National Basic Research Program of China(2013CB430105);National Natural Science Foundation of China(41405059,40775038,40875031,40975036)
According to the characteristics of organized cumulus convective precipitation in China,a cumulus parameterization scheme suitable for describing the organized convective precipitation in East Asia is presented and mo...
supported by,National Natural Science Foundation of China (Grant Nos.40775038,40875031,40975036 and 40730948);Wuxi Research Center for Environment Science and Technology
We used a two-dimensional quasi-geostrophic barotropic model simulation to study effects of an initial brows-like meso-scale vortex on tropical cyclone (TC) track. Our results show that the impact of each of the three...
supported by the National Natural Science Foundation of China (Grant Nos. 40775038,40875031 and 40975036)
Initial mesoscale vortex effects on the tropical cyclone (TC) motion in a system where three components coexist (i.e., an environmental vortex (EV), a TC, and mesoscale vortices) were examined using a barotropic...
supported by the National Natural Science Foundation of China (40775038,40975036 and 40730948)
Energy dispersion is a fundamental scientific problem in the study of natural disasters such as typhoons, heavy rain and earthquakes. The problem has been addressed by both multi-discipline research and forecast studi...
supported by the National Natural Science Foundation of China (Grant Nos. 40775038,40875031 and 40975036);the Science Foundation of Wuxi Environment Science and Technology Research Center
This paper examines initial meso-scale vortex effects on the motion of a tropical cyclone (TC) in a system where coexisting two components of TC and meso-scale vortices with a barotropic vorticity equation model. Th...