Real-time coverage of wildfires event — Wildfire Calico, Humboldt, Nevada — Pandita Data.
🔥 OPEN LIVE 3D WILDFIRE GLOBEThe Calico wildfire ignited near Humboldt County, Nevada on August 26, 2026, at coordinates 41.867°N, 117.356°W, with active spread across sagebrush steppe and pinyon-juniper forest. This fire represents a critical threat to dispersed rural populations and critical infrastructure across the high desert basin of northern Nevada.
Residents within a 15-mile radius face immediate evacuation risk due to fast-moving fire fronts, degraded air quality from smoke plumes, and potential loss of utilities. The region's extreme heat, low humidity, and persistent drought conditions create an exceptionally dangerous fire behavior environment.
Nevada's Great Basin wildfire season is driven by compound climate factors: prolonged megadrought reducing vegetation moisture content below critical thresholds, atmospheric heating that lowers relative humidity to 10–20%, and upper-level wind shear channeling dry air masses across the region. Sagebrush and juniper fuels in this area have moisture values near 4–6% (critical ignition level), enabling rapid fire propagation once ignition occurs.
The Calico fire's northern Nevada location places it in a zone of enhanced fuel continuity—decades of fire suppression created dense stands of small-diameter wood and continuous sagebrush, accelerating rate-of-spread. Topography amplifies this: upslope wind flows in the basin create venturi effects that channel flames and embers into unburned fuels ahead of the main fire front.
Real-time satellite data from NOAA GOES-West and NASA MODIS sensors detect active fire pixels, track smoke plume dispersion, and estimate fire radiative power (energy release rate). Thermal imagery reveals fire perimeter growth and identifies new ignition zones as embers spread ahead of the main fire front.
Pandita Data's 3D wildfire simulation integrates live IRWIN incident data, fuel moisture from NFDRS (National Fire Danger Rating System), and wind forecasts from NOAA to model fire behavior, predict spread trajectories, and estimate smoke impact zones for air quality warnings.
Region: Northern Nevada high desert (Great Basin). Fuel type: Sagebrush-juniper steppe. Typical August conditions: Extreme heat (95–105°F), RH 8–15%, persistent winds 10–25 mph. Fire season: Peak July–October. Historical precedent: Northern Nevada routinely experiences fires >100,000 acres in drought years; 2023 saw 17 fires >50,000 acres.
Watch the Pandita Data wildfire simulation in real time to understand fire spread vectors, smoke transport, and evacuation zone dynamics as the Calico fire evolves. This interactive 3D view of live satellite data, wind fields, and predicted fire behavior helps both emergency managers and residents make informed decisions during the critical hours ahead.
FAQ::[ {"q":"What is driving this wildfire?","a":"Severe Nevada megadrought reduced fuel moisture to 4–6%, combined with extreme August heat (95–105°F