Obtaining reliable species observations is of great importance in animal ecology and wildlife
conservation. An increasing number of studies use camera traps (CTs) to study wildlife …

Camera traps have been used increasingly as a research tool to monitor wildlife globally,
and have become more advanced, thereby improving their performance and lowering costs …

Counts of independent photo events from camera traps are commonly used to make
inference about species occupancy, the density of unmarked populations, and the relative …

Populations of large carnivores are declining at a rapid rate, primarily resulting from land
use change due to increasing human pressure. Such changes can restrict available habitat …

Schemes to monitor biodiversity change should detect properly target species without
harmful effects on individuals and populations, and be powerful enough to detect expected …

Fire shapes animal communities by altering resource availability and species interactions,
including between predators and prey. In Australia, there is particular concern that two …

Motion‐triggered camera traps are subject to imperfect detection and thus camera‐trapping
surveys often try to increase species detectability as part of the study design. One possible …

Camera traps are a cost-effective tool for large-scale and long-term population monitoring of
mammals. Either bait or lure is often used to attract animals in front of a camera; however …

In mammalian carnivore guilds (order Carnivora), spatiotemporal partitions play a major role
in reducing competitive confrontations and facilitating successful sympatry. Using camera …

Citizen science projects have proliferated in the last decades, becoming a critical form of
public engagement in science. However, monitoring based on citizen science must take …