Integrating Traditional Ecological Knowledge and Technology for Enhanced Environmental Sustainability: A Dual-Framework Theoretical Study

DOI: 10.22161/ijeab.106.3

Abstract:
Background: Environmental sustainability necessitates the incorporation of various knowledge systems to enhance resource management and bolster resilience against climate change. Traditional Ecological Knowledge (TEK), rooted on the insights of Indigenous and local people, offers a holistic and adaptable framework for environmental stewardship. In contrast, technology-driven methods employ digital breakthroughs to improve resource efficiency and enable comprehensive ecological monitoring. This theoretical study analyzes the interplay between traditional ecological knowledge and technological methodologies, aiming to elucidate their mechanisms, synergies, limitations, and possible avenues for integration. Methods: This study adopts a dual-framework methodology to bring together current literature on traditional ecological knowledge and technology-based sustainability methods. The work conducts a full conceptual mapping of both paradigms, generating comparative system dynamics diagrams, developing novel metrics such as resilience quotient and integrated stewardship score, and outlining simulation scenarios. The proposed frameworks seek to promote equitable partnerships and collaboratively design policies to improve hybrid models. This study utilizes a qualitative methodology, focusing on the creation of theoretical frameworks and the examination of scenarios to inform future empirical validation initiatives. Results: Through adaptive, place-based practices, TEK systems foster cultural cohesion, promote biodiversity conservation, and manifest enhanced long-term ecosystem stability. Systems driven by technology provide swift enhancements in the efficiency of resource utilization, enable real-time monitoring, and allow for scalable interventions; however, they may also pose risks related to infrastructural vulnerabilities and cultural disconnection. Hybrid models that combine traditional ecological knowledge with technological advancements are anticipated to yield synergistic advantages, such as improved resilience, inclusivity, and adaptive management strategies. The proposed metrics provide comparative tools for the evaluation of integrative systems. Conclusion: This dual-framework study emphasizes the synergistic functions of Traditional Ecological Knowledge and technology in promoting environmental sustainability. Through the conceptualization of integration pathways and the development of theoretical metrics, it establishes a foundation for evidence-based policy and rigorous empirical research. Future research must emphasize participatory approaches, validation of metrics, and pilot testing of hybrid sustainability models to promote equitable, adaptive, and resilient global stewardship.

Keywords:
Traditional Ecological Knowledge, technology-driven sustainability, environmental resilience, hybrid models, system dynamics, adaptive management, participatory governance.

Article Info:
Received: 06 Oct 2025; Received in revised form: 04 Nov 2025; Accepted: 11 Nov 2025; Available online: 18 Nov 2025

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