The Copernicus Browser has integrated a specialized visualization script that allows users to track wildfires in near real-time using the European Union's open satellite imagery. This new layer simplifies the identification of active fire fronts and burned areas by optimizing how spectral bands are displayed to the end user.
10-meter resolution for public access
The tool leverages the multi-spectral imaging capabilities of the Sentinel-2 mission, providing a granular resolution of 10 meters in visible light and near-infrared bands. By adding this dedicated wildfire layer to the existing ten default visualizations, the EU has lowered the technical barrier for authorities and the general public to interpret complex satellite data during emergencies.
ESA - Wildfires detected in raw Copernicus Sentinel-2 imagery — https://www.esa.int/ESA_Multimedia/Images/2024/05/Wildfires_detected_in_raw_Copernicus_Sentinel-2_imagery
Combating a record-breaking fire season
This update is critical as 2026 is tracking to be the worst wildfire season in EU history, with over 250,000 hectares burned before the summer peak. The European Commission is responding by shifting billions in funding toward prevention and enhancing the European Forest Fire Information System (EFFIS), complemented by tools like Fire Emissions Watch to monitor biomass combustion emissions.
The broader European space strategy
The enhancement of environmental monitoring is part of a larger push for technological sovereignty. While Copernicus focuses on Earth observation, the EU is simultaneously scaling IRIS², its sovereign satellite constellation for secure communications. This effort is mirrored by international partnerships, such as the Italy-Japan axis focusing on semiconductors and space exploration.
Integration with AI and thermal detection
The open-data approach of Copernicus complements more targeted hardware solutions. In Greece, the Hellenic Fire System employs thermal satellites for early detection, while French startups like Midgard and FireTracking are deploying AI-powered cameras with 40x zoom to send instant alerts to firefighters' smartphones, drastically reducing response times.
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