Preliminary numerical simulations of marine lower atmospheric processes over South China Sea during the SCSMEX;

The effect characteristics of cross-equatorial current on South China Sea monsoon onset and drought/flood in east China have also been analyzed.

The progressive analysis shows that the transfers in different stages of the Indian monsoon and the south China sea monsoon are also different, which is also the same as the varying of vapour transferring pe.

Relationships among sunspot, eruption of South China Sea monsoon and tropical storm activity are studied preliminarily by using the statistics during the period between 1949 and 1998.

Temporal and spatial variations of the weekly mean SST in the South China Sea(SCS) during the SCS monsoon onset period and impact factors have been analyzed by using the weekly mean SST data and daily NCEP/NCAR reanalyzed surface heat fluxes and 10-m wind from 1982 to 2001.

Role of snow depth in spring of Tibetan Plateau in onset of South China Sea summer monsoon;

The regional durative rainstorm during pre-rainy season over South China is defined and its climatic distribution features before and after the onset of South China Sea summer monsoon are studied using daily rainfall data of 175 stations in Guangdong and Guangxi provinces.

The impacts of spring tropical Indian Ocean Sea Surface Temperature(SST) anomalies on the strength of South China Sea summer monsoon(SCSSM) are investigated by analyzing 50 a Reynolds monthly mean SST data and NCEP/NCAR atmospheric reanalysis data.

Characteristics of the water vapor transporting path in strong and weak SCS summer monsoon years

The Rossby-wave chain triggered by the convection over BOB might be a main factor for the onset of SCS summer monsoon.

The results show that the warmer SST in the SCS in winter and spring can make a good condition for formation of monsoon circulation in high and low levels, which promote the SCS summer monsoon onset.