Imagine being able to peek into the past and witness how the underwater world of Galapagos has changed over time. Now you can, thansk to more than 20 years of biodiversity data collected by Charles Darwin Foundation scientists made available online.

Discover how Galápagos waters fuel Ecuador’s economy and fight climate change. A groundbreaking study by CDF and partners reveals the immense value of marine ecosystems—from carbon-storing mangroves to booming tourism and fishing industries. Learn why protecting these waters is essential for sustainable development and global conservation efforts.

Discover the Charles Darwin Foundation, established in 1959 to protect the Galapagos Islands' fragile ecosystem. As the oldest and largest science and conservation organization in the archipelago, our Research Station leads efforts to preserve this unique environment through groundbreaking research and conservation milestones.

Researchers from the Charles Darwin Foundation and the Galapagos National Park have published the first confirmed record of a white shark in Ecuadorian waters. The encounter, roughly ninety kilometers west of Wolf Island and outside the Galapagos Marine Reserve (GMR), marks an unusual sighting of this species in the Eastern Tropical Pacific, where sightings south of Mexico's coastline are exceptionally rare.

A scientific team led by the Charles Darwin Foundation (CDF) and the California Academy of Sciences (CAS), in collaboration with the Galapagos National Park Directorate (GNPD) has confirmed that Rhizopsammia wellingtoni—a solitary coral thought to be lost for a generation— is alive and clinging to Galapagos’ underwater cliffs.

The G.T. Corley Smith Library at the Charles Darwin Foundation holds the world’s most comprehensive collection of publications on the Galápagos Islands. Its “Galápagos Collection” includes both scientific and grey literature, making it an invaluable resource for research and conservation. A digitization effort is underway to expand global access to this knowledge.

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.

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.