Titlebook: “Hot Spots” in the Climate System; New Developments in Hisashi Nakamura,Atsuhiko Isobe,Toshio Suga Book 2016 The Oceanographic Society of

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等級(jí)的上升

Advances in Artificial Intelligence that occur along oceanic fronts. The basic characteristics derived for each front (i.e., metrics) are then presented as a table. We envision that many of the coupled ocean-atmosphere global circulation models in the coming decade will represent oceanic fronts reasonably well, and it is hoped that t

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PATRI

Steven Young,Tamer Abdou,Ayse Benerertical model during the warming season. Seasonal changes in the HPD indicate that the thermal effects of .. gradually penetrate below the shallow seasonal thermocline due to vertical eddy diffusivity. Downward heat penetration into the layer below the shallow seasonal thermocline occurs widely thro

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Negar Hassanpour,Russell Greinerrontal structures that extend to subsurface layer: enhancement of the northern branch of Kuroshio Extension and associated weakened meridional temperature gradients to the south and north of the current after 2008. The deep structure of temperature variability apparently indicates that it is caused

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Advances in Artificial Intelligence Kuroshio path around Kyushu, and to develop the small meander southeast of the same island. Assuming that the Kuroshio is a surface geostrophic jet with a double-exponential velocity profile, the observed evidence is well explained by a combination of Ekman layer dynamics and quasi-geostrophic dyna

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Advances in Artificial Intelligenceind. This unusual excitement was related to barotropic-convective instability induced by relatively high sea surface temperature and steep horizontal gradients in both sea-level pressure and tangential wind on the downshear side of the environmental vertical windshear vector. The local Rossby penetr

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Débora Hisgen,Daniela López De Luisemodel reveals that the ACC has generally shifted poleward in the Atlantic, while it has shifted equatorward around Subantarctic Front and Polar Front in the Pacific. The ACC shift is consistent with the overall subsurface temperature trend. The basin-scale difference of the ACC response can be relat