States Japan South / Tokyo / Washington / Ames / Kongju / CSIRO / Beijing / London / /
Company
Cambridge University Press / Oxford University Press / Atmospheric Research Limited / Allerton Press / U.S. Geophysical Fluid Dynamics Laboratory / Suh J. McGregor C. Fu / /
Continent
Europe / Africa / Asia / /
Country
Mongolia / South Africa / Japan / Australia / North Korea / Korea / United Kingdom / China / India / New Zealand / United States / South Korea / Tibet / Asia / / /
START Regional Center / National Institute / Meteorological Research Institute / Kongju National University / Pennsylvania State University / Indian Institute of Technology / Iowa State University / Central Forecasting Institute / University of Colorado / Central Research Institute of Electric Power Industry / Research Institute / Nanjing University / From Yonsei University / Yonsei University / Seoul National University / /
IndustryTerm
satellite estimates / /
NaturalFeature
Yangtze valley / Korean peninsula / Japanese islands / Yangtze River valley / Yangtze / Songhua River valleys / South China Sea / Tibetan Plateau / /
Organization
Cambridge University / Division of Atmospheric Research / START Regional Committee for Temperate East Asia / Yonsei University / Seoul / Industrial Research Organization’s Division of Atmospheric Research Limited Area Model / National Center for Atmospheric Research / Research / Commonwealth Scientific and Industrial Research Organization / Division of Atmospheric Research Limited Area Model / South Korean Government / Atmospheric Environment and Applied Meteorology Research Department / Iowa State University / American Meteorological Society AMERICAN METEOROLOGICAL SOCIETY / Department of Atmospheric Sciences / Seoul National University / Seoul / Research Institute / Meteorological Research Institute / Ministry of Science and Technology of China / African Union / Central Research Institute of Electric Power Industry / Central Forecasting Institute / G7 / Department of Geological and Atmospheric Sciences / Atmospheric Environment Division / IAP/Chinese Academy of Sciences / Oxford University / Ministry of Education / Indian Institute of Technology / Japan Meteorological Agency / Chinese Academy of Sciences / Industrial Research Organization / State Hydrometeorological Administration / Center for Atmospheric Science / University of Colorado / Pennsylvania State University / School of Earth / School of Earth and Environment / Kongju National University / Regional Center for Temperate East Asia / AMERICAN METEOROLOGICAL SOCIETY / Nanjing University / Aspendale / National Institute for Environmental Studies / United Nations / Ministry of Environment / Atmospheric Research / Commonwealth Scientific and Industrial Research Organization / START Regional Center for Temperate East Asia / /
Person
JOHN L. MCGREGOR / Helin Wei / WILLIAM J. GUTOWSKI / MYOUNG-SEOK SUH / Wanli Wu / Seita Emori / Bingkai Su / Ryu Gi Ryol / YASUO SATO / Gomboluudev Purevjav / J. McGregor Y. Sato / JEONG-WOO KIM / Y. Ding / C. J. Vorosmarty / Biosphere / J. J. Katzfey / D. Lee W. Gutowski / Gordon Convective / W. J. Gutowski Jr. / Murari Lal / Gordon Moist / HISASHI KATO / Jang Hyon Chol / Chen / B. M. Fekete / J. McGregor / Suhee Park / Tao / /
Position
host model / Group leader / semi-Lagrangian model / CORRESPONDING AUTHOR / Atmosphere Interaction Model / regional climate model for pan-Arctic hydrologic simulation / regional climate model Japan Spectral / D. J. / /
Product
results / Betts / /
ProvinceOrState
Colorado / Victoria / Iowa / /
PublishedMedium
Atmospheric Research / /
Region
northern China / East China / Eastern China / northeast China / central United States / South China / East Asia / North China / South Korea / /
TVStation
Kida / /
Technology
radiation / Technology of China / MRI / simulation / /
REGIONAL CLIMATE MODEL INTERCOMPARISON PROJECT FOR ASIA BY CONGBIN FU, SHUYU WANG , ZHE X IONG, WILLIAM J. GUTOWSKI, D ONG-KYOU L EE, JOHN L. MCGREGOR, YASUO SATO, HISASHI KATO, JEONG-WOO KIM, AND MYOUNG-SEOK SUH