• The Barents and Chukchi seas: Comparison of two Arctic shelf ecosystems.
  HUNT, G. L., A. L. BLANCHARD, P. BOVENG, P. DALPADADO, K. F. DRINKWATER, L. EISNER, R. R. HOPCROFT, K. M. KOVACS, B. L. NORCROSS, P. RENAUD, M. REIGSTAD, M. RENNER, H. R. SKJOLDAL, A. WHITEHOUSE, and R. A. WOODGATE. 2013. The Barents and Chukchi seas: Comparison of two Arctic shelf ecosystems. J. Mar. Sys. 109-110:43-68.  
   
• Tracking aquatic animals with radio telemetry
  EILER, J. H. 2012. Tracking aquatic animals with radio telemetry, p. 163-204. In N. S. Adams, J. W. Beeman, and J. H. Eiler (editors), Telemetry Techniques: a User Guide for Fisheries Research. Am. Fish. Soc., Bethesda, MD. 
   
• Telemetry techniques: a user guide for fisheries research.
  ADAMS, N. S., J. W. BEEMAN, and J. H. EILER (editors). 2012. Telemetry techniques: a user guide for fisheries research. Am. Fish. Soc., Bethesda, MD. 518 p. 
   
• Diets and trophic linkages of epipelagic fish predators in coastal Southeast Alaska during a period of warm and cold climate years, 1997–2011.
  STURDEVANT, M. V., J. A. ORSI, and E. A. FERGUSSON. 2012. Diets and trophic linkages of epipelagic fish predators in coastal Southeast Alaska during a period of warm and cold climate years, 1997–2011. Mar. Coast. Fish.: Dynam. Manag. Ecosys. Sci. 4:526-545. 
   
• Use of juvenile salmon growth and temperature change indices to predict groundfish post age-0 yr class strengths in the Gulf of Alaska and eastern Bering Sea.
  MARTINSON, E. C., H. H. STOKES, and D. L. SCARNECCHIA. 2012. Use of juvenile salmon growth and temperature change indices to predict groundfish post age-0 yr class strengths in the Gulf of Alaska and eastern Bering Sea. Fish. Oceanogr. 21(4):4, 307-319. 
   
• A refined description of essential fish habitat for Pacific salmon within the U.S. Exclusive Economic Zone in Alaska.
  ECHAVE, K., M. EAGLETON, E. FARLEY, and J. ORSI. 2012. A refined description of essential fish habitat for Pacific salmon within the U.S. Exclusive Economic Zone in Alaska. U.S. Dep. Commer., NOAA Tech. Memo. NMFS-AFSC-236, 104 p. (.pdf, 4.51 MB).  Online.
   
• Lack of trophic competition among wild and hatchery juvenile chum salmon during early marine residence in Taku Inlet, Southeast Alaska.
  STURDEVANT, M., E. FERGUSSON, N. HILLGRUBER, C. REESE, J. ORSI, R. FOCHT, A. WERTHEIMER, and W. SMOKER. 2012. Lack of trophic competition among wild and hatchery juvenile chum salmon during early marine residence in Taku Inlet, Southeast Alaska. Environ. Biol. Fishes 94:101-116. 
   
• Connecting Independent Research Surveys of Bering Sea Salmon Populations to Chum Salmon Bycatch in Bering Sea Groundfish Fisheries.
  MURPHY, J., and E. FARLEY. 2012. Connecting Independent Research Surveys of Bering Sea Salmon Populations to Chum Salmon Bycatch in Bering Sea Groundfish Fisheries. AFSC Quarterly Report Feature (January-February-March 2012) 7 p. (.pdf, 1.3 mb).  Online.
   
• Single-nucleotide polymorphic genotypes reveal patterns of early juvenile migration of sockeye salmon in the eastern Bering Sea.
  SEEB, L. W., J. E. SEEB, C. HABICHT, E. V. FARLEY, Jr., and F. M. UTTER. 2011. Single-nucleotide polymorphic genotypes reveal patterns of early juvenile migration of sockeye salmon in the eastern Bering Sea. Trans. Am. Fish. Soc. 140(3):734-748.  
   
• Using movements, genetics and trophic ecology to differentiate inshore from offshore aggregations of humpback whales in the Gulf of Alaska.
  WITTEVEEN, B. H., J. M. STRALEY, E. CHENOWETH, C. S. BAKER, J. BARLOW, C. MATKIN, C. M. GABRIELE, J. NEILSON, D. STEEL, O. von ZIEGESAR, A. G. ANDREWS, and A. HIRONS. 2011. Using movements, genetics and trophic ecology to differentiate inshore from offshore aggregations of humpback whales in the Gulf of Alaska. Endang. Species Res. 14:217-225. (.pdf, 1.22 MB).  Online.
   
• Additional recent ABL EMA publications

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