FishGen.net: An Online Genetic Repository for Salmon and Steelhead Genetic Baselines

McCane, Jesse; Adam, Chris; Fleming, Bill; Bricker, Mark; Campbell, Matthew R.

doi:10.1002/fsh.10105

Cited by 12 publications

(19 citation statements)

References 18 publications

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“…The metadata for all of the markers can be found on the genetic repository, FishGen (McCane et al. ). Hatchery broodstock from brood year 2014 were typed at a panel of 95 SNP markers, which represents a subset of the larger 299‐SNP panel.…”

Section: Methodsmentioning

confidence: 99%

“…A sex-specific marker was amplified to allow for the identification of the "genetic sex" of EGG INCUBATORS PRODUCE HATCHERY CHINOOK SALMON potential parents (Brunelli et al 2008). The metadata for all of the markers can be found on the genetic repository, FishGen (McCane et al 2018). Hatchery broodstock from brood year 2014 were typed at a panel of 95 SNP markers, which represents a subset of the larger 299-SNP panel.…”

Section: Monitoring Juvenile Productionmentioning

confidence: 99%

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In‐Stream Egg Incubators Produce Hatchery Chinook Salmon with Similarities to and Differences from Natural Juveniles

Conley

Ebel

Hargrove

et al. 2020

N American J Fish Manag

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Supplementing fish populations at the egg stage is a low‐cost alternative to hatchery rearing that is presumed to improve adaptation to local natural conditions. The Shoshone‐Bannock Tribes began supplementing Chinook Salmon Onchorynchus tschwytscha in Panther Creek, Idaho, at the eyed egg stage in 2014. The Chinook Salmon eggs were artificially fertilized and reared to eye‐up in the hatchery and then planted in custom‐made in‐stream incubators (egg boxes) for volitional release and natural rearing. Using data from three brood years, we evaluated the efficacy of this supplementation program solely in terms of juvenile production. We related juvenile production to the placement and retrieval of the egg boxes, assessed the relative contributions of offspring (parr and emigrants) from the egg boxes (HOR) to overall juvenile abundance, and compared the performance (length, condition, dispersal distance, and survival) of HOR versus natural‐origin (NOR) juveniles. Brood year and box placement within the stream (distance upstream) were the best predictors of whether or not an egg box was retrieved from its original location. Meanwhile, the condition of the box (i.e., intact, damaged, or missing) was the best single predictor of juvenile production. Supplemented eggs represented an estimated 42, 50, and 42% of the total egg deposition in Panther Creek in brood years 2014, 2015, and 2016, respectively. A parentage analysis revealed that the egg boxes accounted for 6, 22, and 35%, respectively, of the parr production for the respective brood years when the data were normalized to the estimated egg deposition—less than the egg‐to‐parr production that was estimated for natural redds. As fall parr, the HOR fish differed from the NOR fish in terms of their length and dispersal behavior, but they were of similar length and condition at their emigration from Panther Creek and exhibited no significant difference in downstream survival through the Federal Columbia River Power System (FCRPS). Collectively, our results provide useful insights to fisheries managers who are interested in initiating or refining egg supplementation programs.

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Section: Methodsmentioning

confidence: 99%

Section: Monitoring Juvenile Productionmentioning

confidence: 99%

In‐Stream Egg Incubators Produce Hatchery Chinook Salmon with Similarities to and Differences from Natural Juveniles

Conley

Ebel

Hargrove

et al. 2020

N American J Fish Manag

View full text Add to dashboard Cite

show abstract

“…It is no different at the American Fisheries Society, where we have been amazed with the breadth of the papers that we have received for Fisheries relating to salmon. Recently, we have published papers on fundamental science topics such as genetics (McCanet et al 2018 ) and migration behaviors (Bett et al 2017 ) as well as applied topics, including threats (Schoen et al 2017 ), survival (Bowerman et al 2016 ), conservation (Gibson 2017 ), and management (Gayeski et al 2018 ), as well as a stunning Photo Diary on Pacifi c salmon Oncorhynchus spp. (Peiman 2018 ).…”

Section: Introductionmentioning

confidence: 99%

Fisheries Volume 44 Number 9 September 2019

2019

Fisheries

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“…Recently, we have published papers on fundamental science topics such as genetics (McCanet et al 2018) and migration behaviors (Bett et al 2017) as well as applied topics, including threats (Schoen et al 2017), survival (Bowerman et al 2016), conservation (Gibson 2017), and management (Gayeski et al 2018), as well as a stunning Photo Diary on Pacific salmon Oncorhynchus spp. It is no different at the American Fisheries Society, where we have been amazed with the breadth of the papers that we have received for Fisheries relating to salmon.…”

mentioning

confidence: 99%

“…It is no different at the American Fisheries Society, where we have been amazed with the breadth of the papers that we have received for Fisheries relating to salmon. Recently, we have published papers on fundamental science topics such as genetics (McCanet et al 2018) and migration behaviors (Bett et al 2017) as well as applied topics, including threats (Schoen et al 2017), survival (Bowerman et al 2016), conservation (Gibson 2017), and management (Gayeski et al 2018), as well as a stunning Photo Diary on Pacific salmon Oncorhynchus spp. (Peiman 2018).…”

mentioning

confidence: 99%