Yunfei Wu

Papers

Total Citations

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About

Yunfei Wu is a leading atmospheric scientist whose research focuses on the vertical profiling of aerosol optical properties and their climatic impacts, particularly over urban environments like Beijing. His major contributions lie in revealing how aerosol heating rates and radiative forcing vary dramatically with altitude—a critical insight often missed by surface or satellite measurements alone. His landmark study, “In situ vertical characteristics of optical properties and heating rates of aerosol over Beijing” (2020), has garnered 68 citations, demonstrating its influence on the field. By deploying aircraft-based in situ measurements, Wu provided the first detailed characterization of how black carbon and other aerosols absorb solar radiation at different heights, significantly refining models of regional climate forcing. His work is essential for understanding the complex interplay between air pollution and meteorology, offering a more nuanced view of how aerosols warm the atmosphere and affect boundary layer dynamics. Wu’s innovative approach bridges observational gaps, making him a key voice in aerosol-climate research and a vital resource for students and scientists studying urban air quality and radiative transfer.