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Article information
2006 , Volume 11, Special issue, p.118-127
Stepanenko V.M., Miranda P.M., Lykossov V.N.
Numerical modeling of mesoscale interaction between the atmosphere and hudrologycally heterogeneous land
The accuracy of a mosaic method of aggregation of the turbulent fluxes over hydrologically heterogeneous land surface is estimated. The comparison of results of numerical modeling with the natural observations demonstrates that the mesoscale Nh3d model adequately reproduces the main characteristics of breeze circulations. It is found that using the mosaic method, the spatially averaged turbulent fluxes can be calculated with satisfactory accuracy.
[full text] Author(s):
Stepanenko V.M.
Position: Junior Research Scientist
Office: Moscow state university
Address: Russia, Moscow
Phone Office: (095) 939 23 53
E-mail: stepanen@srcc.msu.ru
Miranda P.M.
Address: Portugal, Lissabone
E-mail: pmmiranda@fc.ul.pt
Lykossov V.N.
Correspondent member of RAS, Professor
Position: General Scientist
Office: Institute of computational mathmatics of RAS
Address: Russia, Moscow
E-mail: lykossov@inm.ras.ru
Bibliography link:
Stepanenko V.M., Miranda P.M., Lykossov V.N. Numerical modeling of mesoscale interaction between the atmosphere and hudrologycally heterogeneous land // Computational technologies. 2006. V. 11. Special issue. P. 118-127
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