Wide-ranging carnivores experience tradeoffs between dynamic resource availabilities and
heterogeneous risks from humans, with consequences for their ecological function and …

Co‐occurrence with humans presents substantial risks for large carnivores, yet human‐
dominated landscapes are increasingly crucial to carnivore conservation as human land use …

Carnivore community dynamics are governed by a complex set of often interacting biotic,
abiotic and anthropogenic factors that are increasingly volatile as a result of global change …

Large terrestrial carnivores, eg wolves or bears, often play a key ecological role from their
position at the apex of trophic systems. Changes to their populations reverberate through …

Due to the strong individual cost of being predated, potential prey species alter their
behavior and physiology in response to predation risk. Such alterations may cause major …

Across the globe, most carnivore populations are in decline due to human activities. The
majority of the lands required for carnivore survival are outside protected areas, in areas …

Large carnivores are threatened worldwide by a variety of human-driven factors, including
persecution, which regularly results when they come into conflict with people. Although …

Context Adjustments in habitat use by large carnivores can be a key factor facilitating their
coexistence with people in shared landscapes. Landscape composition might be a key …

Apex carnivores around the world have experienced rapid population declines and local
extirpation due to anthropogenic pressures, and they are increasingly restricted to …

Mitigating human-caused mortality for large carnivores is a pressing global challenge for
wildlife conservation. However, mortality is almost exclusively studied at local (within …