Canadian wildfire smoke cooled New York by 3°C and trapped air toxicants, researchers find
- Smoke from Canadian wildfires reached New York City in June 2023, creating orange skies and poor air quality.
- Organic carbon particles in the wildfire smoke scattered sunlight, resulting in a regional cooling effect of about 3°C.
- The smoke layer limited air circulation, trapping wildfire particles and other urban pollutants near the ground.
- New York City recorded unprecedented levels of particulate matter, exceeding EPA guidelines by three times and WHO recommendations by eight.
- Exposure to wildfire particulate matter reduced lung macrophage viability and increased asthma-related emergency department visits, Rutgers Health researchers found.
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Canadian Wildfire Smoke Cooled New York by 3 Degrees and Trapped Air Toxicants
Rutgers Health researchers from the Nanoscience and Advanced Materials Center (NAMC) at the Environmental Occupational Health Sciences Institute (EOHSI) found that wildfire particles created a microclimate effect that worsened pollution exposure.
Canadian wildfire smoke cooled New York by 3°C and trapped air toxicants, researchers find
When smoke from Canadian wildfires turned New York City skies apocalyptically orange in June 2023, it delivered catastrophic air quality and an unexpected side effect: cooling the New York City region by about 3 degrees Celsius.
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