• Variable effects of biological and environmental processes on coho salmon marine survival in Southeast Alaska.
  MALICK, M. J., M. D. ADKINSON, and A. C. WERTHEIMER. 2009. Variable effects of biological and environmental processes on coho salmon marine survival in Southeast Alaska. Trans. Am. Fish. Soc. 138:846-860. 
   
• Sablefish predation on juvenile Pacific salmon in the coastal marine waters of Southeast Alaska in 1999.
  STURDEVANT, M. V., M. F. SIGLER, and J. A. ORSI. 2009. Sablefish predation on juvenile Pacific salmon in the coastal marine waters of Southeast Alaska in 1999. Trans. Am. Fish. Soc. 138:675-691. 
   
• The effects of violating Hardy-Weinberg equilibrium assumptions on a cluster-based population mixture analysis of steelhead populations in southeast Alaska.
  MASUDA, M., F. THROWER, and K. M. NICHOLS. 2009. The effects of violating Hardy-Weinberg equilibrium assumptions on a cluster-based population mixture analysis of steelhead populations in southeast Alaska. North Am. J. Fish. Manage. 29:140-150. 
   
• The potential importance of reservoirs in the western United States for the recovery of endangered populations of anadromous steelhead.
  THROWER, F. P., J. E. JOYCE, A. G. CELEWYCZ, and P. W. MALECHA. 2008. The potential importance of reservoirs in the western United States for the recovery of endangered populations of anadromous steelhead. Am. Fish. Soc. Symp. 62:309-324. 
   
• Unanticipated departures from breeding designs can be detected using microsatellite DNA parentage analyses.
  GRAY, A. K., J. J. JOYCE, and A. C. WERTHEIMER. 2008. Unanticipated departures from breeding designs can be detected using microsatellite DNA parentage analyses. Aquaculture 280:71-75. 
   
• Climate warming causes phenological shift in pink salmon, Oncorhynchus gorbuscha, behavior at Auke Creek, Alaska.
  TAYLOR, S. G. 2008. Climate warming causes phenological shift in pink salmon, Oncorhynchus gorbuscha, behavior at Auke Creek, Alaska. Global Change Biol. 14:229-235. 
   
• What causes variability in pink salmon family size?
  GEIGER, H. J., I. WANG, P. MALECHA, K. HEBERT, W. W. SMOKER, and A. J. GHARRETT. 2007. What causes variability in pink salmon family size? Trans. Am. Fish. Soc. 136:1688-1698. 
   
• Productivity of Alaska’s salmon hatchery ocean ranching program and management of biological risk to wild Pacific salmon
  SMOKER, W. W., and W. R. HEARD. 2007. Productivity of Alaska’s salmon hatchery ocean ranching program and management of biological risk to wild Pacific salmon, p. 361-381. In T. M. Bert (editor), Ecological and Genetic Implications of Aquaculture Activities. Springer, Dordrecht, The Netherlands. 
   
• Comparisons of the Coastal Distributions and Abundances of juvenile Pacific salmon from central California to the northern Gulf of Alaska
  FISHER, J., M. TRUDEL, A. AMMANN, J. A. ORSI, J. PICCOLO, C. BUCHER, E. CASILLAS, J. A. HARDING, R. B. MacFARLANE, R. D. BRODEUR, J. F. T. MORRIS, and D. W. WELCH. 2007. Comparisons of the Coastal Distributions and Abundances of juvenile Pacific salmon from central California to the northern Gulf of Alaska, p. 31-80. In C. B. Grimes, R. D. Brodeur, L. J. Haldorson, and S. M. McKinnell (editors), Ecology of Juvenile Salmon in the Northeast Pacific Ocean: Regional Comparisons. Am. Fish. Soc. Symp. 57. Bethesda, Maryland. 
   
• Mortality rates of chum salmon during their initial marine residency
  WERTHEIMER, A. C., and F. P. THROWER. 2007. Mortality rates of chum salmon during their initial marine residency, p. 233-247. In C. B. Grimes, R. D. Brodeur, L. J. Haldorson, and S. M. McKinnell (editors), Ecology of Juvenile Salmon in the Northeast Pacific Ocean: Regional Comparisons. Am. Fish. Soc. Symp.57. Bethesda, Maryland. 
   
• Additional recent ABL MSI publications

To view and print these documents, you must install Adobe Acrobat Reader freeware.  Adobe also offers free tools for the visually disabled