معرفی
Adam Sobel is a Professor of Applied Physics and Applied Mathematics and of Earth and Environmental Sciences at Columbia University's Lamont-Doherty Earth Observatory and Engineering School. His research focuses on the dynamics of climate and weather phenomena, particularly in the tropics, with recent emphasis on understanding risks to human society from extreme weather events and climate change.
Dr. Sobel's research spans atmospheric science with particular expertise in tropical meteorology, climate dynamics, and extreme weather events. His work examines the physical mechanisms behind tropical convection, hurricane formation and behavior, and the impacts of climate change on weather extremes. He has developed innovative approaches to assess climate risk and the value of information for climate adaptation decision-making, effectively bridging fundamental atmospheric science with practical applications for society.
Analysis of Dr. Sobel's recent publications reveals a strong focus on tropical cyclone risk assessment in a changing climate, with particular attention to uncertainty quantification. His research spans from fundamental atmospheric dynamics (tropical convection, cold pools, boundary layer processes) to applied risk modeling for hurricanes and heatwaves. Geographically, his work covers the tropical Pacific, North Atlantic, South Asia, and South America, with detailed case studies on events like Hurricane Sandy and the 2023 Rio de Janeiro heatwave.
Dr. Sobel has authored or co-authored over 150 peer-reviewed scientific articles and a popular book titled Storm Surge about Hurricane Sandy. His research has significant societal implications, as evidenced by his numerous op-eds connecting climate science to public policy and risk management.
Dr. Sobel leads research that combines theoretical atmospheric science with practical applications for climate risk management. His work often involves interdisciplinary collaborations and has contributed to advancing methodologies for assessing tropical cyclone hazards and the societal impacts of extreme weather events in the context of climate change.
