Find our the latest ecological restoration milestones of CDF's Galapagos Verde 2050 team in Floreana Island and how it is contributig to...

In Galapagos, 83% of the landmass falls within the arid zone. Restoring plant communities in this zone is challenging and slow, and natural regeneration in severely degraded areas is very limiting. Our scientists work to restore the arid habitat across various islands in the archipelago, notably Baltra Island, which has undergone significant human alteration, and special use sites such as garbage dumps and quarries on inhabited islands.

In Galapagos, 83% of the landmass falls within the arid zone. Restoring plant communities in this zone is challenging and slow, and natural regeneration in severely degraded areas is very limiting. Our scientists work to restore the arid habitat across various islands in the archipelago, notably Baltra Island, which has undergone significant human alteration, and special use sites such as garbage dumps and quarries on inhabited islands.

For 26 years, scientists have returned to the misty highlands of Santa Cruz to track the impacts of the invasive quinine and of the management actions. The continuous control of invasive plants resulted in the remarkable recovery of endemic plant species, especially that of the iconic Miconia robinsoniana. This is the story of endurance, restoration, and how a long-term commitment can strengthen conservation actions to protect the Galapagos ecosystems.

After nearly 70 years, the Opuntia echios cactus is naturally regenerating on Plaza Sur. This milestone marks a triumph for the Galápagos Verde 2050 program’s decade-long restoration efforts. Discover how science, teamwork, and innovation are helping revive a fragile island ecosystem—one cactus at a time. Read the full story.

Meet CDF entemologist Karen Vera who talks about her work in the field and how it contributes to the restoration of Galapagos ecosystems.

The Charles Darwin Foundation (CDF) has joined the Floreana Ecological Restoration Project as a co-executor, alongside other key organizations. This project aims to restore Floreana Island's ecosystem by eradicating invasive species and reintroducing native animals. CDF will lead habitat restoration efforts and support species reintroductions and monitoring. The initiative focuses on holistic restoration, serving as a model for future conservation projects across the Galapagos and beyond.

The CDF joins the Island-Ocean Connection Challenge to Implement Community-Based Monitoring and Safeguard Island Ecosystems

While a mere 3% of the Galapagos Islands are home to people, our presence in this small fraction of the archipelago has put the native vegetation at risk. Our restoration program in urban and rural areas engages the local community in conservation and restoration efforts to secure the long-term health of these unique ecosystems.

The Galapagos Rail (Laterallus spilonota) has been confirmed on Floreana Island for the first time in 190 years. This follows a 2023 eradication campaign that removed most invasive cats and rats, likely aiding its survival. Researchers will conduct genetic testing to determine if the species recolonized or persisted undetected.

The Charles Darwin Foundation (CDF) is pleased to announce that 16 individuals of the rare plant Scalesia retroflexa were found growing on the steep, rocky coastal slopes of the southeastern point of Santa Cruz Island. Scientists from CDF’s Galapagos Verde 2050 ecological restoration team, in collaboration with rangers from the Galapagos National Park Directorate (GNPD), made this discovery during a recent expedition, renewing hope for the survival of this endemic species.

The Charles Darwin Foundation (CDF) is pleased to announce that 16 individuals of the rare plant Scalesia retroflexa were found growing on the steep, rocky coastal slopes of the southeastern point of Santa Cruz Island. Scientists from CDF’s Galapagos Verde 2050 ecological restoration team, in collaboration with rangers from the Galapagos National Park Directorate (GNPD), made this discovery during a recent expedition, renewing hope for the survival of this endemic species.

Scalesia forests once thrived on the Galapagos Islands, forming a unique humid ecosystem for plants, insects, giant tortoises and birds. Today, only 1% of the forests’ original distribution remains, with several endemic species, including the Scalesia themselves, struggling to survive. We are working to restore this important habitat and given the rapid rate of forest loss, it is a race against time.