It is estimated that 20% of the populations of small landbirds found on the Galapagos Islands are declining or have gone locally extinct. Our scientists work to ensure the long-term conservation of small Galapagos landbird populations for the health of the islands’ ecosystems at large.

It is estimated that 20% of the populations of small landbirds found on the Galapagos Islands are declining or have gone locally extinct. Our scientists work to ensure the long-term conservation of small Galapagos landbird populations for the health of the islands’ ecosystems at large.

Since 1959, the Charles Darwin Foundation has been on the frontlines of scientific research and conservation action in the Galapagos Islands. Join us on our mission to safeguard one of our planet’s most important natural treasures Discover our research and conservation programs today.

For more than 60 years, the research undertaken at the Charles Darwin Foundation has focused on furthering our understanding of the natural systems, their relationship with those living in the archipelago, and the intricate and relationship with those living in the archipelago, and the intricate and delicate balance between climate, mankind, and nature. Major research efforts have also focused on the prevention, control, and eradication of invasive species to maintain Galapagos as one of the best-conserved archipelagos in the world.

Inaugurated in 1964 as a base for scientists conducting their research on Galapagos, the Charles Darwin Research Station on Santa Cruz Island welcomes all visitors to discover how our scientific research and conservation actions ensure we safeguard one of the world’s most important natural treasures for future generations.

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.

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.

The Eastern Tropical Pacific conceals extraordinary, vast deep-ocean ecosystems, plunging from oceanic islands to depths of 3,800 meter, most of which remain largely unexplored, presenting real challenges for effective protection and management. Despite their significance, these ecosystems are poorly understood and subject to persistent threats, including overfishing, climate change, pollution, and the prospect for deep-sea mining.

The Eastern Tropical Pacific conceals extraordinary, vast deep-ocean ecosystems, plunging from oceanic islands to depths of 3,800 meter, most of which remain largely unexplored, presenting real challenges for effective protection and management. Despite their significance, these ecosystems are poorly understood and subject to persistent threats, including overfishing, climate change, pollution, and the prospect for deep-sea mining.

Study reveals urgent need for large scale invasive species management to prevent extinction of endemic forest in the Galapagos Islands

Study reveals urgent need for large scale invasive species management to prevent extinction of endemic forest in the Galapagos Islands