International Wildfire Activity
Algeria Wildfires: Live Map & Satellite Activity
Track wildfire activity across Algeria with Copernicus GWIS mapped burned-area events and NASA FIRMS satellite heat detections. GWIS provides satellite-derived burned-area context; FIRMS shows separate thermal activity detected from space.
For confirmed incidents, warnings and evacuation information, follow national and local authorities.
Satellite heat & recent fire events
Map key: fire pins show recent Copernicus GWIS fire events; orange and red marks show NASA satellite heat. A Copernicus event is not automatically a named official incident, and one wildfire can create several heat detections.
Recent fire events in Algeria
Copernicus GWIS adds recent satellite-derived burned-area events alongside the NASA FIRMS heat layer. Each event gets an approximate geographic label from its source geometry, not an invented official incident name. These are fire-event records, not evacuation notices or incident-command reports.
Fire Event — Northeastern Algeria, Sep 28, 2026
Near 36.72°N, 6.00°E · latest source Sep 28, 2026
Fire Event — Northern Algeria, Sep 28, 2026
Near 35.81°N, 0.26°W · latest source Sep 28, 2026
Fire Event — Northeastern Algeria, Sep 28, 2026
Near 31.67°N, 6.06°E · latest source Sep 28, 2026
Fire Event — Northeastern Algeria, Sep 28, 2026
Near 36.87°N, 6.97°E · latest source Sep 28, 2026
Fire Event — Eastern Algeria, Sep 28, 2026
Near 31.01°N, 8.17°E · latest source Sep 28, 2026
Fire Event — Northeastern Algeria, Sep 28, 2026
Near 36.88°N, 6.95°E · latest source Sep 28, 2026
Fire Event — Northern Algeria, Sep 28, 2026
Near 36.68°N, 3.12°E · latest source Sep 28, 2026
Fire Event — Central Algeria, Sep 23, 2026
Near 27.07°N, 1.26°E · latest source Sep 23, 2026
Fire Event — Northeastern Algeria, Sep 28, 2026
Near 36.33°N, 5.48°E · latest source Sep 28, 2026
Fire Event — Northern Algeria, Sep 27, 2026
Near 36.13°N, 1.24°E · latest source Sep 27, 2026
Fire Event — Northeastern Algeria, Sep 28, 2026
Near 36.43°N, 6.62°E · latest source Sep 28, 2026
Fire Event — Northern Algeria, Sep 23, 2026
Near 36.80°N, 3.76°E · latest source Sep 23, 2026
Fire Event — Northeastern Algeria, Sep 28, 2026
Near 36.76°N, 7.31°E · latest source Sep 28, 2026
Fire Event — Northern Algeria, Sep 27, 2026
Near 36.63°N, 3.23°E · latest source Sep 27, 2026
Fire Event — Northeastern Algeria, Sep 28, 2026
Near 36.09°N, 6.80°E · latest source Sep 28, 2026
Fire Event — Northern Algeria, Sep 28, 2026
Near 36.18°N, 3.75°E · latest source Sep 28, 2026
Fire Event — Northern Algeria, Sep 28, 2026
Near 36.75°N, 3.08°E · latest source Sep 28, 2026
Fire Event — Northern Algeria, Sep 23, 2026
Near 36.73°N, 3.98°E · latest source Sep 23, 2026
Fire Event — Northern Algeria, Sep 25, 2026
Near 35.57°N, 0.94°W · latest source Sep 25, 2026
Fire Event — Northern Algeria, Sep 27, 2026
Near 36.60°N, 2.88°E · latest source Sep 27, 2026
Fire Event — Northern Algeria, Sep 26, 2026
Near 35.31°N, 1.34°W · latest source Sep 26, 2026
Fire Event — Northern Algeria, Sep 26, 2026
Near 36.02°N, 0.13°E · latest source Sep 26, 2026
Fire Event — Northeastern Algeria, Sep 23, 2026
Near 36.18°N, 5.57°E · latest source Sep 23, 2026
Fire Event — Northern Algeria, Sep 27, 2026
Near 35.88°N, 4.45°E · latest source Sep 27, 2026
24 current/recent fire records from the last available source snapshot. A fresh source check is pending.
Algeria activity at a glance
How to read Algeria activity
The country view uses NASA FIRMS satellite heat detections as its live signal. A cluster can contain several observations from one fire, so the number of detections should not be read as the number of separate wildfires.
How individual fire-event pages work
WildfireSignal uses Copernicus GWIS near-real-time burned-area events to create individual fire-event pages. These satellite-derived events are kept separate from named national incident records, because they do not by themselves provide containment, evacuation or incident-command status.
Official and satellite wildfire sources for Algeria
WildfireSignal uses NASA FIRMS for its satellite heat-detection layer and links to official sources for wildfire context. For confirmed incidents, warnings, evacuation orders and other emergency information, rely on official national and local authorities.