Watch as the Smoke Plume From Alaska’s Raging Funny River Fire is Pulled Into an Atmospheric Cyclone
As firefighters struggled to contain a wildfire that’s now raging on more than 44,000 acres of Alaska’s Kenai Peninsula, the GOES-15 satellite captured this dramatic view.
The animation consists of a series of images acquired by the weather satellite on Tuesday, May 20th. It reveals the smoke plume from the Funny River Fire being sucked into a pattern of cyclonic winds swirling in the Gulf of Alaska south and west of the peninsula.
Here’s another view of the fire as seen from space — this one captured by NASA’s Aqua Satellite on the same day:
The cloud pattern shows the cyclonic wind flow pretty clearly, with the bluish smoke plume curling in the same direction. The red dots in the image show areas where a sensor on the Aqua satellite detected fire.
The Funny River Fire ignited on May 20th — cause still unknown. As of Thursday, the fire covered 44,423 acres within the Kenai National Wildlife Refuge and was only five percent contained, according to the U.S. Incident Information System. Anchorage is about 75 miles to the northeast. (Click on the thumbnail image at right for a photograph of the fire taken from the ground.)
Very low humidity prompted the National Weather Service to issue a red flag warning for the region, in effect until 10 p.m. this evening (Friday).
In this view from the Aqua satellite, a thick smoke plume streams to the southwest, away from the fire. If you look closely at the source area you will see the tops of towering clouds popping up above the grayish smoke. To my eye, these look like pyrocumulus clouds, which often form above big, intense fires (and volcanic eruptions as well). Here’s a great explanation from the “Weather Guys” at the Cooperative Institute for Meteorological Satellite Studies:
A big fire produces strong upward moving air currents that carry water vapor and ash upward. The water vapor can condense on the ash forming cloud drops. The vigorous upward motions produce these pyrocumulus clouds that look similar to thunderstorm clouds, which also form due to strong upward moving air.
Here’s what a pyrocumulus cloud looks like closer to the ground:
Gayle Jones snapped this photograph of a pyrocumulus cloud billowing upward from the 2009 Station Fire as she was flying out of Los Angeles International Airport on a commercial aircraft.