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Wildfire Smoke Linked To Increased Stroke Incidence And Severity

by Ryan Wilmot | Feb 24, 2026 | Headlines

The Cardiology Advisor | 24 February 2026 | Study findings presented at the International Stroke Conference show that spikes in ozone and PM2.5 during the 2023 Canadian wildfires were associated with increased stroke incidence, higher hemorrhagic stroke risk, and...

Air Pollution Fell During Biden’s Term, EPA Reports

by Ryan Wilmot | Feb 24, 2026 | Headlines

E&E News by POLITICO | 24 February 2026 | An EPA report shows that nationwide emissions of five major air pollutants declined between 2020 and 2024 under the Biden administration, even as the Trump administration moves to roll back environmental regulations and...

Extreme Heat Waves Trigger Unexpected Nanoparticle Formation In Air

by Ryan Wilmot | Feb 23, 2026 | Headlines

Phys.org | 23 February 2026 | A new study finds that extreme heat waves can drive new aerosol particle formation at temperatures up to 40°C, as intense sunlight transforms volatile organic compounds into organic acids that self-assemble into nanoparticles.

Experts Issue Warning After Discovering Invisible Hazard Contributing To Thousands Of Premature Deaths: ‘Burden Of Disease’

by Ryan Wilmot | Feb 23, 2026 | Headlines

The Cool Down | 23 February 2026 | A new study finds that wintertime PM2.5 pollution in the Balkans often exceeds levels seen in Beijing, contributing to thousands of premature deaths annually.

An Open-Access Workflow Combining Climate Model Projections With Epidemiological Frameworks To Assess Air Quality Mortality

by Ryan Wilmot | Feb 22, 2026 | Headlines

ESS Open Archive | 22 February 2026 | Researchers introduce an open-access workflow that aligns climate model air pollution projections with Global Burden of Disease metrics, enabling consistent and reproducible estimates of future health impacts from ozone and...

Why Methane Emissions Reached Record Levels During COVID-19 Lockdowns

by Ryan Wilmot | Feb 22, 2026 | Headlines

Earth.com | 22 February 2026 | A new international study finds that the sharp rise in methane emissions during early COVID-19 lockdowns was driven mainly by a temporary drop in atmospheric hydroxyl radicals that normally break down methane, alongside wetter La Niña...
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