2010Numerical Analysis and ApplicationsRequires access

Studying the role of temperature and salinity anomalies in the formation of world ocean meridional circulation modes

Elena Golubeva

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Abstract

A numerical model of the ocean circulation is considered for using in a coupled oceanice-atmosphere climatic model. Preliminary experiments conducted on a numerical grid with a coarse spatial resolution over a period of one thousand years reproduce the World ocean dynamics under climatic surface forcing. By introducing anomalies into the surface sources, the sensitivity of the global ocean circulation to thermohaline variability in the northern regions of the Atlantic Ocean is investigated.

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What this paper is about

A numerical model of the ocean circulation is considered for using in a coupled oceanice-atmosphere climatic model. Preliminary experiments conducted on a numerical grid with a coarse spatial resolution over a period of one thousand years reproduce the World ocean dynamics under climatic surface forcing. By introducing anomalies into the surface sources, the sensitivity of the global ocean circulation to thermohaline variability in the northern regions of the Atlantic Ocean is investigated.

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Available abstract

A numerical model of the ocean circulation is considered for using in a coupled oceanice-atmosphere climatic model. Preliminary experiments conducted on a numerical grid with a coarse spatial resolution over a period of one thousand years reproduce the World ocean dynamics under climatic surface forcing. By introducing anomalies into the surface sources, the sensitivity of the global ocean circulation to thermohaline variability in the northern regions of the Atlantic Ocean is investigated.

Key concepts: Thermohaline circulation, Climatology, Shutdown of thermohaline circulation, Ocean general circulation model, Ocean current, Geology, Forcing (mathematics), Circulation (fluid dynamics)

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