Engineering Research: Climate
Modern environmental problems are inherently interdisciplinary, involving such issues as: alleviating the impacts of waste disposal on human and ecological receptors, treating non-point source emissions, developing new technologies to address water and air pollution, understanding the causes and impacts of climate change, characterizing the life-cycle impacts of human activities and addressing the role of energy utilization in environmental degradation. Such problems are among the most challenging problems an engineer can face, requiring collaborative approaches to develop sustainable solutions.
The UC Davis Environmental Engineering graduate program provides an advanced education that enables graduates to solve challenging environmental quality problems at global, regional and local levels, with faculty expertise in water and wastewater, air, soil, energy and sustainability.
Dr. Chris Cappa, Professor, Civil and Environmental Engineering
Professor Cappa is interested in quantifying and understanding the processes that control the emission, evolution, and impacts of atmospheric aerosols. The Cappa group carries out laboratory and field studies, and develops and applies simple models, to characterize and predict aerosol physical, chemical and optical properties. Their work informs the development of more effective air pollution control strategies and air pollution and climate models, and provides insights into the atmospheric behavior of small particles.