Characterization of Regional/Agroecological Bioresources for Food Security

Abstract

Food security remains a critical global challenge, particularly in regions facing climate variability, population growth, and resource constraints. The characterization of regional and agroecological bioresources offers a strategic pathway to enhancing sustainable food systems. This study explores the characterization of regional/agroecological bioresources for food security and functional potential of bioresources such as indigenous crops, livestock breeds, and soil microorganisms. By integrating ecological, genetic, and socio-economic data, the research identifies underutilized and resilient species that can contribute to improved nutrition, productivity, and environmental sustainability. Agroecological characterization enables a deeper understanding of how local conditions including soil type, rainfall patterns, and traditional farming practices influence the performance and adaptability of bioresources. This approach supports the development of location-specific interventions, reducing reliance on external inputs while promoting biodiversity conservation. Furthermore, documenting indigenous knowledge systems enhances the sustainable management and utilization of these resources. The findings highlight the importance of diversifying food sources to mitigate risks associated with climate change and market instability. Enhanced characterization also facilitates breeding programs, value chain development, and policy formulation aimed at strengthening local food systems. Ultimately, leveraging regional bioresources through systematic characterization contributes to resilient agricultural practices, improved livelihoods, and long-term food security.