National Natural Science Foundation of China(41405104);Specialized Project for Public Welfare Industries(Meteorological Sector)(GYHY201306004);Guangdong Science and Technology Planning Project(2012A061400012);Project of Guangdong Provincial Meteorological Bureau for Science and Technology(2013A04);Science and Technology Plan for the 12th Five-Year of Social and Economic Development(2012BAC22B00)
An ensemble prediction system based on the GRAPES model, using multi-physics, is used to discuss the influence of different physical processes in numerical models on forecast of heavy rainfall in South China in the an...
Project of Science and Technology Program of Guangdong (2006B37202004);Key project of Science and Technology Program of Guangzhou (2007Z1-E0101);Project of Science and Technology Programof Guangdong (2009A030302012);Specialized Project for Forecasters of Promotion of New Technology of China Meteorological Administration (CMATG2007Y04);Project of Guangdong Meteorlogical Bureau(2008A02)
Based on the daily precipitation data of nine stations representing the Xijiang River valley and the National Center for Environmental Prediction/National Center for Atmospheric Research (USA) reanalysis data, this st...
With correlation analysis and factor analysis methods, the effects of preceding Pacific SSTs on subtropical high indexes of main raining seasons are discussed. The results of correlation analysis show that the effects...
Research fund for tropical marine meteorology (200423, 200512);Natural Science Foundation of China (40675054);Open research project of China Meteorological Administration (CMATG2006L03)
The activity of South China Sea southwest monsoon (SCSSM) has direct impacts on the anomalies of important weather in Guangdong province during the raining seasons. So it is necessary to explore thoroughly the activit...
Dedicated Research Fund for Public Interest from the Ministry of Science and Technology (2001DIB20104); "Relationship Between Subtropical Monsoon Circulation and Summer Precipitation in Shandong", a key science project for 2002 in the Shandong province.
Using the monthly mean reanalysis data of height, wind and vertical velocity of NCEP/NCAR from 1958 to 2003, the characteristics of 500hPa height anomalies in the Northern Hemisphere, convergence and divergence on the...
East Asia winter monsoon and Yunnan summertime drought and floods and their interdecadal anomalies a project of the Yunnan Province Science Foundation; a Yunnan Province Foundation project (97D022G)
Based on the data of NCEP, OLR and rainfall of China, we studied the influences of the East Asian winter monsoon activities on the precipitation during the raining season over China by correlation analysis and composi...
Interannual and Interdecadal Variation Laws Governing the Mei-yu in the Changjiang-Huanhe Rivers valley Key Foundation Project in National Natural Science Foundation (40233037); Research on the Interactions between the South Asia High and Asia Monsoon a
Basic climatic characteristics are analyzed concerning the precipitation anomalies in raining seasons over regions south of the Changjiang River (the Yangtze). It finds that the regions are the earliest in eastern Chi...
Scientific Research project of Fujian Meteorological Bureau for 1998
The GMS-5 infrared cloud imagery for two yearly first raining seasons in 1998 and 1999 are used to study the relationship between brightness temperature and surface rain rates. The result shows that it is likely to ha...
Research on the Mechanism and Prediction of Major Climatic Calamities in China a national key program for developing basic science (G199804090303); Science Foundation of Yunnan (97D022G)
The work is a general survey using SSTA data of the Indian Ocean and of precipitation at 160Chinese weather stations over 1951~1997 (47 years). It reveals that the dipole oscillation of SST, especially the dipole ind...
Precipitation anomalies in the first raining season of southern China were analyzed,with the suggestion that there are obvious interannual variation of peak values.In the raining season,the general tendency of precipi...