Yiquan Jiang
Papers
2
Total Citations
170
H-Index
2
About
Yiquan Jiang is a leading climate scientist whose research focuses on aerosol-climate interactions, particularly the radiative effects of brown carbon and its impacts on global climate systems. His most influential work, "Radiative effect and climate impacts of brown carbon with the Community Atmosphere Model (CAM5)" (2018), has garnered over 165 citations, highlighting its significance in advancing the representation of light-absorbing organic aerosols in climate models. Jiang’s major contribution lies in demonstrating that brown carbon—emitted from biomass and biofuel burning—plays a critical role in absorbing shortwave radiation, thereby influencing atmospheric heating and regional climate patterns. By integrating these findings into the widely used CAM5 model, he has provided a more accurate framework for assessing aerosol radiative forcing. This work has profound implications for understanding the climatic consequences of wildfires and agricultural burning. Jiang’s research bridges observational data and modeling, offering essential insights for policymakers and climate scientists. His achievements underscore the importance of refining aerosol representations to improve climate projections, making him a key figure in contemporary atmospheric science.
Research Focus
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Top Papers
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