Our vision is to promote the development of a worldwide environmental monitoring network. We encourage CyberTracker users to communicate with others about their projects. We welcome a short description of your project with photographs and contact details sent to This email address is being protected from spambots. You need JavaScript enabled to view it. .
The first prototype of the CyberTracker Field Computer was tested by two trackers, Karel Benadie and James Minye, from September 1996 in the Karoo National Park, South Africa. Karel Benadie (photo) was the first tracker to use the CyberTracker and played an integral role in the design of the user interface.
The Kruger National Park, the largest national park in South Africa, is using 125 CyberTracker units to collect more than a million records a year. CyberTracker monitoring plays a crucial role in the Strategic Adaptive Management framework of the Park.
The Doñana Monitoring Team of Natural Processes from Doñana Biological Station is co-responsible of the integrated long-term ecological monitoring of Doñana Natural Space since 2002. One of the major achievements has been the widespread use of CyberTracker software for data collection by monitoring staff in the field.
Imfolozi Game Reserve has been severely targeted in the recent upsurge of rhino poaching currently being experienced in KwaZulu – Natal. As such this park was identified as a high priority park requiring urgent Cybertracker implementation.
The Environment is a dynamic and ever-changing network of systems that work and interact together in ways that we are only just beginning to understand. NaturalWorld is aimed at providing and analysing environmental data that can help to show a better overall understanding of our World.
Data collected using CyberTracker showed the extent of lowland gorilla mortality due to Ebola in the Lossi Sanctury and the Odzala National Park, Republic of Congo.
CyberTracker field observations gathered in Central African rain forests have been used for satellite image geo-referencing and interpretation and for map validation at a level of detail never achieved before.
Procedures used by the Wyoming Game and Fish Department to conduct aerial line transect surveys of pronghorn populations. CyberTracker is used with a Laser Rangefinder to capture data, which is then analysed using the Distance 5.0 software.
Wildlife monitoring with CyberTracker in B-Sector of the Great Gobi Specially Protected Area in south-western Mongolia. A digital wildlife monitoring protocol based on line transect sampling.
The unique icon interface made CyberTracker the ideal data capture tool in the harsh weather conditions of an Arctic research expedition.