Ben Hecht Columbia River Inter-Tribal Fish Commission March 19, 2013

Similar documents
Columbia River Basin Steelhead Kelt Reconditioning Physiology Research

The Genetic Architecture of Juvenile Migration in Rainbow Trout (Oncorhynchus mykiss)

Life-history diversity and ecology of O. mykiss in a coastal California watershed

Fei Lu. Post doctoral Associate Cornell University

Evidence for Genetic Adaptation to Captivity and a Potential Mechanism to Account for Domestication in Hatchery- Reared Steelhead

The genetic and evolutionary basis of summer run timing in coastal steelhead. Michael Miller

Steelhead Hatchery Wild Introgression in Puget Sound, WA

Detecting historical population structure among highly impacted White Sturgeon populations of the Upper Columbia River

Reproduction & Recovery - Energetics

Lecture WS Evolutionary Genetics Part I 1

Genotype Imputation. Biostatistics 666

Quantitative Genomics and Genetics BTRY 4830/6830; PBSB

Juvenile physiology, performance and migration behavior of triploid summer steelhead

Detecting Introgressive Hybridization between Segregated Hatchery and Wild Populations

Thermal and ph tolerance of farmed, wild and first generation farmed-wild hybrid salmon (Salmo salar)

The Mac & Jack study: Size and domestication effects on minijack rates of summer Chinook salmon from McCall Fish Hatchery, Idaho.

BTRY 7210: Topics in Quantitative Genomics and Genetics

Natural Selection results in increase in one (or more) genotypes relative to other genotypes.

Quantitative Genomics and Genetics BTRY 4830/6830; PBSB

PALACE PIER, ST. LEONARDS. M A N A G E R - B O W A R D V A N B I E N E.

9 Genetic diversity and adaptation Support. AQA Biology. Genetic diversity and adaptation. Specification reference. Learning objectives.

MOLECULAR MAPS AND MARKERS FOR DIPLOID ROSES

PanHomc'r I'rui;* :".>r '.a'' W"»' I'fltolt. 'j'l :. r... Jnfii<on. Kslaiaaac. <.T i.. %.. 1 >

INTERACTION OF STRESS, PATHOGENS AND DEVELOPMENT ON THE BEHAVIOR OF TELEOSTS

The evolution, ecology, and restoration of anadromy in. rainbow trout/steelhead Oncorhynchus mykiss

Friday Harbor From Genetics to GWAS (Genome-wide Association Study) Sept David Fardo

Potential for anthropogenic disturbances to influence evolutionary change in the life history of a threatened salmonid

The unfolding of genomic divergence during ecological speciation in whitefish.

Adaptation and genetics. Block course Zoology & Evolution 2013, Daniel Berner

Quantitative Genomics and Genetics BTRY 4830/6830; PBSB

F1 Parent Cell R R. Name Period. Concept 15.1 Mendelian inheritance has its physical basis in the behavior of chromosomes

Genome Analysis In Domestic Animals By H. Geldermann

The role of reproductive timing as a driver of genetic differentiation in populations of Pacific herring

allosteric cis-acting DNA element coding strand dominant constitutive mutation coordinate regulation of genes denatured

Objectives. Announcements. Comparison of mitosis and meiosis

ANNUAL STOCK ASSESSMENT - CODED WIRE TAG PROGRAM (ODFW) 2003 Annual Report. Prepared by. Mark A. Lewis William M. Murray

UNIT 8 BIOLOGY: Meiosis and Heredity Page 148

Lecture 2: Genetic Association Testing with Quantitative Traits. Summer Institute in Statistical Genetics 2017

When one gene is wild type and the other mutant:

Update Report. Hauser, Lorenz

Blue Mountain Province

Name Class Date. KEY CONCEPT Gametes have half the number of chromosomes that body cells have.

Principles of QTL Mapping. M.Imtiaz

opulation genetics undamentals for SNP datasets

Which of these best predicts the outcome of the changes illustrated in the diagrams?

The phenotype of this worm is wild type. When both genes are mutant: The phenotype of this worm is double mutant Dpy and Unc phenotype.

Microsatellites as genetic tools for monitoring escapes and introgression

Final Report for the Green Valley Creek Winter Refugia Enhancement Project Monitoring December 2016

Case-Control Association Testing. Case-Control Association Testing

Amherst. University of Massachusetts - Amherst

The phenotype of this worm is wild type. When both genes are mutant: The phenotype of this worm is double mutant Dpy and Unc phenotype.

Runaway. demogenetic model for sexual selection. Louise Chevalier. Jacques Labonne

Proportional Variance Explained by QLT and Statistical Power. Proportional Variance Explained by QTL and Statistical Power

Columbia Estuary Province

Heredity and Genetics WKSH

Evolution of phenotypic traits

Educjatipnal. L a d ie s * COBNWALILI.S H IG H SCHOOL. I F O R G IR L S A n B k i n d e r g a r t e n.

(Write your name on every page. One point will be deducted for every page without your name!)

Biology. Revisiting Booklet. 6. Inheritance, Variation and Evolution. Name:

Exam 1 PBG430/

EXERCISES FOR CHAPTER 3. Exercise 3.2. Why is the random mating theorem so important?

CHAPTER 6. Chromosomes and Meiosis

(Genome-wide) association analysis

SoyBase, the USDA-ARS Soybean Genetics and Genomics Database

Lesson 4: Understanding Genetics

Association Testing with Quantitative Traits: Common and Rare Variants. Summer Institute in Statistical Genetics 2014 Module 10 Lecture 5

Comparative Genomics of Fagaceae

Chromosome duplication and distribution during cell division

Processes of Evolution

Comparative mapping between coho salmon (Oncorhynchus kisutch) and three other

Outline of lectures 3-6

GENETICS - CLUTCH CH.1 INTRODUCTION TO GENETICS.

February 27, Jim Ruff, Manager, Mainstem Passage and River Operations. March 2008 Runoff Forecast and Power Supply Status

Case Study 2: Twenty-mile Creek Rock Fords

Lecture 28: BLUP and Genomic Selection. Bruce Walsh lecture notes Synbreed course version 11 July 2013

Lecture 22: Signatures of Selection and Introduction to Linkage Disequilibrium. November 12, 2012

Processes of Evolution

Introduction to Meiosis Many organisms pass their genes to their offspring through.

Mutation, Selection, Gene Flow, Genetic Drift, and Nonrandom Mating Results in Evolution

Solutions to Problem Set 4

Stephanie Pedersen. A Thesis presented to The University of Guelph

Genotyping By Sequencing (GBS) Method Overview

Significant synteny and co-localization of ecologically relevant. quantitative trait loci within and across species of salmonid fishes

Department of Forensic Psychiatry, School of Medicine & Forensics, Xi'an Jiaotong University, Xi'an, China;

Problems for 3505 (2011)

Lecture 2: Individual-based Modelling

Physiological Characterization of Hatchery-Origin Juvenile Steelhead Oncorhynchus mykiss Adopting Divergent Life-History Strategies

Computations with Markers

Lecture 9: Readings: Chapter 20, pp ;

6.6 Meiosis and Genetic Variation. KEY CONCEPT Independent assortment and crossing over during meiosis result in genetic diversity.

Evolutionary Ecology of Senecio

BIOL EVOLUTION OF QUANTITATIVE CHARACTERS

Accounting for read depth in the analysis of genotyping-by-sequencing data

Evolutionary factors and synthetic biology

BIOL Evolution. Lecture 9

APPENDIX 15-S KSM PROJECT: 2012 FISH BEARING STATUS ASSESSMENT MEMORANDUM

SNPs versus sequences for phylogeography an explora:on using simula:ons and massively parallel sequencing in a non- model bird

P A L A C E P IE R, S T. L E O N A R D S. R a n n o w, q u a r r y. W WALTER CR O TC H, Esq., Local Chairman. E. CO O PER EVANS, Esq.,.

Linear Regression (1/1/17)

Biol. 303 EXAM I 9/22/08 Name

Transcription:

The Genetic Basis for the Propensity to Migrate in a Sequestered Population of Rainbow and Steelhead Trout Ben Hecht Columbia River Inter-Tribal Fish Commission March 19, 2013

Migration Cultural, ecological, and economic benefits and services Migratory species declining globally Migratory species purported to have common syndrome (Dingle 2006)

Anadromy Oncorhynchus mykiss smoltification Freshwater Saltwater

Smoltification Parr Environmental cues Physiology Morphology Behavior Smolt Genetic component

Objectives Identify regions of the genome associated with migration in a wild population of O.mykiss which maintains connection to ocean in a wild population of O.mykiss sequestered for last 50 years behind barrier dam Are the same genetic regions associated with migration in both populations? Is migration a derived trait? Is migration locally adapted?

Genetics of Anadromy Genome-Wide Association Study (GWAS) Samples Wild populations of segregating individuals Genetic Markers Thousands distributed throughout the genome Statistics Marker/Trait associations

Samples Washington Idaho Columbia R. Oregon M. F. Teanaway R. N. F. Teanaway R. Brownlee Dam (est. 1958) Teanaway River WDFW Holecek et al. (2012) Barrier Dam

Samples Yakima River, WA Electrofishing by WDFW PIT tagged in Spring 2008 recovered in Summer/Fall Resident RBT = mature w/ gametes Smolt = PIT array detection at downstream dam Upper Mann Creek, ID Screw trap (March-June 2009) Parr = fish >1 yo with gametes and/or parr marks Smolts = silver fish >1 yo w/out parr marks

Samples Smolts Residents Total Yakima R. 29 98 127 Upper Mann Cr. 28 27 55 Total 57 125 182 Smolts Residents Total Female 45 28 73 Male 12 97 109 Total 57 125 182

Genetic Markers Restriction-site Associated DNA (RAD) tag sequencing Thousands of markers distributed throughout the genome OmyY1 molecular sex marker

Genetic Markers 12,073 Polymorphic RAD-tag SNPs 8,219 (68%) SNPs aligned perfectly to loci from Miller et al. (2012) and Hecht et al. (2012) 1,148 (14%) SNPs had been assigned to a linkage group.

Statistics Phenotype No Association A/A A/T T/T Genotype

Statistics Global GWAS Yakima River GWAS Upper Mann Creek GWAS GLM y = XX + Sα + QQ + e Life-History = SSS + sss + SSSSSSSSS + e MLM y = XX + Sα + QQ + ZZ + e Life-History = SSS + sss + SSSSSSSSS + kkkkkkk + e

Results - GWAS Population # Loci # Sig. Loci GLM # Sig. Loci MLM Global 5,019 58 219 Yakima River 4,338 107 50 Upper Mann Creek 6,039 22 138 504 loci detected overall 267 loci detected in Global analyses 123 loci detected in Yakima River analyses 157 loci detected in Upper Mann Creek analyses

Results - Marker Overlap Significant Loci

Omy02 Omy10 0.0 R04930 0.0 R12608 OMM1257 13.3 19.2 25.1 32.2 47.0 52.5 56.9 57.4 57.8 R39115 Omy1INRA R08156 R14304 R38491 R01652 R02962 R15531 R21685 R23663 R21702 R29254 OMM1131 R09588 26.6 39.5 43.5 50.2 59.5 59.8 62.7 R29399 R30558 R35027 R15247 R02310 R35562 OMM1438 R24084 Nichols et al. (2008) Martínez et al. (2011) Global GLM Global MLM Yakima GLM Yakima MLM UMC GLM UMC MLM Linkage map adapted from Miller et al. (2012)

Omy11 Omy12 0.0 8.3 14.2 30.3 38.8 44.3 46.6 47.0 47.5 47.9 56.9 72.3 82.4 88.1 R28660 R07406 R02275 R28384 R29969 R36274 R29914 OMM3099 R07285 R21488 R23618 R27894 R29567 R30555 R14519 R32458 R36340 R18827 OMM1333 OMM5018 R30426 R01365 R03000 R25085 0.0 0.9 1.4 4.8 18.2 23.2 R38774 R17449 R00232 R12248 OMM1656 R37119 R05093 R29412 Martínez et al. (2011) 38.1 OMM5219 Le Bras et al. (2011) Hecht et al. (2012) 53.0 59.7 R12078 R28590 Nichols et al. (2008) Wringe et al. (2010) Le Bras et al. (2011) Martínez et al. (2011) Hecht et al. (2012) 108.1 R05448 Global GLM Global MLM Yakima GLM Yakima MLM UMC GLM UMC MLM Linkage map adapted from Miller et al. (2012)

Omy18 Omy25 0.0 7.2 13.3 29.8 41.6 R08648 R17025 R30518 R31824 OMM5297 R08096 R22726 R05140 R03733 0.0 8.6 12.9 17.2 20.5 R34214 R24327 OMM5138 R12113 R12951 R30168 Nichols et al. (2008) R27950 R01191 21.1 Martínez et al. R17895 (2011) R28704 Hecht et al. (2012) R24445 27.0 R19422 Le Bras et al. (2011) 52.0 57.0 R02446 BX873238 Global GLM Global MLM Yakima GLM Yakima MLM UMC GLM UMC MLM Linkage map adapted from Miller et al. (2012)

Global GLM Global MLM Yakima GLM Yakima MLM UMC GLM Linkage map adapted from Miller et al. (2012) UMC MLM

Conclusions Identified 504 loci associated with the propensity to migrate in two wild populations of O.mykiss Several mapped loci localize to QTL regions previously detected suggesting some conserved mechanisms between populations Some loci are unique to each population, suggesting locally adapted mechanisms

Conclusions UMC continues to exhibit genetic variation for propensity to migrate despite 50 years sequestration above a barrier dam Does this mean if passage to the ocean is restored anadromy in Upper Mann Creek would be reestablished???

Thank You Contact: Ben Hecht Email: hecb@critfc.org Scott M. Blankenship Cherril Bowman Dennis Scarnecchia Rob Lyon IBEST CRC Alex Lipka Garrett McKinney Mike Miller Doug Turnbull GCF Megan Moore Travis Jacobson Andrew Matala

Results - Structure K = 4 MFT NFT TAN UMC-R UMC-S Yakima River Upper Mann Creek Estimated using programs STRUCTURE and CLUMPP using a subset of 1,000 SNPs with 100% genotype frequency and MAF 0.10. Figure generated by program DISTRUCT.

RADseq DNA CCTGCAGG CCTGCAGG CCTGCAGG CCTGCAGG sbfi digestion P1 Ligation Sonication Size Select P2 Ligation PCR

Genotyping by sequencing L1 L2 L3 L4 L5 L6 L7 ID001 LL A/A, LL C/G AATTCCTGCAGGCTGAGCCATGCTAGACGATGGC AATTCCTGCAGGCTGAGCCATGCTAGACGATGGC AATTCCTGCAGGCTGAGCCATGCTAGACGATGGC AATTCCTGCAGGCTGAGCCATGCTAGACGATGGC AATTCCTGCAGGCTGAGCCATGCTAGACGATGGC AATTCCTGCAGGCTGAGCCATGCTAGACGATGGC AATTCCTGCAGGCTGAGCCATGCTAGACGATGGC AATTCCTGCAGGAATCGTCGTAGCTGATCGATCG AATTCCTGCAGGAATCGTCGTAGCTGATCGATCG AATTCCTGCAGGAATCGTCGTAGCTGATCGATCG AATTCCTGCAGGAATCGTGGTAGCTGATCGATCG AATTCCTGCAGGAATCGTGGTAGCTGATCGATCG AATTCCTGCAGGAATCGTGGTAGCTGATCGATCG AATTCCTGCAGGAATCGTCGTAGCTGATCGATCG ID002 LL T/T, LL C/G GGCCAATGCAGGCTGAGCCATGCTAGTCGATGGC GGCCAATGCAGGCTGAGCCATGCTAGTCGATGGC GGCCAATGCAGGCTGAGCCATGCTAGTCGATGGC GGCCAATGCAGGCTGAGCCATGCTAGTCGATGGC GGCCAATGCAGGCTGAGCCATGCTAGTCGATGGC GGCCAATGCAGGCTGAGCCATGCTAGTCGATGGC GGCCAATGCAGGCTGAGCCATGCTAGTCGATGGC GGCCAATGCAGGCTGAGCCATGCTAGTCGATGGC GGCCAATGCAGGAATCGTCGTAGCTGATCGATCG GGCCAATGCAGGAATCGTGGTAGCTGATCGATCG GGCCAATGCAGGAATCGTCGTAGCTGATCGATCG GGCCAATGCAGGAATCGTCGTAGCTGATCGATCG GGCCAATGCAGGAATCGTGGTAGCTGATCGATCG GGCCAATGCAGGAATCGTGGTAGCTGATCGATCG GGCCAATGCAGGAATCGTCGTAGCTGATCGATCG GGCCAATGCAGGAATCGTGGTAGCTGATCGATCG 26

Results - RAD 5 RAD libraries 38-39 barcoded samples per library Avg. 185M raw & 123M QF reads per library 189 total individuals sequenced Avg. 2.8M QF reads per individual 12,073 polymorphic loci detected RAD Seq Reads Individual QF Reads

Linkage group assignment of significant loci Linkage group Global Yakima Upper Mann Creek GLM MLM GLM MLM GLM MLM Total OmySex 2 2 Omy1 1 1 1 2 1 6 Omy2 2 4 2 1 9 Omy3 4 1 1 6 Omy4 2 1 3 Omy5 0 Omy6 1 2 3 Omy7 1 1 2 Omy8 5 2 7 Omy9 1 1 Omy10 1 2 1 4 Omy11 1 8 3 2 14 Omy12 2 3 2 1 1 9 Omy13 2 1 1 4 Omy14 1 1 Omy15 2 1 1 4 Omy16 1 3 2 6 Omy17 1 1 2 Omy18 1 4 1 6 Omy19 1 1 2 Omy20 1 1 1 1 4 Omy21 1 1 2 Omy22 1 1 2 4 Omy23 2 2 4 Omy24 1 1 Omy25 1 6 7 Omy26 0 Omy27 1 1 1 2 5 Omy28 1 1 Total 12 49 22 11 7 18 119 Linkage group assignment based on alignment of RAD markers to Miller et al. (2012) and Hecht et al. (2012)