Hyung‐Min Lee

Papers

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About

Hyung-Min Lee is a researcher focused on atmospheric aerosol optics and their implications for climate forcing. His work centers on refining the calculation of Single Scattering Albedo (SSA)—a critical parameter that determines whether aerosols cool or warm the planet by balancing scattering and absorption of sunlight. Lee’s major contributions address the persistent uncertainty in SSA estimates, which directly impacts the accuracy of Direct Radiative Forcing (DRF) calculations. His 2020 study, "Parametric analysis for global single scattering albedo calculations" (9 citations), systematically identifies key variables influencing SSA, providing a framework for more reliable global assessments. Earlier, in "Key factors affecting single scattering albedo calculation" (2017, 6 citations), he pinpointed specific sources of error in SSA retrieval, offering actionable insights for climate modelers. By highlighting how even small SSA variations can alter DRF predictions, Lee’s work helps bridge the gap between theoretical aerosol physics and practical climate policy. His research is essential for reducing uncertainties in Earth’s energy budget, making him a valuable contributor to aerosol-climate science.