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- W2141828326 abstract "The evolution of locally adapted phenotypes among populations that experience divergent selective pressures is a central mechanism for generating and maintaining biodiversity. Recently, the advent of high-throughput DNA sequencing technology has provided tools for investigating the genetic basis of this process in natural populations of nonmodel organisms. Kokanee, the freshwater form of sockeye salmon (Oncorhynchus nerka), occurs as two reproductive ecotypes, which differ in spawning habitat (tributaries vs. shorelines); however, outside of the spawning season the two ecotypes co-occur in many lakes and lack diagnostic morphological characteristics. We used restriction site-associated DNA (RAD) sequencing to identify 6145 SNPs and genotype kokanee from multiple spawning sites in Okanagan Lake (British Columbia, Canada). Outlier tests revealed 18 loci putatively under divergent selection between ecotypes, all of which exhibited temporally stable allele frequencies within ecotypes. Six outliers were annotated to sequences in the NCBI database, two of which matched genes associated with early development. There was no evidence for neutral genetic differentiation; however, outlier loci demonstrated significant structure with respect to ecotype and had high assignment accuracy in mixed composition simulations. The absence of neutral structure combined with a small number of highly divergent outlier loci is consistent with theoretical predictions for the early stages of ecological divergence. These outlier loci were then applied to a realistic fisheries scenario in which additional RAD sequencing was used to genotype kokanee collected by trawl in Okanagan Lake, providing preliminary evidence that this approach may be an effective tool for conservation and management." @default.
- W2141828326 created "2016-06-24" @default.
- W2141828326 creator A5027188287 @default.
- W2141828326 creator A5079506486 @default.
- W2141828326 date "2015-02-01" @default.
- W2141828326 modified "2023-10-16" @default.
- W2141828326 title "Genetic evidence for ecological divergence in kokanee salmon" @default.
- W2141828326 cites W1541474912 @default.
- W2141828326 cites W1556222699 @default.
- W2141828326 cites W1559618014 @default.
- W2141828326 cites W1570194204 @default.
- W2141828326 cites W1779907819 @default.
- W2141828326 cites W179337858 @default.
- W2141828326 cites W1854143685 @default.
- W2141828326 cites W1950144341 @default.
- W2141828326 cites W1964587468 @default.
- W2141828326 cites W1968423560 @default.
- W2141828326 cites W1968651463 @default.
- W2141828326 cites W1969972041 @default.
- W2141828326 cites W1971728472 @default.
- W2141828326 cites W1972199706 @default.
- W2141828326 cites W1973002452 @default.
- W2141828326 cites W1976122633 @default.
- W2141828326 cites W1985651950 @default.
- W2141828326 cites W1990074132 @default.
- W2141828326 cites W1995477734 @default.
- W2141828326 cites W1997777819 @default.
- W2141828326 cites W2006463301 @default.
- W2141828326 cites W2012064270 @default.
- W2141828326 cites W2013182069 @default.
- W2141828326 cites W2021773250 @default.
- W2141828326 cites W2028256931 @default.
- W2141828326 cites W2031050690 @default.
- W2141828326 cites W2034473801 @default.
- W2141828326 cites W2034499270 @default.
- W2141828326 cites W2035839217 @default.
- W2141828326 cites W2036507199 @default.
- W2141828326 cites W2038837161 @default.
- W2141828326 cites W2046062863 @default.
- W2141828326 cites W2047417387 @default.
- W2141828326 cites W2050024766 @default.
- W2141828326 cites W2066261007 @default.
- W2141828326 cites W2072189714 @default.
- W2141828326 cites W2094498537 @default.
- W2141828326 cites W2098126593 @default.
- W2141828326 cites W2103184791 @default.
- W2141828326 cites W2103286878 @default.
- W2141828326 cites W2106329332 @default.
- W2141828326 cites W2108524369 @default.
- W2141828326 cites W2111282307 @default.
- W2141828326 cites W2113100989 @default.
- W2141828326 cites W2115783150 @default.
- W2141828326 cites W2120943202 @default.
- W2141828326 cites W2121504310 @default.
- W2141828326 cites W2121996702 @default.
- W2141828326 cites W2124146565 @default.
- W2141828326 cites W2125092464 @default.
- W2141828326 cites W2126252197 @default.
- W2141828326 cites W2129543793 @default.
- W2141828326 cites W2135496660 @default.
- W2141828326 cites W2142332008 @default.
- W2141828326 cites W2142464651 @default.
- W2141828326 cites W2144573758 @default.
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- W2141828326 cites W2152057757 @default.
- W2141828326 cites W2152792768 @default.
- W2141828326 cites W2153666508 @default.
- W2141828326 cites W2154025907 @default.
- W2141828326 cites W2154874147 @default.
- W2141828326 cites W2156465196 @default.
- W2141828326 cites W2157770413 @default.
- W2141828326 cites W2158714788 @default.
- W2141828326 cites W2161339576 @default.
- W2141828326 cites W2161656649 @default.
- W2141828326 cites W2161901637 @default.
- W2141828326 cites W2162157671 @default.
- W2141828326 cites W2164346385 @default.
- W2141828326 cites W2168480468 @default.
- W2141828326 cites W2169773990 @default.
- W2141828326 cites W2174063338 @default.
- W2141828326 cites W2218567854 @default.
- W2141828326 cites W2253414912 @default.
- W2141828326 cites W41890821 @default.
- W2141828326 cites W4231311503 @default.
- W2141828326 cites W7163949 @default.
- W2141828326 doi "https://doi.org/10.1111/mec.13066" @default.
- W2141828326 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25580953" @default.
- W2141828326 hasPublicationYear "2015" @default.
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