Title : Revitalizing indigenous technical knowledge: A pathway to climate resilience
Abstract:
As the effects of climate change intensify, communities worldwide face unprecedented challenges manifested through escalating temperatures, erratic weather patterns, and the depletion of key natural resources. While contemporary scientific methodologies are crucial for tackling these issues, the valuable insights offered by Indigenous Technical Knowledge (ITK) — refined over centuries through deep-rooted relationships with local ecosystems — must not be overlooked. This study investigates the potential of revitalizing ITK as a foundational strategy for climate resilience and mitigation. Focusing on exemplary ITK systems across regions such as Sri Lanka, India, and Africa, the research highlights practices such as the tank cascade system (Ellanga) for sustainable water management, the Chauka irrigation system aimed at arid land restoration, and Zaï pits for enhancing soil fertility. Additionally, the study examines the field of ethno-climatology, revealing how communities employ bioindicators—such as animal behavior and plant phenology—to foresee and respond to extreme weather events. These traditional practices not only enhance resource efficiency but also promote collaborative adaptation efforts, exemplified by the establishment of communal seed banks. Despite its demonstrated effectiveness, ITK is increasingly threatened by knowledge erosion and prevailing policies that prioritize industrial approaches. This research advocates for a strategic revitalization of ITK, emphasizing the importance of scientific validation, comprehensive documentation, and the incorporation of indigenous methodologies into national climate policies. Ultimately, the findings suggest that harmonizing indigenous knowledge with modern scientific approaches is essential for devising sustainable, culturally resonant, and robust strategies to combat the mounting challenges posed by climate change.
Keywords: Indigenous Technical Knowledge (ITK), Climate Change Mitigation, Resilience, Sustainable Agriculture, Traditional Wisdom, Community-Based Adaptation.
