Explore Planetary Health

Research & Resources

Browse or search our curated collection of research articles, tools, videos, and other Planetary Health resources. Featuring approximately 2,000 research articles and additional tools spanning a variety of thematic areas, our library has information on Planetary Health for every audience — whether you’re exploring the field for the first time, an educator hoping to engage Planetary Health in your classroom, a seasoned scientific researcher, or someone looking to making a difference in your community and in the world. New resources are added every month.

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What drives parents’ use of air quality indexes during wildfire smoke events: Predictors of index knowledge, frequent checking, and following health guidance. Population and Environment.
The remains of wildfire-charred trees against a pale sky with mountains in the background.

Life Stage and Reproductive Health Air Pollution

What drives parents’ use of air quality indexes during wildfire smoke events: Predictors of index knowledge, frequent checking, and following health guidance. Population and Environment.

This study explored differences in AQI use and adherence among parents in British Columbia, Canada, and three US states, California, Oregon and Washington—jurisdictions that experience significant wildfire smoke seasons likely to worsen with climate change.

• Research & Reports

Slavik, C.E., Chapman, D.A., Cleland, S.E., et al.

Nonlinear relation between cardiac mortality and excess temperature in heatwaves: Exposure response in 2.39 million patients. Journal of the American College of Cardiology.

Noncommunicable Diseases Climate Change

Nonlinear relation between cardiac mortality and excess temperature in heatwaves: Exposure response in 2.39 million patients. Journal of the American College of Cardiology.

Investigates the relationship between cardiac mortality and excess temperature during heatwaves. Analyzing 2.39 million heart disease death records across China from 2013 to 2019, the study identifies varying mortality risks associated with different types of heatwaves: daytime-only, nighttime-only, and compound (both day and night). The research reveals that compound heatwaves pose the highest risk, with a significant, steady increase in heart disease mortality across the entire range of excess cumulative temperatures, unlike the other types that exhibit risk thresholds.

• Research & Reports

Yu, X., Liu, J., Yin, P., et al.