Taiwan / Japan / United States / Korea / China / Asia / India / /
Currency
USD / ECS / / /
Event
Natural Disaster / Environmental Issue / /
Facility
Regional Specialized Meteorological Center-Tokyo Typhoon Center / University of Hawaii / Seoul National University / / /
IndustryTerm
operational tool / Online Lett / /
NaturalFeature
Eastern China Sea / East China Sea / Philippine Sea / Nino-Southern Ocsillation sea / Korean Peninsula / South China Sea / South China coast / /
Organization
Seoul National University / Seoul / Korean government / Columbia Univ. / Korean Meteorological Administration / United Nations / University of Hawaii / World Meteorological Organization / National Emergency Management Agency / School of Earth and Environmental Sciences / National Oceanic and Atmospheric Administration / Department of Energy / Regional Specialized Meteorological Center-Tokyo Typhoon Center / Department of Meteorology / /
Person
Pao-Shin Chu / Hyeong-Seog Kim / / /
Position
Corresponding Author / Corporal / /
Product
TC / Eq / /
ProvinceOrState
Hawaii / /
Region
East China / south China / eastern China / East Asia / /
ASIA-PACIFIC JOURNAL OF ATMOSPHERIC SCIENCES, 45, 1, 2009, p[removed]Seasonal Prediction of Tropical Cyclone Frequency over the East China Sea through a Bayesian Poisson-Regression Method 1