Linda's Blogspot

  Presentation: Bridging Worlds for Climate Resilience ​ Focus: Integrating Traditional Ecological Knowledge (TEK) and Modern Climate Management ​ Slide 1:  Bridging Worlds for Climate Resilience ​ Title: The New Guardians of Resilience ​ Subtitle: Integrating Traditional Ecological Knowledge with Modern Climate Management ​ Presented by:  Linda Dabo  ​ Key Visual: A split-screen image showing a high-tech satellite monitoring a lush, traditionally managed forest. ​ Slide 2: Defining the Crisis vs. The Solution ​ Climate Change: Long-term shifts in temperatures and weather patterns driven by human activity. ​ Climate Resilience: The ability of a system to anticipate, absorb, and recover from these shocks. ​ The Goal: Moving beyond "sustainability" (maintaining the status quo) toward "regeneration" (restoring ecosystem health). ​ Slide 3: The Three Pillars of Resilience ​ Absorptive Capacity: The ability to take a "hit" (e.g., a stor...

Climate Management & TEK The transition from conventional resource management to Traditional Ecological Knowledge (TEK) represents a shift in both philosophy and practice. While both systems aim to interact with the environment, they differ fundamentally in their scope, data sources, and underlying goals. ​ Perspective and Philosophy ​Conventional management tends to be compartmentalized , often focusing on a single species or a specific resource, such as timber or a particular type of fish. This approach is rooted in a philosophy of management and control , where humans act as external directors of natural processes. ​In contrast, TEK is inherently holistic , focusing on the complex relationships between all living things. Its philosophy is one of stewardship and coexistence , viewing humans as an integral part of the ecosystem rather than masters over it. ​ Time Scales and Data ​The two systems also operate on very different timelines. Conventional management is usually dri...

Guardians: Integrating Traditional Wisdom and Modern Climate Management ​The global approach to environmental stability is undergoing a fundamental shift. As the limitations of purely technical solutions become clear, a more integrated philosophy is emerging—one that bridges the gap between modern climate science and Traditional Ecological Knowledge (TEK). This synergy is no longer viewed as a "nice-to-have" addition to conservation but as a mechanical necessity for long-term climate resilience. ​ The Foundation of Resilience ​At its core, climate resilience is the ability of a system to anticipate, absorb, and recover from environmental shocks. While sustainability focuses on maintaining the status quo, resilience assumes that change and stress are inevitable. To build this capacity, managers are moving away from extractive models toward regenerative systems. These systems do not just "do less harm"; they actively restore the health of the soil, the water, and the ...

Traditional Ecological Knowledge (TEK) [take aways from Bioneers Conference] Traditional Ecological Knowledge (TEK) is a cumulative body of knowledge, practice, and belief, evolving by adaptive processes and handed down through generations by cultural transmission, about the relationship of living beings (including humans) with one another and with their environment. ​Unlike Western science, which often separates humans from nature, TEK typically views humans as an integral part of a living system. ​ Core Principles of Traditional Land Management ​Traditional practices are often built on "circular" logic—where waste is minimal and every action serves multiple ecological functions. ​ Agroforestry & Food Forests: Instead of clearing land for single-crop fields, many indigenous systems mimic the structure of a natural forest. This maintains soil integrity, provides diverse food sources, and sequesters carbon. ​ Controlled Cultural Burning: In regions like North Amer...

  Climate Change and Climate Resilience ​While climate change refers to the long-term shift in global temperatures and weather patterns—primarily driven by human activities like burning fossil fuels— climate resilience is the specific ability of a system, community, or environment to anticipate, absorb, and recover from the resulting shocks. ​Building resilience is about moving beyond simple "sustainability" to create systems that can survive and even thrive under stress. ​ The Pillars of Climate Resilience ​ Absorptive Capacity: The ability to take a "hit" (like a flood or heatwave) without a total collapse of infrastructure or social order. ​ Adaptive Capacity: The ability to make incremental changes to better manage future risks, such as switching to drought-resistant crops. ​ Transformative Capacity: The ability to fundamentally change the system when the current one is no longer viable (e.g., relocating coastal communities to higher ground). ​ Cli...

From the Klamath to the Kruger: The Global Rise of River Restoration ​The 2026 Bioneers Conference has illuminated a powerful truth: the movement to "un-dam" our world and restore land to its original nature is no longer just a series of isolated experiments. It is a global shift. While California is currently celebrating the historic return of salmon to the Klamath River, a similar transformation is taking place across the African continent. From the savanna of South Africa to the urban watersheds of Ethiopia and Rwanda, the philosophy of "re-wilding" is being put into practice. ​ Africa’s "Great Un-Damming": The Kruger Success ​In South Africa, the movement to restore natural flow regimes has found a champion in Kruger National Park. Much like the Klamath project, this initiative recognizes that human-made barriers—even those built with good intentions—can devastate local ecosystems. ​In March 2026, conservationists collaborated with the South African Na...