Managing Peat Fires: Understanding and Preventing Overwintering "Zombie" Fires

Peat fires pose a unique environmental and safety hazard, often smoldering undetected underground for months, even through cold winters. Understanding how these "zombie fires" survive and reignite is crucial for effective land management and disaster prevention. This course provides foundational knowledge on the science behind deep-seated peat combustion and equips you with practical, text-based procedures to identify high-risk areas, execute suppression techniques, and implement long-term prevention strategies against overwintering fires. What you'll learn: * Understand the chemical and physical processes driving subsurface peat combustion and smoldering. * Analyze environmental factors, including soil moisture and climate trends, that contribute to fire survival during cold seasons. * Apply practical techniques for mapping and assessing the depth and spread of smoldering peat fires. * Configure effective suppression methods, focusing on water application depth and injection technologies for deep-seated fires. * Learn basic principles of remote sensing and satellite data interpretation for early detection of subsurface heat anomalies. * Develop comprehensive long-term mitigation plans, including land use strategies and water table management for fire prevention. The course begins by defining peatland ecology and the mechanics of combustion, then moves step-by-step through risk assessment, identification of overwintering risks, and detailed procedures for effective fire suppression and post-fire recovery planning. This course is designed for beginners—including environmental managers, emergency responders, and safety personnel—who need a foundational understanding of peat fire management. No prior experience in fire science is required. Start reading today to build essential skills in managing this complex environmental hazard.