Individual differences in contact rate can arise from host, group and landscape
heterogeneity and can result in different patterns of spatial spread for diseases in wildlife …

Predicting the spatial distribution of animals is an important and widely used tool with
applications in wildlife management, conservation, and population health. Wildlife telemetry …

Monitoring and surveillance of wildlife populations, including demographics and health, is
often challenging, particularly in resource-constrained and remote settings. However, in …

Inclusion of local, expert, or Indigenous knowledge about wildlife populations and their
habitats can inform wildlife research, while also increasing knowledge holder engagement …

Understanding factors driving resource selection and habitat use of different species is an
important component of management and conservation. Feral horses (Equus caballus) are …

Discussions on diseases of wildlife have generally focused on two basic models: the effect
of disease on wildlife, and the role that wildlife plays in diseases affecting people or …

Pathogens transmitted between wildlife and domestic animals can pose a threat to
endangered species, undermine conservation efforts in wildlife, and affect productivity and …

Feral wild boar (Sus scrofa) are rapidly expanding their distribution and abundance globally
and causing considerable socio‐economic impacts. Prior to this study, the spatial …

Invasive species can spread rapidly at local and national scales, creating significant
environmental and economic impacts. A central problem in mitigation efforts is identifying …

Abstract Theory on density-dependent habitat selection predicts that as population density of
a species increases, use of higher quality (primary) habitat by individuals declines while use …