Help Keep Wild Populations Connected and Thriving
cheetah metapopulation project
what we do
At The Metapopulation Initiative (TMI), we work across borders and ecosystems to ensure the long-term survival of endangered carnivores—most notably the cheetah (Acinonyx jubatus). Our projects are grounded in science, built on collaboration, and designed to connect fragmented populations through coordinated translocations and active metapopulation management.
We focus on areas where natural movement is no longer possible, stepping in to move individuals between reserves, protect genetic diversity, and reintroduce cheetahs into landscapes where they once roamed.
why conserving cheetahs matters
Guardians of Biodiversity
As top predators, cheetahs play a vital role in regulating prey populations, helping to maintain healthy ecosystems and protect biodiversity.
Powering Ecotourism
Cheetahs are a major draw for eco-conscious travelers. Their presence boosts tourism, creates jobs, and generates income for local communities—providing real-world incentives to protect wildlife.
Preserving Genetic Diversity
Cheetahs possess one of the lowest levels of genetic diversity among large carnivores, making wild population management crucial to support long-term evolutionary potential and species resilience.
Indicators of Ecosystem Health
Cheetahs serve as flagship species—symbols of thriving landscapes. Their wellbeing reflects the condition of the ecosystems they inhabit, meaning that conserving them supports broader environmental protection.
Landscape Connectivity
Wild cheetahs require expansive, connected habitats to survive. Conservation efforts that focus on cheetah movement and dispersal help maintain ecological corridors, which benefit multiple species and safeguard ecosystem functionality.
Protecting Cultural Heritage
Cheetahs are woven into the cultural identity of many regions. By conserving them, we also preserve the traditions and values that hold meaning for local communities.
Advancing Science
Cheetahs offer valuable insights into predator-prey dynamics, animal behaviour, and ecosystem functioning—informing conservation strategies far beyond their own species.
our partners & affiliations
