Road networks pose many well‐documented threats to wildlife, from fragmenting habitats
and restricting movement to causing mortality through vehicle collisions. For large, wide …

Anthropogenic linear infrastructures can reduce landscape connectivity for wildlife, and
crossing structures are a mitigation strategy to facilitate animal movement across potential …

Maintaining functional connectivity is critical for the long‐term conservation of wildlife
populations. Landscape genomics provides an opportunity to assess long‐term functional …

Habitat loss and fragmentation contribute significantly to the decline of arboreal mammal
populations. As populations become fragmented and isolated, a reduction in gene flow can …

Simple Summary Determining the impacts of human activities on natural populations is
important for biodiversity conservation. In this paper, we study the past and more recent …

Linear infrastructure represent a barrier to movement for many species, reducing the
connectivity of the landscapes in which they reside. Of all linear infrastructure, roads and …

Maintaining gene flow among fragmented habitat patches is critical for the long‐term
persistence of wild species. Landscape genetics tools are often used to understand the …

Populations of the western spadefoot (Spea hammondii) in southern California occur in one
of the most urbanized and fragmented landscapes on the planet and have lost up to 80% of …

In the face of rapid urbanization, species confront various challenges, and the
consequences of limited gene flow become evident. One such illustration is the Endangered …

Ecological landscape space refers to a whole composed of many different ecosystems in a
larger area. The spatial structure of the ecological landscape is the spatial arrangement and …