Landscape genetics is now ten years old. It has stimulated research into the effect of
landscapes on evolutionary processes. This review describes the main topics that have …

Dendritic ecological networks (DEN s) are a unique form of ecological networks that exhibit
a dendritic network topology (eg stream and cave networks or plant architecture). DEN s …

The Mantel test is widely used in biology, including landscape ecology and genetics, to
detect spatial structures in data or control for spatial correlation in the relationship between …

Evolution occurs rapidly and is an ongoing process in our environments. Evolutionary
principles need to be built into conservation efforts, particularly given the stressful conditions …

Climate-driven poleward shifts, leading to changes in species composition and relative
abundances, have been recently documented in the Arctic. Among the fastest moving …

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

Habitat loss is often considered the greatest near‐term threat to biodiversity. Yet the impact
of habitat fragmentation, or the change in habitat configuration for a given amount of habitat …

Despite its importance for the long-term viability of populations and functioning of
ecosystems, the genetic diversity of populations is seldom given explicit consideration in …

Landscape genetics is the amalgamation of landscape ecology and population genetics to
help with understanding microevolutionary processes such as gene flow and adaptation. In …

Understanding how ecological and evolutionary processes interdependently structure
biosphere dynamics is a major challenge in the era of worldwide ecosystem degradation …