Theodore Dibble

Professor Theodore Dibble leads computational chemistry research in the Department of Chemistry at SUNY College of Environmental Science and Forestry. His work centers on atmospheric reaction mechanisms and kinetics, with emphasis on mercury redox chemistry, organic radical reactions, and aerosol processes. Current research investigates oxidation pathways of atmospheric mercury involving OH radicals and ozone, with implications for global pollution modeling.

He holds a Ph.D. from the University of Michigan (1992) and completed postdoctoral training at Wayne State University, Purdue University, and Caltech. His laboratory combines quantum chemistry calculations with experimental kinetics to study reactions relevant to climate and air quality.

Research publications demonstrate strong focus on mercury oxidation mechanisms (2016-2024), particularly bromine/OH-initiated pathways and their atmospheric implications. Recent work advances understanding of Hg(0) to Hg(II) conversion through combined computational and experimental approaches, significantly refining global mercury models.

Professor Dibble advises PhD students in environmental chemistry, including Weiyao Gu and Darshi Hewa Edirappulige. His group collaborates with atmospheric modelers to integrate mechanistic insights into regional and global atmospheric chemistry models.