Land-based transport corridors and related infrastructure are increasingly extending into
and across the Arctic in support of resource development and population growth, causing …

There has been a growing pressure of human activities, especially road network, on natural
habitats of the world, which has led to habitat degradation and loss of ecosystem services …

Background The movement extent of mammals is influenced by human-modified areas,
which can affect population demographics. Understanding how human infrastructure …

Active forest management for timber production, through the harvesting of forest stands
using cut blocks, frequently overlaps grizzly bear (Ursus arctos) habitat on multi-use …

Landscape genetic analyses of wildlife populations can exclude variation in a broad suite of
potential spatiotemporal correlates, including consideration of how such variation might …

Background Improved understanding of wildlife population connectivity among protected
area networks can support effective planning for the persistence of wildlife populations in the …

In some regions of the world, large carnivores, such as wolves, persist in landscapes with
dense networks of paved roads. However, beyond the general impacts of roads on wildlife …

Effective species management relies on evidence-based goals that address the processes
influencing population demography. These goals therefore require understanding how …

There is a vital need to understand wildlife movement and space-use patterns to inform
conservation efforts given current rates of anthropogenic environmental change. Grizzly …

Connectivity, in the sense of the persistence of movements between habitat patches, is key
to maintain endangered populations and has to be evaluated in management plans. In …