Wildfire Monitoring — Weather, Disasters, Emergency Response & Resilience — Satellize

6.2Subsection · 5 applications

Wildfire Monitoring

People fleeing or fighting an advancing wildfire through dense smoke and burning vegetation — Two firefighters survey charred forest aftermath, a scene satellite heat detection aims to prevent through faster wildfire alerts.

Satellite Heat Detection to Rapid Fire Alert

1
Thermal sensor
MODIS/VIIRS detects hotspots at 375 m
2
Downlink
Raw radiance data beamed to ground station
3
Fire analytics
Algorithms flag ignitions, map spread rate
4
Emergency alert
SMS and app warnings reach local responders

Polar-orbiting satellites scan for heat anomalies every few hours, triggering automated fire alerts to ground teams.

Other areas in Weather, Disasters, Emergency Response & Resilience

6.1 · Previous

Flood Intelligence

Cyclone Systems

Subsection 6.2 — Weather, Disasters, Emergency Response & Resilience

Wildfire Monitoring

5 applications.

Applications

6.2.1 Active Fire Detection — Detecting ignition events and tracking actively burning fire fronts in near-real-time using satellite-borne thermal infrared and shortwave infrared sensors.
6.2.2 Fire Spread Forecasting — Combining near-real-time satellite thermal, wind and fuel data to model where an active wildfire will move over the next 6–72 hours.
6.2.3 Burned Area Mapping — Delineating the precise extent and severity of land burned by wildfire using multispectral and shortwave-infrared satellite imagery to drive recovery, insurance, and land-management decisions.
6.2.4 Fuel Load Assessment — Mapping the quantity, dryness and spatial distribution of combustible vegetation before fire season to rank landscape-scale ignition risk.
6.2.5 Smoke Dispersion Tracking — Tracking the three-dimensional movement, concentration and composition of wildfire smoke plumes using satellite-borne atmospheric sensors and aerosol retrievals.