Evaluating landscape connectivity and identifying and protecting corridors for animal
movement have become central challenges in applied ecology and conservation. Currently …

Animal migration has been the subject of intensive research for more than a century, but
most research has focused on long‐distance rather than short‐distance migration. Altitudinal …

Spatial heterogeneity in the environment induces variation in population demographic rates
and dispersal patterns, which result in spatio‐temporal variation in density and gene flow …

Survival is often estimated from capture–recapture data using Cormack–Jolly–Seber (CJS)
models, where mortality and emigration cannot be distinguished, and the estimated …

Accurate estimates of abundance are imperative for successful conservation and
management. Classical, stratified abundance estimators provide unbiased estimates of …

Understanding space usage and resource selection is a primary focus of many studies of
animal populations. Usually, such studies are based on location data obtained from …

Movement is influenced by landscape structure, configuration and geometry, but measuring
distance as perceived by animals poses technical and logistical challenges. Instead …

Spatial capture–recapture (SCR) methods have become widely applied in ecology. The
immediate adoption of SCR is due to the fact that it resolves some major criticisms of …

The growing field of movement ecology uses high resolution movement data to analyze
animal behavior across multiple scales: from individual foraging decisions to population …

The size of animal home ranges often varies inversely with population density among
populations of a species. This fact has implications for population monitoring using spatially …