The Ministry of Environment and Climate Change Strategy in collaboration with Northern Health has issued an air quality advisory for Prince George due to high concentrations of fine particulate matter (PM2.5). This advisory remains in effect until further notice.
Exposure to fine particulate matter is of particular concern for infants, the elderly and those who have diabetes, and lung or heart disease. Persons with chronic underlying medical conditions should postpone strenuous exercise until the advisory is lifted. If you are experiencing symptoms such as continuing eye or throat irritation, chest discomfort, shortness of breath, cough or wheezing, follow the advice of your health care provider. Staying indoors helps to reduce exposure to fine particulate matter.
The City of Prince George’s Clean Air Bylaw prohibits all open burning, including back-yard burning, and land clearing burning. During air quality advisories, this bylaw also prohibits recreational fires, use of wood-burning appliances (except for sole wood burning heat users), and street sweeping activties (unless approved by an Authorized Person). Industry is required to follow permit requirements that are triggered during airquality advisories and are asked to reduce emissions wherever possible. Real-time airquality observations and information regarding the health effects of air pollution can be found at www.bcairquality.ca.
If you or those in your care are exposed to wildfire smoke, consider taking extra precautions to reduce your exposure. Wildfire smoke is a constantly-changing mixture of particles and gasses which includes many chemicals that can harm your health. For more details, please consult www.canada.ca/en/environment-climate-change/services/air-quality-health-index/wildfire-smoke.html.
For more information on current air quality, visit www2.gov.bc.ca/gov/content/environment/air-land-water/air.
Visit www.airhealth.ca for information on how to reduce your health risk and your personal contribution to pollution levels, as well as for current and forecast AQHI values.