The importance of examining multiple hierarchical levels when modeling resource use for
wildlife has been acknowledged for decades. Multi-level resource selection functions have …

Objectives We provide an easily implemented, flexible framework for sequential multi-level,
multi-scale HSM and compare it to two other commonly-applied approaches: single-level …

Wildlife diseases have posed a significant challenge to the conservation of many species in
recent years. Diseases have been implicated in population declines over large geographic …

Context Road networks can negatively impact wildlife populations through habitat
fragmentation, decreased landscape connectivity, and wildlife-vehicle collisions, thereby …

Background The advent of telemetry has revolutionized wildlife research in recent decades.
For telemetry to be effective, transmitting devices must remain attached to study animals …

Landscape features can strongly influence gene flow and the strength and direction of these
effects may vary across spatial scales. However, few studies have evaluated methodological …

Urbanisation changes landscapes, often simplifying and homogenising natural ecosystems
while introducing novel environments. Although this transformation often adversely impacts …

Habitat selection by animals is a complex, dynamic process that can vary across spatial and
temporal scales. Understanding habitat selection is a vital component of managing …

Accurate species delimitation and description are necessary to guide effective conservation
of imperiled species, and this synergy is maximized when multiple data sources are used to …

Range‐wide species conservation efforts are facilitated by spatially explicit estimates of
habitat suitability. However, species‐environment relationships often vary geographically …