Supplemental Material for Wilson et al., 2018

<div><p> </p><div> <p>S01. Coverage of <em>B. stacei</em> and <em>B. distachyon</em> Genomes for Species ID<br>S02. Structure of <em>B. distachyon</em> collection as sequenced by GBS<br>S03. <em>B. distachyon</em> reduced set STRUCTURE plots for k=2 <br>S04. Dendrograms of genomic distance of <em>B. distachyon</em> collection at ~2M SNPs<br>S05. Linkage disequilibrium across the <em>B. distachyon </em>genome <br>S06. Graphical representation of climatic conditions from the flowering time experiment<br>S07. Phenotype data from flowering time experiment<br>S08. Flowering time experiment across 266 <em>B. distachyon </em>accessions<br>S09. Phenotypic correlation of traits from the early vigour validation experiment<br>S10. List of HapMap 74 genotypes<br>S11. Assessment of climate change models for South East Australia <br>S12. Phenotype data from 2015 temperature and 2050 temperature climate experiment<br>S13. Heritability of traits of interest from 2015 temperature and 2050 temperature climate experiment<br>S14. Histograms of all traits in 2015 temperature and 2050 temperature climate experiment<br>S15. List of QTL identified for traits of interest in 2015 temperature and 2050 temperature climate experiment<br>S16. Manhatten Plots for all traits in 2015 temperature and 2050 temperature climate experiment<br>S17. List of candidate genes for strong ear emergence QTL<br>S18. List of candidate genes for strong early vigour QTL<br>S19. List of candidate genes for strong energy QTL<br>S20. Protocol for measuring phenotypic parameters using a PAM<br></p> </div></div>