Canada’s WildFireSat: A step forward in wildfire management

A novel approach to wildfire monitoring

Canada is launching an initiative, WildFireSat, to bolster its capabilities in monitoring active wildfires from space daily.

This advancement aims to optimise Canada’s response to wildfires, which remain a significant concern for the country.

Canada is characterised by its vast boreal forest, covering 88% of its 4 million km^2 forested lands.

Annually, approximately 7,500 wildfires consume over 2.5 million hectares, an area comparable to half the size of Nova Scotia.

The rising impact of climate change suggests that the forest area consumed by wildfires could double by 2050, emphasising the urgency for improved monitoring.

The economic and health implications of these wildfires cannot be understated.

Canada spends close to $1 billion annually on combating wildfires.

Yet, indirect costs, such as health-related expenses, property losses, and economic downturn in tourism and energy sectors, can escalate this number into the billions.

One example is the 2016 Fort McMurray wildfire, recording a staggering cost of around $9 billion.

Initiative details: WildFireSat’s mission

The WildFireSat mission, a collaboration between the Canadian Space Agency (CSA), Natural Resources Canada (NRCan), and Environment and Climate Change Canada (ECCC), will enable Canadians to obtain precise information on air quality and smoke conditions.

Furthermore, it will permit a more accurate measure of carbon emissions from these wildfires, aligning with international carbon reporting standards.

The Canadian technology offers a solution tailored to provide essential data for wildfire managers.

Given Canada’s expansive landscape, satellite observation remains the most effective method to monitor all active wildfires with the necessary precision.

WildFireSat promises to deliver comprehensive wildfire activity data at critical times of the day and to understand variations that transpire regionally and annually.

Benefits and potential of WildFireSat

The new system will undoubtedly benefit Canadians.

By enhancing wildfire monitoring precision, it will aid in decision-making, safeguard resources, and reduce health concerns tied to smoke and air pollution.

Furthermore, it emphasises Canada’s leading position in wildfire management research and its commitment to cutting-edge space technology deployment.

WildFireSat, using infrared sensors, will measure the energy emitted by wildfires, termed Fire Radiative Power (FRP).

This data will be pivotal in determining fire intensity, spread rate, and accurate carbon emission measurements.

When faced with multiple wildfires simultaneously, having a system like WildFireSat, combined with other pertinent information, will enable managers to prioritise and allocate resources effectively.

Improved smoke forecasting will also benefit air quality forecasting initiatives.

Scientific prospects and advancements

Dr. Josh Johnston, a forest fire research scientist and former firefighter, helms the WildFireSat mission.

His expertise lies in developing remote sensing tools for studying combustion and fire behaviour. Dr. Johnston’s collaborations with CSA since 2013 have paved the way for WildFireSat’s realisation.

Supporting research on wildfires, WildFireSat will fill the gap in current satellite observations, especially during the critical “peak burn period” in the late afternoon.

One distinguishing feature of WildFireSat is its use of a unique infrared sensor, which doesn’t require cooling.

By employing this innovative sensor, the satellite becomes more efficient, lightweight, and cost-effective.

As part of CSA’s commitment to transparency, all processed WildFireSat data will be available to the public upon release.

Looking ahead, the prospects of having multiple sensors in space would revolutionise wildfire observation frequency.

With WildFireSat’s advancements, such frequent monitoring becomes a feasible future.

IFSJ Comment

This initiative by Canada emphasises a global trend towards the integration of space technology in tackling terrestrial challenges. As wildfires become an increasing concern for numerous nations, the ability to monitor, predict, and manage these disasters is paramount.

WildFireSat’s potential to provide accurate, timely data offers a blueprint for future international efforts in wildfire management.

Its focus on cost-effectiveness and public data transparency sets an encouraging precedent for similar initiatives worldwide.

California Fire Foundation allocates funding for wildfire safety grants

The California Fire Foundation (CFF) has recently awarded wildfire safety grants to 49 local fire departments, fire agencies, and community groups in Northern and Central California, with backing from the PG&E Corporation Foundation.

Supporting high-risk wildfire areas

For the sixth consecutive year, these grants, totalling $730,000 this year, have been granted.

The focus is on aiding agencies located in high wildfire-risk zones to improve their disaster preparedness and response capabilities.

This announcement coincides with National Preparedness Month, recognised each September to highlight the necessity of disaster preparedness.

Where the funding will be allocated

The funds will be used for buying personal protective equipment for firefighters.

They will also support defensible space creation, vegetation management tasks, fuels and hazards reduction.

Moreover, there will be an emphasis on fire safety public education and outreach.

The PG&E Foundation and Pacific Gas and Electric Company have shown support to CFF’s broader 2023 Wildfire Safety and Preparedness Program (WSPP) with a significant contribution of $1.4 million.

The main aim is to intensify wildfire safety awareness across California and channel resources to communities with high fire threats.

Rick Martinez, Executive Director of the California Fire Foundation, said: “Californians are better prepared for wildfires due to the WSPP and our association with PG&E.

“These grants support projects from fuels reduction to community education and obtaining new equipment.”

Wildfire safety grants: Achievements and goals of the WSPP

From 2018 onwards, 314 fire departments and agencies across the state have been granted $3.79 million through this grant program.

Every year, the program has seen an increase in applications.

The funding specifically targets areas with high fire risks, as indicated by the California Public Utilities Commission High Fire-Threat District map.

Mark Quinlan, PG&E’s Senior Vice President of Wildfire & Emergency Operations, highlighted the collaborative efforts: “We are thankful for our six-year association with the California Fire Foundation.

“Community education, awareness and resources like those offered by the Wildfire Safety and Preparedness Program are crucial for wildfire resilience.”

How the WSPP helps communities

This year’s grant recipients have secured 2,800 pieces of personal protection equipment.

Additionally, they managed hazardous tree and brush removal across 176 acres and safely removed over 380,500 pounds of potential fire hazards.

Fire safety education was delivered in several counties, potentially benefiting over 1.8 million residents.

PG&E and the PG&E Foundation’s continued support for WSPP marks a six-year collaboration, having donated $7.4 million overall for fire safety awareness. Importantly, this contribution is funded by shareholders and not by PG&E customers.

IFSJ Comment

The wildfire threat in California has been a significant concern over the years. The latest collaboration between the PG&E Corporation Foundation and the California Fire Foundation demonstrates a proactive approach towards mitigating this threat.

The emphasis on community education, equipping firefighters with essential tools, and disaster preparedness is commendable.

Funding high-risk wildfire zones and ensuring communities have the necessary resources for prevention and response can make a notable difference.

Collaborative initiatives like this serve as an example for other regions facing similar challenges.

Rosenbauer unveils advanced wildfire equipment for fire departments

Rosenbauer, a leading name in firefighting equipment, has announced the launch of new products aimed at enhancing wildfire operations.

This information was recently shared at notable firefighting trade fairs, where the brand showcased their latest innovations in personal protective equipment.

Wildfire equipment: Rosenbauer’s cutting-edge gloves and protective suit

Presented at events including “Retter Wels”, “Sobra Radgona”, and “Florian Dresden”, Rosenbauer introduced their GLOROS F10 gloves.

These gloves were specifically designed for long-term operations at high ambient temperatures, ensuring comfort even during prolonged usage.

Another highlight was the GAROS G10 wildfire protection suit.

Having made its debut in June, the suit was exhibited to the public for the first time at these fairs.

Both these innovative products can be viewed in further detail on Rosenbauer’s official press release.

Anticipated launch of the HEROS H10 helmet:

Visitors at these fairs were treated to an exclusive preview of the prototype for the HEROS H10 wildfire helmet.

Set to be available in the Autumn 2024, this helmet is designed to be exceptionally durable, lightweight, and comfortable.

IFSJ Comment

Rosenbauer’s innovative approach to creating equipment that addresses the unique challenges faced during wildfire operations demonstrates their commitment to ensuring the safety of firefighting professionals.

By prioritising comfort without compromising on protective features, Rosenbauer is setting new industry standards.

The unveiling of these products provides fire departments with enhanced options for ensuring the safety of their teams, particularly in the challenging conditions of wildfires.

The first line of defence against wildfire

Gabriel Reza discusses the crucial role of community and infrastructure in the face of growing wildfire threats

With wildfires intensifying their frequency and ferocity, communities globally are grappling with the realities of evacuation, loss, and recovery.

However, proactive measures, from community education to home hardening, offer a beacon of hope.

IFSJ Editor Iain Hoey sat down with Gabriel Reza, an expert in the field, to shed light on the techniques used by professionals to combat this escalating hazard and share strategies that individuals and communities can employ to enhance their safety.

Can you tell me about yourself and your background?

I’ve been with the Glendale Fire Department for about 17 years, serving a city of roughly 200,000 within Los Angeles County, California.

I hold the title of Senior Environmental Safety Specialist.

This role is versatile in our department; one day I might be reviewing plans at the front desk, the next I could be out on a construction inspection or at a wildfire scene.

It’s a multi-functional title unique to our area.

During my time with Glendale Fire, I’ve served on numerous committees spanning both fire and building safety.

I firmly believe these professions should communicate regularly, as they share the common goal of ensuring safety.

I’ve also been the past president of the Southern California Fire Prevention Officers and am currently the Chair of the International Code Council, LA Basin chapter, Fire Life Safety committee.

Additionally, I participate in Wildland Fire Committees and the NFPA Committee.

What’s the significance of wildfire prevention in the current global climate?

Over the last decade, we’ve amassed significant data on wildland fire cycles.

Our objective is to break these cycles using active management in fire-prone areas.

This includes thoughtful planning to avoid placing homes and cities in danger zones.

We aim to predict the trajectories and spread of fires to ensure safety.

The State Fire Marshal’s office in California is extensively processing data to understand wildfire patterns.

The main importance lies in understanding the cycle, and then mitigating risks through vegetation management, home hardening, etc.

How has wildfire prevention and management changed in the past decade?

While wildfires are a natural occurrence with a history spanning centuries, the difference today lies in the legislation and policies.

Compared to the 1970s, 80s, and 90s, we now see unprecedented levels of legislative activity around wildfires.

Every three years, the US revises building and fire codes through national discussions.

Wildfire-related topics have now surged to the forefront of these discussions, affecting a range of codes from mechanical to plumbing.

Over the past decade, with the influx of data and legislation, there’s been a shift from national to state to local levels in ensuring homes are fire-resistant, a trend likely to continue for the foreseeable future.

What strategies effectively create defensible spaces around homes and communities?

Traditionally, a defensible space is maintained up to 100 feet around a property.

The first 30 feet is the most critical, emphasising proper brush clearance and yard maintenance.

Beyond those 30 feet, the focus shifts to pruning larger trees and shrubs.

During our inspections in the city and neighbouring counties, we’ve noticed the significance of this initial 30 feet.

It’s essential to be conscious of the vegetation type near your home, as well as any items or structures, like trash bins or sheds, which might increase fire risk.

There’s upcoming California legislation introducing a “zone zero,” targeting plants directly against homes that pose high fire threats.

This could result in mandatory removal of certain plants, underscoring the state’s focus on minimising fire hazards.

How is technology being used in wildfire prevention and management? Can you discuss any advancements?

Technological advancements have played a pivotal role in bolstering wildfire prevention and management efforts in recent years.

One such improvement is in our Geographic Information Systems (GIS).

This system’s ability to intricately map terrains aids in strategising preventive measures.

As cities and insurance companies leverage this data, it not only allows for a more proactive approach but also assists in forecasting fire patterns based on historical data.

Drones, too, have revolutionised our approach, particularly in the realm of enforcement and inspection.

Previously inaccessible or hard-to-reach areas are now within our grasp.

These devices provide us with real-time imagery and videos, enabling local authorities to comprehensively assess regions for potential hazards or breaches in safety protocols.

This has not only optimised the inspection process but has also been instrumental in formulating preventive strategies.

The exciting frontier, however, lies in the realm of Artificial Intelligence (AI).

Collaborative projects in California are now harnessing AI to develop sophisticated algorithms.

These algorithms aim to predict the onset of fires and their subsequent spread, taking into account an array of variables from wind patterns to topography.

Given the unpredictable nature of fires, having an AI system that can analyse vast amounts of data, including offshore wind flows or ocean breezes, marks a significant leap in pre-emptive fire management.

Additionally, California’s initiative to install cameras in the most fire-prone areas provides a continuous stream of data.

When this real-time data is processed by AI, it can highlight potential high-risk zones, offering an alert system to Fire Authorities even before a fire might break out.

This combination of AI and real-time monitoring ensures that responses are quicker, and preventive measures are more data-driven than ever.

Could you clarify the concept of home hardening and its importance in wildfire prevention?

Home hardening refers to the use of specific building materials and techniques that reduce the chances of a home igniting during a wildfire.

It doesn’t necessarily mean a complete overhaul of your home; instead, incremental changes can make a significant difference.

For instance, shifting to metal or non-combustible clay roofs, or various fire-resistant tiles, can offer considerable protection.

Similarly, opting for metal gutters with shields prevents the accumulation of flammable debris, while switching to dual-pane windows can guard against radiant heat, which has been known to pass through older, single-pane windows, causing interior fires.

In California, you can even get professionals to assess your home’s vulnerability to fire.

The objective is to make your home as fire-resistant as possible, step by step.

How vital is community education in wildfire prevention?

Public awareness is crucial, and unfortunately, for many, wildfires aren’t on their radar until they experience one first hand.

Early education, starting with schools, is pivotal.

Our outreach has evolved from merely teaching children to dial 911, to now informing them about evacuation procedures and emergency preparedness.

Engaging not only with schools but also communities and homeowners’ associations ensures everyone understands the risks and precautions.

When sharing information, we aim for simplicity and clarity.

Avoiding technical jargon and providing easy-to-understand guidance ensures everyone can actively participate in safeguarding their homes and neighbourhoods.

How can communities prepare for wildfire season?

I’d strongly recommend visiting your local fire station. Check if your city or county has an emergency mass notification system.

Many cities are now adopting such systems that alert residents through emails, text messages, or voice-recorded phone calls about incidents in their vicinity.

Additionally, check if there are any committees or training sessions in place for neighbourhood evacuations.

While many departments conduct evacuation drills, often, the notifications go unnoticed in mailed flyers.

Active participation in these drills may not always be high, but they are available in several places.

My primary suggestion would be to get in touch with your local fire department or city administration.

They can provide insights into available programs, especially since there’s an increasing focus, backed by grant funds, on public education, community outreach, and mass evacuation.

What should be prioritised when it comes to wildfire prevention?

The enforcement and awareness of proper vegetation management are paramount.

While the topic of enforcement can be sensitive, there are times when legal interventions become necessary to clear hazardous vegetation from private properties.

If homeowners don’t undertake the necessary precautions, fire departments might be compelled to intervene directly, using legal avenues if required, to manage the vegetation.

While our aim is always increased awareness, for authorities, a lot rests on the enforcement process.

Some fire departments may hesitate to strictly enforce these measures, but I believe it’s essential.

If we don’t address the risk in our most vulnerable regions, especially with habitual offenders, we are potentially inviting danger.

Addressing these issues proactively is crucial for everyone’s safety.

This article was originally published in the September 2023 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

A new era in wildfire response

IFE CEO Steve Hamm highlights the global imperative to combat increasing wildfires across the globe

Increasing wildfires are posing a profound threat to communities, tourists, and the local environment.

Climate change is leading to more frequent and intense wildfire occurrences, emphasising our need to take a proactive stance.

As I delve into this pressing issue, it’s clear that fire and rescue services need to re-evaluate and enhance their strategies to confront this escalating crisis directly.

The devastating wildfires in Greece finally subsided at the end of July after burning for nearly a fortnight, with popular travel spot, Rhodes, being the worst affected by the blazes.

More than 20,000 tourists and locals were forced to flee seaside hotels and houses, and around 10 per cent of the island was scorched.

Additionally, August saw more than 1,000 people evacuated in southern Portugal, where a wildfire spread across huge swathes of land in one of the country’s popular tourist destinations.

Around 800 firefighters tackled the blaze. Scorching 16,560 acres of land, the local fire and rescue services were forced to evacuate people in its path as a precautionary measure.

Wildfire response: Fire mapping and technology utilisation

With wildfires escalating globally, it’s crucial for fire and rescue services (FRS) to harness advanced technologies to map and monitor fire incidents more accurately.

Geographic Information System (GIS) technology, remote sensing, and satellite imagery can significantly improve fire mapping capabilities.

Integrating these tools allows responders to have real-time access to crucial data, including fire spread, hotspots, and areas at risk.

Accurate fire mapping empowers responders to allocate resources strategically, ensuring timely and effective action to protect lives and local infrastructure.

Additionally, the use of Unmanned Aerial Vehicles (UAVs) or drones can revolutionise wildfire management, and drones equipped with thermal imaging cameras can detect hidden fires and provide situational awareness in remote areas.

Working alongside artificial intelligence (AI), we can enhance the analysis of fire patterns and predict fire behaviours, allowing responders to stay one step ahead of the flames.

With the UK experiencing soaring temperatures over recent years, wildfires are becoming an increasing threat and forcing FRSs in rural locations to develop and trial new training materials.

Northamptonshire FRS saw a large number of grass and crop fires last year, placing a huge demand on responders, resulting in a 76 per cent increase in wildfire incidents during July and August.

The service reviewed its response to wildfires and has introduced new wildfire backpacks on all frontline appliances.

The backpacks can carry up to 20 litres of water and can be used in areas that are inaccessible for a fire engine.

Responder Personal Protective Equipment (PPE)

As wildfires grow in intensity, responder safety becomes paramount. Ensuring that firefighters have access to state-of-the-art Personal Protective Equipment (PPE) is crucial to safeguarding their well-being.

Traditional firefighting PPE may not provide adequate protection against the extreme conditions in wildfire environments and calls for enhanced breathing apparatus.

Competency and training

To respond effectively to the increasing scale and complexity of wildfires, FRSs must prioritise ongoing training and competency development for their personnel.

Wildfires demand a unique set of skills and expertise that go beyond conventional firefighting techniques.

Training should encompass various aspects, including wildfire behaviour, incident command systems, and wildfire-specific suppression strategies.

Responders must be educated on the importance of collaboration and integration with other agencies, such as forestry services and local authorities, to ensure a cohesive and coordinated response.

Community outreach

Beyond the efforts of fire and rescue services, fostering community awareness is essential in mitigating the impact of wildfires.

Educating residents about fire risks, evacuation procedures, and defensible space measures can significantly reduce vulnerability.

Fire departments should actively engage with communities to conduct drills, workshops, and information sessions on wildfire safety.

Encouraging the adoption of Firewise principles and community-based fire prevention initiatives can create a more resilient society capable of responding proactively to wildfire threats.

The surge in wildfires due to climate change demands a shift in how fire and rescue services prepare and respond to these events.

By leveraging cutting-edge technologies and enhancing training and competency, we can create robust response methods to protect lives, property, and the environment.

Additionally, fostering community engagement and preparedness will create a united front against the escalating threat of wildfires.

The Institution of Fire Engineers (IFE) remains committed to driving global professional competency and advocating for measures that safeguard our communities from the challenges posed by climate-driven wildfires.

Together, through collaboration and innovation, we can build a safer and more resilient future.

To learn more about the IFE visit www.ife.org.uk.

IFSJ perspective

In recent times, the wildfire narrative has escalated from isolated events to global crises.

As a leading voice in the fire and safety sector, IFSJ recognises that climate change has played a role in the irrevocably altered the wildfire paradigm.

Events in Hawaii, Canada, Greece and Portugal are emblematic of the widespread devastation wildfires can wreak, impacting both ecosystems and economies.

The demand for innovation in fire management has never been more acute. Cutting-edge tools, such as GIS technologies and UAVs integrated with thermal imaging and AI, can significantly reshape our response strategies. However, technology alone isn’t the panacea.

We commend Northamptonshire FRS for their forward-thinking adaptations and underscore the imperative of specialised training, equipping responders with nuanced skills tailored to the multifaceted challenges of wildfires.

Yet, an often under-emphasized pillar in our arsenal against wildfires is community engagement.

Fostering a culture of preparedness, awareness, and proactive defence at the grassroots level can drastically mitigate risks.

Our collective response to this escalating crisis should be as interconnected and pervasive as the fires themselves.

Only through holistic strategies can we hope to counteract this incendiary threat to our global community.

The IFE’s commitment reflects the urgency of this global imperative, emphasising the necessity of collaboration and innovation in building a resilient future.

This exclusive article was originally published in the September 2023 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Cultural Burning in Australia: An Ancient Practice for Modern Challenges

Amidst the towering eucalyptus trees and aromatic foliage, a carefully controlled fire dances in the Australian bush.

While these fires may appear alarming to some, they are a manifestation of a practice deeply rooted in Indigenous knowledge.

As the continent steels itself for the upcoming bushfire season, the age-old tradition of “cultural burning” is gaining renewed attention.

Understanding Cultural Burning

At its core, cultural burning is not just about preventing bushfires, but it’s about maintaining a balance between humans and the environment.

Handed down through countless generations, this Indigenous technique aims to rid the land of excessive undergrowth that can be a catalyst for uncontrolled wildfires.

Unlike the broad-brushed hazard reduction burning conducted by conventional rural fire services, cultural burning is a refined method tailored to the unique landscape and ecology of a given area.

How Does Cultural Burning Work?

  1. Focused Approach: Instead of large-scale burns, cultural burning focuses on smaller patches, ensuring animals and birds can move away, and critical ecosystems remain undisturbed
  2. Timing: Burning takes place during cooler periods, often in the evenings, reducing the chances of a fire escalating uncontrollably
  3. Preservation: Special care is extended to safeguard trees, especially ancient ‘scar trees’ that hold significant cultural value to Aboriginal communities. Richard Geddes, a Jagun programme manager, emphasises that the tree canopy is considered sacred. The aim is to prevent fires that scorch these canopies, which could lead to an unhealthy surge in new growth

Cultural Burning: Why Now?

Australia’s 2019-2020 ‘black summer’ bushfires were a jarring reminder of nature’s fury, consuming areas as vast as Turkey.

Such devastating events, coupled with escalating global temperatures and the resultant fires worldwide, have compelled Australians to look at holistic methods to mitigate future disasters.

Anastasia Guise from Billen Cliffs Village believes that cultural burning is one of the key solutions that many had overlooked until recently.

A Win-Win Solution?

The resurgence of cultural burning does not only protect the land.

The Jagun Alliance Aboriginal Corporation (Jagun) plays a pivotal role in this resurgence, imparting the knowledge of cultural burning and its nuances.

It also presents a precious opportunity for Aboriginal communities to both preserve their rich heritage and equip themselves with skills that have immediate real-world applications.

Furthermore, initiatives like Jagun’s are bridging the gap between modern Australia and its Indigenous roots.

With support from institutions such as the Australian government’s National Emergency Management Agency, Jagun has extended its reach, offering community workshops on bushfire recovery and preparedness.

For landowners like Michael Smith, who witnessed nearly 75% of his property succumb to the inferno in the 2019-2020 bushfires, cultural burning and its associated practices offer hope.

For Smith, as for many Australians, bushfires are an undeniable aspect of life.

However, with the lessons of cultural burning, this reality can be met with both respect for tradition and a proactive approach to safety.

IFSJ Comment

In the vast spectrum of fire management techniques, cultural burning stands out not merely as a reactive measure, but as a proactive symbiosis of cultural heritage and contemporary fire safety.

This Indigenous Australian practice has been nurtured for thousands of years, refined through intimate knowledge of the land and its ecological rhythms.

As the world grapples with the escalating challenges of climate change, this time-tested methodology offers a potent blend of tradition and efficacy.

The renewed emphasis on cultural burning in Australia is a significant reminder for fire safety professionals globally: that innovation isn’t always about creating something new, but often rediscovering and adapting ancient wisdom for modern challenges.

The meticulous approach of cultural burning — from the selection of specific sites, optimal times, to the preservation of ancient trees — underscores the importance of detailed, localised knowledge in fire safety management.

For our readers and fire professionals worldwide, the resurgence of cultural burning should inspire a deep dive into localised fire management practices, wherever they may be, to complement modern techniques.

While the International Fire and Safety Journal regularly covers advancements in technology, equipment, and strategy, we recognise that true progress in fire safety often lies in harmonising the new with the old, the global with the local.

Cultural burning epitomises this harmonisation, offering valuable lessons for the international fire community.

Such initiatives can not only enhance safety but also strengthen the bond between communities and their environment.

From spark to inferno: Wildland fire mitigation strategies

As wildfire takes over the globe, WFCA Senior Policy Advisor Bob Roper navigates the complex terrain of wildland fire policy development and mitigation strategies

The world’s attention is riveted on the increasing threat posed by wildfires, a global issue that has been amplified exponentially by the spectre of climate change. Recent developments underscore the severity and global scale of this escalating crisis. From the vast wilderness of Canada to the diverse landscapes of Europe, the wildfire threat casts a long, ominous shadow.

In Canada, an unprecedented wildfire season has been unfolding, triggered by a heat dome that caused temperatures to soar to unheard-of levels. This extreme heatwave, a direct consequence of climate change, has ignited hundreds of wildfires across British Columbia, Alberta, and other provinces.

The fires have incinerated vast swaths of forests, destroyed properties, and claimed lives. Toxic smoke from these wildfires has not only choked Canadian cities but has travelled thousands of kilometres to reach as far as Europe, underscoring the transcontinental reach of this crisis.

Meanwhile, across the Atlantic, Europe is grappling with its own wildfire challenges. A deadly heatwave, dubbed “Lucifer,” has been sweeping across the continent, triggering a spate of wildfires from Spain to Greece. Climate scientists are unambiguous about the role of climate change in these extreme weather events.

The continent is seeing its temperature records shattered, and the scorching heat has turned vast tracts of vegetation into tinderboxes ready to ignite. The wildfires in the Mediterranean, known for their holiday destinations, are also threatening lives, homes, and the region’s valuable tourism industry.

The intersection of climate change, extreme heat events, and wildfires has created an inferno of catastrophe. It paints a dystopian portrait of a future where uncontrollable wildfires could become an annual event, drastically impacting ecosystems, human health, and economies.

This harsh reality is also evident in the United States, which grapples with its own unique challenges. The interplay of climate change, land-use practices, and an increasingly complex electrical infrastructure has created a unique tinderbox for wildfires. A confluence of factors, including drought conditions, rising temperatures, and human activity, has created a perfect storm for the wildfires.

Mitigating this crisis calls for a global response, and importantly, expert insight and guidance. As we dive into this looming threat, we sought the expertise of someone deeply embedded in the heart of this issue – Bob Roper.

Roper, with a career spanning over 45 years in the fire service and wildland fire policy development, has worked in various roles from Ventura County Fire Department Fire Chief to State Forester for Nevada. Currently, he is the wildfire policy advisor for the Western Fire Chiefs Association, where he focuses his expertise on strategic planning and public policy related to Wildland Fire issues. In our conversation, Roper sheds light on the complexities of wildfire prevention, the role of electrical utility vendors, and his vision for the future of wildfire mitigation.

As our understanding of the complexities deepens, it underscores the pressing need for strategic responses to manage and navigate this escalating threat. We sat down with Roper to these explore challenges in depth, providing insight into the complexities of wildfire prevention, the role of electrical utility vendors, and his vision for the future of wildfire mitigation.

What drove your decision to focus specifically on wildland fire policy issues?

Coming up through the Ventura County Fire Department, I had the pleasure to work with some of the founding members of FIRESCOPE. FIRESCOPE was created in the early 70’s to address issues involving common operational procedures and organization of emergency incidents. Thus, the Incident Command System (ICS) was born. My work experience focused on wildfires as I found that if an agency can command a dynamic moving wildfire incident, that agency can successfully handle most any other type of emergency incident.

I soon became involved in local wildfire policy development which dictated state policy coordination. This compounded and I soon became involved in the International Association of Fire Chiefs’ Wildland Fire Policy Committee, which created the opportunity to evolve into national policy interaction. It was through these collective experiences that I found the integral nature of how policies at all levels must work up and down for success.

How have you seen the strategies for handling wildfires evolve, especially with the advancements in technology?

Technology and procedural changes always enhance our overall success, but the real secret to success is getting the right players to the table to discuss and create good policy. These players need to understand all perspectives and remove the barriers to success while focusing on the goals.

We have seen top-down policy at all levels get enacted, but the degree of success actually lies with the performance of the policy at the field level. We also cannot rely on policy being adopted without proper education and marketing of consequence management. So, technology is not the be all end all – it becomes the supporting tool to make policies successful.

Can you discuss challenges and achievements in wildland fire policies across local, state, and federal levels?

When addressing the local, state, and federal policy levels, it really boils down to a matter of perspective. Example, Ventura County has a model Hazard Reduction program that builds defensible space. Its success rate speaks volumes, but it was built on local community relationships and hard data to gain the needed political support.

This program became a model for CA, but the enforcement program has not gained the same success rate. This is because of the exponential nature of education and outreach needed to have the same success as Ventura County did.

This situation is further exacerbated at the federal level when you do not have the same community bonds that the local level has. This is why the wildfire problem cannot be a one-size-fits-all approach. Success relies on a common vision and/or an enforcement program to force compliance rather than rely on intrinsic values.

How do electrical utility vendors’ transmission systems contribute to wildfire ignitions, and how significant is this issue?

Utility systems are an essential part of our daily lives, but everything needs to be maintained. These systems can produce trouble faults from arcing, heat exposures and critical failures due to age, accidents (traffic accidents) and acts of nature (trees into lines and animal ground faults). Serious consideration has been made to evaluate the cost of undergrounding the transmission and distribution systems, but that mitigation option can be cost prohibitive.

This becomes a conundrum where we ask: “What is the financial pain tolerance in utility bills to upgrade systems vs. what are acceptable wildfire losses?” It’s interesting that electrical utility caused wildfires only account for 7-10% of all wildfires. It’s just that many of the high-profile wildfires recently have been attributed to electrical utility ignitions.

What are some of the potential pitfalls of vendors being left in charge of their own system monitoring?

It’s always best to have all parties practice full transparency, so public trust is maintained. We must recognise that technology isn’t foolproof, leading to false positive trouble reports that can undermine our trust in it. However, as these systems improve over time and our confidence grows, this creates a corresponding dependence on them.

Can you explain how a state warning control centre might utilise technology to monitor these transmission systems more effectively?

By a state warning centre or equivalent having this type of data, utility companies can ensure that they have the best data available to mitigate potential ignition starts. This type of data also provides an overwatch display for the respective governing entity. The real secret in this type of data is the elimination of false positives, so there is a high degree of reliability for response.

How might such monitoring help in pre-positioning emergency resources before adverse wildfire weather conditions are present?

In many cases today, when actual or anticipated incidents occur, resources are staged or prepositioned on a regional basis. This type of reliable data can locate scarce resources to a latitude/longitude location to verify a trouble spot or be in the immediate area pending a utility response. If an ignition does occur, hopefully it can be controlled much faster than from a regional response location.

What are some strategies or methods you recommend for mitigating the risk of wildfires in areas with high-density electrical utility infrastructures?

It starts with a wildfire mitigation plan. These plans detail probable areas, control actions and updates to the infrastructure. Maintenance of the infrastructure is key and improves the system’s performance while reducing liabilities.

Identifying the probable areas of ignition also allows a utility to consider how they might want to restructure grids to lessen the impact of a Public Safety Power Shutoff (PSPS). Also, many utilities have created their own response capabilities ranging from watch patrols to firefighting resources. In addition to these steps, I strongly urge utilities and their respective fire response agencies to enhance their relationships.

What is your vision for the future of wildland fire prevention?

We are currently witnessing an increase in wildfires due primarily to extreme wind conditions. We are also seeing utilities doing an amazing amount of infrastructure upgrades. My vision is that we will see the utility caused wildfire data flip-flop as utility infrastructure improvements become reality.

How can we better educate the public and private sectors about these issues, and what role can they play in wildfire prevention?

We must provide an on-going education message that the wildfire challenges are not one entity’s issue, it is the collective challenge to government, private sector, and the public at all levels. We need to form a common bond that enables all of us to focus on the right solutions for our communities.

That being said, there are general guidelines that each community can use to address their specific challenges. We also need to understand that wildfires have been part of our ecosystems for centuries and we must learn to live with wildfires as part of our culture today and into the future.

This exclusive article was originally published in the September 2023 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Maui fires investigation: Fire Safety Research Institute appointed by Attorney General Lopez

In a recent announcement, Hawaiʻi Attorney General Anne E. Lopez disclosed her choice for a comprehensive probe into the Maui wildfires.

FSRI to evaluate state and county preparedness for Maui fires

The Fire Safety Research Institute (FSRI), a leading nonprofit research body, will assess state and county agency strategies and response to the Maui wildfires.

These catastrophic fires led to a tragic loss of life and caused damages approximating $5.5 billion.

Attorney General seeks clarity and accountability

Attorney General Lopez stated: “I am committed to an independent, unbiased, and transparent investigation into government actions during the fires.”

Her commitment aims to renew the public’s faith in the government, especially after this devastating event.

In a reassuring tone, she added: “We can improve our responsiveness and resilience. Once the FSRI investigation is completed, our next step is to take decisive action.”

The investigation will scrutinise government agency actions during the initial 24 to 72 hours of the fire outbreak.

Lopez intends to keep the Hawaiʻi community updated at the conclusion of each investigation phase and once the final report is ready in late 2024.

FSRI’s three-phase investigation

Dr. Steve Kerber, FSRI vice president and executive director, expressed FSRI’s empathy with the Maui community.

His team aims to offer an evidence-based understanding of the incident to prevent future recurrences.

This investigation, which will closely involve local emergency services and federal, state, and local organisations, will span three phases:

  1. Fact-finding on Maui fires’ progression: This initial phase, estimated to last three months, focuses on gathering data to construct a comprehensive incident timeline.
  2. Data analysis and agency response: In approximately six months, this phase aims to evaluate the functioning of various fire protection systems during the Maui fires.
  3. Future prevention strategies: The final phase will offer insight into preventing such disasters in the future, producing a Forward-Looking Report after approximately 12 months.

“The FSRI investigation and what we learn from science and sound investigative practices will result in a set of concrete policy recommendations that will help ensure a safer, more prepared Hawaiʻi,” added Attorney General Lopez.

IFSJ Comment

The selection of the Fire Safety Research Institute by Attorney General Lopez to investigate the Maui fires holds significant implications for the global fire and safety community.

The scale of the Maui wildfires, both in terms of human tragedy and financial costs, underscores the urgent need for rigorous, evidence-based investigations.

The three-phase approach proposed by FSRI, particularly its emphasis on producing actionable, forward-looking recommendations, has the potential to greatly influence fire preparedness and response strategies not just in Hawaiʻi but around the world.

Collaborative efforts between government bodies and research institutes, as seen here, might very well set the gold standard for addressing future fire-related challenges.

Greece inferno sets a concerning record for EU wildfires

Greece has faced a forest blaze that is the most extensive wildfire ever documented in the EU, according to a spokesperson from the European Commission.

The statement came as a significant concern, considering the data has been recorded by the European Forest Fire Information System (Effis) since 2000.

The EU responds swiftly: Greece wildfire support in numbers

In a bid to counteract the fire’s devastation, nearly half of the EU’s firefighting aerial fleet has been dispatched.

Specifically, 11 planes and a helicopter from the EU, along with 407 firefighters, have been sent north of Alexandroupoli, the city close to the wildfire’s origin.

The EU’s civil protection service has indicated that the fire has already consumed more than 310 sq miles (810 sq km) – an area larger than New York City.

This grim reality was echoed by the European Union-backed Copernicus Climate Change Service, which highlighted the magnitude of the devastation.

EU Wildfires: International support and local implications

Support to douse the flames is not only coming from within the EU. Firefighters from nations including Albania, Serbia, Slovakia, and the Czech Republic have joined the efforts, according to fire brigade reports.

Despite the combined effort, the blaze remains “still out of control”, particularly affecting the north-east region’s Dadia national park, a crucial haven for raptors.

Climate change and its effects: Greece wildfire trends

The vast and increasing number of fires in Greece this summer is largely attributed to the climate crisis by both the government and environmental experts.

Panagiota Maragou from the World Wildlife Fund (WWF) in Greece drew attention to the high biodiversity of the national park, emphasising its regional and potentially global significance.

She mentioned that around 30% of the National Park of Dadia-Lefkimi-Soufli Forest has succumbed to the flames. Concerns have arisen over Greece’s focus on fire containment rather than prevention, with environmentalists noting the current system’s inadequacies.

Human toll and socio-political implications

Since its onset on 19 August, the fire has tragically claimed 20 lives, 18 of whom were migrants discovered in an area often utilised as an entry point from neighbouring Turkey.

Such tragedies in the Evros region, a popular EU entry for countless migrants and refugees annually, have unfortunately spurred anti-immigrant sentiments.

Recent incidents involving local civilians and migrants, and subsequent police investigations, have also come to light.

IFSJ Comment

The Greece wildfire’s scale is unprecedented in EU history, presenting a new challenge to firefighting efforts and strategies.

The situation underscores the need for enhanced cross-border cooperation and advanced preparedness.

As the climate crisis continues to intensify, such collaborative measures become even more crucial.

Equally significant is understanding the broader implications of such disasters, from environmental losses to the profound human tragedies they encapsulate.

This event is a stark reminder of the interconnectedness of our shared global challenges.

Presentations on wildland fire behaviour now accessible online

The Department of Fire Protection Engineering at the University of Maryland recently concluded its Summer School focused on “Fire Safety Science – Wildland/WUI fire behaviour” from June 5-9, 2023.

In an exciting update for those keen on the topic, all the PowerPoint presentations and video lectures from this event are now available for viewing on the summer school website.

Notable lectures and their esteemed presenters

The programme featured a robust list of lectures delivered by global experts:

  • “Introduction to Wildland and Wildland-Urban-Interface Fires,” presented by Alex Filkov from the University of Melbourne.
  • “Fire behaviour” by Albert Simeoni of Worcester Polytechnic Institute.
  • University of Maryland’s own Stas Stoliarov and Arnaud Trouvé discussing “Ignition and Pyrolysis” and “Combustion” respectively.
  • And many more covering diverse topics from “Flame Spread” to “Technology: Real-Time Fire Forecasting”.

Panel discussion delves into challenges of large outdoor fires

A panel was also convened, which comprised notable figures like Danielle Antonellis of Kindling, USA, Erica Kuligowski from RMIT University, Australia, and Albert Simeoni from Worcester Polytechnic Institute, among others.

These panellists deliberated on the pressing challenges in large outdoor fires, offering invaluable insights into the domain.

IAFSS remarked: “Learn from 20 international experts. Listen to the engineering point of view on wildland/WUI fire behaviour: Join us in trying to develop solutions to these growing fire problems!

“Also, please spread the word on these resources and share this material with fellow students and colleagues!”

IFSJ Comment

As urban areas continue to expand and intertwine with natural landscapes, understanding the science behind these fires becomes imperative.

The University of Maryland’s effort in bringing together global experts to deliberate, discuss, and share knowledge is a commendable step.

We encourage our readership to delve into these resources, as collaborative learning is key in our collective quest to enhance fire safety in such vulnerable terrains.