Dispersal is a central process in ecology and evolution. At the individual level, the three
stages of the dispersal process (ie, emigration, transience and immigration) are affected by …

Direct gradient analyses in spatial genetics provide unique opportunities to describe the
inherent complexity of genetic variation in wildlife species and are the object of many …

The field of landscape genetics has been evolving rapidly since its emergence in the early
2000s. New applications, techniques and criticisms of techniques appear like clockwork with …

Landscape connectivity is increasingly emphasized due to its relevance for interpreting
effects of environmental change. Yet substantial uncertainty remains regarding the …

Resistance models provide a key foundation for landscape connectivity analyses and are
widely used to delineate wildlife corridors. Currently, there is no general consensus …

Landscape genomics is a rapidly advancing research field that combines population
genomics, landscape ecology, and spatial analytical techniques to explicitly quantify the …

Dispersal of pollen and seeds are essential functions of plant species, with far-reaching
demographic, ecological and evolutionary consequences. Interest in plant dispersal has …

Predicting connectivity, or how landscapes alter movement, is essential for understanding
the scope for species persistence with environmental change. Although it is well known that …

Combining landscape demographic and genetics models offers powerful methods for
addressing questions for eco-evolutionary applications., Using two illustrative examples, we …

Context Connectivity assessments typically rely on resistance surfaces derived from habitat
models, assuming that higher-quality habitat facilitates movement. This assumption remains …