Rates of encounters between humans and wildlife are increasing in cities around the world,
especially when wildlife overlap with people in time, space and resources. Coyotes (Canis …

Deer–vehicle collisions (DVCs) are steadily increasing across North America. The increase
is particularly pronounced in urban green spaces where deer (Odocoileus spp.) populations …

Wildlife habituation near urban centers can disrupt natural ecological processes, destroy
habitat, and threaten public safety. Consequently, management of habituated animals is …

Anomalously warm sea-surface temperatures (SSTs) are associated with interannual and
decadal variability as well as with long-term climate changes indicative of global warming. …

Few studies have examined the effects of human development on fine-scale movement
behavior, yet understanding animal movement through increasingly human-dominated …

Corridors are commonly used to connect fragments of wildlife habitat, yet the identification
of conservation corridors typically neglects processes of habitat selection and movement for …

Increasing levels of human activity in mountainous areas have high potential to inhibit animal
movement across and among valleys. We examined how wolves respond to roads, trails, …

Animals regularly integrate information about the location of resources and the presence of
competitors, altering their foraging behavior accordingly. We studied the annual plant …

Riparian corridors and fencerows are hypothesized to increase the persistence of forest
animals in fragmented landscapes by facilitating movement among suitable habitat patches. …

More humans reside in urban areas than at any other time in history. Protected urban green
spaces and transportation greenbelts support many species, but diversity in these areas is …