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Physical oceanography / Tides / Global climate model / Climate model / Atmospheric model / Tidal power / Bathymetry / Internal wave / METRIC / Atmospheric sciences / Earth / Physical geography


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Document Date: 2014-12-04 04:34:50


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File Size: 1,48 MB

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Company

Simmons / /

Country

Montenegro / /

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Facility

Oregon State University / G. D. Egbert College of Earth / The University of Victoria / /

IndustryTerm

dissipated energy / satellite altimetry / energy flux / satellite altimetry data / tidal energy / energy loss / Energy fluxes / energy losses / barotropic energy flux / energy dissipation rate / paleoclimate applications / higher global energy flux / barotropic tide energy flux / twodimensional energy / integrated energy loss / e-folding / barotropic energy loss / turbulent energy dissipation rate ε= / energy / satellite altimeter data / /

NaturalFeature

Southern Ocean / Indian Ocean / /

Organization

European Geosciences Union / A. Schmittner and G. D. Egbert College of Earth / Ocean and Atmospheric Sciences / University of Victoria / Oregon State University / /

Person

St Laurent / Lewis / Dev / Jayne Laurent / Bryan / /

Position

Model Development Open Access Geosci / Model / hydrodynamic / barotropic tide model of Jayne / /

Region

Antarctic / Indian Ocean / /

Technology

3-D / /

URL

www.geosci-model-dev.net/7/211/2014 / http /

SocialTag