National Center / Plant Pathology / University of Maine / Croul Hall / Snee Hall / Cornell University / Oregon State University / Stennis Space Center / Cordley Hall / University of California / Aubert Hall / University of Southern Mississippi / /
IndustryTerm
chemical form / satellite fluorescence quantum yields / Satellite fluorescence / fluorescence line height products / satellite viewing geometry / satellite platform / satellite fluorescence data / satellite fluorescence detection capabilities / factor influencing satellite-based quantum yields / satellite-based fluorescence / line height products / fluorescence line height product / energy / light-dependent energy-quenching processes / important new tool / light energy / ocean color processing / satellite-based phytoplankton chlorophyll fluorescence / satellite-based chlorophyll fluorescence data / satellite chlorophyll fluorescence observations / sunlight energy / relating global satellite fluorescence / /
NaturalFeature
Arabian Sea / Southern Ocean / Southern Hemisphere ocean / Somali coast / Ocean Phytoplankton / Northern Indian Ocean / Indian Ocean / /
Organization
European Geosciences Union / Flight Center / Institute for Computational Earth System Science / Department of Geography / Oregon State University / University of California / Santa Barbara / National Center / University of California / Irvine / Cornell University / University of Southern Mississippi / NASA’s MODIS / Environmental Prediction/National Center for Atmospheric Research / Stennis Space Center / National Aeronautics and Space Administration / University of Maine / /
Person
Wang / Gordon / Dodson / Thomas / /
Position
King / forward / /
ProvinceOrState
Maine / Maryland / Oregon / Mississippi / Florida / California / Massachusetts / /
PublishedMedium
Plant Pathology / Atmospheric Research / /
Region
South Pacific / Northern Indian Ocean / Indian Ocean / North Atlantic / Southern Mississippi / /