Annan Chen

Beijing Normal University, Peking University

Papers

Total Citations

H-Index

About

Dr. Annan Chen is an emerging leader in atmospheric science whose research illuminates the critical interactions between aerosols, wildfires, and the cryosphere. Her work centers on understanding how atmospheric particles and biomass burning influence radiative forcing—the balance of energy in Earth’s atmosphere—with a particular focus on the sensitive Himalayan and Tibetan Plateau (HTP) region. In her most cited study (2022, 35 citations), Dr. Chen used global AERONET data to quantify how aerosol properties and surface albedo together determine the radiative forcing efficiency of key aerosol types, providing a crucial framework for climate modeling. Her more recent, forward-looking work (2025) reveals a striking finding: wildfires during peak fire season significantly heat the middle troposphere over the HTP, with profound implications for glacier melt and regional water security. By linking atmospheric pollution from biomass burning to changes in solar radiation and snow/ice albedo, Dr. Chen’s research directly addresses the mechanisms driving climatic and cryospheric change in one of the world’s most vulnerable regions. Her growing citation record and timely contributions mark her as a researcher whose work is essential for understanding the cascading impacts of fire emissions on high-altitude environments.