<p>The variation at 17 microsatellites was analyzed for 5,270 juvenile Coho Salmon <i>Oncorhynchus kisutch</i> obtained from coastal British Columbia and Gulf of Alaska surveys during 1998–2012. A 270-population baseline was used to determine the individual identifications of the fish sampled, with individuals being identified to 22 stocks of origin. Columbia River and Washington juveniles were consistently larger than those from British Columbia and Alaska. During June, the larger individuals within a stock were observed in more northerly locations. There was a relationship between the timing of northward migration and juvenile body size, with larger individuals migrating earlier than smaller individuals from the same stocks. Stock composi...
The sockeye salmon, Oncorhynchus nerka, is economically, ecologically and culturally important for B...
Genetic baselines can be used to reveal population structure, perform mixed-stock analysis (MSA), in...
Graduation date: 2012Juvenile salmonids display highly variable spatial and temporal movement patter...
Estimating the stock proportions of mixed-stock fishery samples by means of genetic stock identifica...
Thesis (M.S.) University of Alaska Fairbanks, 1993Aquatic habitat was measured, and juvenile coho sa...
Genetic mixed-stock analysis has been used routinely for over two decades to estimate the origins of...
An investigation was initiated in southern British Columbia during 1984 to determine the degree of s...
Graduation date: 1986The abundance of the 1982 brood of juvenile coho salmon\ud (Oncorhynchus kisutc...
Little is known about the genetic diversity of coho salmon in Alaska, although this area represents ...
Thesis (Master's)--University of Washington, 2013Partial migration, the behavior pattern in which a ...
Abstract.—Over 2,000 juvenile coho salmon Oncorhynchus kisutch were tagged with passive integrated t...
Pacific salmon have a complex life cycle that involves both freshwater and marine phases, though it ...
Estuaries connect freshwater and ocean environments for Pacific salmon, providing important habitats...
Research, management and conservation of salmon populations have primarily targeted the freshwater p...
Migrations allow animals to find food resources, rearing habitats, or mates, but often impose consid...
The sockeye salmon, Oncorhynchus nerka, is economically, ecologically and culturally important for B...
Genetic baselines can be used to reveal population structure, perform mixed-stock analysis (MSA), in...
Graduation date: 2012Juvenile salmonids display highly variable spatial and temporal movement patter...
Estimating the stock proportions of mixed-stock fishery samples by means of genetic stock identifica...
Thesis (M.S.) University of Alaska Fairbanks, 1993Aquatic habitat was measured, and juvenile coho sa...
Genetic mixed-stock analysis has been used routinely for over two decades to estimate the origins of...
An investigation was initiated in southern British Columbia during 1984 to determine the degree of s...
Graduation date: 1986The abundance of the 1982 brood of juvenile coho salmon\ud (Oncorhynchus kisutc...
Little is known about the genetic diversity of coho salmon in Alaska, although this area represents ...
Thesis (Master's)--University of Washington, 2013Partial migration, the behavior pattern in which a ...
Abstract.—Over 2,000 juvenile coho salmon Oncorhynchus kisutch were tagged with passive integrated t...
Pacific salmon have a complex life cycle that involves both freshwater and marine phases, though it ...
Estuaries connect freshwater and ocean environments for Pacific salmon, providing important habitats...
Research, management and conservation of salmon populations have primarily targeted the freshwater p...
Migrations allow animals to find food resources, rearing habitats, or mates, but often impose consid...
The sockeye salmon, Oncorhynchus nerka, is economically, ecologically and culturally important for B...
Genetic baselines can be used to reveal population structure, perform mixed-stock analysis (MSA), in...
Graduation date: 2012Juvenile salmonids display highly variable spatial and temporal movement patter...