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Fort McMurray Fire

May 2016 - An unusually hot and dry airm mass over Northern Alberta set the stage for a large wildefire to blaze out of control near the town of Fort McMurray. As of May 6, the fire had destroyed over 1600 buildings in the town, which had been completed evacuated. The VIIRS instrument on Suomi NPP was able to capture the progression of the fire and its aftermath as shown in the images below.


M13 Band Imagery from May 4 (left) and May 6 (right)

William Straka (CIMSS)


Four panel fire imagery from various VIIRS bands from May 3-7

Curtis Seaman

Animation showing the progress of the fire, as captured by various VIIRS bands (or combinations), from May 3-7

Animation showing the progress of the fire, as captured by various VIIRS bands (or combinations), from May 3-7.


DNB Imagery from May 4 to May 10

William Straka (SSEC/CIMSS)

Animation showing the progress of the fire, as captured by the VIIRS Day/Night Band, from May 4-10.

Animation showing the progress of the fire, as captured by the VIIRS Day/Night Band, from May 4-10.

An overlay of the VIIRS True Color and the VIIRS Aersol Optical Depth (rainbow), which shows the smoke plume early in the life of the Fort McMurray fire.  (Courtesy Russell Dengel and RealEarth, SSEC, University of Wisconsin-Madison)

An overlay of the VIIRS True Color and the VIIRS Aersol Optical Depth (rainbow), which shows the smoke plume early in the life of the Fort McMurray fire. (Courtesy Russell Dengel and RealEarth, SSEc, University of Wisconsin-Madison)

An RGB image created using VIIRS I bands 3-2-1.

An RGB image created using VIIRS I bands 3-2-1. Active Fire detections are shown as red dots. An overlay of the VIIRS True Color and the VIIRS Aersol Optical Depth (rainbow), which shows the smoke plume early in the life of the Fort McMurray fire. (Courtesy Ivan Csiszar)

VIIRS DNB Lunar Reflectance, January 23-25, 2016

Team:

Arunas Kuciauskas (NRL), and Don Hillger (CIRA)

VIIRS True Color Images, January 23-24, 2016

Team:

Kim Richardson (NRL), and Don Hillger (CIRA)

NESDIS Snowfall Rate in AWIPS II, January 22-24, 2016

NESDIS Snowfall Rate in AWIPS II from several satellite overpasses during the Blizzard of 2016.

Select Eastern Region WFOs are currently evaluating the NESDIS Snowfall Rate product, which uses passive microwave observations from 5 sensors, to observe total column snowfall rates. Below is a series of images from the January 22-24 east coast blizzard showing the SFR product displayed as a 10:1 solid/liquid conversion. The darkest greens indicate snowfall rates at the top of the sensor detection range at approximately 2"/hr. Depending on the actual solid/liquid ratio in individual areas, rates may have been higher.

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Snowfall Rate Product Animation, January 23-25, 2016

NESDIS Snowfall Rate animation for the Blizzard of 2016. Weighted averages were applied to fill in gaps between satellite overpasses. Animation through courtesy of Pat Meyers of CICS, University of Maryland.

Other resources

Team:

Huan Meng, Ralph Ferraro (NESDIS/STAR), Jun Dong, Patrick Meyers, Cezar Kongoli (UMD/CICS), and Bradley Zavodsky (NASA/SPoRT)

Animation: Snow Fraction Map and Brightness Temperature Map - January 25, 2016

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CrIS BT Animation, Ascending, January 23-25, 2016

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CrIS BT Animation, Descending, January 23-25, 2016

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SNPP/VIIRS Flood Detection Map, Jan. 24, 2016 18:15UTC

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AMSR2 Products: Rain Rate, Ascending and Descending Winds, 1/23/2016

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Cloud Liquid Water Animation

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Rain Rate Animation

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Sea Surface Temperature Animation

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Sea Surface Winds Animation

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Total Precipitable Water Animation

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National Weather Service Snowfall Totals - January 24, 2016