Academic degree programs in the Graduate Group in Environmental Health Sciences (EHS) are recommended for individuals with clear research orientations who wish to complete work of an interdisciplinary nature. Applicants may apply to the MS program, the PhD program, or the joint MS/PhD program. EHS is administered within the Division of Environmental Health and the School of Public Health. Although students receive their academic degrees from the graduate group (under the jurisdiction of the Graduate Division of the UC Berkeley campus), students are also affiliated with and apply to the School of Public Health.
Much of the work at the Environmental Health Sciences Division is focused on the study of human populations exposed to chemical or biological agents in either the community or occupational environments. Faculty in the group are closely involved with epidemiological studies, often developing biological markers that can serve as indicators of human exposure before full-blown disease results. Many of these studies are done in collaboration with other first-rank research institutions in the U.S. and around the world. Collaborative research opportunities also exist with world-renowned exposure assessment groups in the College of Engineering at Berkeley and the Lawrence Berkeley National Laboratory.
There is no undergraduate program in Environmental Health Sciences.
Environmental Health Sciences: MS, MS/PhD, PhD
Faculty and Instructors
John R. Balmes, Professor in Residence. Effects of exposure to outdoor air pollution on respiratory and cardiovascular health, immune and glucose, dysregulation, and obesity in children and adults, Effects of exposure to household air pollution (from combustion of biomass fuels for domestic cooking) on respiratory and cardiovascular health in children and adults, Effects of early-life exposure to pesticides on respiratory health later in the life course, Effects of arsenic in drinking water on respiratory health, Interactive health effects of exposures to air pollution and psychosocial stress.
Ellen Eisen, Professor in Residence. Exposure-response models for occupational health studies, Healthy worker survivor bias, Occupational respiratory disease.
S. Katharine Hammond, Professor. Evaluation of air pollution exposures and their effects on children, including preterm birth, birth defects, respiratory and cardiovascular health, immune and glucose dysregulation, and obesity, Development of new methods to evaluate exposures to outdoor and indoor air pollutants, secondhand smoke and occupational chemicals, Neurologic and reproductive effects of hexane on workers, Exposure and health effects of secondhand smoke and international efforts for tobacco control, Measurement of exposure to polycyclic aromatic hydrocarbons and the associated health effects from outdoor, air pollution (China and US) and also biomass burning indoors (Nepal, China, Guatemala, Nigeria).
Catherine Koshland, Professor. Air toxics and combustion, In situÂ diagnostics for combustion, air toxics and nanoparticles, Health impacts of nanoparticles, Energy, technology and social and cultural impacts, Environmental health regulation and policy.
Justin Remais, Associate Professor. Environmental dynamics of infectious diseases, Global environmental change and health, Methodological issues in the projection of infectious disease risks in response to environmental change. Optimizing infectious disease surveillance in low- and middle-income countries.
Kirk R. Smith, Professor. Relationships among environmental quality, health, resource use, development, and policy in developing countries, Health effects of air pollution exposures in developing countries, particularly health effects in women and children from household air pollution due to household fuels.
Martyn T. Smith, Professor. Biomarkers of Carcinogenesis, Diet as a Risk Factor for Cancer, Biomarkers of Benzene Exposure and Genotoxicity, Childhood Leukemia and Environmental Exposures.
Stephen Rappaport, Professor. Development and application of biomarkers of exposure to toxic chemicals, including benzene and polycyclic aromatic hydrocarbons, Assessment of long-term chemical exposures for purposes of controlling workplace hazards and investigating exposure-response relationships.