Advances in genetic and genomic technologies have become widely available and have
potential to provide novel insights into fish biology and fisheries science. In the present …

Structural variations (SVs), eg deletions, insertions, inversions and duplications of
sequences, are a major source of genomic variation affecting more base pairs in the …

Non‐native species may be introduced either intentionally or unintentionally, and their
impact can range from benign to highly disruptive. Non‐native salmonids were introduced …

Population translocations occur for a variety of reasons, from displacement due to climate
change to human‐induced transfers. Such actions have adverse effects on genetic variation …

Understanding genomic signatures of divergent selection underlying long‐term adaptation
in populations located in heterogeneous environments is a key goal in evolutionary biology …

A broad portfolio of phenotypic diversity in natural organisms can buffer against exploitation
and increase species persistence in disturbed ecosystems. The study of genomic variation …

Habitat destruction and fragmentation are the most prevalent threats endangering species.
As a result, metapopulation theory has become a popular tool for predicting the impact of …

Anadromous Chinook salmon populations vary in the period of river entry at the initiation of
adult freshwater migration, facilitating optimal arrival at natal spawning. Run timing is a …

The evolution of locally adapted phenotypes among populations that experience divergent
selective pressures is a central mechanism for generating and maintaining biodiversity …

Disentangling the relative contributions of selective and neutral processes underlying
phenotypic and genetic variation under natural, environmental conditions remains a central …