Sockeye salmon (Oncorhynchus nerka) is one of the most iconic and valued species of
Pacific salmon. Various studies have examined the potential effects of future climate change …

As we confront novel environmental challenges, a full understanding of the physical and
biological processes that govern species responses to climate change will help maintain …

Declining body sizes have been documented for several species of Pacific salmon;
however, whether size declines are caused mainly by ocean warming or other ecological …

Fishery managers require an understanding of how climate influences recruitment if they are
to separate the effects of fishing and climate on production. The southeastern Bering Sea …

Sockeye salmon (Oncorhynchus nerka) populations from Southeast Alaska through British
Columbia to Washington State have experienced similar declines in productivity over the …

Population-based management is central to the conservation of highly exploited species.
Managing to sustain population diversity is especially challenging for migratory species. The …

In the Arctic, winter warming and loss of sea ice pose largely unknown risks to keystone
species and the marine ecosystem that they support. Young-of-the-year juvenile polar cod …

Determination of population structure and stock identification is a ubiquitous problem in
fisheries assessment and management. Pacific salmon fishery management regimes are …

Chinook Salmon Oncorhynchus tshawytscha are likely the most enigmatic of the Pacific
salmon. Although least abundant, they are the most diversified in life history expression and …

Recent changes in climate have had generally negative impacts on salmon stocks in the
eastern and positive effects in the western Bering Sea (WBS). Eastern Bering Sea (EBS) …