Satellite Noaa Wildfire Smoke Map

19 2020 noaa s goes west satellite captured the above geocolor image loop of massive wildfire smoke plumes billowing from california and areas of the rocky mountains.

Satellite noaa wildfire smoke map.

Conus imaging sector and 10min observations over the entire western hemisphere full disk imaging sector with two satellites positioned at 75 2 o w goes 16 launched on november 2016 and 137 2 o w goes 17 launched on march 2018. 11 counties change colors on ca reopening map. Noaa s geostationary operational environmental satellite goes provides 5min observations over the conterminous u s. Goes east satellite loops images click on the links to view the images or loop for each available band and view static images will enlarge while loops will be shown on another tab.

Click on goes east band reference guide to find out the primary usage of each of the goes east bands. More than 300 000 acres are currently on fire. Goes active fire detection data. Fire data is available for download or can be viewed through a map interface.

As wildfires continue to rage in california satellite imagery shows the state covered in smoke. The ability to detect fires and smoke can be compromised by many factors including cloud cover tree canopy terrain the size of. Incredible new satellite images show thick wildfire smoke moving across california and through the bay area over a two day period. Nasa lance fire information for resource management system provides near real time active fire data from modis and viirs to meet the needs of firefighters scientists and users interested in monitoring fires.

How to use this map. They should not be used to estimate specific fire perimeters. To the north a mid latitude cyclone spins over the gulf of alaska while hurricane genevieve continues its path toward baja california. This false color map created using data from nasa s terra satellite shows the burn area of the river and carmel fires in monterey county california on aug.

The fire sizes depicted in the product are primarily determined by the field of view of the satellite instrument or the resolution of the analysis tool.