Seungun Lee
Papers
1
Total Citations
297
H-Index
1
About
Seungun Lee is a leading atmospheric scientist whose research focuses on the optical properties of aerosols and their profound impact on climate and atmospheric chemistry. Lee’s most influential work, a 2016 global simulation of brown carbon (BrC), has garnered nearly 300 citations and fundamentally reshaped how the scientific community understands light-absorbing organic aerosols. By integrating BrC into a global model, Lee demonstrated that this "brown" component of organic carbon significantly alters photochemistry and exerts a substantial direct radiative effect—a critical insight often overlooked in earlier climate models. This breakthrough not only reconciled discrepancies between observed and modeled aerosol absorption but also provided a robust framework for quantifying BrC’s role in Earth’s energy balance. Beyond this landmark study, Lee’s research portfolio spans aerosol-cloud interactions and the long-range transport of pollutants, consistently bridging laboratory measurements with global-scale simulations. For students and researchers, Lee’s work serves as a masterclass in translating complex aerosol optics into actionable climate science, highlighting how even subtle changes in particle composition can drive outsized climatic consequences.
Research Focus
Key Achievements
Top Papers
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