Some Lessons Learned from Comparisons of Numerical Simulations and Observations of the JES Circulation

Mooers, Christopher N. K.; Kang, H Y; Bang, Inkweon; Snowden, Derrick

doi:10.5670/oceanog.2006.46

Cited by 11 publications

(3 citation statements)

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“…b; Moors et al. ). Although a water flow (circulation) among these cold and warm currents is present, regional hydrographic conditions are known from a number of areas, including the Peter the Great Bay, which might act as barrier for species distribution.…”

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“…In general, the Sea of Japan contains cold water currents coming from the northern subpolar zones that run southwards along the Russian and Korean coasts, and relatively warm currents that come from the southern subtropical zones and run northwards along the Japanese archipelago ( Fig. 1b; Moors et al 2006). Although a water flow (circulation) among these cold and warm currents is present, regional hydrographic conditions are known from a number of areas, including the Peter the Great Bay, which might act as barrier for species distribution.…”

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“…Arrows represent widely recognized relatively warm (red), temperate (cyan) and cold (blue) ocean currents. Map and currents were redrawn and modified afterSasaki and Okutani (1994) andMoors et al (2006).J Zoolog Syst Evol Res(2016)54(3), 177--181 © 2016 The Authors. Journal of Zoological Systematics and Evolutionary Research Published by Blackwell Verlag GmbH.…”

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A putative species complex in the S ea of J apan revealed by DNA sequence data: a study on L ottia cf. kogamogai ( G astropoda: P atellogastropoda)

Kristof

Oliveira

Kolbin

et al. 2016

J Zoolog Syst Evol Res

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A putative new limpet species (Patellogastropoda) from the Sea of Japan is revealed by molecular genetic analyses using the mitochondrial markers 16S rRNA and cytochrome c oxidase subunit I (CO1), as well as the DNA marker 18S rRNA. Our data indicate that the limpet, collected in the Peter the Great Bay (Russian Federation), is not, as its morphology suggests, the Japanese species Lottia kogamogai Sasaki and Okutani, 1994, and might also hint towards another putative species complex in the Sea of Japan. The different currents between the Far East Asian mainland (cold, subpolar jet running southwards) and the Japanese archipelago (warm, subtropical jet running northwards) are likely to act as a barrier that has a substantial influence on species distribution in these waters. Accordingly, our results indicate that it is about time for a revision of patellogastropod species with a reported distribution in Japanese and Far Eastern Russian waters by an integrative approach using molecular genetic and morphological characters. The species investigated herein is referred to as Lottia cf. kogamogai until it is morphologically re‐examined and compared with primary type specimens of known species.

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