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《Chinese Journal of Atmospheric Sciences》 1993-01
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Numerical Simulation of the Atmospheric Boundary Layer Structure Around Oasis

Miao Manqian(Dept. of Atmospheric Science, Nanjing University, Nanjing 210008)Ji Jinjun(Institute of Atmospheric Physics, Chinese Academy of Sciences, Beijing 100080)  
The horizontal heterogeneity of surface forcing and the structure in the planetary boundary layer is of importance for the studies of air-land interactions and small and mesoscale atmospheric processes. In this paper, a two-dimensional model in which atmospheric boundary layer is coupled with a land surface process model (LPM) has been developed. It is indicated from the simulation of the model that non-homogeneous vegetational distribution, a patch of grassland is embedded in semi-desert, results in the local thermal and dynamical structure of the PBL and corresponding circulation. These characteristics influence on different scale motions of upper atmosphere through the transports of water vapor, heat and momentum at the top of PBL. Modeling results also show that the maximum updraft and downdraft occur around the grass-desert marginal areas where the dynamical and thermodynamical properties of PBL are uncontinuous.
【Fund】: 中国自然科学基金
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