Predator search efficiency can be enhanced by anthropogenic landscape change, leading
to increased predator–prey encounters and subsequent prey population declines. Logging …

The landscape ecology of predation is well studied and known to be influenced by habitat
heterogeneity. Little attention has been given to how the influence of habitat heterogeneity …

In recent years, large predators have made a comeback across large parts of Europe.
However, little is known about the impact that recolonizing predators may have on …

This technical report is preceded by Kuzyk and Heard (2014) and Kuzyk et al.(2015). In
response to declining Moose numbers in central British Columbia (BC), the BC Ministry of …

Landscape characteristics, seasonal changes in the environment, and daylight conditions
influence space use and detection of prey and predators, resulting in spatiotemporal …

Humans are increasingly recognized as important players in predator–prey dynamics by
modifying landscapes. This trend has been well‐documented for large mammal …

In 2013, the BC government initiated a research project to determine the factors affecting
Moose population change in central BC by testing the landscape change hypothesis …

Since 2010, several moose (Alces alces) populations have declined across North America.
These declines are believed to be broadly related to climate and landscape change. At the …

Aim The influence of humans on large carnivores, including wolves, is a worldwide
conservation concern. In addition, human‐caused changes in carnivore density and …

Context Anthropogenic linear features can have negative effects on wildlife by altering
movements or increasing risk. Spatial responses to linear features vary depending on local …