Wildfire burning near Gooding, Idaho on June 17, 2026 threatens air quality across Snake River Plain. Sagebrush steppe fuel and drought conditions driving rapid spread.
🔥 OPEN LIVE 3D WILDFIRE GLOBEA wildfire is burning near Gooding, Idaho (42.806°N, 114.768°W) as of June 17, 2026, posing immediate threats to air quality and nearby communities across southwestern Idaho. The Median Fire ignited in a region characterized by sagebrush steppe—highly flammable vegetation that dominates the Snake River Plain—and is spreading under conditions typical of early summer in the Great Basin.
Smoke from the Median Fire will impact air quality across Owyhee and Camas counties, with particulate matter (PM2.5) reaching hazardous levels downwind. Communities within 25 kilometers face respiratory health risks, particularly for children, elderly populations, and those with asthma or cardiovascular disease. Real-time air quality monitoring from EPA networks and NASA's MODIS satellite instruments track smoke dispersion and aerosol optical depth across the region.
Wildfires in the Great Basin ignite when three conditions align: abundant dry fuel (sagebrush and grass cured by low humidity), high temperatures, and ignition sources. Idaho's early summer drought—exacerbated by below-normal snowpack and warming spring temperatures—creates ideal combustion conditions. Wind patterns at fire-weather boundary layers accelerate spread; sagebrush burns with high intensity because its low moisture content and high surface-area-to-mass ratio enable rapid pyrolysis and flame propagation.
Pandita Data's real-time wildfire simulation integrates USGS Burned Area Emergency Response (BAER) satellite data, NOAA weather forecasts, and live wind profiles from fire-weather stations near Gooding. The 3D model visualizes active flame fronts, smoke plumes, and air quality impacts across terrain, updated hourly from MODIS thermal anomaly detection and Landsat surface reflectance bands.
The Great Basin averages 150,000–300,000 acres burned annually. Gooding County sits in a critical fire zone; the 2014 Careless Fire burned 110,000 acres nearby. Early-season ignitions spread fastest because cured grass has negative fuel moisture—literally drier than ambient air humidity, enabling spontaneous acceleration.
Monitor the Pandita Data wildfire simulation in real-time to track fire perimeter, smoke trajectories, and evacuation zone updates. Idaho forestry officials (https://irwin.doi.gov) issue incident updates; sign up for Gooding County emergency alerts via local law enforcement.