Wildlife tracking technologies have already massively advanced our understanding of the natural world, from uncovering previously mysterious migration patterns and key movement corridors to demonstrating the impacts of anthropogenic pressures and climate change. Recent advances in the development of technologies for collecting and transmitting biologging data have unlocked the potential for fine-scale data collection at a near-global scale, which when integrated with remotely sensed environmental data offers an unprecedented biological lens into ecosystem health and environmental change (Jetz et al. 2022).
New technologies on the horizon include small satellites like CubeSats, which are being investigated by NASA, the ICARUS Initiative's satellite system, and a variety of other ventures aiming to improve the coverage, accuracy, and capacity of wildlife tracking data collection. Combined with the increased availability of high-resolution environmental data and analytical developments in movement modeling, these advancements are empowering movement ecologists to ask previously unanswerable or unimaginable questions. It’s clear that this discipline sits at the precipice of major breakthroughs that could revolutionize our understanding of animal movement and the natural world.
In the second article in my series examining how people find biologging tech for their projects, I spoke with Yvan Satgé with the Clemson University to discuss how he sourced tags for studying the black-capped petrel.
23 November 2023
Article
annual license offers available for wildlabs members
21 November 2023
Applications for Animove 2024 can now be submitted.
16 November 2023
In the first article in my series examining the ways people find biologging tech for their project, Neus Estela Ribera, a Technical Specialist with Fauna and Flora, discusses how she used GPS collars to track elephants...
16 November 2023
As the WILDLABS Conservation Technology Intern, I have conducted research into the biologging field to find out what tech is available and how researchers find appropriate tools for their projects. This is the...
16 November 2023
handling one-value-per-line formats for burst and continuous data
27 October 2023
With the rising threats to biodiversity such as wildlife crime, climate change and human-wildlife conflict today, wildlife monitoring technologies have become vital to study movement ecology, behaviour patterns, changes...
25 October 2023
Competition funded PhD Position at University of St Andrews School of Mathematics and Statistics
20 October 2023
Careers
Competition funded PhD Opportunity at University of St Andrews School of Mathematics and Statistics
20 October 2023
The Smithsonian Institution seeks a field- and data-oriented biologist to support marine animal telemetry research and to assist with activities of the Atlantic Cooperative Telemetry (ACT) Network.
24 August 2023
Can you create an ecological data collection application on Android for Gibbon and Biodiversity Research. Check out this opportunity with us!
24 August 2023
An engaging conversation about wildlife drones
21 August 2023