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Our work spans four key areas, each addressing a critical dimension of environmental sustainability:

  • Environmental Crises on Tropical Frontiers – Protecting fragile ecosystems at the edge of human development by addressing deforestation, unsustainable mining, and the social and economic factors that drive environmental degradation.
  • Protected Areas Strategy – Rethinking conservation by integrating national parks, Indigenous lands, and working wildlands into functional networks that balance environmental and human needs.
  • Ag-Society Nexus – Exploring the intersection of agriculture, sustainability, and community resilience to develop regenerative practices that work for both people and the planet.
  • AI for a Changing World – Leveraging artificial intelligence and emerging technologies to revolutionize conservation, climate resilience, and ecosystem management.

Our solutions are collaborative by design—working hand-in-hand with governments, scientists, Indigenous communities, and conservation leaders to drive impact where it matters most.

Environmental Crises in Tropical Frontiers

Environmental Crises in Tropical Frontiers

Protected Areas Strategy

Protected Areas Strategy

AI for a Changing World

AI for a Changing World

Ag-Society Nexus

Ag-Society Nexus
Aerial drone photographs showing the extent of the deforestation impact from alluvial gold mining on the tropical forests of the Madre de Dios region. The ponds took water from local rivers and wetlands for liquifying and sorting soil to extract gold. This also impacted trees near the cleared areas due to the dramatic changes in the watertable. Following Peru's February 2019 militarized crackdown on illegal and unofficial alluvial gold mining in the La Pampa region of Madre de Dios, Wake Forest University's Puerto Maldonado-based Centro de Innovación Científica Amazonia (CINCIA), a leading research institution for the development of technological innovation for biological conservation and environmental restoration in the Peruvian Amazon, is applying years of scientific research and technical experience related to understanding mercury contamination and managing Amazonian ecosystems. What they learn will help guide urgent remediation, restoration, and reforestation efforts that can also serve as models for how we address the tropic’s most dramatically devastated landscapes around the world. La Pampa, Madre de Dios, Peru.

Organizations We Partner With

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