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  1. Feb 12, 2016 · - A new study on steelhead trout in Oregon offers genetic evidence that wild and hatchery fish are different at the DNA level, and that they can become different with surprising DNA evidence shows that salmon hatcheries cause substantial, rapid genetic changes | Oregon State University

  2. Sep 30, 2016 · Hatchery-raised fish became genetically distinct from their wild counterparts in a single generation, a new study of Oregon steelhead trout found. The study, published in the journal Nature...

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  4. Jul 22, 2020 · The genetic architecture of DNA methylation differed between rearing environments, with greater additive and nonadditive genetic variance in hatchery fish and greater maternal effects in...

    • Clare J Venney, Kyle W Wellband, Kyle W Wellband, Daniel D Heath
    • 2021
  5. Feb 14, 2024 · Domestication selection, or adaptation to the hatchery environment, poses a risk to wild populations if traits specific to success in the hatchery environment have a genetic component and there is subsequent introgression between hatchery and wild fish.

  6. Jun 19, 2015 · An integrated hatchery program strives to increase the demographic size of the wild fish population while minimizing the genetic influence from hatchery rearing by maximizing gene flow between the hatchery-origin and wild populations.

    • Jesse T. Trushenski, H. Lee Blankenship, James D. Bowker, Thomas A. Flagg, Jay A. Hesse, Kenneth M. ...
    • 12
    • 2015
    • 19 June 2015
  7. Feb 14, 2024 · A new genetic study shows hatchery salmon’s adaptation to their environment can lead to potentially adaptive genetic differences between hatchery and wild salmon populations in only a few generations.

  8. hatchery introgression for inland Wisconsin populations. Our results indicate high levels of differentiation among our study populations, a lack of hydrological population structuring, lower estimates of genetic diversity in the Driftless

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