City University of Hong Kong / Scripps Institute of Oceanography / South China Sea Institute of Oceanology / Institute of Atmospheric Physics / Oceanic bridge / 2.5º latitude/longitude square / /
IndustryTerm
climate systems / rain-bearing synoptic systems / vigorous circulation systems / /
NaturalFeature
Yangtze River / Nanling mountain range / South China Sea / /
Organization
Joint National Natural Science Foundation / American Geophysical Union / Chinese Academy of Sciences / Institute of Atmospheric Physics / School of Energy and Environment / Center for Monsoon System Research / Chinese Meteorological Bureau / National Oceanic and Atmospheric Administration / City University of Hong Kong / Hong Kong / Scripps Institute of Oceanography / South China Sea Institute of Oceanology / /
Person
Lin / Kang Li-Hua / D. S. Battist / Latif / Guy Carpenter / Wang / R.H. Huang / Chen Wen / Guo / B. L. Yan / R. H. Zhang / J. Vimont / A. C. Hirst / Barnett / /
Position
D. J. / Carpenter Asia-Pacific Climate Impact center / summer monsoon *Corresponding author / /
ProvinceOrState
New York / /
PublishedMedium
Energy and Environment / /
Region
Southern china / East China / South China / North Atlantic / South Asia / Southeast Asia / East Asia / /
The Implications of ENSO Signal for South China Monsoon Climate Wen ZHOU1* Wen CHEN2 & D X WANG3 1 Guy Carpenter Asia-Pacific Climate Impact center, CityU-IAP Laboratory for Atmospheric Sciences, School of Energy and Env