Recent advances in molecular biology and bioinformatics have helped to unveil striking and
previously unrecognized patterns of geographic genetic structure in marine populations …

Processes regulating population connectivity are complex, ranging from extrinsic
environmental factors to intrinsic individual based features, and are a major force shaping …

Population genetics patterns of marine fish in general and of Southern Ocean fish in
particular range from virtual panmixia over ocean-wide scale to deeply fragmented …

Many marine fishes are cosmopolitan, occurring in continuous (eg, circumtropical) or
discontinuous (eg, antitropical) distributions. Little is known of the genetic basis of …

Over the past few years, technological advances have facilitated giant leaps forward in our
ability to generate genome-wide molecular data, offering exciting opportunities for gaining …

As populations diverge, genomic regions associated with adaptation display elevated
differentiation. These genomic islands of adaptive divergence can inform conservation …

Studies of adaptive evolution have experienced a recent revival in population genetics of
natural populations and there is currently much focus on identifying genomic signatures of …

Climate influences population genetic variation in marine species. Capturing these impacts
remains challenging for marine fishes which disperse over large geographical scales …

Marine metapopulations often exhibit subtle population structure that can be difficult to
detect. Given recent advances in high‐throughput sequencing, an emerging question is …

Geographic barriers that limit the movement of individuals between populations may create
or maintain phylogenetically discrete lineages. Such barriers are often inferred from …