Hero Image

The Abbatt Group

Environmental Chemistry

Motivated by the changing composition of the atmosphere, our research focuses on studies of atmospheric chemical processes, with attention given to the multiphase chemistry occurring on surfaces and with aerosol particles and clouds. A new research interest is the chemistry of the indoor environment.

Latest Publications

Ozone Loss on Painted Surfaces: Dependence on Relative Humidity, Aging, and Exposure to Reactive SVOCs

Jillian P. Downey, Pascale S. J. Lakey, Manabu Shiraiwa, Jonathan P. D. Abbatt. Environmental Science & Technology (June 2024)

Sources of wintertime atmospheric organic pollutants in a large Canadian city: Insights from particle and gas phase measurements

Laura-Helena Rivellini, Spiro Jorga, Yutong Wang, Alex K. Y. Lee, Jennifer G. Murphy, Arthur W. Chan, Jonathan P. D. Abbatt. Environmental Science & Technology: Air (May 2024)

When Does Multiphase Chemistry Influence Indoor Chemical Fate?

William D. Fahy, Frank Wania, Jonathan P. D. Abbatt. Environmental Science & Technology (Feb 2024)

Light exposure of wood smoke aerosol: connecting optical properties, oxidation, radical formation, and chemical composition

Carolyn Liu-Kang, Anna Sokolova, Yufeng Gong, William D. Fahy, Hui Peng, Jonathan P. D. Abbatt. Environmental Science & Technology: Air (Feb 2024)

[All Publications]

Group News

Recent Graduates

September 26, 2022: Congratulations to Dr. Zilin Zhou for successfully defending his PhD thesis, titled "Chemical Fates of Oils Deposited on Indoor Surfaces". Dr. Zhou has since begun a postdoctoral research position at Health Canada.

October 17, 2022: Congratulations to Dr. Stephanie Schneider for successfully defending her PhD thesis, entitled "Connecting the Atmosphere and the Ocean through Reactions at the Sea Surface Microlayer"! Dr. Schneider has since begun a postdoctoral position at McMaster University, working with Dr. Sarah Styler.

Follow us on Twitter for the latest updates in Environmental Chemistry at University of Toronto.