Kyung Ho Moon
Papers
1
Total Citations
72
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About
Dr. Kyung Ho Moon is a leading figure in satellite-based atmospheric remote sensing, with a primary focus on advancing aerosol retrieval algorithms for air quality monitoring over Asia. His most influential work centers on the Geostationary Environment Monitoring Spectrometer (GEMS), a cutting-edge instrument that provides continuous, high-resolution UV spectral measurements from geostationary orbit. Dr. Moon’s landmark 2018 paper, cited 72 times, introduced an optimal estimation-based algorithm that dramatically improves the accuracy of aerosol optical property retrievals from GEMS data. This contribution is pivotal for tracking pollution transport and understanding regional climate impacts, as it enables near-real-time, high-frequency observations previously impossible from polar-orbiting satellites. His research has directly supported the operational success of GEMS, which launched in 2020, and his methods are now foundational for subsequent studies on aerosol composition and radiative forcing. By bridging the gap between complex satellite measurements and actionable environmental data, Dr. Moon’s work has earned him recognition as a key innovator in geostationary atmospheric science, with his algorithms shaping the next generation of air quality monitoring systems across Asia.
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Top Papers
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