Background Global increases in human activity threaten connectivity of animal habitat and
populations. Protection and restoration of wildlife habitat and movement corridors require …

Foraging is a key driver of animal movement patterns, with specific challenges for predators
which must search for mobile prey. These patterns are increasingly impacted by global …

Understanding and predicting animal movement is fundamental to ecology and
conservation management. Models that estimate and then predict animal movement and …

Aim Synthesize literature on genetic structure within species to understand how geographic
features and species traits influence past responses to climate change. Location North …

Rigorous understanding of how environmental conditions impact population dynamics is
essential for species conservation, especially in mixed‐use landscapes where source–sink …

Highlights•Human presence increased time spent alert and reduced foraging
behaviour.•Wildcats spent more time hunting in scenarios with high traffic and closer to …

Introduced predators are one of the leading causes of decline in island vertebrates.
Understanding how they hunt and kill threatened prey can help improve management …

Human activities increasingly challenge wild animal populations by disrupting ecological
connectivity and population persistence. Yet, human-modified habitats can provide …

The recovery of apex consumers increases the need for coexistence efforts, and it is
important to understand how apex consumers respond to human-modified landscapes …

Animals' fear of people is widespread across taxa and can mitigate the risk of human‐
induced mortality, facilitating coexistence in human‐dominated landscapes. However …