Bothrocara hollandi
WebBothrocara hollandi, in the Japan Sea Shigeaki Kojima1,*, Ryoko Segawa2, Ikuo Hayashi3, Muneo Okiyama4,** 1Ocean Research Institute, University of Tokyo, Tokyo … WebApr 1, 2009 · The psychrolutid Malacocottus gibber, which was originally described by Sakamoto (), is the second most dominant deep-sea demersal fish in the Japan Sea (Okiyama 2004).The range of the depths (250–1,740 m) at which this fish is found is narrower than that of the depths at which the most dominant deep-sea demersal fish, …
Bothrocara hollandi
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WebDeep-sea demersal fishes of the Bothrocara hollandi species complex are distributed in the Japan Sea, the Okhotsk Sea, and the northwestern Pacific Ocean. Based on the … WebJul 31, 2001 · The population structure of Bothrocara hollandi, a dominant deep-sea demersal fish in the Japan Sea, was analyzed on the basis of the nucleotide sequence of …
WebNov 14, 2024 · Other areas in Japan known for deep-sea fish are Odawara City Kanagawa Prefecture, known for skilfish (“abura-bozu” in Japanese, Erilepis zonifer in Latin) and Toyama Prefecture, which features eelpout ("Norogenge" in Japanese and Bothrocara hollandi in Latin), which the local Kitokito-ya Seafood Market describes in English as … WebPages for logged out editors learn more. Català; Cebuano; Español; Euskara; 日本語; Nederlands; Svenska
WebJan 23, 2024 · In the Bothrocara hollandi species complex of deep-sea eelpouts (Kido et al. 2024), the frequency of individuals presenting the lighter color morphotype decreases with depth between 600 and 1,100... WebOct 1, 2008 · Based on nucleotide sequences of the mitochondrial control region, a large genetic deviation between populations in the Sea of Japan and in neighboring seas was shown for the Japan-sea eelpout...
WebAug 25, 2011 · By contrast, populations of a deep-sea demersal fish Bothrocara hollandi were shown to have expanded earlier in the Sea of Japan (τ = 2.625; Kodama et al., …
WebTaxonomy information for Bothrocara hollandi. Find diseases associated with this biological target and compounds tested against it in bioassay experiments. oxford health cfoWeb-Bothrocara hollandi -Brama japonica -Brosmophycis marginata -Bryozoichthys lysimus-Bryozoichthys marjorius-Caristius macropus-Ceratoscopelus townsendi-Chaenophryne longiceps-Chauliodus macouni-Chesnonia verrucosa -Chilara taylori -Chirolophis decoratus -Chirolophis nugator -Chirolophis snyderi-Chitonotus pugetensis oxford health carer supportWebTable of Contents 2008 - 49 (2) The oldest fossil evidence of animal parasitism by fungi supports a Cretaceous diversification of fungal-arthropod symbioses. jeff hildebrand ranchWebFeb 23, 2011 · In the studied area, nine species of Zoarcidae were found: Bilabria sp., Bothrocara hollandi, Davidijordania lacertina, Lycodes japonicus, L. nakamurae, L. cf. yamatoi, L. tanakae, L. toyamensis, and L. cf. ushakovi. Data on catches, density of distribution at different depths, and size composition are listed for each species. jeff hildebrand hilcorpWebJapan Sea and the Okhotsk Sea of Bothrocara hollandi (Jordan & Hubbs), which is the most dominant deep-sea demersal fish species in the Japan Sea (Kojima et al. 2001, … oxford health children\u0027s physiotherapyWebApr 1, 2009 · The psychrolutid Malacocottus gibber, which was originally described by Sakamoto (), is the second most dominant deep-sea demersal fish in the Japan Sea … jeff hildebrand net worthWebNov 1, 2008 · The Japan Sea eelpout Bothrocara hollandi is a deep-sea demersal fish that is endemic to the Japan Sea and the Okhotsk Sea. This species inhabits depths of … oxford health claims address