Restor.eco is a powerful, open-data platform designed to connect and monitor ecosystem restoration efforts worldwide. Developed in collaboration with ETH Zurich’s Crowther Lab, Restor leverages cutting-edge AI, satellite imagery, and scientific data to give restoration practitioners, policymakers, and the public the tools they need to understand and enhance restoration outcomes.

With Restor.eco, users can map their projects, track progress over time, and access detailed insights about local biodiversity, climate, and ecosystem health. The platform integrates high-resolution environmental data, enabling users to choose the best species for reforestation or habitat recovery based on soil, climate, and ecosystem conditions.

Restor’s interactive global map showcases thousands of registered projects, allowing stakeholders to share their work, attract funding, and collaborate with other practitioners. This transparency not only improves accountability but also fosters global cooperation for climate change mitigation and biodiversity conservation.

Whether you’re restoring a mangrove forest in Southeast Asia, reforesting degraded land in Africa, or planting urban green spaces, Restor helps measure impact, improve decision-making, and connect with a worldwide restoration network.