Kelley Barsanti

Kelley C. Barsanti serves as an Associate Professor within the School of Chemical and Environmental Engineering at the University of California, Riverside. Her academic journey is built upon a strong foundation, having earned her Ph.D. in Environmental Science & Engineering from the OGI School of Science & Engineering at Oregon Health & Science University in 2006. This rigorous background has shaped her deep-seated interest in the intricate world of atmospheric science.

Her scholarly pursuits are fundamentally centered on unraveling the complexities of atmospheric particulate matter. She is particularly driven by understanding how these tiny particles behave in our air and the significant implications they hold for both environmental health and the broader climate system. This area of research is crucial for addressing some of the most pressing environmental concerns we face today.

A significant part of Professor Barsanti's research involves developing sophisticated mechanistic models. These models are designed to shed light on the fundamental processes by which atmospheric particulate matter forms and undergoes transformation in the atmosphere. By building these detailed computational tools, she helps the scientific community better predict and understand air quality dynamics.

She is also deeply involved in the creation and refinement of biomass burning emission inventories. These inventories are vital resources that provide critical data on the pollutants released from events like wildfires and prescribed burns. Her work in this area directly contributes to improving our ability to assess the impact of biomass burning on regional air quality and its influence on global climate patterns.

Furthermore, Professor Barsanti is dedicated to enhancing the representation of secondary organic aerosol within models, particularly focusing on plumes originating from biomass burning. This research aims to make atmospheric models more accurate and reliable, which in turn improves the precision of air quality forecasts. Such advancements are essential for developing effective strategies to protect human populations from harmful airborne pollutants.

Her research also extends to modeling the fascinating process of new particle formation in the atmosphere. She investigates how new particles are born and grow from gaseous precursors, a process fundamental to the lifecycle of aerosols. Understanding these initial steps is key to comprehending their eventual impact on cloud formation, climate change, and overall air quality.

Throughout her distinguished career, Professor Barsanti has consistently emphasized the importance of interdisciplinary collaboration. She actively works alongside fellow scientists, engineers, and policymakers, bridging the gap between fundamental research and practical application. This collaborative spirit ensures that her findings can be effectively translated into actionable insights and inform environmental policy decisions.

Professor Barsanti's dedication extends beyond her research to her role as an educator and mentor. She is deeply committed to guiding and inspiring the next generation of environmental engineers and scientists. Her active participation in academic and professional communities underscores her passion for advancing the field and fostering a collaborative environment for future innovators. Her work continues to be a vital force in addressing critical environmental challenges and striving towards a healthier, more sustainable planet for everyone.