In brief
A recent advisory highlights the dangers of smoke from Canadian wildfires impacting air quality in New York City and neighboring regions.
The New York state's Department of Environmental Conservation (DEC) and Department of Health (DOH) have issued an air quality health advisory for New York City and its surrounding areas due to smoke from ongoing wildfires in Canada. The advisory, which affects regions including Long Island, the New York City Metro area, Lower and Upper Hudson Valley, and the Adirondacks, warns that the air quality is "unhealthy for sensitive groups." The drift of smoke from Canada has caused significant air quality concerns across the northern United States, prompting the air quality index (AQI) to be projected above 100 in much of New York state on Saturday, with potential peaks reaching 135. Alerts are similarly in effect for parts of New England. The AQI is an important measure that indicates the level of pollution in the air; a higher number signifies greater health risks for the public.This troubling situation is not unprecedented. Earlier in July, the city of Chicago also faced a similar air quality alert linked to smoke from Canadian wildfires, with special health precautions recommended for vulnerable populations such as the elderly and infants. As wildfires continue to rage in Canada, with more than 550 active fires and approximately 6.1 million hectares (15 million acres) of land scorched in the last year, lawmakers in the U.S. have expressed concern. In a letter to the Canadian ambassador, six members of Congress highlighted the detrimental effects of the smoke on summer experiences for Americans.Scientists attribute the intensifying wildfire seasons to climate change, noting that Canada is warming at nearly twice the global average, with its Arctic regions increasing in temperature at nearly three times that rate. This alarming data underscores the connection between climate change and the increased frequency of wildfires, which are having far-reaching effects on air quality in both Canada and the United States.




