Recent studies reveal that climate-induced wildfires lead to thousands of deaths each year and significant economic impacts due to wildfire smoke in the United States.
A paper published this Friday in the journal Nature Communications Earth & Environment indicates that between 2006 and 2020, climate change was responsible for approximately 15,000 deaths related to exposure to fine particulate matter from wildfires, totaling around $160 billion in costs. The findings suggest an annual mortality range from 130 to 5,100, particularly high in states like Oregon and California.
Nicholas Nacicus, an author of the research and a professor at Harvard Medical School, stated, “What does it really mean in a changing environment for outcomes like mortality?” stressing the serious health implications.
Lisa Thompson, a professor at Emory University who studies air pollution and climate change, noted that this study is among the first to distinctly identify the impacts of climate change on mortality. She emphasized the uniqueness of examining these effects temporally and spatially.
The study concentrated on deaths linked to particulate matter exposure, specifically PM2.5, a significant concern stemming from wildfire smoke.
These tiny particles penetrate deep into the lungs, causing short-term symptoms like coughing and irritation. Over time, they can worsen pre-existing health conditions and result in serious, potentially fatal issues. Vulnerable populations include children, pregnant individuals, the elderly, and outdoor workers. The Health Effects Institute estimated that pollutants have caused 4 million deaths globally.
Evidence suggests that PM2.5 from wildfire smoke is more harmful than other pollution sources. In wildfire situations, toxic materials like burning cars can exacerbate the health risks.
Numerous studies have linked the rise in wildfires in North America to human activities such as the burning of coal, oil, and gas. Climate change is intensifying drought conditions, particularly in the West, alongside other extreme weather phenomena. The drying process reduces moisture in vegetation, which serves as fuel for fires. Together with increasing temperatures, this leads to more frequent, widespread, and severe wildfires.
Scholars find the findings disheartening yet unsurprising
Jacob Bendix, a professor emeritus of geography and the environment at Syracuse University, expressed disappointment in the results, stating he was not surprised by the study’s conclusions.
Source: www.nbcnews.com
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