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 …

Large annual escapees of farmed Atlantic salmon enhance the risk of extinction of wild
populations through genetic and ecological interactions. Recently, we documented …

Escaped domesticated individuals can introduce disadvantageous traits into wild
populations due to both adaptive differences between population ancestors and human …

The presence of ecologically similar nonnative species may impede recovery efforts for
native species. We assessed the survival and growth of juvenile Atlantic Salmon Salmo …

One of the major challenges facing conservation biology is characterizing the genetic
variation underlying adaptation to different environments. Gene expression is the process …

Salmonids are an important cultural and ecological resource exhibiting near worldwide
distribution between their native and introduced range. Previous research has generated …

A growing number of studies are examining the factors driving historical and contemporary
evolution in wild populations. By combining surveys of genomic variation with a …

Competitive interactions with non‐native species can have negative impacts on the
conservation of native species, resulting in chronic stress and reduced survival. Here …

Released individuals can have negative impacts on native populations through various
mechanisms, including competition, disease transfer and introduction of maladapted gene …

Elucidating the genetic basis of adaptation to the local environment can improve our
understanding of how the diversity of life has evolved. In this study, we used a dense SNP …