Phenotypes

Tree ID (Site, Family, Tree), height, diameter, volume, velocity, Resistograph, Xray (wood density), MoE (modulus of elasticity

Volume dominance ratios (R_d) of the second-generation selected populations of Chinese pine.

<p>Comments: (a) Volume dominance ratios of superior individuals in the ZN-NP selected population; (b) volume dominance ratios of superior individuals in the ZN-OP selected population; (c) volume dominance ratios of superior individuals in the XX-OP selected population; (d) volume dominance ratios of superior individuals in the XX-CP selected population; (e) Variations in volume dominance ratios among the four selected populations.</p

Genetic diversity in the selected second-generation Chinese pine ZN-NP population.

<p>Genetic diversity in the selected second-generation Chinese pine ZN-NP population.</p

Fingerprints of five simple sequence repeat (SSR) primers in the second-generation ZN-NP (a) and XX-OP (b) selected populations of Chinese pine.

<p>Fingerprints of five simple sequence repeat (SSR) primers in the second-generation ZN-NP (a) and XX-OP (b) selected populations of Chinese pine.</p

Phylogenetic trees of superior individuals in the second-generation ZN-NP (a) and XX-OP (b) selected populations of Chinese pine.

<p>Phylogenetic trees of superior individuals in the second-generation ZN-NP (a) and XX-OP (b) selected populations of Chinese pine.</p

Douglas-fir exomic SNP file

Exomic genotype file for Douglas-fir produced by RAPiD Genomics© , containing 74199 biallelic SNPs with less than 40% missing data and minQ=10

Douglas-fir phenotypes

Phenotypic measurements from Douglas-fir trial over 3 sites in British Columbia, Canada. Courtesy of Forests, Lands and Natural Resource Operations, BC, Canada

LL_suppTable1

Microsatellite profiles of 10 loci for 241 Leptographium longiclavatum isolates (isolates in grey are clones). First column is the name of the isolates, and the second represents the location

Mean squared differences (MSD) between observed and expected <i>p</i>-values for the six association genetics models applied in the study.

<p>The selected models are highlighted in bold (see text for models' and traits' abbreviations).</p

Analysis of Molecular Variance (AMOVA) for <i>Leptographium longiclavatum</i> populations based on (i) sampling locations and (ii) three genetic clusters pooled according to the PCoA and STRUCTURE (Degrees of freedom (df), sum of squares (SS), variance estimates, percentages of total variation (%) contributed by populations, clusters and individual isolates within populations are shown).

<p>Analysis of Molecular Variance (AMOVA) for <i>Leptographium longiclavatum</i> populations based on (i) sampling locations and (ii) three genetic clusters pooled according to the PCoA and STRUCTURE (Degrees of freedom (df), sum of squares (SS), variance estimates, percentages of total variation (%) contributed by populations, clusters and individual isolates within populations are shown).</p