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Article information
2004 , Volume 9, Special issue, p.95-102
Akimov I.V., Ignatov R.Y.
Realization and verification using reanalysis data of precipitation intensity calculation method based on microphysical processes parameterization.
Precipitation intensity calculation method, based on microphysical processes parameterization in liquid and mixed phase clouds, is verified. Precipitation fields are calculated on the basis of temperature and humidity distribution in the atmosphere, obtained from reanalysis data. Precipitation fields are compared with GPCP (Global Precipitation Climatology Project) and precipitation NCAR/NCEP reanalysis data. Zonal average distributions of precipitation, annual precipitation over Northern Hemisphere and over different regions are analyzed. The results of comparison show that the method gives a good accuracy of the seasonal and annual features of precipitation.
Classificator Msc2000:- *86A10 Meteorology and atmospheric physics
Keywords: mesoscale model, large-scale model, cloud parameterization, boundary layer
Author(s):
Akimov Ivan Vladimirovich
PhD.
Office: Hydrometeorological Research Center of Russia
Address: Russia, Moscow, Bolshoy Predtechensky per., 11-13
Phone Office: (095) 255 22 95
E-mail: akimov@rhmc.mecom.ru
Ignatov Roman Yurevich
Position: Meteorologist
Office: Hydrometeorological Research Center of Russia
Address: Russia, Moscow, Bolshoy Predtechensky per., 11-13
Phone Office: (095) 255 22 95
E-mail: ignatovroman@rhmc.mecom.ru
Bibliography link:
Akimov I.V., Ignatov R.Y. Realization and verification using reanalysis data of precipitation intensity calculation method based on microphysical processes parameterization. // Computational technologies. 2004. V. 9. Special issue. Proceedings of the International Conference “Computational and informational technologies for environmental sciences” (CITES 2003). Tomsk, 1-11 September 2003. Part 1. P. 95-102
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