MAPS CO / Satellite Retrieval Group / MLS O3 and CO / Li UCLA Climate Modeling Group / Qing Yang Dalhousie University Modeling/Satellite Group / MOZAIC Group / OMI CO / Modeling Group / Dale Allen Harvard-Smithonian Satellite Retrieval Group / /
Country
France / United States / Korea / / /
Facility
Qing Yang Dalhousie University Modeling/Satellite Group Prof. Randall Martin Yonsei University / Dr. Jinwon Kim University of Maryland Global/regional Modeling Group Drs. / Dr. Dong Wu Georgia Institute of Technology Regional Modeling Group Prof. Yuhang Wang California Institute / /
IndustryTerm
satellite-derived chemical regimes / implement satellite canopy heights / geostationary satellite project / chemical regimes using satellite / satellite canopy heights / chemical transport models / satellite observations / chemical regimes / satellite resources / satellite-observed canopy heights / satellite measurements / remote sensing-derived chemical regimes / /
Organization
UCLA / Jinwon Kim University of Maryland Global/regional Modeling Group Drs. / Dong Wu Georgia Institute of Technology Regional Modeling Group / Harvard / Yuhang Wang California Institute of Technology Atmospheric Science Group / National Aeronautics and Space Administration / Yonsei University / Dalhousie University / Environmental Protection Agency / /
Person
Annmarie Eldering / Kelly Chance / Chun Zhao / John Worden / Ken Pickering / Daewon Byun / Silver Spring / / /
Position
team member / Group Lead Scientist / /
PublishedMedium
Atmospheric Chemistry and Physics / Geophysical Research Letters / Atmospheric Research / /
Improving NAQFC O3 Predictions over remote sensing-derived chemical regimes Yunsoo Choi1,2, Daewon Byun1, Pius Lee1, Rick Saylor1, Ariel Stein1,2, Daniel Tong1,2, Hyuncheol Kim1,2, Fantine Ngan3, Tianfeng Chai1,2, and Yu