Project Highlights

10,000-12,000 cheetahs worldwide, including both in the wild and in human care
27 cheetahs (in 7 litters) born in human care at SCBI
Cheetah biologist Adrienne Crosier worked with the Cheetah Conservation Fund (CCF) in Namibia to build the first ever biobank of cheetah genetic material in Africa
Using genetic material stored in Namibia and at her lab at the Smithsonian Conservation Biology Institute (SCBI) in Virginia, Adrienne and her team can reintroduce genetic traits from cheetahs who lived two or even 32 years ago
LOCATION(S): Namibia
Topics: Species

Smithsonian scientist Adrienne Crosier created a first-of-its-kind cheetah biobank of genetic material in Namibia. Working with local Namibian students and the Cheetah Conservation Fund (CCF), led by Smithsonian Research Fellow Laurie Marker, Adrienne and our international partners are able to increase genetic diversity of the cheetah population.

The largest cheetah populations live in southwestern Africa, where CCF is working to protect this endangered species. Adrienne works with CCF from her lab at the Smithsonian Conservation Biology Institute (SCBI) in Front Royal, Virginia, to study how cheetahs reproduce. Her team at SCBI is also creating new technologies to improve reproduction in cheetahs in human care.

Since 2002, Adrienne has worked with CCF to train local Namibians how to collect biological samples from cheetahs and store them in a biobank repository where they are frozen for future use. There are now hundreds of samples of cheetah genetic material banked in Namibia. This genetic material can support the survival of wild cheetahs by reintroducing genetic diversity to the cheetah population.