Canada wildfire map

Unprecedented, according to a map of the past century of fire activity.

Welcome to the Canadian portal for information about wildland fire weather and smoke. From here you can access the BlueSky Canada smoke forecasts, fire weather forecasts, fire information, and the BlueSky Playground. The Weather Forecast Research Team at the University of British Columbia produces these research forecasts with support from multiple agencies. High resolution, interactive forecasts of hourly, daily average and daily maximum concentrations of PM2. View current forecast ».

Canada wildfire map

Over the course of a fire season that started early and ended late , blazes have burned an estimated On average, just 2. While the total number of reported fires has not been unusual—6, by October—a subset of the fires reached extraordinary sizes. The system draws upon NOAA and NASA satellite data to provide more frequent monitoring of fire activity, growth, and behavior than has been available in the past. VIIRS identifies active fires during the day and night by detecting their thermal infrared energy. The sensor is carried by multiple satellites—each capable of observing the entire planet every 12 hours—allowing the FEDS system to quickly absorb new information about the location and intensity of fires. The animation above shows the largest Canadian fire in the FEDS database for as of September 19, —a fire that had charred 1,, hectares 4, square miles in Quebec near the La Grande Reservoir 3. The fire stopped spreading in late July, around the time of the last frame shown in the animation. The second-largest fire as of September 19, below , raged throughout much of June and July near Fort Nelson, where the borders of British Columbia, the Northwest Territories, and Alberta intersect. It stopped spreading for a time in August after charring , hectares as of September. Late in September and October, winds reinvigorated the fire and it grew rapidly to become the largest fire of the year. The other three largest fires in the database as of September 19 visible below , charred parts of Northwest Territories, Alberta, and Saskatchewan. Data from sensors on Landsat satellites, which have been in orbit since the s, can also be used to identify active fires and map fire perimeters, but there are often lengthy gaps—up to 16 days—between Landsat observations of a certain fire. More frequent maps of fire perimeters open an array of new research possibilities and practical applications.

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Over the course of a fire season that started early and ended late , blazes have burned an estimated On average, just 2. While the total number of reported fires has not been unusual—6, by October—a subset of the fires reached extraordinary sizes. The system draws upon NOAA and NASA satellite data to provide more frequent monitoring of fire activity, growth, and behavior than has been available in the past. VIIRS identifies active fires during the day and night by detecting their thermal infrared energy. The sensor is carried by multiple satellites—each capable of observing the entire planet every 12 hours—allowing the FEDS system to quickly absorb new information about the location and intensity of fires. The animation above shows the largest Canadian fire in the FEDS database for as of September 19, —a fire that had charred 1,, hectares 4, square miles in Quebec near the La Grande Reservoir 3. The fire stopped spreading in late July, around the time of the last frame shown in the animation.

Canada wildfire map

Canada is experiencing its most destructive wildfire season on record, as hundreds of blazes burning from coast to coast continue to send tremendous plumes of smoke into the atmosphere — and over the U. A map updated daily by the Canadian Interagency Forest Fire Centre shows how widespread the wildfires have become. Eastern provinces like Quebec, Ontario and Nova Scotia have been hit particularly hard this year by large and at times uncontrollable blazes. Officials on Wednesday reported active fires in British Columbia, along Canada's west coast. To the east, Alberta had the second-highest number of active blazes with while Quebec, which borders New England, had But with the season occurring annually from May until October, devastation seen from the outset this year put the country almost immediately on track for its worst season in more than 30 years.

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Expand Image. You might also be interested in view all. The fire stopped spreading in late July, around the time of the last frame shown in the animation. Data from sensors on Landsat satellites, which have been in orbit since the s, can also be used to identify active fires and map fire perimeters, but there are often lengthy gaps—up to 16 days—between Landsat observations of a certain fire. For the best experience, we recommend that you update your browser before using the website. As a result, the smoke displayed on the current forecast did not accurately reflect the actual conditions. Late in September and October, winds reinvigorated the fire and it grew rapidly to become the largest fire of the year. Welcome to the Canadian portal for information about wildland fire weather and smoke. Subscribe to our newsletters. On average, just 2. Fire is part of what keeps the forest healthy.

Four million hectares already burned by June 6, surpassing the annual totals for every year going back to A government forecast suggests this will continue to be a severe year.

Fire is part of what keeps the forest healthy. Late in September and October, winds reinvigorated the fire and it grew rapidly to become the largest fire of the year. The challenge is to keep track of the fires set in remote regions, a task perfectly suited to satellite imagery. While the total number of reported fires has not been unusual—6, by October—a subset of the fires reached extraordinary sizes. Although the blaze that threatened Yellowknife is currently being held, which means it is not getting closer to the city, officials are urging residents not to return until the fire is considered under control and local air quality improves. But climate change is the true driver. It stopped spreading for a time in August after charring , hectares as of September. Scientists have found a way to detect nighttime fires even sooner, when they are still relatively small. The flames are mostly fed by the mighty swaths of boreal forest, which has burned and regenerated cyclically for millennia. Create emissions scenarios for prescribed burns and wildfires, then model and view the resulting smoke dispersion forecast. The other three largest fires in the database as of September 19 visible below , charred parts of Northwest Territories, Alberta, and Saskatchewan. Image of the Day Atmosphere Land.