Xiangna Kong

Papers

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About

Dr. Xiangna Kong is a leading researcher in agricultural meteorology and environmental physics, with a primary focus on the interactions between atmospheric aerosols and crop production. Her work centers on quantifying how particulate pollution affects agricultural yields, particularly in heavily industrialized regions of China. Dr. Kong’s most influential contribution is the development of integrated modeling frameworks that combine satellite aerosol data with crop simulation models like APSIM. Her landmark 2020 study, cited 24 times, provided the first comprehensive assessment of aerosol radiation effects on maize production across China, revealing significant yield suppression in polluted agricultural zones. A subsequent 2020 paper extended this analysis to quantify biomass and yield losses in heavily polluted areas, demonstrating the critical role of diffuse radiation in crop growth. Her research has been instrumental in bridging atmospheric science and agronomy, offering actionable insights for policymakers addressing food security under air quality challenges. Dr. Kong’s work is widely recognized for its methodological rigor and practical implications, establishing her as a key voice in understanding climate-pollution-agriculture nexus.