A boy leads a class on malaria, pointing a ruler towards a diagram of an Anopheles mosquito.


Between 2030 and 2050, climate change is expected to cause approximately 250,000 additional deaths per year, from malnutrition, malaria, diarrhea, and heat stress. Climate change affects the social and environmental determinants of health such as clean air, water, food, shelter, and security. Rising temperatures, changes in precipitation patterns, extreme weather, and sea level rise can result in human exposure to extreme heat, disease, reduced food and water quality, poor air quality, and environmental degradation. These climate risks can increase human susceptibility to respiratory and cardiovascular disease; food, water and vector-borne diseases; threats to mental health and increased mortality among vulnerable populations. Other sector-related consequences include damage to water and sanitation infrastructure.

Promoting climate risk management and preparedness help people, communities, governments, and institutions become more resilient to changes in climate through preparedness and response assistance. Adaptive strategies, such as setting up extreme weather, early warning systems and monitoring and forecasting disease outbreaks, can improve preparedness. Integrating climate change into national and local health sector planning can develop community resilience to climate change and decrease the severity of health impacts. Strategies and policies aimed to reduce carbon pollution and mitigate climate change can independently influence human health, for example, reducing CO2 emissions can decrease exposure to air pollutants like sulfur dioxide.


Shifting Burdens: Malaria Risks in a Hotter Africa

Climate variability and change present both immediate and future risks to human health. This report by the Adaptation Thought Leadership and Assessment (ATLAS) project analyzes the shift in malaria transmission patterns based on projected temperature rise in the short, medium, and longer term (2030s, 2050s, 2080s).

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March marks the onset of the dry and hot season in Thailand. In the region, dry vegetation coupled with small human-made fires often result in uncontrolled forest fires. Agricultural burning and forest fires, including transboundary haze, contribute to high levels of pollution. Forest fires release particulate matter (PM) into the atmosphere including PM2.5 which are microscopic particles with a diameter of 2.5 microns or less – 30 times smaller than the diameter of the human hair.
Air pollution affects women and girls differently than men and boys. These differences include biological and socioeconomic disparities, and unequal gender norms that affect exposure type and frequency.
Did you miss the Climatelinks June newsletter? We’ve got you covered. Please find a recap of the June 2021 health and climate change theme below. You won’t want to miss this short list of top programs, resources, and blogs from the month.