The genomic variation of an invasive species may be affected by complex demographic
histories and evolutionary changes during the invasion. Here, we describe the relative …

Selection processes are believed to be an important evolutionary driver behind the
successful establishment of nonindigenous species, for instance through adaptation for …

Over the last 15 years studies on invasion genetics have provided important insights to
unravel cryptic diversity, track the origin of colonizers and reveal pathways of introductions …

Abstract Theory predicts that speciation‐with‐gene‐flow is more likely when the
consequences of selection for population divergence transitions from mainly direct effects of …

Invasive species are predicted to suffer from reductions in genetic diversity during founding
events, reducing adaptive potential. Integrating evidence from two literature reviews and two …

Understanding the genetic structure of populations is key to revealing past and present
demographic and evolutionary processes in a species. In the past decade high genetic …

Background Genomic tools are increasingly being used on non-model organisms to provide
insights into population structure and variability, including signals of selection. However …

Genetic differentiation during adaptive divergence and speciation is heterogeneous among
genomic regions. Some regions can be highly differentiated between populations, for …

While adaptation is commonly thought to result from selection on DNA sequence‐based
variation, recent studies have highlighted an analogous epigenetic component as well …

Theoretical and empirical studies suggest that geographical isolation and extinction–
recolonization dynamics are two factors causing strong genetic structure in metapopulations …