The University of Michigan School of Public Health
Exposure Assessment, Source Identificationand Health Effects of Air Pollutants

Dvonch Lab - Exposure Assessment, Source Identification, and Health Effects of Air Pollutants

   Leader      J. Timothy Dvonch, Ph.D.
   Major fields      Exposure, Epidemiology/Medicine
Keywords
Particulate matter, receptor modeling, trace metals.
Exposure Assessment, Source Identification, and Health Effects of Air Pollutants
Description
Dr. Dvonch's work focuses on the exposure assessment, source identification, and health effects of air pollutants. He obtained a B.S. in Chemistry in 1992. In 1994, he earned an M.S. in Environmental Health Sciences, and subsequently a Ph.D. in Environmental Health Sciences in 1998. Dr. Dvonch collaborates on several large multi-disciplinary projects focused on environmental exposures and their related effects on health.

Research Areas

bulletAir pollutant exposure assessment and source identification.

Investigation of the mass, number, and chemical composition of ambient particles for exposure assessment at the community, micro-environmental, and personal level. Subsequent application of these data and methods for source identification and apportionment of the pollutants through the use of receptor models.

Air pollutant exposure assessment and source identification
bulletHealth effects of exposure to air pollutants.

Investigations of the health effects of well-characterized exposures, both through controlled pollutant exposure studies (animals and humans) as well as population-based epidemiological investigations, using biological risk markers and outcomes including but not limited to respiratory and cardiovascular disease.

Health effects of exposure to air pollutants
bulletAtmospheric sources, transport, and fate of mercury in the environment.

Studies investigating the emission sources of mercury to the atmosphere, as well as the subsequent atmospheric transport and deposition to sensitive ecosystems, with particular attention to measurement methods development specific to mercury.

Atmospheric sources, transport, and fate of mercury in the environment