Wildfires in Argentina Today

Live active-fire map for Argentina from NASA FIRMS satellite data. Where fires are burning right now — updated hourly. Typical fire season: summer.

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65
Active hotspots
0
High intensity
3d
Time window
VIIRS
NASA sensor
-26.14, -54.28 · 7 MW · 2026-08-04-26.13, -54.29 · 9 MW · 2026-08-04-26.13, -54.28 · 9 MW · 2026-08-04-37.72, -69.13 · 5 MW · 2026-08-04-36.23, -61.46 · 3 MW · 2026-08-04-34.94, -67.59 · 3 MW · 2026-08-04-34.93, -67.59 · 2 MW · 2026-08-04-33.44, -68.87 · 4 MW · 2026-08-04-33.44, -66.23 · 4 MW · 2026-08-04-33.43, -66.23 · 4 MW · 2026-08-04-30.60, -67.41 · 8 MW · 2026-08-04-26.14, -60.84 · 3 MW · 2026-08-04-26.14, -60.84 · 3 MW · 2026-08-04-26.14, -60.85 · 3 MW · 2026-08-04-26.14, -60.84 · 3 MW · 2026-08-04-26.07, -60.92 · 2 MW · 2026-08-04-33.21, -68.54 · 3 MW · 2026-08-04-32.72, -68.62 · 3 MW · 2026-08-04-32.26, -68.58 · 3 MW · 2026-08-04-32.26, -68.57 · 2 MW · 2026-08-04-25.03, -60.21 · 6 MW · 2026-08-04-25.03, -60.20 · 7 MW · 2026-08-04-24.79, -68.19 · 15 MW · 2026-08-04-24.79, -68.19 · 5 MW · 2026-08-04-24.79, -68.19 · 15 MW · 2026-08-04-24.79, -68.18 · 15 MW · 2026-08-04-24.78, -68.19 · 4 MW · 2026-08-04-24.78, -68.19 · 12 MW · 2026-08-04-24.78, -68.19 · 4 MW · 2026-08-04-24.34, -63.21 · 16 MW · 2026-08-04-22.48, -65.87 · 4 MW · 2026-08-04-24.39, -56.23 · 1 MW · 2026-08-05-24.39, -56.24 · 1 MW · 2026-08-05-24.39, -56.23 · 1 MW · 2026-08-05-24.00, -62.20 · 1 MW · 2026-08-05-22.35, -61.72 · 1 MW · 2026-08-05-22.35, -61.72 · 3 MW · 2026-08-05-22.35, -61.72 · 1 MW · 2026-08-05-22.31, -68.88 · 3 MW · 2026-08-05-28.57, -66.78 · 1 MW · 2026-08-05-28.50, -66.84 · 3 MW · 2026-08-05-24.91, -63.65 · 1 MW · 2026-08-05-24.91, -63.65 · 4 MW · 2026-08-05-24.90, -63.65 · 4 MW · 2026-08-05-24.56, -60.57 · 1 MW · 2026-08-05-23.78, -70.32 · 1 MW · 2026-08-05-33.55, -66.27 · 3 MW · 2026-08-05-33.54, -66.27 · 3 MW · 2026-08-05-33.54, -66.27 · 1 MW · 2026-08-05-33.54, -66.27 · 1 MW · 2026-08-05-33.06, -68.97 · 1 MW · 2026-08-05-32.46, -65.04 · 2 MW · 2026-08-05-32.46, -65.05 · 1 MW · 2026-08-05-32.46, -65.04 · 1 MW · 2026-08-05-32.46, -65.05 · 1 MW · 2026-08-05-32.46, -65.04 · 1 MW · 2026-08-05-32.46, -65.04 · 1 MW · 2026-08-05-32.46, -65.05 · 1 MW · 2026-08-05-32.45, -65.04 · 1 MW · 2026-08-05-32.45, -65.04 · 1 MW · 2026-08-05-32.45, -65.04 · 1 MW · 2026-08-05-32.27, -68.57 · 1 MW · 2026-08-05-32.26, -68.58 · 5 MW · 2026-08-05-32.26, -68.57 · 1 MW · 2026-08-05-32.26, -68.58 · 7 MW · 2026-08-05
LowMedHigh
Conditions at Remote area

19 km/h from the W — carrying smoke towards the E.

6°C · 20% humidity

Air quality Fair

PM2.5 0.5 µg/m³ this hour · EU AQI 30 · US AQI 30

Air quality is acceptable for almost everyone.

Wind direction only — not a smoke dispersion forecast. Air quality is modelled, not a street-level measurement. Weather from MET Norway; air quality from Open-Meteo (Copernicus CAMS). Both CC BY 4.0.

10 active fires in Argentina

Neighbouring detections grouped into single incidents, largest first.

  1. 1
    Remote area
    7 detectionslast seen 2026-08-04 18:13 UTC-24.785, -68.189
    70 MW
  2. 2
    Remote area
    3 detectionslast seen 2026-08-04 16:33 UTC-26.133, -54.283
    26 MW
  3. 3
    Remote area
    6 detectionslast seen 2026-08-05 05:29 UTC-32.262, -68.577
    19 MW
  4. 4
    Remote area
    1 detectionlast seen 2026-08-04 18:13 UTC-24.339, -63.212
    16 MW
  5. 5
    Remote area
    4 detectionslast seen 2026-08-04 18:11 UTC-26.139, -60.844
    11 MW
  6. 6
    Remote area
    10 detectionslast seen 2026-08-05 05:29 UTC-32.458, -65.043
    11 MW
  7. 7
    Remote area
    3 detectionslast seen 2026-08-05 05:27 UTC-24.905, -63.646
    9 MW
  8. 8
    Remote area
    4 detectionslast seen 2026-08-05 05:29 UTC-33.544, -66.270
    8 MW
  9. 9
    Remote area
    3 detectionslast seen 2026-08-05 05:25 UTC-22.350, -61.723
    4 MW
  10. 10
    Remote area
    3 detectionslast seen 2026-08-05 05:25 UTC-24.388, -56.233
    2 MW

Plus 18 smaller heat detections — often agricultural burning rather than wildfire.

About this wildfire map

This map uses NASA's Fire Information for Resource Management System (FIRMS), which publishes active-fire detections from the VIIRS and MODIS instruments aboard NASA and NOAA satellites. Each dot is a thermal “hotspot” where the sensor measured fire-level heat, usually within 3 hours of the satellite passing overhead. It shows where fires are actively burning — not fire perimeters or evacuation zones. For safety and evacuation information, always follow your local emergency services.

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