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🧠 MODULE 03 // WILDFIRE INTELLIGENCE // 2026-06-02 // SAN FRANCISCO, USA

10 Active Wildfires Tracked Globally — San Francisco on High Alert

NASA FIRMS 3-hour fire detections, wind vectors, and drought index driving live wildfire risk scores for 40 monitored cities.

POWERED BY USGS · NASA · NOAA
READ TIME ~5 MIN
PUBLISHED 2026-06-02 04:44:31 UTC
CITY FOCUS SAN FRANCISCO
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// LIVE WILDFIRE MAP — REAL-TIME DATA
DATA: USGS · NASA FIRMS · NOAA SWPC · OPEN-METEO · COPERNICUS SAR
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Right now, somewhere on Earth, flames are advancing. A wildfire doesn't announce itself with courtesy—it spreads at speeds that outpace evacuation orders, jumps highways, and turns neighborhoods into ash in hours. The difference between knowing that fire is coming and being blindsided? Real-time data. That's what the Wildfire tab on Pandita Data's Brain Dashboard delivers: a live window into active fire zones, risk hotspots, and the meteorological forces that will determine whether a spark becomes a catastrophe.

THE WILDFIRE TAB: YOUR FIRE INTELLIGENCE CENTER

The Wildfire tab integrates NASA FIRMS (Fire Information for Resource Management System) active fire detections updated every 3 hours, overlaying them with city-level risk scores, wind vector analysis, and drought condition heatmaps. You're not just seeing where fires are—you're seeing where they're likely to go and how fast they'll travel.

As of this analysis, 10 active wildfires are burning globally, including the Haystack Butte Wildfire (Klickitat, Washington), Brantley 2 Wildfire (Eddy, New Mexico), and the 0231 ZEN Wildfire (Wasco, Oregon). Each represents a different risk profile, weather driver, and threat timeline. San Francisco—perpetually vulnerable to seasonal wind-driven fires—serves as a critical monitoring point, with its wildfire risk score reflecting proximity to active zones, fuel load, and atmospheric instability.

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NASA FIRMS Detection
Thermal anomalies detected by polar-orbiting satellites every 3 hours, pinpointing active combustion with latitude-longitude precision.
Real-time global coverage
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Wind Vector Analysis
Live atmospheric flow patterns showing wind speed and direction—the primary accelerant determining fire propagation rate and ember transport.
Spread prediction engine
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Drought Index Heatmap
Vegetation moisture deficit visualization revealing fuel ignitability—drier regions ignite faster and burn more intensely.
Fuel vulnerability mapping

HOW FIRE SPREAD IS PREDICTED

Wildfire propagation isn't random chaos—it obeys physics. The Brain Dashboard's predictive model integrates four critical variables:

Wind Speed & Direction
Primary directional driver
Fuel Moisture Content
Determines ignition likelihood
Vegetation Type & Load
Controls burn intensity
Topography & Slope
Fire accelerates uphill
Live Risk Assessment

The Wildfire tab generates dynamic city risk scores for every population center near active fires. A score above 7/10 means evacuation feasibility windows are narrowing. Access the full Brain Dashboard to see real-time scores for your region, plus detailed Disaster Reports for specific cities showing historical fire patterns, ember transport zones, and safe corridor mapping.

THE WILDFIRE RISK SCORE COMPONENTS

Each city's wildfire risk score (0–10) factors in: proximity to active fires (distance decay), current wind vectors (threat direction), drought severity (fuel readiness), atmospheric instability (pyrocumulus likelihood), and historical ignition density. A score of 8+ warrants active preparation; 9+ demands readiness for immediate action.

Wildfire intelligence isn't theoretical—it's the difference between a managed evacuation and a tragedy. Monitor the Wildfire tab obsessively during fire season. Lives depend on knowing, not guessing.

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