Indirect methods using genetic markers are the primary measure of gene flow levels among
interbreeding populations. Results from studies employing these methods are often …

Genetic diversity or variation and its measurement have vital importance in interpretation,
understanding and management of populations and individuals. Development of allozyme …

Each year, hundreds of thousands of domesticated farmed Atlantic salmon escape into the
wild. In Norway, which is the world's largest commercial producer, many native Atlantic …

Genetic diversity between three farmed and four wild populations of Atlantic salmon from
Ireland and Norway were analysed using 15 microsatellite markers. High levels of …

Abstract Atlantic salmon (n= 1682) from 27 anadromous river populations and two
nonanadromous strains ranging from south‐central Maine, USA to northern Spain were …

This study demonstrates how both parentage and relatedness can be determined in a mixed
family aquaculture (Atlantic salmon) stock in the absence of physical tags and/or pedigree …

The prediction that selection affects the genome in a locus-specific way also affecting
flanking neutral variation, known as genetic hitchhiking, enables the use of polymorphic …

One of the most important traits linked with the successful domestication of animals is
reducing their sensitivity to environmental stressors in the human controlled environment. In …

A large number of farmed Atlantic salmon escape from sea cages and hatcheries annually.
Selection programmes and domestication have changed the genetic composition of farmed …

We investigated genetic population structure in wood frogs (Rana sylvatica) from a series of
Prairie Pothole wetlands in the northern Great Plains. Amphibians are often thought to exist …