Year of Award
Master of Arts (MA)
Department or School/College
Erin Semmens, Thales A. P. West
protected areas, respiratory diseases, planetary health, environmental health
University of Montana
Econometrics | Environmental Public Health | Health Economics | Respiratory Tract Diseases
I assessed the impacts of upwind protected area coverage on local respiratory health within the Brazilian Amazon. A hypothesized mechanism is the legal prohibition of human ignited fires within protected areas, reducing particulate matter pollution, impacting respiratory health downwind. The connection between fires and respiratory diseases in the Amazon is well established (Smith et al. 2014; Rangel and Vogl 2019; Rocha and Sant’anna 2020). What is not well understood is the potential that government policies aimed at preventing ecosystem loss may also promote health and wellbeing, combining the UN sustainable development goals 3 and 15. Protected areas currently dominate government conservation efforts across the globe, but empirical evidence of the health impacts of protected areas remains a small body of literature. I combined Brazilian government data for monthly municipal respiratory disease hospitalizations and monthly upwind protected area coverage. I utilized a fixed-effects model with socioeconomic and environmental controls to isolate changes in upwind PA coverage on changes in respiratory disease hospitalizations. This research highlighted the cross-boundary effects of protected areas on health and the potential for government policy synergies between environmental conservation and public health. To my knowledge, this was the first examination of upwind protected areas' impacts on downwind health outcomes.
Sheehan, Derek Michael, "Protecting Life and Lung: Protected Areas Affect Fine Particulate Matter and Respiratory Hospitalizations in the Brazilian Amazon Biome." (2021). Graduate Student Theses, Dissertations, & Professional Papers. 11758.
© Copyright 2021 Derek Michael Sheehan