Characterizing the magnitude, time course, and risk factors of pollen-associated health effects in the industrial Midwest in a changing climate.

Understanding pollen phenology to build a better pollen prediction model.

Shifts in climate are changing seasonal infectious disease dynamics, particularly for environmentally-transmitted diseases. This project assesses what climate change means for the future of cholera epidemics?

Applying approaches at the intersection of social and environmental epidemiology to consider climate change, environmental hazards, and the role of colonialism as a determinant of health during disasters.

Building epidemiological models to understand associations between environmental phenomena – such as drought and fires – and environmental disruptions – such as the drilling of new oil wells or fallowing of agricultural lands – and Valley fever incidence in California and Arizona.

Investigating the relationship between major climate phenomenon – such as flooding – and disease outbreaks (e.g. histoplasmosis and blastomycosis).

More info to follow soon...

More info to follow soon...