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 population of the Galapagos pricky pear cactus declined during the 1960s and 1970s due to the impact of invasive species and human activities. By adopting a Galapagos prickly pear cactus you will support the Charles Darwin Foundation’s Galapagos Verde 2050 program, which works to restore the populations and enhance the conservation process of the Galapagos ecosystems by using ecological restoration tools.

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.

In the heart of the Galapagos Islands, a tiny, unexpected hero emerged in 2002 that would change the course of conservation. The Australian ladybug (Novius cardinalis), small in size but immensely effective, became a crucial ally in the fight against an invasive insect that threatened to devastate the endemic flora of these islands. This is the story of how science, innovation, and nature itself came together to help preserve one of the most valuable biological treasures on the planet.

In the heart of the Galapagos Islands, a tiny, unexpected hero emerged in 2002 that would change the course of conservation. The Australian ladybug (Novius cardinalis), small in size but immensely effective, became a crucial ally in the fight against an invasive insect that threatened to devastate the endemic flora of these islands. This is the story of how science, innovation, and nature itself came together to help preserve one of the most valuable biological treasures on the planet.

Working in Galápagos is more than just a job—it’s a mission, a deep connection to a fragile and unique ecosystem. With 12 years of experience in communication, I’ve had the privilege of witnessing how the collaboration between science and communication is one of the most powerful strategies for conserving this paradise.
In this story, I’ll share one of my most recent field experiences in the Scalesia forest at Los Gemelos, where nature and human effort come together to protect our home.

Working in Galápagos is more than just a job—it’s a mission, a deep connection to a fragile and unique ecosystem. With 12 years of experience in communication, I’ve had the privilege of witnessing how the collaboration between science and communication is one of the most powerful strategies for conserving this paradise.
In this story, I’ll share one of my most recent field experiences in the Scalesia forest at Los Gemelos, where nature and human effort come together to protect our home.

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.