2025 EU wildfire season sets record with over one million hectares burned

Wildfire season sets EU record for burnt area

The European Union recorded its most destructive wildfire season in 2025, with over one million hectares burned across Member States and activity peaking during summer heatwaves.

The Joint Research Centre reported that satellite analysis from the European Forest Fire Information System (EFFIS) showed 1,079,538 hectares burned within the EU.

The total rises to 2,242,195 hectares when including areas across Europe, the Middle East and North Africa monitored by EFFIS.

The fire season began early, with more than 100,000 hectares burned by the end of March.

Fire activity increased from June and reached its highest levels in August as large fires spread across Mediterranean countries.

A heatwave in early August triggered 22 very large fires in Portugal and Spain, burning 460,585 hectares which accounted for 43% of the EU total.

In total, 7,783 fires were recorded across 25 of the 27 EU Member States, with Luxembourg and Malta the only countries unaffected.

Germany, Spain, Cyprus and Slovakia each recorded their highest burnt area since EFFIS records began in 2006.

Burnt area across the EU was nearly double the average recorded between 2006 and 2024.

Around 39% of the total burnt area occurred within Natura 2000 protected sites, equating to 424,023 hectares.

Monitoring and response measures for wildfire risk

The Joint Research Centre outlined that EFFIS continues to support authorities with monitoring and preparedness through satellite-based wildfire data.

The 2025 season reflects a pattern of earlier fire starts, more frequent heatwaves and fires occurring at higher latitudes than previously observed.

Outside the EU, Ukraine accounted for almost 30% of the total burnt area and 39% of mapped fires within the wider monitored region.

The European Commission adopted a new integrated approach to wildfire risk management on 25 March 2026, covering prevention, preparedness, response and recovery.

The framework includes plans to improve early warning systems and fire mapping through expanded satellite data availability.

EFFIS forms part of the Copernicus Emergency Management Service and provides standardised wildfire data across Europe.

The EU Civil Protection Mechanism (UCPM) coordinates firefighting resources from Member States and participating countries.

Seasonal measures include prepositioning firefighters in high-risk areas and maintaining a shared aerial firefighting fleet under rescEU.

The Commission has allocated funding for 12 firefighting planes and five helicopters to expand the permanent rescEU fleet, with aircraft based across several European countries.

These measures sit alongside ongoing efforts to strengthen wildfire monitoring and response capacity across the region.

OroraTech recognised for wildfire monitoring platform in North America

OroraTech named in 2025 innovators list

OroraTech has been named to Darcy Partners’ Top 10 Innovators in Environmental Risk & Resilience list for 2025, with the announcement made on 7 April 2026 in Denver, Colorado.

OroraTech said the recognition reflects its work providing real-time wildfire data to North American utility operators, land managers and wildland firefighters.

The company’s Wildfire Solution (WFS) platform aggregates thermal data from more than 35 satellites.

That network includes OroraTech’s FOREST constellation, which it describes as the first constellation in space dedicated to wildfire monitoring and detection.

The platform is designed to track wildfires as they happen and provide fire propagation predictions as well as burnt area assessments.

Platform details and company response

According to OroraTech, the platform uses satellites targeting the “Afternoon Gap” – the period of peak burn when public satellite coverage is limited.

The company said this is intended to give first responders continuous high-resolution visibility through smoke and haze.

Stephen Murdock, Senior Manager, Utilities Solutions at OroraTech USA, said: “Putting sensors in space is part of our business, but what we are really doing is building a lifeline for the incident commanders and utility operators making high-stakes decisions on the ground.

“Being recognized by Darcy Partners validates our commitment to delivering the operational intelligence that American fire agencies and risk managers need to detect ignitions early, predict fire spread, and ultimately protect our communities and wildlands.”

Murdock added: “Our goal is to support firefighters on the ground.

“This acknowledgment from Darcy Partners signals that our approach to fire resilience is working and bridging the gap between cutting-edge orbital technology and the rugged, tactical needs of the fireline.”

Darcy Partners described its annual selection process as an evaluation of novelty, impact, scalability and alignment with industry needs, alongside activity across the Darcy Connect network.

OroraTech appoints Dr Ignacio Zuleta as Chief Technology and Product Officer

OroraTech appoints new chief technology and product officer

OroraTech has appointed Dr Ignacio Zuleta as chief technology and product officer (CTPO), the company announced on 17 February 2026 in Munich.

In the role, Zuleta will lead the company’s technology strategy and execution as it continues work on persistent thermal activity monitoring.

His remit includes end-to-end technology deployment spanning thermal sensor and product deployment, edge data processing, and real-time connectivity.

Zuleta said: “Earth Observation is finally entering a defining moment. Persistent, purpose-built, thermal-first systems are no longer optional if we want to understand, predict, and manage extreme events like wildfires, resource conflicts, and climate change at a planetary scale.

“OroraTech is uniquely positioned to lead this transition by building dedicated thermal infrastructure for persistent observation and operational focus.

“As CTPO, my vision is to build the most trusted, most capable thermal intelligence platform in the world – one that turns raw measurements into real-time decisions that protect lives, land, and critical infrastructure.”

Experience and technical background

OroraTech said Zuleta has more than a decade of experience designing, deploying, and operating large-scale Earth observation systems.

It said his work has included contributing to distributed satellite constellations and turning raw sensor data into operational intelligence used at a global scale.

Before joining OroraTech, he worked on what the company described as the first large-distributed Earth observation constellations, including the world’s first daily high-resolution land-monitoring mission.

The company said his career has included senior technical and product leadership roles across the Earth observation ecosystem, with experience in instrument design, payload operations, remote sensing science, and commercial data products.

It said he holds a doctorate in physical chemistry from Stanford University.

Technology priorities and company focus

OroraTech CEO Dr Martin Langer said Zuleta will apply his experience across sensors, constellation operations, and product strategy.

Langer said: “Ignacio brings a rare depth that he will apply to our sensors, constellation operations, and product strategy.

“Paired with a clear vision for how thermal intelligence must evolve to meet the realities of risk faced by governments and industries across the globe, his leadership strengthens our ability to scale advanced thermal technology while staying relentlessly focused on impact for our customers.”

OroraTech said it operates a network of dedicated thermal sensors for infrared data accumulation and wildfire monitoring, providing near-real-time intelligence to governments and businesses.

It said Zuleta’s appointment will support further work across its thermal Earth observation capabilities and its aim to act as a reference information layer for activity monitoring.