Papers
10
Total Citations
498
H-Index
7
About
Ke Gui is a leading atmospheric scientist whose research focuses on aerosol optical properties, satellite remote sensing, and climate-driven atmospheric composition changes. His major contributions include pioneering the application of the GRASP/Component algorithm to derive global aerosol component concentrations from multi-angular polarimetric observations and long-term AERONET measurements, creating new value-added datasets that enable more accurate assessments of aerosol radiative forcing. His work has been widely recognized, with his top-cited paper on evaluating precipitable water vapor over China using multiple platforms accumulating 148 citations, and his analysis of MERRA-2 aerosol optical depth trends over China from 1980 to 2017 garnering 142 citations. Gui has also advanced the understanding of spatial and temporal distributions of cloud optical depth and aerosol microphysical properties, with several studies exceeding 30 citations. His comprehensive validation of satellite and reanalysis products against ground-based networks has provided critical insights into aerosol-climate interactions. Through these efforts, Gui has established himself as a key figure in aerosol remote sensing and climate research, with his work directly supporting improved climate modeling and environmental monitoring.
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