The Ecuadorian government has completed the repatriation of 277 giant tortoises to several islands in the Galápagos archipelago, as part of its ongoing ecological restoration and biodiversity conservation policies.
According to the Ministry of Environment and Energy, working alongside the Galápagos National Park Directorate, this initiative took place in February 2026. The process involved returning 71 Chelonoidis darwini tortoises to Santiago Island, relocating 146 Chelonoidis guntheri and Chelonoidis vicina individuals to Isabela Island, and releasing 60 Chelonoidis donfaustoi on Santa Cruz Island.
All tortoises underwent strict quarantine procedures, veterinary assessments, and were fitted with microchips for future scientific monitoring in their natural habitats. These measures aim to ensure the health and survival of the animals after release.
The program operates from breeding centers located on San Cristóbal, Isabela, and Santa Cruz islands. Juvenile tortoises are raised there until they reach a suitable size for reintroduction. This protects them from invasive species and human interference during their early development stages. Releases are guided by technical criteria and scientific planning.
“These 277 tortoises represent a long-term ecological strategy,” said an official statement from the ministry. “Giant tortoises are considered ‘ecosystem engineers’: they disperse seeds, shape vegetation, and help maintain island habitat structures. Their return speeds up recovery in landscapes that have been degraded for decades.”
The authorities noted that further releases are planned soon. A new group will be introduced to an island where their species has been absent for more than 180 years—an event described as a milestone in restoring populated areas within the archipelago.
“For the National Government, these actions consolidate a public policy based on science, inter-institutional cooperation, and forward-looking vision,” read another portion of the statement. “It aims to prevent biodiversity loss in Galápagos and demonstrate once again that restoration is possible when there is determination, knowledge, and persistence.”
