Exclusive: Why FireSat could transform the global response to wildfire threats

by Breaking NewsFire DetectionIFSJ ExclusivesWildland Fire

In this exclusive interview for IFSJ, Brian Collins, Executive Director of Earth Fire Alliance, explains how the FireSat programme is using space-based technology to provide earlier, faster, and more precise wildfire detection data

The cornerstone of decision-making and effective wildfire response is good situational awareness.

Timely and accurate data is essential for response, prevention, recovery, and the development of new methods to improve wildfire resilience.

With the first satellite images from FireSat released this week, Earth Fire Alliance is demonstrating how its system can detect early-stage fires that may otherwise go unnoticed.

Earth Fire Alliance, a nonprofit coalition established in 2024, is leading a global effort to change how wildfires are detected, monitored, and managed through its flagship initiative, FireSat – a purpose-built satellite constellation designed with and for the fire community.

Backed by philanthropic support and developed in partnership with satellite manufacturer Muon Space and Google Research, FireSat will offer rapid, high-resolution wildfire data to first responders and scientists around the world.

In this interview, Brian Collins, Executive Director of Earth Fire Alliance, outlines the programme’s mission, the gaps it aims to close, and what a data-led approach means for the global fire community.

Can you tell us about Earth Fire Alliance and how the FireSat programme came about?

Earth Fire Alliance is a 501c3 nonprofit organization seeking to transform humanity’s collective response to the escalating global wildfire crisis.

We are spearheading FireSat, a first-of-its-kind satellite constellation that will provide high-fidelity wildfire data and deliver near real-time detection and monitoring capabilities to first responders, incident commanders, and scientists worldwide.

I have spent much of my career at the intersection of space technology and wildfire and emergency response.

The Alliance was founded in 2024 to ensure that the wildfire and science community have accurate, reliable, and accessible data at their fingertips as they protect our communities and resources in the face of increasingly frequent, intense, and fast-moving wildfires.

In the United States alone, wildfires cause more than $1 billion in annual damage, destroy thousands of homes and properties, and burn millions of acres.

Current approaches are hampered by critical information gaps that prevent timely detection and response.

With this escalating crisis as our focus, Earth Fire Alliance and our partners collaborated with hundreds of firefighters, decision-makers, ecologists, and policy-makers and identified the need for purpose-built satellite technology for wildfire detection and tracking.

The FireSat orbital demonstration launched in March 2025, and we recently released the first wildfire images taken by the satellite.

Why aren’t existing satellite systems meeting the needs of those tackling wildfires today?

Today’s satellites are useful but are not precise, fast, or reliable enough to meet the high stakes of modern wildfires.

Most of the satellites we rely on today were built for other purposes such as weather monitoring, Earth observation, or high-resolution imagery.

As a result, they can’t detect small fires and have trouble collecting and reporting on the dynamic characteristics of wildfires such as fire intensity, spotting, and movement.

Some satellites only pass over a fire-affected region as infrequently as every two to three days – we need faster and more high-fidelity data to support the decisions firefighters face during today’s fast-paced incidents.

High false positive rates from space are also common.

Some satellites might mistake a reflection off of a pond or smoke from a factory for an active blaze, drawing resources unnecessarily.

Finally, traditional space-based fire data isn’t always available in near real-time or in the formats and products useful for rapid decision-making, delaying and reducing the effectiveness of detection and response efforts.

If data cannot be seamlessly integrated into firefighter workflows, it is difficult for first responders to use, let alone at speed.

These are all issues Earth Fire Alliance is addressing to improve how first responders can access and apply data.

What sets FireSat apart in terms of what it can detect and how quickly it can deliver that information?

FireSat is uniquely designed for precise, real-time wildfire detection and monitoring in order to give firefighters, decision-makers, and the public enough situational awareness to address the changing scope and scale of wildfire impacts across the planet.

At full capacity, our satellites will deliver global monitoring every 20 minutes or less.

FireSat also brings a new level of precision.

The sensors are designed to detect thermal anomalies with enhanced sensitivity and can identify small fires at early ignition stages.

Current satellites detect fires once they are two to three acres in size (approximately two football fields), whereas FireSat will be able to detect fires that are orders of magnitude smaller, roughly the area of a one-car garage.

FireSat is also designed to provide information on fire intensity and impact so we can understand the difference between high-intensity fires that pose a threat and fires that may occur naturally in different landscapes.

FireSat will be unmatched by any combination of existing or planned infrared satellites in terms of imagery detail, accuracy, and speed.

How is this technology expected to change day-to-day decision-making for frontline responders?

FireSat has the potential to change how organizations allocate resources before, during, and after active incidents.

Starting before wildfires escalate, with near real-time data, frontline responders will be able to detect and monitor low-intensity, small fires from space.

This will enable them to identify heat anomalies and fire ignitions before they spread, reducing response time and potential damage.

This technology can also support fire risk assessments, resource planning, and mitigation strategies.

During active blazes, FireSat will provide fire agencies with a comprehensive view of active fire zones.

It will improve how agencies can track fire intensity and progression to best allocate resources, inform the public, and protect lives and communities.

FireSat can also be a critical tool to support recovery efforts.

Data can be applied to assess post-fire landscapes, inform damage assessments, measure burn severity, and aid in ecological restoration planning.

This program will be a resource for the entire lifecycle of fires, and we hope to help improve outcomes in each phase.

What role did collaboration with fire agencies play in shaping the system’s design and priorities?

FireSat was developed via an extensive requirements definition process with hundreds of end users around the world to ensure the system specifically meets their operational needs.

That effort represented our first step, but the most important step happens now that we have sample FireSat data.

The Alliance has established an Early Adopter Program for global engagement with end users – this includes everyone from frontline responders to incident commanders, predictive modelers, and fire scientists.

We recently announced our first cohort of Early Adopters, which includes eight fire agencies across three continents.

We know that while there are many common core approaches to fire, there are also key differences across communities, agencies, and geographies.

Early Adopters will help us learn and adjust to ensure that as quickly as we collect operational data, which will be available in 2026, agencies and communities will be able to use it to improve their resilience to wildfire.

Early Adopters help the Alliance understand the wide range of workflows and systems in use today.

We are learning agency processes and collaborating with their technology partners to determine the best way to ingest FireSat data into existing platforms.

The goal is seamless integration of FireSat data into as many communities as possible.

Earth Fire Alliance partners just released the first wildfire images from FireSat in July. What do the images reveal, and what milestone do they represent for the program?

The first FireSat images demonstrate FireSat’s breakthrough capabilities across a range of diverse fire scenarios.

FireSat detected a small roadside fire in Oregon, USA, that was completely missed by existing satellite systems, showcasing our ability to catch fires in their earliest stages when they’re most manageable.

We also captured the Nipigon 6 fire in Ontario, Canada, where FireSat’s multispectral sensors distinguished between active fire regions, old burn scars, and unaffected areas, providing comprehensive insights into the fire’s lifecycle in that region.

In Australia’s Northern Territory, we detected multiple simultaneous fires across a large landscape, and in Alaska, we monitored two remote fires in a single image, demonstrating our value for regions where ground-based observation is challenging.

Collectively, these images demonstrate the powerful impact FireSat will have on communities and the firefighters who protect them worldwide.

They are a proof point that FireSat can detect fires much more precisely than existing satellites, validating everything we’ve been working toward with our fire agency partners.

They show that when our full constellation is operational, we’ll be able to provide the global fire community with the situational awareness they need to act before small fires become catastrophic blazes.

FireSat is the result of extensive collaboration among engineers, researchers, frontline fire agencies, and philanthropies.

The images represent a milestone in leveraging public-private-philanthropic partnerships to advance global wildfire detection, response, and understanding.

How could FireSat support moving from reactive suppression to more preventative strategies  –  and what does that actually mean in practice?

Most of today’s fire prevention and response strategies focus on suppressing fires first.

While that strategy is important for specific conditions and communities, it presents challenges when multiple events occur simultaneously, requiring decisions about which fires pose the greatest threat and how ecological strategies can provide additional resilience.

The shift from “reactive suppression to prevention” will require data and insights to inform policy- and decision-making.

FireSat’s ability to detect small, low intensity fires fills a fundamental gap in our collective knowledge, and will contribute more informed strategies for both suppression and prevention.

There is more fire on the landscape than we know today, because today we can only see and collect data on large fires.

This often misses critical low-intensity events that are essential to understand complete fire patterns and distinguish beneficial fire from destructive events.

The root cause of this information gap lies in technological limitations because existing satellite systems cannot provide the resolution, sensitivity, frequency, and data accessibility required to improve situational understanding of fire across the planet.

If we can better understand the full life-cycle, origin, and behavior of fires, decision-makers can implement and assess more strategies like controlled burns while ensuring they stay within safe parameters and maximize ecological impact.

Comprehensive fire intelligence enables dynamic risk assessment where firefighters can predict which low-intensity fires might naturally extinguish versus those likely to escalate into dangerous blazes.

Such predictive capabilities could inform more diverse approaches, from suppression to selective intervention, and preserve fire’s natural role in ecosystems while protecting communities and infrastructure.

With over 50 satellites planned, how do you intend to balance global reach with the specific needs of local fire communities?

The FireSat program will scale over the next several years.

The first three operational satellites are expected to launch in mid-2026, providing a twice daily global revisit rate.

The goal is to provide a 20-minute global revisit rate by 2030, which we project will be achieved with 50+ satellites.

At the same time, we’re focused on growing our network of Early Adopters as we scale, so we can maximize impact once FireSat is fully operational.

We want to ensure FireSat data is accessible and easy to use, specifically for organizations in the most fire-prone regions and areas with more limited resources.

This will be made possible through a range of public, private, and philanthropic investments, so we can provide FireSat data to first responders, communities, and scientists globally.

Looking ahead, what kind of impact do you hope FireSat will have on how the world prepares for and manages wildfires?

FireSat has the potential to fundamentally shift our understanding of how wildfire affects communities across the planet.

It will change humanity’s relationship to fire just as global weather observations changed our relationship with weather events.

FireSat will make our communities safer by providing early detection and reporting of wildfires that threaten us.

It will also open up new wildfire management strategies and approaches to preserve unique ecologies across the planet.

We’re building real-time fire intelligence that captures the complete spectrum of fire activity, and aim to be a catalyst for a united global response to the wildfire crisis.

We envision a future in which this unprecedented dataset drives approaches that expand humanity’s collective approach to wildfire.

We want to put these tools into the hands of as many decision-makers as possible, empowering a global user community with precise, timely, and trustworthy data for confident and effective decision-making.

Fire truck data raises questions over Eaton fire response in Altadena

by Featured NewsSearch and RescueWildland Fire

Fire truck data shows delayed response in west Altadena

Data obtained by The Times has revealed that only one Los Angeles County fire truck was present in west Altadena when the Eaton fire reached the area, where 18 of the 19 fatalities occurred.

According to The Times, 40 county fire trucks were instead concentrated around the Palisades fire, while 64 were deployed to the east side of Altadena and nearby areas.

L.A. County Fire Chief Anthony Marrone told The Times the lack of trucks in west Altadena was likely due to “human error” by decision-makers in the incident command.

Marrone said the command team, based at the Rose Bowl, failed to divide resources evenly between east and west Altadena as the fire developed.

The county has not conducted its own analysis of fire truck locations. Marrone said this work has been assigned to an external organisation.

Residents left without help as fire spread

Residents interviewed by The Times described a night of fighting flames alone while waiting for firefighters who never arrived.

Sofia Vidal, who lost her pet tortoise and her home, told The Times: “We were abandoned. I never heard a siren.”

Vidal added: “Am I grateful for firemen? Not at all. Did they fail me miserably? Absolutely.”

An Altadena-based public interest research firm interviewed over 1,200 residents and found that nearly one in five believed the fire department let the area burn on purpose.

The neighbourhood is a racially diverse part of unincorporated Los Angeles County, historically home to many Black families.

According to The Times, many residents believe their area received less fire protection than whiter, wealthier neighbourhoods near the Palisades.

Incident commanders focused on areas already burning

The Times analysis showed that most county fire trucks remained east of Lake Avenue, which divided east and west Altadena, even as 911 calls from west Altadena increased.

Former fire officials told The Times the unified incident command did not effectively track where the fire was spreading or reposition fire resources based on forecasted spread and 911 data.

One former incident commander said too many trucks were directed toward visible flames rather than areas at risk.

The official told The Times: “It takes leadership and situational awareness to direct that as an incident commander and say, ‘Hey guys, I don’t need you there. I need you to defend homes and evacuation in this other community.’”

County data showed only one patrol vehicle crossed into west Altadena in the first 12 hours of the fire.

Late evacuation orders and delayed fire truck movement

Evacuation orders were not issued for west Altadena until 3:25 a.m. on 8 January, according to The Times, over four hours after flames were reported in the area.

East Altadena received its first evacuation order the evening before, at 6:40 p.m.

Despite multiple 911 calls reporting fire in west Altadena, vehicle locator data showed no county fire trucks responded to the area until several hours later.

By the time evacuation was ordered, The Times reported 17 calls had come from homes west of Lake Avenue.

In many cases, no aid ever arrived. The Times identified multiple victims who died after calling 911, including Anthony Mitchell Sr., a disabled man, and his son.

Multiple blazes strained county resources

The Times reported that county fire crews were already deployed to assist the Los Angeles Fire Department with a blaze in Pacific Palisades earlier in the day.

By evening, over one-third of the county’s fire vehicles were in that area, 40 miles from the later Eaton fire in Altadena.

Chief Marrone told The Times he had 1,800 firefighters available and ordered 50 strike teams that evening, adding about 250 more vehicles.

The fire in Eaton Canyon began at 6:18 p.m., quickly spreading due to hurricane-force winds.

As the fire grew, county resources concentrated in east Altadena, with few vehicles diverted west.

Union head Dave Gillotte told The Times: “We did not have enough people to shift in masses from one area of Altadena to another.”

Questions over incident command responsibility

The unified command included the L.A. County Fire Department, U.S. Forest Service, Sheriff’s Department and other agencies.

Marrone told The Times he believed responsibility for west Altadena was shared and said: “I’m not going to allow L.A. County Fire or the men and women of my department to take this on the chin.”

Marrone added that the department did not track trucks from other agencies and that GPS data provided only a partial picture of the response.

The Times noted that many vehicles from outside agencies were not included in the data set.

Some residents, however, said they did not see fire trucks in their neighbourhoods until long after the damage was done.

Sylvie Andrews, who returned home at 11 a.m. on 8 January, told The Times: “It was fightable, and they were not fighting at all.”

Fire truck data raises questions over Eaton fire response in Altadena: Summary

Only one county fire truck was in west Altadena during the peak of the Eaton fire.

Vehicle locator data were obtained by The Times via a public records request.

The data show most trucks remained in east Altadena or at the Palisades fire.

Eighteen of the 19 fatalities occurred in west Altadena.

Residents reported no firefighter presence and delayed evacuation orders.

Chief Anthony Marrone cited “human error” in resource allocation.

Unified command was based at the Rose Bowl and included multiple agencies.

The county has hired McChrystal Group to review evacuation decisions.

The Fire Safety Research Institute will conduct an independent response review.

Some fire leaders defended the focus on areas with trapped residents.

Other officials questioned why resources weren’t redeployed to growing fires.

Many 911 calls from west Altadena were not answered by county trucks.

Residents are questioning whether their area received adequate protection.

The Times analysis does not include vehicles from all responding agencies.

FireSat satellite captures first wildfire images for global fire monitoring

by Featured NewsFire DetectionWildland Fire

New satellite shows undetected wildfire in Oregon, says Earth Fire Alliance

Earth Fire Alliance has released the first wildfire images from its FireSat Protoflight satellite, marking the initial demonstration of the satellite’s fire detection capability.

The nonprofit group, in collaboration with Muon Space and Google Research, said the satellite captured images of a small roadside fire in Oregon, United States, that was missed by other existing space-based systems.

According to the Earth Fire Alliance, the FireSat system is designed to detect fires as small as 5 by 5 metres and will scan high-risk regions globally every 20 minutes once fully operational.

The Alliance said the images show how FireSat will help first responders assess fires in early stages, including areas not visible to conventional sensors due to size or weather conditions.

Brian Collins, Executive Director of Earth Fire Alliance, said: “These images represent a turning point in how the world will see and respond to wildfires.

“FireSat is the result of extensive collaboration among engineers, researchers, frontline fire agencies and philanthropies – and it’s built to serve fire agencies around the world.

“Our goal is simple: ensure that every fire, anywhere on Earth, is visible and understood in near real time.”

Detection data includes fires in Canada and Australia

The Alliance said the first set of images includes fire activity from the United States, Canada and Australia, collected in diverse environmental conditions.

In Ontario, Canada, FireSat’s sensors distinguished between ongoing fire activity and areas previously burned during the Nipigon 6 Fire, the Alliance said.

In Australia’s Northern Territory, FireSat detected several concurrent fires and recorded temperature variations across the terrain.

Another image captured fires in remote areas of Alaska, including the Moran and Chicken Fires, showing how FireSat can monitor fire activity where ground-based surveillance is limited.

The Alliance said these examples demonstrate FireSat’s capacity for real-time visibility in locations where access and response times are limited by geography or resources.

Infrared sensors provide detailed tracking through smoke and cloud

FireSat uses advanced multispectral infrared sensors developed by Muon Space.

The sensors were designed in consultation with fire agencies, scientists and modelers to address data requirements for fire perimeter mapping, intensity measurement and movement prediction.

The satellite operates in low Earth orbit and has a 1,500 kilometre observation swath with a 50 metre ground sample resolution, according to Muon Space.

Muon Space CEO Jonny Dyer said: “These first images are a powerful demonstration of what we built FireSat to do.

“We’re seeing clear, actionable detection of wildfire activity across multiple regions, which will provide an invaluable tool for first responders.

“While early detection is important, what’s equally critical is FireSat’s ability to support ongoing fire management by tracking a fire’s progression and behaviour.”

The satellite’s capability to see through smoke and cloud cover enables early detection and continued fire tracking across a range of environmental conditions.

Full FireSat constellation expected by 2030

The FireSat Protoflight was launched in March 2025.

Earth Fire Alliance and Muon Space said three operational FireSat satellites will be deployed in 2026, with a long-term plan for more than 50 satellites to be in orbit by 2030.

FireSat will provide twice-daily global observation once the initial operational capability is reached.

Google Research will use artificial intelligence to analyse FireSat images by comparing them with historical data, local weather, and ground conditions to identify active fires and reduce false positives.

Chris Van Arsdale, Google Research Climate & Energy Lead and Chair of the Earth Fire Alliance Board, said: “Paired with advanced AI, this data will be invaluable for fire authorities and Earth science.

“FireSat’s first wildfire images are precisely what we envisioned when we began this research and partnership.”

The satellite network is expected to assist with predictive fire modelling and improve understanding of fire development under changing climate conditions.

US cost savings and emissions prevention projected

According to Earth Fire Alliance, the FireSat system could deliver measurable benefits in the United States once operational.

Internal projections indicate that a one-hour revisit rate from the satellite could result in an annual saving of over $1 billion in fire damage.

The Alliance estimates that FireSat could help protect 3,500 homes and reduce burned land by 1.3 million acres each year.

It could also prevent the release of 21.9 million tonnes of carbon emissions annually in the United States alone, the Alliance said.

The Early Adopter Programme launched in June 2025 will allow fire agencies and researchers to test and refine FireSat data ahead of full deployment.

The Earth Fire Alliance said this work has been made possible through support from Google, the Gordon and Betty Moore Foundation, the Environmental Defense Fund, and other partners.

FireSat satellite captures first wildfire images for global fire monitoring: Summary

Earth Fire Alliance has released the first wildfire images from the FireSat Protoflight satellite.

The system captured a previously undetected fire in Oregon, USA.

The FireSat satellite is able to detect fires as small as 5 by 5 metres.

Images were also captured from fires in Canada and Australia.

The satellite uses multispectral infrared sensors built by Muon Space.

The system operates in low Earth orbit with a 1,500 km observation swath.

A total of 50 satellites are expected to be operational by 2030.

Google Research will apply AI to compare current and historical images.

The goal is to assist early fire detection and predictive fire modelling.

Projected annual US savings include over $1 billion in damages avoided.

The FireSat Early Adopter Programme began in June 2025.

The programme is supported by philanthropic and research partners.

ICJ climate litigation opinion expected to influence future legal action

by Featured NewsWildland Fire

UN climate litigation ruling expected to set legal precedent

The International Court of Justice (ICJ) will today [23rd July] deliver an advisory opinion on state obligations regarding climate change, according to Reuters.

The case was brought forward by small island nations vulnerable to sea level rise, who argue that current climate action from high-emitting countries fails to meet international legal standards.

While the ruling will not be legally binding, it is expected to hold substantial influence over national and regional court decisions globally.

Payam Akhavan, international law professor and counsel for the island nations, said: “The advisory opinion is probably the most consequential in the history of the court because it clarifies international law obligations to avoid catastrophic harm that would imperil the survival of humankind.”

The ICJ will begin reading its findings publicly at 3 p.m. local time in The Hague.

Questions centre on legal climate duties and consequences

The United Nations General Assembly asked the court to assess two key legal questions.

First, what are the legal obligations of states to prevent greenhouse gas emissions from harming the climate system?

Second, what legal consequences arise when countries fail to meet those obligations?

According to Reuters, more than 100 countries and international organisations submitted their views during ICJ hearings held in December.

High-income countries argued that existing frameworks, such as the Paris Agreement, should guide legal interpretation. These treaties are largely non-binding in nature.

In contrast, lower-income nations and small island states advocated for clearer, enforceable obligations and financial responsibilities from major emitters.

Legal experts say ruling could shape future litigation

Joie Chowdhury, senior attorney at the Center for International Environmental Law, said national and regional courts are likely to use the opinion as persuasive authority.

Chowdhury said: “This opinion is applying binding international law, which countries have already committed to.

“National and regional courts will be looking to this opinion as a persuasive authority and this will inform judgments with binding consequences under their own legal systems.”

Fijian campaigner Vishal Prasad said the outcome should confirm that countries which have failed to act are in breach of international law.

Prasad said: “The court can affirm that climate inaction, especially by major emitters, is not merely a policy failure but a breach of international law.”

According to Reuters, although ICJ rulings are not enforceable, governments rarely disregard them outright.

Paris Agreement has not reversed emissions growth

The 2015 Paris Agreement saw more than 190 countries pledge to pursue efforts to limit global warming to 1.5°C.

However, the agreement has not succeeded in halting the increase of global emissions.

The UN’s most recent Emissions Gap Report found that current climate policies would result in warming exceeding 3°C by the end of the century.

Campaigners argue that voluntary targets have not delivered measurable reductions and want legal mechanisms to support enforcement.

The ICJ opinion is expected to examine how binding these international promises truly are in legal terms.

Climate litigation efforts continue worldwide

As reported by Reuters, legal efforts to hold governments and companies accountable for climate change have grown significantly.

The Grantham Research Institute at the London School of Economics has recorded almost 3,000 climate-related cases across nearly 60 countries.

Outcomes have varied.

In May, a German court dismissed a case brought by a Peruvian farmer against energy company RWE. Despite the verdict, legal teams and environmental groups claimed the case advanced legal arguments that may support future actions.

Earlier this month, the Inter-American Court of Human Rights issued its own advisory opinion urging cooperation among member states to address climate change.

Legal experts and campaigners say today’s ICJ ruling may accelerate this trend by providing legal foundations for future cases.

ICJ climate litigation opinion expected to influence future legal action: Summary

The International Court of Justice will deliver a climate litigation opinion today.

The ruling was requested by the United Nations General Assembly.

The case was led by small island nations.

The opinion will clarify legal obligations under international law.

It will assess state duties to prevent emissions and the consequences of failure.

More than 100 governments and organisations gave input.

High-income countries cited existing treaties like the Paris Agreement.

Low-income states called for enforceable rules and financial support.

The Paris Agreement has not reversed global emissions growth.

The United Nations said policies could result in more than 3°C warming.

Nearly 3,000 climate cases have been filed worldwide.

Legal outcomes have been mixed but are increasing.

Experts say the ICJ ruling will guide future litigation.

The opinion will be announced at 3 p.m. local time.

How 292,000 hectares of forest could shape Germany’s wildfire strategy

by Featured NewsWildland Fire

Peer review evaluates Brandenburg wildfire governance

The Union Civil Protection Knowledge Network has reported that the German state of Brandenburg has received the final report from a wildfire-focused peer review led by the European Commission.

The handover took place on 14 July 2025 in Potsdam, where the Director General of the European Commission’s Directorate-General for European Civil Protection and Humanitarian Aid Operations (DG ECHO), Maciej Popowski, formally presented the findings.

The review, which ran from 17 to 23 November 2024, was conducted by four wildfire experts from Portugal, Spain, and Italy, supported by DG ECHO and the Euro-Mediterranean Center on Climate Change.

It marked the first time a German region has participated in the UCPM Peer Review Programme.

According to the Knowledge Network, the review focused on Brandenburg’s legislative structures, risk management planning, and wildfire response preparedness.

Wildfire risk in Brandenburg presents complex challenge

The peer review team found that Brandenburg’s wildfire risk is shaped by intersecting factors including climate conditions, historical land use, and governance responsibilities.

One major issue identified was the presence of unexploded ordnance across an estimated 292,000 hectares of the region’s forested area.

The team concluded that this hazard complicates forest management, emergency planning, and suppression operations.

The review recommended a comprehensive wildfire risk management strategy tailored to Brandenburg’s land profile and institutional setup.

Additional proposals included strengthening wildfire prevention in forestry policies and providing targeted support to local fire services and municipalities.

New wildfire competence centre to support coordination

The Knowledge Network stated that Brandenburg is currently developing a dedicated Wildfire Competence Centre.

The centre is expected to facilitate cross-sector knowledge exchange and technical collaboration on wildfire governance.

Its remit will include coordinating with forest authorities, environmental agencies, researchers, and fire services.

The development of the centre is one of several steps intended to respond to the peer review’s findings and build long-term resilience.

Workshop participants in Potsdam noted that certain recommendations extend beyond the remit of local authorities and may require action at the federal level.

Stakeholders reflect on peer review process

DG ECHO Director General Maciej Popowski said: “This is more than a simple equipment upgrade, it’s a major leap forward for collaborative wildfire risk management in the region.”

He added: “I would like to congratulate Brandenburg for volunteering to undergo a peer review and thank all authorities involved.”

Dr Sascha Dietel, representing the Ministry of the Interior and Municipal Affairs of the State of Brandenburg, received the report on behalf of the state.

Dr Dietel said: “We appreciated the very good work of the peers involved and the collaborative approach taken throughout the process.

“The report will be reviewed by an advisory board in October to inform future actions.”

Cross-border and multi-agency involvement in review

The peer review was requested by the Brandenburg State School and Technical Facility for Fire and Disaster Protection and supported by the state interior ministry.

According to the Knowledge Network, over 40 organisations participated, including state forestry and agricultural departments, research bodies, and private forest owners.

National agencies such as the Federal Ministry of the Interior and Community (BMI) and the Federal Office of Civil Protection and Disaster Assistance (BBK) supported the initiative.

International cooperation also featured in the review, with the neighbouring Polish region of Gorzow Wielkopolski contributing insights as part of a joint assistance agreement with Brandenburg.

This cross-border perspective was considered essential given shared environmental and fire-related risks in the area.

EU wildfire peer review completed for Brandenburg region: Summary

Brandenburg received the final report from a wildfire-focused peer review on 14 July 2025.

The review was coordinated by DG ECHO and supported by experts from Portugal, Spain, and Italy.

It was the first regional-level wildfire peer review under the UCPM Peer Review Programme.

The review mission took place in November 2024.

Key focus areas included risk governance, planning, preparedness, and institutional coordination.

One major challenge identified was unexploded ordnance across 292,000 hectares of forest.

The review recommended a long-term wildfire management strategy and better integration of fire prevention in forest planning.

A Wildfire Competence Centre is being established to support knowledge exchange and coordination.

DG ECHO Director General Maciej Popowski presented the report in Potsdam.

Dr Sascha Dietel received the report on behalf of Brandenburg authorities.

Stakeholders expressed support for the findings and noted the need for federal-level consideration of some recommendations.

Over 40 organisations and agencies participated in the review process.

The final report is published in English and German on the Union Civil Protection Knowledge Network website.

Is America’s wildfire force running on empty? Forest Service under fire from within

by Americas - Breaking NewsBreaking NewsWildland Fire

Firefighters report understaffing as wildfires escalate in the U.S.

More than a dozen current and former employees of the U.S. Forest Service (USFS) told Reuters the agency is facing persistent staffing shortages, even as the number of wildfires across the United States reaches its highest point in a decade.

According to Reuters, over 5,000 USFS staff have left their posts in the last five months, creating gaps in fire teams and support operations.

The agency has denied the allegations, stating that its current resources are adequate for the 2025 fire season.

Isabella Isaksen, public affairs officer for USFS operations in central Oregon, said the agency is confident in its fire readiness and explained that food delays reported during the Alder Springs Fire were due to issues with a new caterer.

Reuters reported that firefighters in Oregon and New Mexico have described being pulled from fire lines to carry out administrative tasks, citing a lack of available support staff.

Former staff blame buyouts and workforce cuts

Reuters reported that many of the staffing issues trace back to buyouts that occurred during the Trump administration.

Although the administration had pledged not to eliminate firefighting jobs, early retirements and reassignments reportedly affected thousands of support personnel who would normally assist during fire season.

A crew leader from the Alder Springs Fire in Oregon, who requested anonymity, told Reuters her team lacked food and essential equipment after support staff took part in two separate buyout programmes.

USFS Chief Tom Schultz issued internal guidance urging managers to activate “red-carded” personnel for the 2025 fire season.

These individuals are certified to assist with fire response but were among the many who left under the buyout schemes.

Schultz stated during a Senate hearing that he is attempting to rehire approximately 1,400 of these qualified staff on a temporary basis.

USDA and Forest Service defend staffing approach

Agriculture Secretary Brooke Rollins told Western state governors in June that the agency aimed to hire 11,300 wildland firefighters by mid-July.

Reuters reported that as of 29 June, the Forest Service had hired 11,236 firefighters, reaching 99% of its target.

A USDA spokesperson said: “Any suggestion that firefighting responsibilities are being delayed or deprioritized is simply incorrect. This is not a secondary mission – it is the core of our public safety work, and every decision reflects that urgency.”

Steve Ellis, chair of the National Association of Forest Service Retirees, told Reuters he had not found any evidence of support problems during recent checks with fire staff in Oregon.

Isaksen also said supplies such as chainsaw fuel and medical kits were available at the Alder Springs Fire, despite claims to the contrary.

Ongoing strain on fire crews and support workers

Some firefighters and managers said they are still feeling the impact of the staffing shortfall.

Riva Duncan, a retired USFS fire chief now serving in New Mexico, said firefighters are being assigned to cover support tasks at ranger stations and campsites.

Duncan told Reuters: “They’re answering phones at the front desk, or cleaning toilets at campgrounds or mowing the lawn at administrative sites.”

A fire chief in the Pacific Northwest, who remained anonymous, said support staff had been directed to prioritise timber sales and energy production targets before helping fire crews.

He told Reuters: “They can claim we get all the support we need, but in reality, it isn’t even close.”

Reuters also reported that many of the former staff who usually joined fire operations during summer have not been replaced, creating further challenges during the active fire season.

Political response and criticism of Trump-era policy

New Mexico Senator Martin Heinrich has blamed former President Donald Trump for gutting the Forest Service’s capacity to respond to wildfires.

In a statement to Reuters, Heinrich said: “Wildfire season is well underway, and thanks to DOGE and Donald Trump, the U.S. Forest Service is being gutted, leaving communities ill equipped to fight deadly wildfires.”

Reuters reported that approximately 3,400 probationary USFS staff were let go during the Trump administration, including many red-carded support workers.

The National Interagency Fire Center has predicted that fire conditions will be worse than average across California, the Pacific Northwest, and the northern Rockies in 2025.

According to federal data cited by Reuters, nearly 41,000 wildfires have been recorded so far this year, the highest number since at least 2015.

U.S. firefighters report staff shortages as wildfire numbers rise in 2025: Summary

More than 5,000 U.S. Forest Service employees have left their posts in the past five months.

Reuters reported that firefighters in Oregon and New Mexico are covering administrative duties due to staff gaps.

A crew leader in Oregon said her team experienced food and supply shortages during a 3,400-acre fire.

USFS public affairs officer Isabella Isaksen said supplies were available and food delays were due to a new catering provider.

USFS Chief Tom Schultz is trying to rehire 1,400 previously qualified staff who left under voluntary buyouts.

Agriculture Secretary Brooke Rollins said the agency had hired 99% of its target firefighter workforce by late June.

A USDA spokesperson said firefighting remains the agency’s core public safety mission.

Senator Martin Heinrich criticised former President Trump for the Forest Service’s workforce reductions.

Support staff reductions have impacted fire preparedness during a high-activity fire year.

The National Interagency Fire Center forecasts above-average wildfire risk in several western states.

UK wildfire risk on farms prompts NFU call for action

by Featured NewsWildland Fire

NFU raises alarm over wildfire threats to British farms

The National Farmers Union (NFU) has called for urgent action to reduce wildfire risk on farmland following a sharp increase in fire incidents and worsening drought conditions.

According to the NFU, government, fire services and local councils must act together to support prevention, education and emergency response efforts.

The National Fire Chiefs Council has recorded over 500 wildfire incidents so far in 2025.

The Environment Agency recently confirmed that both the West and East Midlands have entered official drought status.

River flows in some areas are now at their lowest June levels since 1976.

Wildfire conditions escalate with heat and drought

The NFU has linked this growing wildfire threat to persistent hot and dry weather across the UK, which has created highly combustible conditions on farmland.

The Met Office has warned that extreme temperatures are becoming more frequent.

In a statement, NFU Vice-president Rachel Hallos said: “As farmers, we are doing what we can, but this isn’t an issue we can tackle alone.

“It’s vital that government, fire services and local authorities work with us on prevention, education and response, and for everyone enjoying the countryside this summer to be fire-aware so these shared spaces remain safe for all.

“Protecting our farmland means protecting our food, our environment and our rural communities.”

Data from NFU Mutual shows farm fire claims rose to £110 million in 2023.

This marked a 37% increase from 2022.

NFU outlines specific wildfire risk reduction measures

The NFU has issued a series of requests to government and fire services to help reduce wildfire risk.

One of the union’s proposals is the introduction of legislation to require combine harvesters to include fire suppression systems at point of sale.

The NFU has also asked local councils to issue Public Space Protection Orders (PSPOs) restricting activities such as barbecues and sky lanterns that could spark fires in dry rural areas.

The union expressed concern about proposed restrictions on controlled burning of heather on deep peat, which it believes could worsen fire risks in upland regions.

A final proposal calls for wider investment in a rural fire engine adapter developed in Lincolnshire.

Rural adapter enables firefighter access to farm water stores

A Lincolnshire-developed adapter enabling fire engines to connect to on-farm water storage has proven effective in controlling fires on agricultural land.

The NFU noted that this adapter is in use across Lincolnshire and Norfolk, but has not yet been adopted in most other regions.

NFU members Andrew Ward and Rhonda Thompson recently experienced a fire on their farm and highlighted the value of the adapter.

Rhonda Thompson said: “It was awful to get the call from a neighbour that our poultry manure heap was on fire, which is surrounded by thousands of acres of wheat – both our own and neighbouring farmers’.

“Every minute the fire was unattended added to the risk of it breaking over into the crop, where it would’ve spread quickly to neighbouring farms and been much harder to contain.

“Two fire engines arrived quickly from Nottinghamshire and Lincolnshire and, fortunately, the Lincolnshire fire engine was carrying the adapter.

“I dread to think how bad it would’ve been if the firefighters didn’t have access to our on-farm water stores and neighbours’ water bowsers and tankers. Sadly, that’s the situation facing most farms across the country without this adapter.”

Farmer-led solutions offer wildfire prevention model

The NFU highlighted the adapter as an example of farmer-led innovation developed in cooperation with emergency services.

NFU Vice-president Rachel Hallos said: “The fact that one of our members worked with his local fire service to develop an adapter specifically for rural areas, then managed to secure funding for all 48 fire engines in Lincolnshire to be equipped with it, shows what can be achieved when we work together and put our minds to it.

“These adapters have been instrumental in minimising the impact of farm fires on livelihoods, and I believe it should be a non-negotiable for all fire engines across the country to invest in.

“They aren’t expensive, yet the cost of a farm fire can be devastating.

“There are solutions out there, and what we’re asking for today will help tackle some of the key causes and risks of wildfires.”

UK wildfire risk on farms prompts NFU call for action: Summary

The National Farmers Union (NFU) has called for action on wildfire risks affecting UK farmland.

The NFU has urged government, fire services and local councils to coordinate prevention and emergency response efforts.

The Environment Agency has declared drought in the West and East Midlands.

The Met Office has reported increasingly frequent temperature extremes.

The National Fire Chiefs Council recorded over 500 wildfire incidents in 2025.

Farm fire claims rose to £110 million in 2023, according to NFU Mutual.

The NFU proposes legislation requiring fire suppression in combine harvesters.

It also recommends PSPOs to limit high-risk public activity in rural areas.

Concerns were raised about land management policy changes affecting upland burning.

The NFU supports national adoption of a fire engine adapter for rural water access.

This adapter is currently used in Lincolnshire and Norfolk.

Farmers have credited the adapter with helping to contain recent fires.

How satellite data is changing wildfire management

by Featured NewsWildland Fire

Wildfires have long been a part of natural ecosystems, but in recent years, they’ve become more frequent, more intense, and harder to predict.

Fuelled by climate change and land-use practices, fires now move faster and cover more ground than ever before.

For firefighters, scientists, and communities in fire-prone regions, this has raised the stakes.

Fortunately, satellite data is offering new ways to monitor and respond to these events, which is not with guesswork, but with clarity, precision, and speed.

Today, the ability to find satellite image in real time is nothing new or complicated.

From orbit, satellites capture detailed views of the Earth’s surface, delivering crucial data to people on the ground.

These images help pinpoint where a fire has started, how fast it’s spreading, and which areas are at greatest risk.

The result is faster decisions, smarter evacuations, and often, fewer losses.

Advantages of Satellite Data in Wildfire Management

One of the most important advantages of using satellite data in wildfire management is the ability to see what’s happening in real time across vast and often remote areas.

Whether it’s dense forest in northern Canada or rugged terrain in California, current satellite images provide full coverage when aircraft or drones cannot safely operate.

In fact, agencies like NASA have been using satellites such as MODIS and VIIRS to track wildfires globally, providing near real-time updates that inform both emergency responders and researchers.

In addition to mapping the damage, satellites help detect early signs of fire risk.

By analysing vegetation health and soil moisture, scientists can identify which regions are vulnerable before fires even begin.

That allows for preventive measures such as clearing dry brush or issuing early warnings.

And when fires do break out, satellites continue to track fire fronts, heat signatures, and smoke plumes.

Satellite Imagery Types

Several types of satellite imagery are used in wildfire monitoring and response:

  • Thermal infrared imagery shows heat signatures, which helps detect active fire zones — even at night or through smoke.
  • Optical imagery provides visible views of burn areas, vegetation, and infrastructure.
  • Multispectral data reveals information about vegetation health, land dryness, and post-fire recovery.
  • Synthetic Aperture Radar (SAR) is valuable in smoky or cloudy conditions because it doesn’t rely on sunlight or clear skies.

Each type contributes a different layer of information, and when combined, they paint a full picture of what’s happening on the ground.

EOSDA LandViewer in Wildfires

EOSDA LandViewer is a satellite imagery platform that makes it simple to explore and analyze most current satellite images.

It offers tools like Change Detection and Time Series Analysis along with images from various satellites.

These features allow users to quickly see where fires are occurring, how they are spreading, and what damage they cause.

In 2024, the platform helped monitor some of the most intense wildfires.

In Chile, satellite images showed the destruction in Valparaíso where over 36,000 acres burned, marking the worst wildfire event in recent memory.

In Canada, EOSDA LandViewer made it possible to visualize fires across Alberta and British Columbia while smoke traveled across the continent.

In Mexico, side-by-side images revealed how spring wildfires in Baja California turned lush landscapes into scorched earth.

The platform also documented the April fires in Nebraska, where large areas of the Oglala National Grassland were affected.

Whether you want to study how a fire progresses, compare before and after images of burned areas, or create time-lapse visuals that tell the full story, EOSDA LandViewer provides the tools to clearly understand wildfire impacts and support better decision-making.

How AI Helps Fight Wildfires

Artificial intelligence is helping transform satellite images into insights.

AI models trained on fire behaviour, weather patterns, and fuel load data can analyse current satellite image streams to spot fires in their earliest stages.

These systems can flag unusual heat signatures or rapid vegetation changes, giving fire agencies precious time to respond.

In combination with platforms like EOSDA LandViewer, AI also automates tasks such as classifying land cover, calculating burn severity, or generating daily reports.

What used to take days of manual analysis can now be done in minutes.

As these tools improve, they are being used not only for real-time monitoring but also for forecasting, identifying where the next fire is most likely to happen.

What To Expect in the Future

The future of wildfire management is being shaped by advances in both satellites and AI.

Higher-resolution sensors, more frequent image capture, and access to live satellite images of Earth will allow for near-instantaneous updates in areas of interest.

Instead of relying on a few passes per day, fire teams could eventually have access to minute-by-minute fire front movements.

Platforms like EOSDA LandViewer are also evolving.

Features like 3D terrain modelling, clustering, and web integration with GIS tools make it easier for agencies to plug satellite insights directly into their operational workflows.

As public and commercial satellite networks grow, the overlap between imagery sources will ensure that data is always fresh, even when one satellite is out of range.

In the long term, we’re likely to see wildfire detection become fully automated, from initial spark to evacuation warnings.

And while satellites won’t stop fires from happening, they will continue to change how we respond: faster, smarter, and more effectively.

About the Author: Kateryna Sergieieva

Kateryna Sergieieva has a Ph.D. in information technologies and 15 years of experience in remote sensing.

She is a scientist responsible for developing technologies for satellite monitoring and surface feature change detection.

Kateryna is an author of over 60 scientific publications.

Arizona wildfire destroys Grand Canyon North Rim lodge and closes national park access

by Featured NewsHeritageWildland Fire

Wildfire damages historic lodge and forces North Rim closure

A wildfire has destroyed the Grand Canyon Lodge and dozens of other structures on the North Rim of Grand Canyon National Park, according to AP News.

The Dragon Bravo Fire, one of two wildfires burning in the area, grew rapidly following a lightning strike on 4 July 2025.

Park Superintendent Ed Keable confirmed the destruction during a meeting with staff and residents.

The park said between 50 and 80 buildings were lost, including the visitor centre, gas station, waste water treatment plant, and some employee residences.

The North Rim, which was evacuated last Thursday, will remain closed for the rest of the season, the National Park Service confirmed.

Arizona Governor requests federal inquiry into response

Arizona Governor Katie Hobbs has called for an investigation into the National Park Service’s handling of the Dragon Bravo Fire.

In a statement on X, Governor Hobbs said: “They must first take aggressive action to end the wildfire and prevent further damage.

“Arizonans deserve answers for how this fire was allowed to decimate the Grand Canyon National Park.”

The fire had initially been managed using a “confine and contain” strategy, but suppression tactics were escalated when the fire grew to over 7.8 square miles due to wind, heat and low humidity.

No injuries have been reported.

Evacuations and chemical safety warnings issued

Firefighters and hikers in the Grand Canyon area were evacuated over the weekend due to ongoing fire risks and potential chemical hazards.

The park reported that chlorine gas may have been released after the treatment plant was destroyed.

According to the US Centers for Disease Control and Prevention, chlorine gas can cause respiratory issues, blurred vision and irritation when inhaled.

Rafters on the Colorado River were advised to avoid Phantom Ranch due to the hazards.

Historic lodge destroyed by Dragon Bravo Fire

The Grand Canyon Lodge was the only lodging available on the North Rim.

Originally constructed in the 1920s, the current structure was rebuilt in 1937 following a fire in 1932.

The lodge was known for its stonework, timber features, and a panoramic canyon view from the Sun Room.

Tim Allen, a Flagstaff resident and regular visitor, said: “It just feels like you’re a pioneer when you walk through there (the lodge).

“It really felt like you were in a time gone by. It’s heartbreaking.”

Fire containment progress in Arizona and Colorado

Park officials reported progress on the White Sage Fire, which is burning north of the Grand Canyon and threatening the community of Jacob Lake.

By Sunday afternoon, the fire had covered 63 square miles.

Crews were working to contain the blaze on multiple fronts, with some areas showing minimal spread.

The fire’s advance continued in the east and north, where standing dead trees and dry grass accelerated its movement.

In Colorado, a separate lightning-caused wildfire has forced evacuations and led to the closure of Black Canyon of the Gunnison National Park.

Governor Jared Polis issued a disaster declaration on Sunday, confirming that multiple fires in the western part of the state began during the same storm.

Another fire near the Colorado-Utah border, also caused by lightning, has burned approximately 14 square miles.

Arizona wildfire destroys Grand Canyon North Rim lodge and closes national park access: Summary

A wildfire has destroyed the Grand Canyon Lodge on the North Rim of Grand Canyon National Park.

The Dragon Bravo Fire was caused by lightning on 4 July 2025.

It grew rapidly due to weather conditions.

Between 50 and 80 buildings were lost.

The North Rim is closed for the season.

Arizona Governor Katie Hobbs called for a federal investigation.

No injuries have been reported.

Chlorine gas exposure was reported after a treatment plant was damaged.

Rafters were advised to avoid Phantom Ranch.

The original lodge burned down in 1932 and was rebuilt in 1937.

The current lodge included historic materials and a bronze statue.

Progress has been reported on the nearby White Sage Fire.

Crews are working to contain fires using hand tools and bulldozers.

In Colorado, a wildfire has closed another national park.

The fires in Colorado also began on 4 July due to lightning.

A disaster declaration has been issued in Colorado.

Wildfire concerns shift Los Angeles luxury housing market in 2025

by Featured NewsWildland Fire

Wildfire concerns change buyer behaviour in California

The luxury housing market in Los Angeles has shifted in the wake of the 2024 Palisades and Eaton wildfires, according to Bloomberg.

Real estate experts cited safety, evacuation plans and insurance access as key priorities now competing with traditional features such as views and finishes.

Aaron Kirman, chief executive officer of Christie’s International Real Estate Southern California, said buyers are asking more detailed questions about risk and resilience during viewings.

High insurance premiums and limited availability have contributed to slower sales across high-risk zones.

According to the California Association of Realtors, home sales in Los Angeles County fell by 7.9% in May 2025 compared with May 2024, while prices rose by 2.9%.

Homeowners move away from high-risk zones

Ruby Wang, global real estate adviser at The Daftarian Group, said interest is growing in Orange County communities such as Newport Coast and Irvine.

Wang said: “Many of my clients are actively transitioning from LA to Orange County, drawn by gated communities, top-tier schools and a more family-oriented lifestyle.”

She added: “We’re seeing two distinct trends among Palisades homeowners.

“A portion of long-time residents, especially retirees or those disillusioned with urban congestion and tax burdens, are exploring out-of-state options like Texas or Florida.

“But for many younger families and second-generation buyers, the move is more local: They’re relocating to Orange County for the space, safety, and highly ranked schools.”

Kirman said that the perception of hillside homes has changed significantly following the 2024 wildfires.

He said: “Properties in high-risk fire zones are struggling to recover.

“Even homes that weren’t damaged are sitting longer due to skyrocketing insurance premiums or lack of coverage altogether.”

Buyers invest in fire-resilient features

Nathan Wittasek, a fire protection consultant and former firefighter, said clients with greater financial means are integrating protective features into new builds.

Wittasek said: “Among affluent buyers and homeowners, there is clear momentum toward proactive mitigation.

“I’ve worked with several who are baking fire-resilience into their architectural plans — integrating features like Class A roofing, ember-resistant vents, ignition-resistant siding, and operable shutters without sacrificing design integrity.

“These homeowners view such measures not as burdens, but as strategic investments in family stability and legacy.”

He added that lower-income residents are less able to make these adaptations.

Wittasek said: “They are often still navigating delayed insurance payouts, unclear permitting processes or rebuilding assistance that doesn’t fully cover upgrades.

“For them, resilience is still important, but it competes with financial survival.”

Market slowdown in hillside neighbourhoods

Cindy Ambuehl, agent at Christie’s International Real Estate Southern California, said that buyer interest in hillside and canyon homes has declined.

Ambuehl said: “We’re seeing a clear decline in demand for properties perched high in the hills or deep in the canyons, largely due to heightened concerns over fire risk and rising insurance costs.

“In contrast, flatter, more walkable neighbourhoods, particularly those close to retail and dining, are seeing increased interest.”

Ambuehl cited active listings data from the Pacific Palisades area, noting 202 land listings, including 63 new entries and only 16 currently in escrow as of late June.

She said: “Since the fires, just 75 lots have sold, indicating that inventory is coming to market much faster than it’s being absorbed.

“At the current rate, we project the number of available lots could exceed 500 by year’s end.”

Buyers seek insurance clarity and private protection

Carl Gambino, a Compass agent specialising in high-net-worth relocation, said some clients are requesting property-specific fire risk assessments before purchasing.

Gambino said: “Buyers are certainly investigating insurance availability and cost before they buy.

“On the high end some of our clients are getting individual property fire assessments and hiring standby private firefighting companies.”

Gambino also said that relocation has not always meant a full exit from the Los Angeles market.

He said: “We did relocate some families to New York, Miami and even abroad.

“Of those, the majority kept their LA homes.”

Wildfire concerns shift Los Angeles luxury housing market in 2025: Summary

Real estate experts have reported that the Los Angeles luxury housing market has shifted following the 2024 wildfires.

The comments were reported by Bloomberg.

Buyers are now prioritising fire safety and insurance availability over design features.

Aaron Kirman said properties in fire-prone zones are staying on the market longer.

The California Association of Realtors said home sales in Los Angeles County fell 7.9% in May 2025.

Ruby Wang reported increased interest in Orange County, especially among younger families.

Nathan Wittasek said affluent clients are integrating Class A roofing and ember-resistant vents into home designs.

Wittasek also said lower-income homeowners face delays in rebuilding support.

Cindy Ambuehl said demand has dropped in hillside neighbourhoods due to fire risk.

Ambuehl said available land listings in the Palisades are increasing faster than sales.

Carl Gambino said some buyers are hiring private fire services.

Gambino said most clients who moved away kept their Los Angeles properties.