The use of camera traps to estimate population size when animals are not individually
recognizable is gaining traction in the ecological literature, because of its applicability in …

Camera traps have become the main method for estimating jaguar (Panthera onca)
densities. Over 74 studies have been carried out throughout the species range following …

Abundance estimation is a vital goal in wildlife monitoring. Camera‐traps are a tool to survey
wildlife populations noninvasively and can be used for abundance estimation if individuals …

The standard spatial capture–recapture design for sampling animal populations uses a fixed
array of detectors, each operated for the same time. However, methods are needed to deal …

Population estimates of tigers (Panthers tigris) are affected by movement patterns of the
sexes. We evaluated sex‐specific heterogeneity to estimate the tiger population at …

Motivation Several spatial capture-recapture (SCR) models have been developed to
estimate animal abundance by analyzing the detections of individuals in a spatial array of …

Accurate population estimates are essential for monitoring and managing wildlife
populations. Mark–recapture sampling methods have regularly been used to estimate …

We performed a pilot study to determine whether camera traps were an effective means for
establishing a baseline of species richness, distribution, and abundance at a state natural …

Camera traps are a powerful tool for wildlife surveys. However, camera traps may not always
detect animals passing in front. This constraint may create a substantial bias in estimating …

Studies of animal abundance and distribution are often conducted independently of
research on movement, despite the important links between processes. Movement can …