Eagle Fish Genetics Lab (IDFG): Craig Steele Mike Ackerman ...€¦ · Genetics in Fisheries...
Transcript of Eagle Fish Genetics Lab (IDFG): Craig Steele Mike Ackerman ...€¦ · Genetics in Fisheries...
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Eagle Fish Genetics Lab (IDFG): Craig SteeleMike AckermanMatthew Campbell
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Genetics in Fisheries Management
Long history of using genetic tools to study salmonids Determine distinct population segments and ESUs
Evaluate hatchery impacts on wild stocks
Determine genes underlying specific traits
Stock Assessment
Genetic stock identification (GSI)
Parentage based tagging (PBT)
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GSI has been in use for several decades
GSI studies began in the 1970’s
Many on-going projects using GSI:
Ocean fisheries (project CROOS, Oregon State University)
Juvenile survival in the estuary and ocean (NOAA)
In-river harvest and dam passage (IDFG, CRITFC)
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GSI is a two-step process:
1. Generate baseline• Characterize genetic profile of the contributing stocks
(i.e. wild steelhead populations)
Genetic Stock Identification
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Building the Baseline:
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Samples genotyped at 192 genetic markers• Single Nucleotide Polymorphisms (SNPs)
Building the Baseline:
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Building the Baseline:
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• 4,145 samples • 63 locations• 10 genetic stocks
Steelhead Baseline v2.0
From Ackerman et al. 2013
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GSI is two-step process:
1. Generate baseline• Characterize genetic profile of the contributing stocks
(i.e. wild steelhead populations)
2. Estimate composition of mixture• Obtain genotype data from mixture samples to estimate contribution
(e.g. fishery, juveniles, or escapement samples)
Genetic Stock Identification:
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BonnevilleDam
LowerGranite
Dam
Fishery
Assigning samples back to baseline:
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Projects using GSI baselines Adult Stock Composition:
Columbia River Fisheries (Alan Byrne, IDFG)
Escapement at Bonneville Dam (Jon Hess, CRITFC)
Escapement at Lower Granite Dam (Bill Schrader, IDFG)
Juvenile Stock Composition at:
Lower Granite Dam (Bill Schrader, IDFG)
Bonneville Dam (Jon Hess, CRITFC)
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Run-Timing of Different Genetic Stocks
•Median fall passage dates Mid. Frk. Salmon and S.F. Salmon: mid-SeptemberUpper Clearwater and S.F. Clearwater: early- to mid- October
From Ackerman et al. 2013
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% Females % Males
Males
Females
From Ackerman et al. 2013
Sex ratios of Genetic Stocks
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When to use GSI:• used primarily for wild fish• there is a lot of differentiation among reference groups• assign fish to its genetic stock
When to use PBT:• used primarily for hatchery fish • when the parents have been sampled/genotyped• assign fish to individual parents
When to use GSI?
What about PBT?
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PBT uses similar techniques as those used in human parentage testing
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What is Parentage Based Tagging?
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Conception of PBT
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Benefits of PBT
Provides same information as CWTs • Run reconstruction (age, stock of returning adults)• Stock composition of harvest
Tag recovery rates vastly improved• Nearly 100% tagging rate of hatchery fish
Many issues associated with other methods eliminated• No tag loss• Non-lethally interrogated • Passive mark (no handling of juveniles needed)• No differential mortality
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PBT is a also two-step process:
1. Generate parental baseline• Genotype broodstock from contributing hatcheries
Parental Based Tagging:
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Snake River Steelhead
• Majority sampled in 2008
•All broodstock sampled since 2009
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Snake River Chinook
• All Spring/Summer Chinook broodstock sampled since 2008
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Samples genotyped at 96 genetic markers• Subset of the GSI loci
Building the Baseline:
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SNP marker development:
Identified 96 SNPs that provide accurate parentage assignments.
Even when tens of thousands of possible parents are included!!!
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Steelhead
Spawn Year
2008 2009 2010 2011 2012
Broodstock sampled 5,151 5,761 5,282 5,931 5,719
Genotyped 5,070 5,636 5,198 5,765 5,490
“Tagging” Rate of Offspring
96.9% 95.7% 96.9% 94.5% 92.2%
Smolts Produced * ~9.01 mil ~10.08 mil ~9.24 mil ~10.38 mil ~10.01 mil
Smolts “Tagged” ~8.74 mil ~9.65 mil ~8.96 mil ~9.81 mil ~9.2 mil
* Assuming 3,500 smolts produced per broodstock pair
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How many steelhead are we tagging?
• ~70% of outmigrating steelhead in the Columbia River are hatchery-origin fish
• 14.9 million hatchery steelhead released in the Columbia River basin each year
• Of these, 9.1 million are Snake River origin (~61%)
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PBT is a also two-step process:
1. Generate parental baseline• Genotype broodstock from contributing hatcheries
2. Estimate composition of mixture• Obtain genotype data from mixture samples to estimate contribution
(e.g. fishery, juvenille, or escapement samples)
Parentage Based Tagging:
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BonnevilleDam
LowerGranite
Dam
Fishery
Assigning samples back to baseline:
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Projects using PBT baseline Stock Composition of:
Columbia River Fisheries (Alan Byrne, IDFG)
Idaho Fisheries (Brian Leth, IDFG)
Escapement at Lower Granite Dam (Brian Leth, IDFG)
Origin of Hatchery Kelts (Andrew Matala, CRITFC)
Origin of Hatchery Strays (Matt Smith, USFWS)
Origin of Bird-predated Smolts (David Kuligowski, NOAA)
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And, finally...multi-generational data Heritability of traits: SY2013 Assigned back to SY2009 (2-ocean)
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Avg. Parental Spawn Day in 2009 (Julian)
Heritability of Spawn Timing
VERY heritable (h2 = 0.76)
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Identify parents
Stock and age
Where it incubated
Where it reared
Where and when
it was released
Ultimate PBT goal:
Sawtooth Fish Hatchery
DietDiseaseRearing densityTemperature
SEX
http://www.flickr.com/photos/natekay/4319654380/sizes/o/
This will require the development of similar types of databases that currently exist for CWTs and PIT tags!!!
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Review:
GSI (Genetic Stock Identification)
Works well with highly differentiated populations
Reference populations are sampled to create a baseline
Used primarily to determine origin of wild fish
PBT (Parentage Based Tagging)
Uses parentage assignments to determine origin
Broodstock are sampled annually to create a baseline
Used primarily to determine origin of hatchery fish
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Questions?