Climate change is an increasing concern for wildlife managers across the United States and
Canada. Because climate change may alter populations and harvest dynamics of key …

Human-wildlife interactions increase exponentially as more and more humans and wildlife
crowd into the same limited space. Such interactions often become conflicts when wildlife …

Mechanisms that affect the spatial distribution of animals are typically scale‐dependent and
may involve forage distribution. Forage quality and quantity are often inversely correlated …

The rotation length is a key component of even-aged forest management systems. Using
Fennoscandian forestry as a case, we review the socio-ecological implications of modifying …

Habitat alteration by humans may change the supply of food and cover for wild ungulates,
but few studies have examined how these resources are utilised over time by individuals of …

Browsing by free-living ungulates is a serious threat to forest regeneration. Although
predictors of browsing and potential consequences are well researched, less information is …

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

Populations of large herbivores, including members of the deer family Cervidae, are
expanding across and within many regions of the northern hemisphere. Because their …

We analyzed the effects of natural disturbances on relationships between forest
regeneration and ungulate browsing. Specifically, we asked if natural disturbances affect …

In a large-scale survey, comprising 38 landscapes throughout Sweden, we measured winter
forage availability and use by moose within different forest-and land types, and also at three …