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

Camera trap** is an effective non-invasive method for collecting data on wildlife species
to address questions of ecological and conservation interest. We reviewed 2,167 camera …

Population density estimations are essential for wildlife management and conservation.
Camera traps have become a promising cost‐effective tool, for which several methods have …

Camera trap** is a widely used tool in wildlife research and conservation, and a plethora
of makes and models of camera traps have emerged. However, insufficient attention has …

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 are a widely used tool in wildlife research and conservation, but in situ factors
such as theft, poor performance in extreme environments and damage by wildlife may be …

Population density estimates are important for wildlife conservation and management.
Several camera trap**‐based methods for estimating densities have been developed …

Background Understanding which factors drive population densities of disease vectors is an
important step in assessing disease risk. We tested the hypothesis that the density of ticks …

Predators and competitors of vertebrates can in theory reduce the density of infected
nymphs (DIN)—an often-used measure of tick-borne disease risk—by lowering the density …

Endogenous circadian and seasonal activity patterns are adapted to facilitate effective
utilisation of environmental resources. Activity patterns are shaped by physiological …