Cameron C. Lee, Ph.D.

Assistant Professor
Department of Geography
Kent State University

My main research interests are in applied climatology, focusing on utilizing synoptic methods in a variety of applications, often incorporating climate change. Our current NASA-funded research integrates atmospheric circulation patterns and surface weather types into the development of a water clarity index as an indicator of climate change in the Great Lakes (and previously, in the coastal southeastern United States). One of our current NOAA-funded research projects utilizes synoptic climatology to examine various human health-related multivariate indicators of climate change, while another NOAA-funded project uses ciruclation patterns to help predict daily-scale sea-level variability. Previous grant-based research includes projections of future heat waves and heat-related mortality in California due to climate change, and assessing the impacts of weather on asthma in New York State.

Earlier research has included studying the relationship between air pollution and weather in Cleveland, the association of circulation patterns to chlorophyll levels along the Florida Gulf Coast, the impact of weather types on winter mortality, and projecting future tornadoes in the US using atmospheric circulation patterns. My dissertation research was the development of a gridded weather typing classification (GWTC) system, which is now updated annually, extends to over 9000 locations throughout North America, and has been applied to various climate-related outcomes.

In addition to my research activities, I have co-authored five review articles on the topic of synoptic climatology, reviewed grant proposals for the National Science Foundation, served as a peer-reviewer for a dozen academic journals, and have presented my research at numerous national and international conferences. I also serve as the Managing Editor of the International Journal of Biometeorology.