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Modeling the health impacts of air pollution

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Air pollution, especially outdoor fine particulate matter (PM2.5), has been linked to chronic conditions like heart disease, stroke, and lung cancer. In rapidly growing urban centers like Mexico City, that disease burden is intensified by population density and other compounding health risks. This project will use simulation models to project future trends in air pollution-related chronic disease across a range of pollution scenarios over the next 30 years. Drawing on newly available datasets on disease prevalence, mortality, and PM2.5 levels in Mexico City from 1990 to 2020, the researchers will identify how cumulative pollution exposure drives disease outcomes and model the health benefits of potential policy interventions — equipping Mexican policymakers with evidence to evaluate air quality policies and their impacts on health equity.

Project: Anticipating and Mitigating the Population Health Impacts of Air Pollution: The Example of the Mexico City Metropolitan Area
Funding Source: Environmental Ventures Projects 
Funding Year: 2026
Research Areas: Public Health
Regions: North America

Research Team:
Jeremy Goldhaber-Fieber (Health Policy)
Marissa Reitsma (Health Policy)

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