Manila / New York / Guangzhou / Beijing / Insights / /
Continent
America / /
Country
Taiwan / Japan / United States / Australia / Macau / Philippines / China / Taiwan and Manila / / /
Event
Natural Disaster / /
Facility
South China Sea Institute of Oceanology / University of Queensland / Minnesota Supercomputing Institute / Graduate University of Chinese Academy / University of Minnesota / Tohoku University / /
IndustryTerm
Internet connectivity / energy loss / lower energy / energy / composite fault plane solutions / wave energy / travel time / /
NaturalFeature
Philippine Sea / Xisha island / South China Sea / South China Coast / Taiwan island / Penghu island / Dongsha island / Chinese coast / Yellow Sea / Luzon island / Indian Ocean / /
Organization
Department of Geology and Geophysics / Graduate University / Columbia Univ. / Chinese Academy of Sciences / U.S. National Science Foundation / National Oceanic and Atmospheric Administration / Tohoku University / University of Minnesota / Minneapolis / South China Sea Institute of Oceanology / National Natural Science Foundation of China / University of Queensland / European Union / Minnesota Supercomputing Institute / United Nations Educational Scientific and Cultural Organization / Princeton Univ. / /
Person
Hui Lin / Fumihiko Imamura / / /
Position
Professor / Major / /
ProvinceOrState
Queensland / Minnesota / Sandwell / New York / Hainan / /
Region
Indian Ocean / South China / southern Taiwan / eastern Asia / south Philippines / South Taiwan / /
Can Tsunami Waves in the South China Sea be Modeled with Linear Theory? Yingchun Liu1,2 , Yaolin Shi2 , Hailing Liu1 ,