Studies of elusive carnivores often rely on passive sampling when investigating either
spatial or temporal interactions. However, inference on behavioral mechanisms are usually …

Context Human exploitation of landscapes result in widespread species range loss and
spatial community redistribution. Reduced species occupancy for large ranging terrestrial …

Apex predators drive top‐down effects in ecosystems and the loss of such species can
trigger mesopredator release. This ecological process has been well documented in human …

Predator–primate interactions are understudied, yet predators have been shown to influence
primate behavior, population dynamics, and spatial distribution. An understanding of these …

Co-occurrence between mesopredators can be achieved by differentiation of prey, temporal
activity, and spatial habitat use. The study of mesopredator interactions is a growing area of …

Most ecosystems have multiple predator species that not only compete for shared prey, but
also pose direct threats to each other. These intraguild interactions are key drivers of …

Understanding species interactions and their effects on distributions is crucial for assessing
the impacts of global change, particularly for invasive species. Co-occurrence models can …

Abstracts Aim The scales of space and time over which biotic interactions influence
distribution patterns remain an area of debate. Biotic interactions may be particularly …

Spatial relationships between sympatric species underpin biotic interactions, structure
ecological communities, and maintain ecosystem health. However, the resilience of …

Inferring the mechanisms that facilitate sympatry amongst large mammalian carnivores in
anthropogenically altered habitats is critical if conservation initiatives aimed to recover …