This 3-year project is led by Indigenous Peoples from diverse cultures and regions of the world as well as recognized academic researchers. Our funding agencies are:
The Nominated Principal Investigator is Dr. Brenda Parlee from McGill University, Canada. Co-Principal Investigators are: Dr. Mariam Aboubakrine (Canada), Alejandro Argumedo (Peru), Dr. Prasert Trakansuphakon (Thailand), Herb Nakimayak (Canada), Dr. Emilio Moran (United States), Dr. Jürgen Runge (Germany), Dr. Vanessa Boanada Fuchs (Switzerland), and Dr. Mateus Batistella (Brazil).
We are working in eight biocultural regions of the globe, including areas of unique land cover, land and resource management and livelihood traditions of Indigenous Peoples and local communities.
Our project is timely and urgent in key ways:
i) the pressures of climate change and other stressors of globalization are increasingly eroding Indigenous cultures. For example, over half of the world’s Indigenous languages are endangered.
ii) This past decade has also seen an upsurge of Indigenous leadership in climate change advocacy as well as in related work on biodiversity conservation with global agencies and platforms such as the Global Biodiversity Framework, creating momentum and opportunities for ensuring free, prior and informed consent in the geopolitical landscape of the energy transition. By 2027, we aim to have an interdisciplinary understanding of innovations based on Indigenous and local knowledge in ways that are socially and ecologically sustainable.
Determine the patterns of risk from climate change and ‘green colonialism’ for the food, water and land security of Indigenous Peoples and Local Communities.
Nurture innovations to address climate change and contribute to the food-water-land security of Indigenous Peoples and Local Communities.
Contribute to dialogue on a more equitable energy transition by mobilizing research outcomes for policymakers locally and globally.
The research is being coordinated across 8 ecologically and culturally diverse regions of the globe. Each site is impacted by climate change and is vulnerable to inequitable energy transition investments (e.g., hydro development, mining, land-grabbing for conservation).

Map adapted from Peel, M. C., Finlayson, B. L., & McMahon, T. A. (2007). Updated world map of the Köppen-Geiger climate classification. Hydrology and earth system sciences, 11(5), 1633-1644.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.