June 2026: The UW campus has experienced a significant chilled water disruption. This will limit SSEC datacenter cooling and data outages may occur without warning. Please consider accessing NGFS detections and satellite imagery through the NOAA/NESDIS Wildland Fire Data Portal: https://fire.data.nesdis.noaa.gov/map/

Wildfire Notification Report

Date: 2026-06-08
Time: 15:26:18
Production Date and Time: 2026-06-08 15:31:06 UTC
Primary Instrument: GOES-19 ABI
Wmo Spacecraft Id: 666
Location/orbit: GEO
L1 File: OR_ABI-L1b-RadC-M6C14_G19_s20261591526183_e20261591528557_c20261591529014.nc
L1 File(s) - TemporalOR_ABI-L1b-RadC-M6C14_G19_s20261591521183_e20261591523557_c20261591524030.nc
Number Of Thermal Anomaly Notifications: 4
More details ▼ Hide details ▲

Possible Wildfire

Basic Information
State/Province(s) ID
Country/Countries United States
County/Locality(s) Shoshone County, ID
NWS WFO Spokane WA
Identification MethodEnhanced Contextual (Clear)
Mean Object Date/Time2026-06-08 15:26:20UTC
Radiative Center (Lat, Lon): 47.179722°, -115.521385°
Nearby Counties (meeting notification criteria):
  • Shoshone County (0.00 km)
Total Radiative Power Anomalyn/a
Total Radiative Power7.16 MW
Map:
Additional Information
Notification Status New Feature
Type of EventNominal Fire Risk
Event Priority Ranking4
Maximum Observed BT (3.9 um)285.35 K
Observed - Background BT (3.9 um)2.76 K
BT Anomaly (3.9 um)2.87 K
Maximum Observed - Clear RTM BT (3.9 um)6.28 K
Maximum Observed BTD (3.9-10/11/12 um)5.16 K
Observed - Background BTD (3.9-10/11/12 um)1.92 K
BTD Anomaly (3.9-10/11/12 um)4.40 K
Similar Pixel Count12
BT Time Tendency (3.9 um)0.70 K
Image Interval5.00 minutes
Fraction of Surrounding LWIR Pixels that are Colder0.88
Fraction of Surrounding Red Channel Pixels that are Brighter1.00
Maximum Radiative Power7.16 MW
Maximum Radiative Power Uncertainty0.00 MW
Total Radiative Power Uncertainty0.00 MW
Mean Viewing Angle 67.30°
Mean Solar Zenith Angle 55.80°
Mean Glint Angle112.40°
Water Fraction0.00
Total Pixel Area 10.30 km2
Latest Satellite Imagery:
Show More ▲ Show Less ▼ View all event imagery »

Possible Wildfire

Basic Information
State/Province(s) VA
Country/Countries United States
County/Locality(s) Sussex County, VA
NWS WFO Wakefield VA
Identification MethodEnhanced Contextual (Clear)
Mean Object Date/Time2026-06-08 15:26:53UTC
Radiative Center (Lat, Lon): 36.948891°, -77.401947°
Nearby Counties (meeting notification criteria):
  • Sussex County (0.00 km)
Total Radiative Power Anomalyn/a
Total Radiative Power3.79 MW
Map:
Additional Information
Notification Status New Feature
Type of EventNominal Fire Risk (Detection is near a solar farm)
Event Priority Ranking4
Maximum Observed BT (3.9 um)306.87 K
Observed - Background BT (3.9 um)3.12 K
BT Anomaly (3.9 um)2.33 K
Maximum Observed - Clear RTM BT (3.9 um)9.06 K
Maximum Observed BTD (3.9-10/11/12 um)11.69 K
Observed - Background BTD (3.9-10/11/12 um)2.24 K
BTD Anomaly (3.9-10/11/12 um)2.78 K
Similar Pixel Count25
BT Time Tendency (3.9 um)0.50 K
Image Interval5.00 minutes
Fraction of Surrounding LWIR Pixels that are Colder0.88
Fraction of Surrounding Red Channel Pixels that are Brighter0.99
Maximum Radiative Power3.79 MW
Maximum Radiative Power Uncertainty0.00 MW
Total Radiative Power Uncertainty0.00 MW
Mean Viewing Angle 43.10°
Mean Solar Zenith Angle 26.10°
Mean Glint Angle59.50°
Water Fraction0.00
Total Pixel Area 5.50 km2
Latest Satellite Imagery:
Show More ▲ Show Less ▼ View all event imagery »

Possible Wildfire

Basic Information
State/Province(s) AL
Country/Countries United States
County/Locality(s) Mobile County, AL
NWS WFO Mobile AL
Identification MethodEnhanced Contextual (Clear)
Mean Object Date/Time2026-06-08 15:27:22UTC
Radiative Center (Lat, Lon): 31.144167°, -87.984444°
Nearby Counties (meeting notification criteria):
  • Mobile County (0.00 km)
Total Radiative Power Anomalyn/a
Total Radiative Power19.48 MW
Map:
Additional Information
Notification Status New Feature
Type of EventIndustrial
Event Priority Ranking5
Maximum Observed BT (3.9 um)306.18 K
Observed - Background BT (3.9 um)5.37 K
BT Anomaly (3.9 um)7.48 K
Maximum Observed - Clear RTM BT (3.9 um)8.08 K
Maximum Observed BTD (3.9-10/11/12 um)17.70 K
Observed - Background BTD (3.9-10/11/12 um)4.11 K
BTD Anomaly (3.9-10/11/12 um)4.17 K
Similar Pixel Count25
BT Time Tendency (3.9 um)0.30 K
Image Interval5.00 minutes
Fraction of Surrounding LWIR Pixels that are Colder1.00
Fraction of Surrounding Red Channel Pixels that are Brighter0.54
Maximum Radiative Power19.48 MW
Maximum Radiative Power Uncertainty0.00 MW
Total Radiative Power Uncertainty0.00 MW
Mean Viewing Angle 39.00°
Mean Solar Zenith Angle 33.00°
Mean Glint Angle61.10°
Water Fraction0.00
Total Pixel Area 5.10 km2
Latest Satellite Imagery:
Show More ▲ Show Less ▼ View all event imagery »

Possible Wildfire

Basic Information
State/Province(s) FL
Country/Countries United States
County/Locality(s) Brevard County, FL
NWS WFO Melbourne FL
Identification MethodEnhanced Contextual (Clear)
Mean Object Date/Time2026-06-08 15:27:53UTC
Radiative Center (Lat, Lon): 28.636944°, -80.888611°
Nearby Counties (meeting notification criteria):
  • Brevard County (0.00 km)
Total Radiative Power Anomalyn/a
Total Radiative Power23.18 MW
Map:
Additional Information
Notification Status New Feature
Type of EventNominal Fire Risk
Event Priority Ranking4
Maximum Observed BT (3.9 um)310.63 K
Observed - Background BT (3.9 um)6.70 K
BT Anomaly (3.9 um)2.90 K
Maximum Observed - Clear RTM BT (3.9 um)10.49 K
Maximum Observed BTD (3.9-10/11/12 um)15.27 K
Observed - Background BTD (3.9-10/11/12 um)6.05 K
BTD Anomaly (3.9-10/11/12 um)3.86 K
Similar Pixel Count10
BT Time Tendency (3.9 um)4.20 K
Image Interval5.00 minutes
Fraction of Surrounding LWIR Pixels that are Colder0.85
Fraction of Surrounding Red Channel Pixels that are Brighter1.00
Maximum Radiative Power23.18 MW
Maximum Radiative Power Uncertainty0.00 MW
Total Radiative Power Uncertainty0.00 MW
Mean Viewing Angle 34.10°
Mean Solar Zenith Angle 26.60°
Mean Glint Angle48.50°
Water Fraction0.00
Total Pixel Area 4.80 km2
Latest Satellite Imagery:
Show More ▲ Show Less ▼ View all event imagery »