The anadromous life cycle of Atlantic salmon Salmo salar involves long migrations to novel
environments and challenging physiological transformations when moving between salt …

Atlantic salmon Salmo salar is a socio-economically important anadromous fish species that
has suffered synchronous population declines around the North Atlantic over the last five …

The salmonid lifecycle has been studied for over a 100 years. Our literature search indicated
that the Atlantic salmon (Salmo salar) and brown trout (Salmo trutta) are among the most …

Migration enables animals to access important resources throughout their lifetime but exists
in a trade‐off with elevated mortality risk. In spring, juvenile Atlantic salmon (smolts) migrate …

Abstract Changes in migration timing, resulting from the alteration in river continuity or the
effect of climate change, can have major consequences on the population dynamics of …

All anadromous fishes, including juvenile salmon, encounter estuarine habitats as they
transition from riverine to marine environments. We compare the estuarine use between …

Long-distance migratory species can reduce mortality risks by synchronizing the migration
event and create confusion by swamping predators with high densities. To reduce …

Recent evidence supports the existence of a downstream autumn-migratory phenotype in
juvenile anadromous brown trout (Salmo trutta), however the precise timing, extent and …

Whether time of seaward migration of young Atlantic salmon Salmo salar influences their
subsequent survival and growth was investigated in the River Imsa, south‐western Norway …

Migration theory states that migration behavioural strategies should be optimised to
maximise fitness. Many studies have shown that in downstream migrating Atlantic salmon …