While the Galapagos Islands remain one of the best-conserved destinations in the world, they are faced with numerous challenges that are derived from growth in tourism and local population. The Charles Darwin Foundation is investigating how sustainable practices across multiple sectors such as urban planning and energy can mitigate these impacts while enhancing local community well-being through the health of the islands' socio-ecosystems.

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.

Together, we can ensure that the Galapagos Islands remain a beacon of biodiversity and scientific inspiration. Donate today!

Discover how our projects foster the protection of the Galapagos Islands and how the Charles Darwin Foundation works to ensure that they remain a natural paradise for generations to come.

Start your own fundraiser today and us help inspire others to protect and preserve the unique fauna and flora of Galapagos!

Mangroves in Galapagos provide important habitat for endemic and threatened species, offer essential ecosystem services like carbon sequestration, and support the well-being of local communities through tourism and fisheries. Despite their importance and pristine condition, these mangrove ecosystems and their potential for climate mitigation remain understudied.

Mangroves in Galapagos provide important habitat for endemic and threatened species, offer essential ecosystem services like carbon sequestration, and support the well-being of local communities through tourism and fisheries. Despite their importance and pristine condition, these mangrove ecosystems and their potential for climate mitigation remain understudied.