Conservation of exploited species requires an understanding of both genetic diversity and
the dominant structuring forces, particularly near range limits, where climatic variation can …

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 …

Development rate has important implications for individual fitness and physiology. In
salmonid fishes, development rate correlates with many traits later in life, including life …

Interpreting contemporary patterns of population structure requires an understanding of the
interactions among microevolutionary forces and past demographic events. Here, 4,122 …

A novel application of genomewide association analyses is to use trait‐associated loci to
monitor the effects of conservation strategies on potentially adaptive genetic variation …

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 …

Species with a wide geographical distribution are often composed of distinct subgroups
which may be adapted to their local environment. European trout (Salmo trutta species …

Background Circannual rhythms in vertebrates can influence a wide variety of physiological
processes. Some notable examples include annual reproductive cycles and for …

The adaptation of marine and anadromous fishes to novel, freshwater environments
requires major physiological shifts in functions related to osmoregulation, immunity, and …

As populations adapt to novel environments, divergent selection will promote
heterogeneous genomic differentiation via reductions in gene flow for loci underlying …