One of the biggest challenges in population genetics of marine species is to uncover subtle
phylogeographic patterns masked by large effective population sizes and/or high gene flow …

Glacial cycles play important roles in determining the phylogeographic structure of terrestrial
species, however, relatively little is known about their impacts on the distribution of marine …

The levels and distribution of standing genetic variation in a genome can provide a wealth of
insights about the adaptive potential, demographic history, and genome structure of a …

Aim We explore the genetic structure of the widespread starfish, Marthasterias spp., in order
to:(1) identify historical causes of genetic divergence,(2) test the effect of past climatic events …

Abstract The Atlantic silverside (Menidia menidia) has been the focus of extensive research
efforts in ecology, evolutionary biology, and physiology over the past three decades, but lack …

Mitochondrial DNA (mtDNA) has formed the backbone of phylogeographic research for
many years; however, recent trends focus on genome‐wide analyses. One method …

Phylogeography places population genetics in an explicitly spatial context, and in doing so
attempts to reconstruct the historical and contemporary evolutionary processes acting across …

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

On the basis of multiple complete mitochondrial DNA genome sequences, we describe the
temporal phylogeography of Atlantic cod (Gadus morhua), a lineage that has undergone a …

Sequencing of mitochondrial gene fragments from specimens representing a wide range of
geographical locations has indicated limited population structuring in Atlantic cod (Gadus …