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Papers by Don Campton

Research paper thumbnail of Hatchery Reform: What Have We Learned and Not Learned Since 1995?

Research paper thumbnail of Genetic effects of ELISA-based segregation for control of bacterial kidney disease in Chinook salmon (Oncorhynchus tshawytscha)

… Journal of Fisheries …, 2006

We evaluated genetic variation in ability of Chinook salmon (Oncorhynchus tshawytscha) to resist ... more We evaluated genetic variation in ability of Chinook salmon (Oncorhynchus tshawytscha) to resist two bacterial pathogens: Renibacterium salmoninarum, the agent of bacterial kidney disease (BKD), and Listonella anguillarum, an agent of vibriosis. After measuring R. ...

Research paper thumbnail of Considering Life History, Behavioral, and Ecological Complexity in Defining Conservation Units for Pacific Salmon

(Facilitator) 2. ESUs and Hatchery Produced Fish 7 2. A. On Scientific Evidence 8 2.B. Biological... more (Facilitator) 2. ESUs and Hatchery Produced Fish 7 2. A. On Scientific Evidence 8 2.B. Biological contrasts between hatchery and wild fish 2.C. On the relationship of hatchery and wild populations 2.D. Regarding the conservation of hatchery stocks Answer to Question 2. 3. Resident and anadromous populations of Oncorhynchus mykiss Answer to Question 3 4. The Role of ecology versus genetics in defining conservation units Minority Viewpoint References 18 Appendix 1 Workshop Panel-Biographical Information

Research paper thumbnail of Report on Lessons Learned from the Co-Managers Workshop on Age and Size at Maturity in Pacific Salmon

Research paper thumbnail of Potential trade-offs in resistance of chinook salmon (Oncorhynchus tshawytscha) to two bacterial pathogens resulting from selection of broodstock based on antigen level

Aquaculture, 2007

in male salmonids are repressed relative to females in centromeric regions of the chromosome. Blo... more in male salmonids are repressed relative to females in centromeric regions of the chromosome. Block segregation of large chromosomal regions is thus common in male salmonids for most of the intertelomeric regions of a linkage group. Therefore in other backcross family (F1; dam), we searched for linkage among QTL markers on linkage group AM-3 to analyzed marker-trait associations in detail. We found closely linked QTL associated with smoltification on linkage group AM-3, which is corresponding to RT-19 linkage group in rainbow trout.

Research paper thumbnail of Genetic distinction of pallid, shovelnose, and Alabama sturgeon: emerging species and the US Endangered Species Act

Conservation Genetics, Jan 1, 2000

Pallid and shovelnose sturgeon are electrophoretically indistinguishable at 37 loci. This complet... more Pallid and shovelnose sturgeon are electrophoretically indistinguishable at 37 loci. This complete lack of genetic divergence between species is unusual among fish that have been studied." Stevan R. Phelps and Fred W. ". . . it is impossible to predict that S. suttkusi [Alabama sturgeon] and S. platorynchus [shovelnose sturgeon] will differ in any form from one another at any genes that are currently available for study by the scientific community." Richard L. Mayden and Bernard R.

Research paper thumbnail of Hatchery Reform: What Have We Learned and Not Learned Since 1995?

Research paper thumbnail of Genetic effects of ELISA-based segregation for control of bacterial kidney disease in Chinook salmon (Oncorhynchus tshawytscha)

… Journal of Fisheries …, 2006

We evaluated genetic variation in ability of Chinook salmon (Oncorhynchus tshawytscha) to resist ... more We evaluated genetic variation in ability of Chinook salmon (Oncorhynchus tshawytscha) to resist two bacterial pathogens: Renibacterium salmoninarum, the agent of bacterial kidney disease (BKD), and Listonella anguillarum, an agent of vibriosis. After measuring R. ...

Research paper thumbnail of Considering Life History, Behavioral, and Ecological Complexity in Defining Conservation Units for Pacific Salmon

(Facilitator) 2. ESUs and Hatchery Produced Fish 7 2. A. On Scientific Evidence 8 2.B. Biological... more (Facilitator) 2. ESUs and Hatchery Produced Fish 7 2. A. On Scientific Evidence 8 2.B. Biological contrasts between hatchery and wild fish 2.C. On the relationship of hatchery and wild populations 2.D. Regarding the conservation of hatchery stocks Answer to Question 2. 3. Resident and anadromous populations of Oncorhynchus mykiss Answer to Question 3 4. The Role of ecology versus genetics in defining conservation units Minority Viewpoint References 18 Appendix 1 Workshop Panel-Biographical Information

Research paper thumbnail of Report on Lessons Learned from the Co-Managers Workshop on Age and Size at Maturity in Pacific Salmon

Research paper thumbnail of Potential trade-offs in resistance of chinook salmon (Oncorhynchus tshawytscha) to two bacterial pathogens resulting from selection of broodstock based on antigen level

Aquaculture, 2007

in male salmonids are repressed relative to females in centromeric regions of the chromosome. Blo... more in male salmonids are repressed relative to females in centromeric regions of the chromosome. Block segregation of large chromosomal regions is thus common in male salmonids for most of the intertelomeric regions of a linkage group. Therefore in other backcross family (F1; dam), we searched for linkage among QTL markers on linkage group AM-3 to analyzed marker-trait associations in detail. We found closely linked QTL associated with smoltification on linkage group AM-3, which is corresponding to RT-19 linkage group in rainbow trout.

Research paper thumbnail of Genetic distinction of pallid, shovelnose, and Alabama sturgeon: emerging species and the US Endangered Species Act

Conservation Genetics, Jan 1, 2000

Pallid and shovelnose sturgeon are electrophoretically indistinguishable at 37 loci. This complet... more Pallid and shovelnose sturgeon are electrophoretically indistinguishable at 37 loci. This complete lack of genetic divergence between species is unusual among fish that have been studied." Stevan R. Phelps and Fred W. ". . . it is impossible to predict that S. suttkusi [Alabama sturgeon] and S. platorynchus [shovelnose sturgeon] will differ in any form from one another at any genes that are currently available for study by the scientific community." Richard L. Mayden and Bernard R.

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