Project Highlights

The greatest threat to Asian elephants is habitat loss as land is converted for agriculture
Smithsonian scientists are using geographic information systems (GIS) technology to understand migration patterns and how to conserve the critically endangered Asian elephant
This effort is the first satellite-tracking project on Asian elephants in Myanmar
Since its inception in 2002, the Smithsonian team has collared and tracked 10 elephants
LOCATION(S): Myanmar
Topics: Species

Smithsonian scientists integrate extensive field research, GIS technology and GPS satellite tracking devices, to follow and study wild elephants. These studies increase our understanding of elephant ecology and allow Smithsonian scientists to develop new and innovative ways for conserving wild Asian elephants. The Conservation GIS Lab at the Smithsonian Conservation Biology Institute (SCBI) in Front Royal, Virginia, is one of the world's leading facilities for satellite tracking of wildlife and for mapping remaining populations and their habitats. 

Asian elephants typically dwell in forests, making it challenging to observe them in the wild. As a result, it can be difficult to get accurate population estimates, to observe behaviors and movements, and to obtain other data important for developing effective conservation strategies. Satellite technology is one promising method that can help. Satellite collars with Global Positioning Systems (GPS) allow researchers to pinpoint precise elephant locations several times a day. These readings show patterns in seasonal movements, home range and habitat use.

With this information, scientists can better understand ecological requirements of elephants, assess threats in the landscape, and work with wildlife managers to develop strategies for mitigating impacts to elephants.