National Natural Science Foundation of China(41075040,41475102);"973"project for typhoon(2015CB452802);CMA Special Welfare Research Fund(GYHY201406009);Public Welfare(Meteorological Sector)Research Fund(GYHY201406003)
A scheme of assimilating radar-retrieved water vapor is adopted to improve the quality of NWP initial field for improvement of the accuracy of short-range precipitation prediction. To reveal the impact of the assimila...
National Natural Science Foundation of China(41505084,41075083,41075040);China Meteorological Administration Special Public Welfare Research Fund(GYHY201406003,GYHY201406013);Guangdong meteorological service project(2015B01)
The parameterization of gravity wave drag induced by sub-grid scale orography(GWDO), which has been used in the regional model based on the Global/Regional Assimilation and Prediction System for Tropical Mesoscale Mod...
Supported by the Science and Technology Key Project of the South China Regional Meteorological Center(GRMC2014M05);China Meteorological Administration Special Public Welfare Research Fund(GYHY201406003 and GYHY201206010);National Natural Science Foundation of China(41075083 and 41075040);Science and Technology Project of Guangdong Province(2011A032100006 and 2012A061400012)
To improve the wind and precipitation forecasts over South China, a modified orographic drag parameterization(OP) scheme that considers both the gravity wave drag(GWD) and the mountain blocking drag(MBD) effects...