Climate Change and COPD: A GOLD Science Committee Review
Climate change and COPD: a growing global health threat
Climate change and COPD are closely linked, as climate change has increased the frequency, intensity and geographic distribution of extreme weather events such as heatwaves, severe winter conditions, floods, droughts, hurricanes, thunderstorms, wildfires and dust storms.
The adverse impacts are unequally distributed across countries and global regions, and the scale of recent changes in the climate are unprecedented. This can also be seen in the fact that the effects of climate change widen existing health and social inequities, with the most vulnerable likely to experience the greatest hazards.
In parallel, each successive decade since the 1990s has been warmer than all previous decades.
As a consequence of these rising temperatures, excess deaths in the general population have been reported during heatwaves in all regions of the world and during periods of cold weather. Notably, studies generally show that effect of high temperatures on mortality is immediate, whereas the effect of cold usually lags by 7-14 days.
Climate change is also linked to worsening of air pollution
Increased temperatures, rainfall and atmospheric CO2 concentrations have also led to longer and more intense pollen seasons. There have been increases exposure to indoor and outdoor fungal allergens as a result of higher temperatures and humidity.
Climate change has led to longer wildfire seasons, increased frequency of large wildfires, and increased area of forest burned. Exposure to wildfire smoke is associated with increased mortality in the general population and respiratory morbidity.
Air pollution and allergens: climate change worsens respiratory risks
In some regions, dust storms are becoming more frequent as a result of global warming. This is particularly concerning because exposure to dust can cause respiratory symptoms, and dust can be a carrier of pathogenic microorganisms, allergens, and fungi spores. Taken together, extreme temperature, wildfire smoke, dust storms and allergen exposure currently pose the biggest threats to people with COPD.
COPD management and its contribution to climate change
Aspects of COPD management may also contribute to climate change. In this context, the environmental impact of our healthcare facilities should not be underestimated.
However, medications that help keep patients out of hospital and prevent exacerbations can contribute to limiting environmental impact.
Authors
David M.G. Halpin, John Balmes, MeiLan K. Han, Alberto Papi, Fernando J. Martinez, Maria Montes de Oca, Obianuju B Ozoh, Sundeep Salvi, Don D. Sin, Jinping Zheng, Alvar Agusti, and Claus Vogelmeier
Read more details at
Fecha de publicación
Accepted: March 10, 2025
Categorías asociadas al artículo
Noticias relacionadas
A Pilot Study on Proteomic Predictors of Mortality in Stable COPD
Proteomic Predictors of Mortality in Stable COPD is the objective of this pilot study. It searchs to identify proteomic markers and specific multiprotein signatures that could be useful in predicting long-term mortality
GOLD Science Committee recommendations for the use of pre- and post-bronchodilator spirometry to diagnose of COPD
Siprometry to diagnose COPD: GOLD 2025 recommends using pre-BD spirometry to rule out COPD and post-BD to confirm, ensuring volume responders are not overlooked.
Entrevista SEMG al Dr. Alvar Agusti, Experto en la II Jornada Resprimaria
Descubre los avances en el diagnóstico y tratamiento de la EPOC con el Dr. Alvar Agustí en la II Jornada SEMG Resprimaria. Conoce la importancia de la espirometría, la detección precoz y las nuevas estrategias terapéuticas.
Imagen desarrollada DALL·E y Canva