National Key Basic Research Program of China(2015CB452804);National Natural Science Foundation of China(41575063,41275066,41075037);Ningbo Science and Technology Project(2014C50024)
Forecasting the rapid intensification of tropical cyclones over offshore areas remains difficult. In this article,the Weather Research and Forecast(WRF) model was used to study the rapid intensification of Typhoon Hai...
National Key Basic Research Program of China(2015CB452804);National Natural Science Foundation of China(41575063,41275066,41075037);Ningbo Science and Technology Project(2014C50024)
: Using the National Center for Environmental Prediction reanalysis data on 1.0°×l.0° grids and data from theTropical Cyclone yearbook (2000), a diagnostic analysis and numerical simulation were performed to inv...
sponsored by the National Natural Science Foundation of China (Grant Nos. 41275095, 41075037);the National Key Basic Research Program of China (Grant No.2012CB955204);the Key University Science Research Project of Jiangsu Province (Grant No.14KJA170005)
To investigate the impacts of the diurnal cycle on tropical cyclones (TCs),a set of idealized simulations were conducted by specifying different radiation (i.e.,nighttime-only,daytime-only,full diurnal cycle).It w...
supported by natural Founda mental Research and Development Project“973”Program(2009CB421504);national natural Science Foundation of China(Grant 41075037,41275066 and 41075051);Meteorological key technique integration and application of China Meteorological administration(Grant CMAGJ2013M21).
The cause of the rapid weakening of Typhoon“Bebinca”was analyzed in this paper,by using the NCEP FNL(Final)Operational Global Analysis data on 1°×1°grids and the Tropical Cyclone(TC)Annual Report.The result shows...