Abstract:The Northwest Pacific marginal waters comprising the South China Sea, East China Sea, Yellow Sea, and the Sea of Japan have unique geomorphic features. The Japanese flounder
Paralichthys olivaceus
, which is endemic to the Northwest Pacific, has high nutritional, economic, and ecological value. To allow the examination of the demographic history and population structure of the most common
P. olivaceus
species range over the five marginal seas (East China Sea, Yello… Show more
“…The geographical distribution and genetic population structure of P. olivaceus is explained by ocean currents and climate change. The peripheral population in the East China Sea had the relatively lowest genetic diversity and highest differentiation [44].…”
Section: Mitochondrial Dna Control Region Subpopulationmentioning
Research on population genetics structure of marine fishes is increasing because of new technology based on DNA sequencing. This knowledge is necessary for management and conservation of natural population in marine environment. The aim of the chapter is to discuss about how genetic population structure get from DNA, allows us to know about dynamic of life history of species of Teleosts (Actinopterigii) and Chondrichthyes (Elasmobranchii). The analysis is based on taxonomic point of view. We hope to contribute to apply the new advances to management of natural population of fishes and marine wildlife.
“…The geographical distribution and genetic population structure of P. olivaceus is explained by ocean currents and climate change. The peripheral population in the East China Sea had the relatively lowest genetic diversity and highest differentiation [44].…”
Section: Mitochondrial Dna Control Region Subpopulationmentioning
Research on population genetics structure of marine fishes is increasing because of new technology based on DNA sequencing. This knowledge is necessary for management and conservation of natural population in marine environment. The aim of the chapter is to discuss about how genetic population structure get from DNA, allows us to know about dynamic of life history of species of Teleosts (Actinopterigii) and Chondrichthyes (Elasmobranchii). The analysis is based on taxonomic point of view. We hope to contribute to apply the new advances to management of natural population of fishes and marine wildlife.
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