Research overview: GPS fix-rate versus battery-life trade-offs in big-cat collars
Every GPS collar embodies a compromise: more frequent fixes reveal finer movement detail but drain the battery faster, shortening the tracking period. This overview examines how researchers schedule fixes for big cats to match their questions, from coarse hourly or daily fixes for home-range estimation to intensive sub-minute bursts for hunting and kill-site analysis. Battery mass also limits how small a collar can be, which matters for welfare and for smaller felids. Some collars vary their schedule adaptively, sampling intensively when the animal is active and sparingly when it rests. Understanding these trade-offs explains why two studies of the same species can report very different movement metrics simply because of how their collars were programmed.
Category:movement-ecology-tracking
Related articles
- Research overview: sexually selected infanticide across felidsbehavior-cognition
- Research overview: scratching and scrape marks as visual-olfactory signalsbehavior-cognition
- The hyoid apparatus and the ability to roar in big catsbehavior-cognition
- Research overview: jaguar and puma coexistence in the Neotropicsbig-cat-ecology
- Research overview: discrimination learning and cognition in big catsbehavior-cognition
- Research overview: play behaviour and development in captive big catsbehavior-cognition
Go beyond reading about wild cats
The Felid Wiki is free for everyone, always. Chasing Cats Club members also get monthly live talks with researchers, self-paced fieldcraft courses, and AMAs with working wildlife photographers — the skills to find and photograph these cats yourself.
Explore membership · from $15/monthAI-curated summaries for the pride’s library — verify citations independently before citing.