Chromosomal inversions have been implicated in facilitating adaptation in the face of high
levels of gene flow, but whether chromosomal fusions also have similar potential remains …

Chromosomal rearrangements (eg, inversions, fusions, and translocations) have long been
associated with environmental variation in wild populations. New genomic tools provide the …

Pleistocene glaciations drove repeated range contractions and expansions shaping
contemporary intraspecific diversity. Atlantic salmon (Salmo salar) in the western and …

Little is known about the genetic basis differentiating resident and anadromous forms found
in many salmonid species. Using a medium‐density SNP array, we documented genomic …

Disentangling evolutionary forces that may interact to determine the patterns of genetic
differentiation within and among wild populations is a major challenge in evolutionary …

Phenotypic variation is critical for the long-term persistence of species and populations.
Anthropogenic activities have caused substantial shifts and reductions in phenotypic …

Salmonid fishes exhibit extensive local adaptations owing to abundant environmental
variation and precise natal homing. This extensive local adaptation makes conservation and …

Response diversity and asynchrony are important for stability and resilience of meta‐
populations, however little is known about the mechanisms that might drive such processes …

Meiotic recombination through chromosomal crossovers ensures proper segregation of
homologous chromosomes during meiosis, while also breaking down linkage disequilibrium …

Despite decades of research assessing the genetic structure of natural populations, the
biological meaning of low yet significant genetic divergence often remains unclear due to a …