The introduction of alien species is arguably the most important driver of biodiversity loss for oceanic islands. Our work seeks to evaluate the effects of alien invasive species, climate change, and other anthropogenic pressures on the biodiversity of the Galapagos Marine Reserve and the Eastern Tropical Pacific in order to better sustain coastal communities and prevent marine species extinction.

The introduction of alien species is arguably the most important driver of biodiversity loss for oceanic islands. Our work seeks to evaluate the effects of alien invasive species, climate change, and other anthropogenic pressures on the biodiversity of the Galapagos Marine Reserve and the Eastern Tropical Pacific in order to better sustain coastal communities and prevent marine species extinction.

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

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.