Reliable assessment of animal populations is a long‐standing challenge in wildlife ecology.
Technological advances have led to widespread adoption of camera traps (CT s) to survey …

Countries committed to implementing the Convention on Biological Diversity's 2011–2020
strategic plan need effective tools to monitor global trends in biodiversity. Remote cameras …

Camera traps deployed in grids or stratified random designs are a well‐established survey
tool for wildlife but there has been little evaluation of study design parameters. We used an …

The rapid improvement of camera traps in recent decades has revolutionized biodiversity
monitoring. Despite clear applications in conservation science, camera traps have seldom …

Natural habitats are being impacted by human pressures at an alarming rate. Monitoring
these ecosystem-level changes often requires labor-intensive surveys that are unable to …

Camera traps are increasingly used to study wildlife ecology and inform conservation, but
valid inference depends on appropriate data analysis. This article introduces the most …

Reliable estimates of animal density and abundance are essential for effective wildlife
conservation and management. Camera trap** has proven efficient for sampling multiple …

Wildlife monitoring is essential for conservation science and data‐driven decision‐making.
Tropical forests pose a particularly challenging environment for monitoring wildlife due to the …

As human threats continue to impact natural habitats, there is an increasing need to
regularly monitor the trends in large vertebrate populations. Conservation efforts must be …

The ability to directly monitor animal populations across time and space is a key element of
wildlife conservation and management, but logistically difficult to achieve. Photographic …