Air passengers exposed to extremely high levels of ultrafine particle pollution, study finds ✈️🌍💨
Read Full Article
#AirQuality #UltrafineParticles #PassengerHealth #PollutionStudy #AviationSafety
Read Full Article
#AirQuality #UltrafineParticles #PassengerHealth #PollutionStudy #AviationSafety
the Guardian
Air passengers exposed to extremely high levels of ultrafine particle pollution, study finds
Levels during boarding and taxiing were far above those defined as high by the World Health Organization
🤯2💯1
Ultrafine Particles cause worldwide nearly two million premature deaths: An annual limit for particles smaller than 100 nanometers could reduce premature deaths nearly by half
Read Full Article
#AirPollution #UltrafineParticles #PublicHealth
Read Full Article
#AirPollution #UltrafineParticles #PublicHealth
Max-Planck-Gesellschaft
Ultrafine Particles cause worldwide nearly two million premature deaths
First high-resolution global exposure map shows about half of the excess deaths from ultrafine particle pollution are due to cardiovascular disease.
Science News
Ultrafine Particles cause worldwide nearly two million premature deaths: An annual limit for particles smaller than 100 nanometers could reduce premature deaths nearly by half Read Full Article #AirPollution #UltrafineParticles #PublicHealth
🌍 Nearly 2 million people die prematurely each year worldwide due to ultrafine particles (UFPs) in air pollution, with about half of these deaths linked to cardiovascular diseases.
🔬 A new study by researchers at the Max Planck Institute for Chemistry and The Cyprus Institute reveals that setting an annual limit for these invisible particles (smaller than 100 nanometers) could reduce premature deaths by approximately 45%.
📈 This groundbreaking research mapped global UFP exposure at a 1-kilometer resolution from 2010-2019, highlighting combustion from traffic, industry, and energy production as major sources.
#AirPollution #PublicHealth #UltrafineParticles
🔬 A new study by researchers at the Max Planck Institute for Chemistry and The Cyprus Institute reveals that setting an annual limit for these invisible particles (smaller than 100 nanometers) could reduce premature deaths by approximately 45%.
📈 This groundbreaking research mapped global UFP exposure at a 1-kilometer resolution from 2010-2019, highlighting combustion from traffic, industry, and energy production as major sources.
#AirPollution #PublicHealth #UltrafineParticles