Active Fire Mapping Site Is Retired - NWCG
The Active Fire Mapping (AFM) website is now retired. The legacy geospatial data, products and services as well as new AFM capabilities are now available through the FIRMS US/Canada application, a joint effort of NASA and the Forest Service.
MODIS Active Fire Detections for CONUS (2021) - NWCG
These fire detection data are collected for the USDA Forest Service MODIS Active Fire Mapping Program (https://fsapps.nwcg.gov/afm). These data are intended to provide a synoptic view of active fires for the past and present over the specified time period.
VIIRS-AF Active Fire Detections for North America (2019)
Active fire detection attributes are derived from the VIIRS algorithm provided by NASA. The VIIRS-AF algorithm and the VIIRS Active Fires Applications Related Product (ARP) provided by NOAA are two distinct products.
VIIRS I Band Active Fire Detections for CONUS - fsapps.nwcg.gov
These fire detection data are collected for the USDA Forest Service Active Fire Mapping Program (https://fsapps.nwcg.gov/afm). These data are intended to provide a synoptic view of cumulative detected fire activity over the specified time period.
Active Fire Mapping Site Is Retired
Active Fire Mapping Program Additional fire geospatial data/products and information are available at https://fsapps.nwcg.gov/afm ]]> 1 1-96.0 37.0 4000000.0 ...
NWCG
NICC/NIROPS CDE-110 40 2111490 0 0 NIROPS 1 https://fsapps.nwcg.gov/nirops/api/kml onInterval 60 Active Fire MODIS Detect CONUS https://firms.modaps.eosdis.nasa.gov ...
MODIS Active Fire Detections for Canada (2020) - NWCG
These fire detection data are collected for the USDA Forest Service MODIS Active Fire Mapping Program (https://fsapps.nwcg.gov/afm). These data are intended to provide a synoptic view of active fires for the past and present over the specified time period.
2004 MODIS MCD14ML Collection 5, Version 1 (CONUS) - NWCG
The MODIS MOD14 (Terra) and MYD14 (Aqua) Active Fire Product identifies and characterizes actively burning fires (wildfires, agricultural fires, etc.) and other thermal anomalies (e.g. volcanoes, etc.) at the time of satellite overpass.
Landsat 8 Active Fire Detections for Canada (2018) - Through …
Active fire detection attributes are derived from the Landsat 8 fire detection algorithm provided by the University of Maryland. The Landsat 8 algorithm uses the 30 meter VIS/NIR/SWIR image bands to detect fires.
• Significance: The VIIRS Active Fire product is critical for disaster and resource management. • Product is expected to be used by real-time resource and disaster management; air quality monitoring; ecosystem monitoring; climate studies etc. • The JPSS PGRR program’s primary objective is to maximize the