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Creator:: Dittman, Andrew H., Pearsons, Todd N., May, Darran, Couture, Ryan B., and Noakes, David L. G.
Abstract:: Straying by hatchery-reared salmon is a major concern for conservation and recovery of many salmon populations. Fisheries managers have attempted to minimize negative ecological and genetic interactions between hatchery and wild fish by using parr-smolt acclimation facilities to ensure successful olfactory imprinting and homing fidelity. However, the effectiveness of offsite...
Resource Type:: Article
Full Text:: , University of Washington, Seattle, WA Ryan B. Couture and David L. G. Noakes Oregon Hatchery Research Center

Creator:: Kimmel, Charles B., Watson, Sawyer, Couture, Ryan B., McKibben, Natasha S., Nichols, James T., Richardson, Shannon E., and Noakes, David L. G.
Abstract:: What is the nature of evolutionary divergence of the jaw skeleton within the genus Oncorhynchus? How can two associated bones evolve new shapes and still maintain functional integration? Here, we introduce and test a ‘concordance’ hypothesis, in which an extraordinary matching of the evolutionary shape changes of the dentary and...
Full Text:: . Kimmel1*, Sawyer Watson1, Ryan B. Couture2, Natasha S. McKibben1, James T. Nichols1, Shannon E

Creator:: Kimmel, Charles B., Watson, Sawyer, Couture, Ryan B., McKibben, Natasha S., Nichols, James T., Richardson, Shannon E., and Noakes, David L. G.
Abstract:: What is the nature of evolutionary divergence of the jaw skeleton within the genus Oncorhynchus? How can two associated bones evolve new shapes and still maintain functional integration? Here, we introduce and test a ‘concordance’ hypothesis, in which an extraordinary matching of the evolutionary shape changes of the dentary and...

Creator:: Kimmel, Charles B., Watson, Sawyer, Couture, Ryan B., McKibben, Natasha S., Nichols, James T., Richardson, Shannon E., and Noakes, David L. G.
Abstract:: What is the nature of evolutionary divergence of the jaw skeleton within the genus Oncorhynchus? How can two associated bones evolve new shapes and still maintain functional integration? Here, we introduce and test a ‘concordance’ hypothesis, in which an extraordinary matching of the evolutionary shape changes of the dentary and...

Creator:: Kimmel, Charles B., Watson, Sawyer, Couture, Ryan B., McKibben, Natasha S., Nichols, James T., Richardson, Shannon E., and Noakes, David L. G.
Abstract:: What is the nature of evolutionary divergence of the jaw skeleton within the genus Oncorhynchus? How can two associated bones evolve new shapes and still maintain functional integration? Here, we introduce and test a ‘concordance’ hypothesis, in which an extraordinary matching of the evolutionary shape changes of the dentary and...

Creator:: Kimmel, Charles B., Watson, Sawyer, Couture, Ryan B., McKibben, Natasha S., Nichols, James T., Richardson, Shannon E., and Noakes, David L. G.
Abstract:: What is the nature of evolutionary divergence of the jaw skeleton within the genus Oncorhynchus? How can two associated bones evolve new shapes and still maintain functional integration? Here, we introduce and test a ‘concordance’ hypothesis, in which an extraordinary matching of the evolutionary shape changes of the dentary and...

Creator:: Kimmel, Charles B., Watson, Sawyer, Couture, Ryan B., McKibben, Natasha S., Nichols, James T., Richardson, Shannon E., and Noakes, David L. G.
Abstract:: What is the nature of evolutionary divergence of the jaw skeleton within the genus Oncorhynchus? How can two associated bones evolve new shapes and still maintain functional integration? Here, we introduce and test a ‘concordance’ hypothesis, in which an extraordinary matching of the evolutionary shape changes of the dentary and...

Creator:: Kimmel, Charles B., Watson, Sawyer, Couture, Ryan B., McKibben, Natasha S., Nichols, James T., Richardson, Shannon E., and Noakes, David L. G.
Abstract:: What is the nature of evolutionary divergence of the jaw skeleton within the genus Oncorhynchus? How can two associated bones evolve new shapes and still maintain functional integration? Here, we introduce and test a ‘concordance’ hypothesis, in which an extraordinary matching of the evolutionary shape changes of the dentary and...

Creator:: Kimmel, Charles B., Watson, Sawyer, Couture, Ryan B., McKibben, Natasha S., Nichols, James T., Richardson, Shannon E., and Noakes, David L. G.
Abstract:: What is the nature of evolutionary divergence of the jaw skeleton within the genus Oncorhynchus? How can two associated bones evolve new shapes and still maintain functional integration? Here, we introduce and test a ‘concordance’ hypothesis, in which an extraordinary matching of the evolutionary shape changes of the dentary and...

Creator:: Kimmel, Charles B., Watson, Sawyer, Couture, Ryan B., McKibben, Natasha S., Nichols, James T., Richardson, Shannon E., and Noakes, David L. G.
Abstract:: What is the nature of evolutionary divergence of the jaw skeleton within the genus Oncorhynchus? How can two associated bones evolve new shapes and still maintain functional integration? Here, we introduce and test a ‘concordance’ hypothesis, in which an extraordinary matching of the evolutionary shape changes of the dentary and...

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