The Fire Break | Innovations in Wildfire

Water quality expert Cydian Kauffman explains what happens to the toxic runoff from wildfires and structure fires and how those contaminants find their way into our drinking water. Learn the crucial difference between the legal and health standards for municipal water, why your body may be the filter for dangerous chemicals, and the best ways to protect yourself from everything from heavy metals to the little-known class of chemicals known as PFAS.

In this episode, you'll learn about:

• The Hydrologic Cycle of Fire: How contaminated runoff ends up in our reservoirs and aquifers.

• Legal vs. Health Standards: The shocking truth about why your municipal water may be as dirty as it's legally allowed to be.

• The Problem with PFAS: Why the true danger of these "forever chemicals" is still unknown and what you can do about them.

• Testing Don't Guess: Why testing your water is the first step to finding a customized home filtration solution.

• RO, Carbon & UV: A deep dive into the pros and cons of different filtration technologies.

• Water Safety for Firefighters: The unique dangers first responders face from drinking and being exposed to untested water sources on the job.

• Smoldering Science: A discussion on why smoldering fires are often the biggest and most destructive fires on Earth, even without a flame.

Adam specializes in comprehensive all-hazards preparedness, planning, response, mitigation, and risk management. His expertise extends to severe weather and climate change risk, the strategic use of GIS in emergency management, urban search and rescue, and homeland security. He has a strong focus on climate change, black sky consequence management, CBRNE planning, bio and agroterrorism, viral hemorrhagic fevers, maximum containment laboratory emergencies, and disruptions to electric transmission and distribution utilities.

UC Cooperative Extension fire ecologist Barb Satink Wolfson provides a masterclass in the science and culture of "good fire," explaining why we need to empower more people to use it and how community events can build trust and acceptance. Discover the ecological impacts of high-severity re-burns, the critical importance of social science in wildfire preparedness, and why the future of safety lies in entire communities taking collective responsibility.

In this episode, you'll learn about:

• The Problem with "Acres Destroyed": Why this common media metric is misleading and what we should focus on instead.

• High-Severity Re-burns: The ecological danger of fires re-burning areas too frequently.

• Putting Fire in More Hands: The importance of state-level "Burn Boss" certifications and liability protection for private landowners.

• The "Good Fire Fair": How to create fun, engaging community events that teach the benefits of prescribed fire.

• Cultural Burning: The history and significance of Indigenous burning practices.

• The Power of Social Science: Why understanding community perception is as important as understanding fire behavior.

• Collective Responsibility: Why house-by-house mitigation isn't enough and entire neighborhoods must work together.

• Learning from Europe: A look at how different building materials and firefighting tactics shape the WUI problem overseas.

Deputy Fire Chief Matthew Wilson of Eielson Air Force Base shares his unique perspective from the far north, detailing the lessons learned from recent F-35 and F-16 aircraft mishaps and the challenges of leading a military fire department with a high turnover rate. Discover his leadership philosophy of subordinating ego and listening to your team, why resilience is a quality you build by doing "hard things," and how he's helping to foster a new culture of mental health.

In this episode, you'll learn about:

• Life in the Extreme Arctic: The unique challenges of firefighting in Alaska's extreme cold and the constant daylight of summer.

• Mishap Response: A firsthand account of responding to a real-world F-35 crash and the difference between training and reality.

• The "Wilson" Leadership Philosophy: Why subordinating your ego, listening, and asking open-ended questions is key.

• Building Resilience: Why Matthew believes resilience is a quality that is built by doing "hard things" in a controlled way.

• Overcoming Stigma: The positive cultural shift in the military toward seeking mental health support without reprisal.

• The High Turnover Challenge: The difficulties and surprising strengths of leading an ever-changing force of young firefighters.

• Mentorship Matters: The importance of intentionally mentoring subordinates to develop their skills and confidence.

Veteran emergency manager Todd Hutchings draws on decades of experience from the front lines of CAL FIRE to the consulting world, delivering a powerful message about getting "back to basics" with wildfire preparedness. Discover why he believes true resilience starts at the grassroots level, the importance of low-impact mitigation like goat grazing, and why communities can't afford to wait for FEMA to solve their problems.

In this episode, you'll learn about:

• Back to Basics: Why the most effective preparedness starts with simple, fundamental actions.

• The Consultant's Role: How to help organizations focus on prevention first, not just recovery paperwork.

• Lessons from Pebble Beach: Using low-impact mitigation like goat grazing in high-value communities.

• The "What If" Mindset: The importance of planning for the unknown and expecting the unexpected.

• Leadership is Key: Why a lack of forward-thinking leadership is one of the biggest obstacles to community safety.

• The Frontier Mentality: The need to embrace self-reliance and neighbor-helping-neighbor instead of waiting for federal aid.

• Your Go-Bag: A critical reminder to have your bag ready—and maybe even keep it in your car during fire season.

Ergodyne's heat stress expert Lexi Engelbart breaks down the science of staying cool in the most extreme environments, from industrial job sites to the wildland fire line. Learn about the crucial difference between ambient temperature and Wet Bulb Globe Temperature, the hierarchy of controls for heat safety, and the innovative cooling technologies—like phase change vests—that can protect you when the heat is on.

In this episode, you'll learn about:

• Heat Stress is Universal: Why it's not just a problem for workers, but for everyone.

• Wet Bulb Globe Temperature (WBGT): The gold standard for measuring the real "feels like" temperature.

• The OSHA Rule: An inside look at the proposed federal rule for heat stress and what it means for worker safety.

• Water, Rest, Shade: Why these simple principles are the most effective way to mitigate heat stress.

• Cooling Tech Deep Dive: Exploring the pros and cons of evaporative cooling vs. phase change cooling vests.

• The Acclimatization Risk: Why the first week on a job in a new, hot environment is the most dangerous.

• PPE as the Last Resort: Understanding the hierarchy of controls and why engineering solutions come first.

• Voice of the Customer: How talking to frontline workers inspires the next generation of safety products.

Professor of Fire Science Guillermo Rein of Imperial College London unveils the shocking discovery of "fire waves"—a new phenomenon where urban green spaces can erupt in hundreds of wildfires. He explains the science behind the 2022 London fire wave, how a metric called Vapor Pressure Deficit (VPD) can predict this risk, and why other traditionally "wet" cities like Seattle and New York could be next.

In this episode, you'll learn about:

• The London Fire Wave: The story of the London Fire Brigade's busiest day since World War II.

• Vapor Pressure Deficit (VPD): The key meteorological indicator that can predict an urban fire wave after 10 days of high readings.

• A Warning for Green Cities: Why traditionally humid cities are now at risk for a new type of wildfire disaster.

• The Science of Smoldering: Why the world's largest fires (in peatlands) often have no flames and get little attention.

• A Scientist's Duty to Communicate: Why it's critical for scientists to develop the "muscle" of communication to translate complex research for the public.

• The Long Road from Science to Impact: How a scientific discovery can take years of persistence to become policy or new technology.

• Our Primal Fascination: A philosophical dive into why humans are so mesmerized by flames.

Video game developer Eamonn Glass, formerly of Electronic Arts (EA), introduces FIRE, a new cooperative video game where players battle apocalyptic wildfires with futuristic technology. Inspired by the tragic Lytton, B.C. fire, Eamonn's studio, Maggie's Farm, is creating a "combined arms" experience where you "win by saving," aiming to build a more fire-literate generation through engaging and entertaining gameplay.

In this episode, you'll learn about:

• The Genesis of FIRE: How the destruction of a small town sparked the idea for a new kind of game.

• "Win by Saving": The core philosophy of creating a game centered on rescue and preservation, not destruction.

• Combined-Arms Firefighting: The five player classes and the high-tech, military-inspired arsenal used to fight fires.

• A Near-Future Canvas: How a futuristic setting allows for innovative tools like suppressant-firing rocket launchers and in-air retardant refueling.

• Smokey the Bear for a New Generation: The mission to embed real-world mitigation and resilience lessons into the gameplay.

• The "Firebase": How players manage their own base, learning about defensible space and fuel reduction to earn in-game benefits.

• Real-World Partnerships: Plans to incorporate real fire tech from innovators and the visual language of apps like Watch Duty.

First Street's Director of Wildfire Modeling, Phil Cunningham, explains the complex science behind creating property-level wildfire risk scores for the entire country. A meteorologist by training, he details his journey from studying the physics of fire whirls with supercomputers to running millions of statistical fire simulations to help homeowners, insurers, and lenders understand their true risk, both today and 30 years in the future.

In this episode, you'll learn about:

• First Street's Mission: How they model climate risk for the financial industry and consumers.

• The Science of Risk Modeling: The process of simulating tens of millions of hypothetical fires to calculate burn probability and intensity.

• From Supercomputers to Statistics: The difference between complex physics models and the faster models needed for risk assessment.

• Your Zillow Fire Score: An inside look at the data that powers the risk ratings on major real estate sites.

• Climate Migration: How data is revealing the trend of people moving away from high-risk areas.

• The Threat of Pyroterrorism: A sobering discussion on how risk models can highlight vulnerabilities to intentional fires.

• The Power of Personal Responsibility: Why, despite all the high-tech modeling, simple actions like clearing brush are still the most effective form of mitigation.