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Title Numerical study of the vertical hydrological structure of the Black Sea under January atmospheric climatological forcing
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Description This paper is devoted to the analysis of the vertical structure of circulation and thermohaline fields in the Black Sea for January climatic conditions on the basis of a 3-D baroclinic model of the Black Sea dynamics with 5 km resolution. The model makes it possible to take into account wind driven forcing with alternation of different climatic wind fields and the atmospheric thermohaline action by both the Dirichlet conditions through setting the temperature and salinity at the sea sur-face and the Neumann conditions through setting the heat fluxes, evaporation, and atmospheric precipitation. The analysis of the performed numerical experiment has shown that within the layer with depth 0 - 300 m the sub-layers are forming with variable depth in time due to the simultane-ously influence of the nonstationarity of atmospheric circulation and thermohaline processes. Within each sub-layer circulation characteristics practically do not change on a vertical but they undergoes some changes in time.
Country Georgia
Организация M. Nodia Institute of Geophysics of Georgian Academy of Science
Date 14/04/2011
Coverage Black Sea
Source 3-D numerical model of the Black Sea dynamics
Publisher Iv. Javakhishvili Tbilisi State University
Format doc
Editor Word
File encoding Windows
Number of pages 10
Issue series J. Georgian Geophys. Soc., 14b, 2011
Original File Name Article by Demetrashvili.doc
Subject Circulation,thermohaline fields, mathematical modelling, Black Sea
Contributor Demuri Demetrasjvili, Diana Kvaratskhelia, Vepkhia Kukhalashvivli
Description Create Date 03/07/2011 22:38
Last Update Date 23/10/2011 15:42


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