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According to the mechanism and functions of the AgI seeding, the AgI seeding course was coupled into the operational mesoscale Weather Research and Forecasting(WRF) mode with reasonable boundary and initial conditions. Then the model is applied to analyse convective artificial precipitation enhancement over the Tian Mu Lake at Li Yang for the improvement of the ecological environment. The results from analysis of numerical simulation show that after seeding the strong echo area of cloud enlarges, the average echo intention increases significantly and the rainfall on the ground increases. The microphysical analysis show that after seeding the content of the ice, snow and grauple increases, correspondingly the content of the rain water in the low-level increases as well, which results in the enhancement of the precipitation. Keywords-AgI seeding; the effectiveness of the precipitation enhancement; mesoscale numerical simulation; the ecological environment

The Mesoscale Numerical Simulation of the Effectiveness of an Artificial Precipitation Enhancement Operation