald +8 more
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Arhynchobatidae Insentiraja subtilispinosa (Stehmann, 1989) —Velvet skate STATUS AT MADANG. New record from Madang, based on specimens collected at 1000 m depth by W.-J. Chen. NTUM material (NTUM 10042, 10067, 10330). DISTRIBUTION AND HABITAT. Philippines to northern Australia, Bathydemersal, 970–1100 m. Marine.
Fricke, Ronald +8 more
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2014
Family Arhynchobatidae Fowler 1934 Spelling in prevailing recent practice Arhynchobatinae Fowler 1934a:240 [ref. 1416] (subfamily) Arhynchobatis [stem emended to Arhynchobatid- by Steyskal 1980:170 [ref. 14191]; Nelson 1976:43 [ref. 32838], Compagno 1999:35 [ref. 25589] and Nelson 2006:75 [ref.
Laan, Richard Van Der +2 more
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Family Arhynchobatidae Fowler 1934 Spelling in prevailing recent practice Arhynchobatinae Fowler 1934a:240 [ref. 1416] (subfamily) Arhynchobatis [stem emended to Arhynchobatid- by Steyskal 1980:170 [ref. 14191]; Nelson 1976:43 [ref. 32838], Compagno 1999:35 [ref. 25589] and Nelson 2006:75 [ref.
Laan, Richard Van Der +2 more
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Journal of Fish Biology, 2017
This study presents information on the reproductive biology of Psammobatis rutrum based on 55 males and 53 females obtained as by‐catch from bottom trawlers off southern Brazil during July 2013 and September 2014 and includes a detailed description of the egg capsule.
Martins, M. F., Oddone, M. C.
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This study presents information on the reproductive biology of Psammobatis rutrum based on 55 males and 53 females obtained as by‐catch from bottom trawlers off southern Brazil during July 2013 and September 2014 and includes a detailed description of the egg capsule.
Martins, M. F., Oddone, M. C.
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2018
Published as part of White, William T. & Ko'Ou, Alfred, 2018, An annotated checklist of the chondrichthyans of Papua New Guinea, pp.
White, William T., Ko'Ou, Alfred
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Published as part of White, William T. & Ko'Ou, Alfred, 2018, An annotated checklist of the chondrichthyans of Papua New Guinea, pp.
White, William T., Ko'Ou, Alfred
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