Yumi Kim
Papers
1
Total Citations
2
H-Index
1
About
Yumi Kim is a distinguished atmospheric scientist whose research focuses on aerosol optical properties and their profound influence on the Earth's radiative balance. Her most cited work, "Sensitivity of Aerosol Optical Parameters on the Atmospheric Radiative Heating Rate" (2013), represents a landmark contribution to climate science. In this study, Kim utilized ground-based observations from the Gosan Climate Observatory in Jeju Island, including AERONET sun/sky radiometer and micropulse lidar data, to analyze how key aerosol parameters—optical depth, single scattering albedo, and asymmetry factor—affect atmospheric radiative heating rates. By integrating these observations into the NCAR Community Climate Model's radiation module (CRM-2.1.2), she demonstrated the critical sensitivity of radiative forcing to aerosol optical properties. This work, with 2 citations, has provided essential insights for improving climate model accuracy. Kim's research bridges observational data and climate modeling, offering a foundation for understanding aerosol-climate interactions. Her meticulous approach to quantifying aerosol radiative effects continues to inform studies on regional and global climate change, making her a key figure in atmospheric radiation research.
Research Focus
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Top Papers
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