Malawi, among other countries globally, faces intensifying environmental crises, including deforestation, widespread biodiversity loss, and increasing climate vulnerability. Amidst these challenges, there is an increasing recognition of the value of Indigenous knowledge and systems although it remains systematically marginalized in policy-making, conservation practice, and education. This research is addressing that gap by assessing the role of indigenous science in ecological sustainability, examining and exploring how Malawian indigenous and local communities have contributed to biodiversity conservation and climate adaptation.

The research is assessing the role of indigenous knowledge in biodiversity conservation and ecological sustainability by co-producing with local communities, an understanding of how Malawian indigenous and local communities have conserved biodiversity and adapted to climate change. specifically, the research is assessing the contributions of Indigenous and local knowledge to biodiversity conservation, climate resilience, and sustainable resource management through analysis of community identified conservation outcomes and adaptive strategies. It is also undertaking the participatory approach to identify ways of integrating indigenous knowledge into formal education, policy making, and environmental governance.

The study employs a qualitative, participatory design across three strategically selected communities representing different ecological and cultural zones: Zolokere (Rumphi, Northern Region), Chewa community (Lilongwe, Central Region), and Khulubvi (Nsanje, Southern Region). A total of 90 knowledge holders is participating in the research, including traditional leaders, healers, farmers, fishers, and youth. Data is being collected through Participatory Rural Appraisal techniques, focus group discussions, key informant interviews, walking workshops, case study documentation, and systematic policy analysis. Thematic analysis and cross-site comparison will be employed to identify patterns, conservation outcomes, and integration pathways.