National Natural Science Foundation of China(40730948,40875030,41475041)
Employing the mesoscale WRF(Weather Research and Forecast) model, Super Typhoon Saomai(2006) is simulated. The variation of track and intensity and its offshore rapid intensification process are well demonstrated by t...
National Natural Science Foundation of China(40875025,40875030,40775033,40921160381);Shanghai Natural Science Foundation of China(08ZR1422900);Key Promotion Project of New Meteorology Technology of the China Meteorological Administration in 2009(09A13)
A rainfall that occurred during 0200–1400 Beijing Standard Time(BST)25 August 2008 shows the rapid development of a convective system,a short life span,and a record rate of 117.5 mm h-1for Xujiahui station since 1872...
Supported by the National Natural Science Foundation of China (40875030, 40730948, and 40575018);China Meteorogical Administration Climate Change Program (CCSF2007-13)
In order to investigate the different thermodynamic mechanisms between rapid intensifying (RI) and rapid weakening (RW) tropical cyclones (TCs), the thermodynamic structures of two sets of composite TCs are anal...
Natural Science Foundation of China (40875025,40875030)
When super typhoon Sepat came close to the Fujian coastline on the night of 18 August 2007 (coded as 0709 in Chinese convention), an associated tornado-like severe storm developed at 2307–2320 Beijing Standard Time i...