The spatial scale of animal space use, eg measured as individual home range size, is a key
trait with important implications for ecological and evolutionary processes as well as …

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

Aim Maintaining connectivity is critical for long‐term persistence of wild carnivores in
landscapes fragmented due to anthropogenic activity. We examined spatial genetic structure …

Urbanization is a severe form of habitat fragmentation that can cause many species to be
locally extirpated and many others to become trapped and isolated within an urban matrix …

Context Landscape structure shapes the genetic structure of populations by delimiting
spatial patterns of dispersal and reproduction across generations. Thus, descriptions of …

Many landscape genetic studies promise results that can be applied in conservation
management. However, only few landscape genetic studies have been used by …

Coexistence of ecologically similar species relies on differences in one or more dimensions
of their ecological niches, such as space, time and resources in diel and/or seasonal scales …

Landscape genetics has tremendous potential for enhancing our understanding about
landscape effects on effective dispersal and resulting genetic structures. However, the vast …

Graph‐theoretic approaches have relevant applications in landscape genetic analyses.
When species form populations in discrete habitat patches, genetic graphs can be used (a) …

Some of the best evidence for rapid evolutionary change comes from studies of
archipelagos and oceanic islands. City parks are analogous systems as they create …