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• W3047933650 startingPage "2791" @default.
• W3047933650 abstract "Variation in size and age at maturity is an important component of life history that is influenced by both environmental and genetic factors. In salmonids, large size confers a direct reproductive advantage through increased fecundity and egg quality in females, while larger males gain a reproductive advantage by monopolizing access to females. In addition, variation in size and age at maturity in males can be associated with different reproductive strategies; younger smaller males may gain reproductive success by sneaking among mating pairs. In both sexes, there is a trade-off between older age and increased reproductive success and increased risk of mortality by delaying reproduction. We identified four Y-chromosome haplogroups that showed regional- and population-specific variation in frequency using RADseq data for 21 populations of Alaska Chinook salmon. We then characterized the range-wide distribution of these haplogroups using GT-seq assays. These haplogroups exhibited associations with size at maturity in multiple populations, suggesting that lack of recombination between X and Y-chromosomes has allowed Y-chromosome haplogroups to capture different alleles that influence size at maturity. Ultimately, conservation of life history diversity in Chinook salmon may require conservation of Y-chromosome haplotype diversity." @default.
• W3047933650 created "2020-08-13" @default.
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• W3047933650 date "2020-08-28" @default.
• W3047933650 modified "2023-10-15" @default.
• W3047933650 title "Y‐chromosome haplotypes are associated with variation in size and age at maturity in male Chinook salmon" @default.
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• W3047933650 cites W1971977276 @default.
• W3047933650 cites W1977979719 @default.
• W3047933650 cites W1980370516 @default.
• W3047933650 cites W1981222811 @default.
• W3047933650 cites W1987264704 @default.
• W3047933650 cites W1997699355 @default.
• W3047933650 cites W1998462643 @default.
• W3047933650 cites W2014112676 @default.
• W3047933650 cites W2019132245 @default.
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• W3047933650 cites W2033206246 @default.
• W3047933650 cites W2033754587 @default.
• W3047933650 cites W2038358958 @default.
• W3047933650 cites W2039012503 @default.
• W3047933650 cites W2043868302 @default.
• W3047933650 cites W2043883642 @default.
• W3047933650 cites W2051191608 @default.
• W3047933650 cites W2055987794 @default.
• W3047933650 cites W2057004236 @default.
• W3047933650 cites W2065603846 @default.
• W3047933650 cites W2068757117 @default.
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• W3047933650 cites W2115837368 @default.
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• W3047933650 cites W2143093766 @default.
• W3047933650 cites W2143977304 @default.
• W3047933650 cites W2147125456 @default.
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• W3047933650 cites W2210186672 @default.
• W3047933650 cites W2322369344 @default.
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• W3047933650 cites W2797840496 @default.
• W3047933650 cites W2803855151 @default.
• W3047933650 cites W2883822327 @default.
• W3047933650 cites W2887587111 @default.
• W3047933650 cites W2890193209 @default.
• W3047933650 cites W2891379902 @default.
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• W3047933650 doi "https://doi.org/10.1111/eva.13084" @default.
• W3047933650 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7691470" @default.
• W3047933650 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33294023" @default.
• W3047933650 hasPublicationYear "2020" @default.
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