Metapopulation‐structured species can be negatively affected when landscape
fragmentation impairs connectivity. We investigated the effects of urbanization on genetic …

The physical and environmental attributes of landscapes often shape patterns of population
connectivity by influencing dispersal and gene flow. Landscape effects on movement are …

For many amphibian species, reduced landscape connectivity results in reduced genetic
connectivity among populations. However, large effective population sizes (N e) slow the …

Understanding the impacts of landscape‐level processes on the population biology of
amphibians is critical, especially for species inhabiting anthropogenically modified …

Context Amphibian metapopulations have become increasingly fragmented in the
Midwestern United States, with wetland-breeding salamanders being especially dependent …

Explaining functional connectivity among occupied habitats is crucial for understanding
metapopulation dynamics and species ecology. Landscape genetics has primarily focused …

Aim To test the role of mountains as barriers to gene flow in co‐distributed taxa with different
life history traits. Location Sierra de Guadarrama, Central Spain. Methods We used larval …

Habitat fragmentation and degradation associated with suburbanization can have negative
consequences on population persistence through the reduction of dispersal and …

Heterogeneous landscapes and fluctuating environmental conditions can affect species
dispersal, population genetics, and genetic structure, yet understanding how biotic and …

Aim Ecological limits on population sizes and the number of species a region can sustain
are thought to simultaneously produce spatial patterns in population genetic diversity and …