Research Institute / Korean Meteorological Research Institute / Hokkaido University / Kyushu University / The University of Tokyo / National Institute / Chiba University / University of Tokyo / Seoul National University / /
IndustryTerm
satellite method / satellite algorithm / aerosol classification algorithm / satellite product / satellite-borne imager / meso-scale chemical model / satellite-radiance effective aerosol types / gas absorption model / radiation network / satellite result / satellite type classification / satellite data / chemical composition / aerosol chemical transport model / satellite value / chemical aerosol types / satellite values / satellite remote sensing / satellite methods / cloud screening algorithm / /
MusicAlbum
Culture / Technology / Sports / Science / /
NaturalFeature
East China Sea / /
Organization
Korean Meteorological Research Institute / School of Earth and Environmental Sciences / University of Tokyo / Japan Division of Environment and Resource Engineering / National Space Development Agency of Japan / Chiba University / Research Institute for Applied Mechanics / Seoul National University / Seoul / Graduate School / Center for Climate System Research / National Institute for Environmental Studies / Kyushu University / Center for Environmental Remote Sensing / Research Institute for Humanity and Nature / National Aeronautics and Space Administration / Hokkaido University / Atmospheric Environment Division / Ministry of Education / /
Position
General / Corresponding author / King / /
Region
East China / /
Technology
radiation / broadband / Remote Sensing / Technology of Japan / two algorithms / satellite algorithm / aerosol classification algorithm / cloud screening algorithm / simulation / /
Significance of direct and indirect radiative forcings of aerosols in the East China Sea region Teruyuki Nakajima1†, Miho Sekiguchi1, Toshihiko Takemura2, Itsushi Uno2, Akiko Higurashi3, Dohyeong Kim4, Byung Ju Sohn4,