Estimates of population density are crucial for wild felid conservation and are commonly
conducted using camera trapping. Spatially explicit capture-recapture (SCR) survey designs …

Camera traps have become an important research tool for both conservation biologists and
wildlife managers. Recent advances in spatially explicit capture-recapture (SECR) methods …

Robust monitoring, providing information on population status, is fundamental for successful
conservation planning. However, this can be hard to achieve for species that are elusive and …

Camera‐trapping data analyzed with spatially explicit capture–recapture (SCR) models can
provide a rigorous method for estimating density of small populations of elusive carnivore …

Context Accurate density estimation is crucial for conservation and management of elusive
species. Camera-trapping may provide an efficient method for density estimation …

Sampling animal populations with camera traps has become increasingly popular over the
past two decades, particularly for species that are cryptic, elusive, exist at low densities or …

The proliferation of camera-trapping studies has led to a spate of extensions in the known
distributions of many wild cat species, not least in Borneo. However, we still do not have a …

Wildlife management often hinges upon an accurate assessment of population density.
Although undeniably useful, many of the traditional approaches to density estimation such …

Capture–recapture analysis of camera trap data is a conventional method to estimate the
abundance of free-ranging wild felids. Due to notorious low detection rates of felids, it is …

The conservation of animal populations often requires the estimation of population size. Low
density and secretive behaviour usually determine scarce data sources and hampers …