Prof. Justin Remais' research advances methods for estimating the health risks that result from a wide range of environmental changes, such as those associated with rapid urbanization, industrialization, changes in water resources, and a changing and more variable climate. His research group at Berkeley is presently investigating the dynamics of key infectious diseases in rapidly changing environments, including through NIH- and NSF-funded projects with partners in China, Ecuador and Senegal that address fundamental questions regarding how infectious diseases spread, and what can be done to interrupt their transmission. Prof. Remais led a team that published seminal work in The Lancet on of the health consequences—both adverse and beneficial—of rapid urbanization in China, and its interaction with population aging and other demographic trends. In other work, his group was the first to show that famine induces long-term and intergenerational effects on infectious disease transmission (PNAS), and he led the first international research effort to estimate the burden of water, sanitation and hygiene-attributable infectious diseases across China in the presence of a changing climate (Nature Climate Change). He is presently leading NSF- and NIH-funded research investigating COVID-19 transmission dynamics within school settings; how hydrodynamics and social dynamics interact to influence the transmission of waterborne pathogens in Ecuador and China; and how agrochemical use influences the transmission of parasitic diseases in West Africa. His group's other major NIH-funded research is developing of new approaches for simulating and optimizing surveillance networks to detect existing and emerging infectious diseases under changing epidemiological and environmental conditions, with a focus on diarrheal diseases, malaria, dengue, leptospirosis, TB, Japanese encephalitis, schistosomiasis and HFMD. His research projects in California include an investigation of the changing epidemiology of West Nile virus in the state, and research on the spread of coccidioidomycosis through drought and heavy rainfall cycles. Prof. Remais received his MS in Civil and Environmental Engineering and PhD in Environmental Health Sciences from the University of California, Berkeley.