J indicates CRITFC employee.
October 31, 2011
Genetic Stock Structure, Relative Productivity and Migration (Gene Flow) of White Sturgeon Among Bonneville, The Dalles, John Day and McNary Reservoirs in the Lower Mid-Columbia River Region
This report presents the results of genetic monitoring of white sturgeon (Acipenser transmontanus) in the second of a ten year implementation period for the project. These results will be used to address long-term objectives for monitoring and conservation of populations among four upstream...
January 1, 2007
We evaluated 25 inland populations of Chinook salmon (Oncorhynchus tshawytscha) in the Snake River with 13 microsatellite loci to test for contemporary genetic differentiation at three scales: between life history types, among regions within life history types, and among populations within...
Shawn R. Narum, Jeff Stephenson, and Matthew R. Campbell
September 12, 2012
Genome-wide Association Reveals Genetic Basis for the Propensity to Migrate in Wild Populations of Rainbow and Steelhead Trout
Benjamin C. Hecht, Nathan R. Campbell, Dean E. Holecek, and Shawn R. Narum
August 19, 2020
High rates of dispersal can breakdown coadapted gene complexes. However, concentrated genomic architecture (i.e., genomic islands of divergence) can suppress recombination to allow evolution of local adaptations despite high gene flow. Pacific lamprey (Entosphenus tridentatus) is a highly...
Jon Hess, Jeramiah Smith, Nataliya Timoshevskaya, Cyndi Baker, Christopher Caudill, David Graves, Matthew Keefer, Andrew Kinziger, Mary Moser, Laurie Porter, Greg Silver, Steven Whitlock, and Shawn Narum
April 1, 2017
Genomic Patterns of Diversity and Divergence of Two Introduced Salmonid Species in Patagonia, South America
Invasive species have become widespread in aquatic environments throughout the world, yet there are few studies that have examined genomic variation of multiple introduced species in newly colonized environments. In this study, we contrast genomic variation in two salmonid species (anadromous...
Shawn Narum, Pablo Gallardo, Cristian Correa, Amanda Matala, Daniel Hasselman, Ben Sutherland, and Louis Bernatchez
December 1, 2016
Genomic Signatures Among Oncorhynchus nerka Ecotypes to Inform Conservation and Management of Endangered Sockeye Salmon
Conservation of life history variation is an important consideration for many species with trade‐offs in migratory characteristics. Many salmonid species exhibit both resident and migratory strategies that capitalize on benefits in freshwater and marine environments. In this study, we investigated...
Krista Nichols, Christine Kozfkay, and Shawn Narum
February 1, 2016
We agree with Shafer et al.  that there is a need for well-documented case studies of the application of genomics in conservation and management as well as increased communication between academics and natural resource managers. However, we challenge Shafer et al.’s ...
Brittany Garner, Brian Hand, Stephen Amish, Louis Bernatchez, Jeffrey Foster, Kristina Miller, Phillip Morin, Shawn Narum, Stephen O’Brien, Gretchen Roffler, William Templin, Paul Sunnucks, Jeffrey Strait, Kenneth Warheit, Todd Seamons, John Wenburg, Jeffrey Olsen, and Gordon Luikart
June 1, 2013
The fields of ecological and conservation genetics have developed greatly in recent decades through the use of molecular markers to investigate organisms in their natural habitat and to evaluate the effect of anthropogenic disturbances. However, many of these studies have been limited to narrow...
Shawn R. Narum, C. Alex Buerkle, John W. Davey, Michael R. Miller, and Paul A. Hohenlohe
December 1, 2014
Genotyping-in-thousands by Sequencing (GT-seq): A Cost Effective SNP Genotyping Method Based on Custom Amplicon Sequencing
Genotyping-in-Thousands by sequencing (GT-seq) is a method that uses next-generation sequencing of multiplexed PCR products to generate genotypes from relatively small panels (50–500) of targeted single-nucleotide polymorphisms (SNPs) for thousands of individuals in a single Illumina HiSeq lane....
July 1, 2016
Genotyping-in-Thousands by Sequencing (GT-seq): A Low Cost, High-throughput, Targeted SNP Genotyping Method
GT-seq is a genotyping method which leverages large read numbers from Illumina sequencers to genotype hundreds of single nucleotide polymorphisms within pools of multiplex PCR amplicons generated from thousands of individual samples. This method produces genotypes that are 99.9% concordant to those...