Significant (<i>p</i><0.001) marker-trait pairs and their location on the genetic map, for height (HT) and stem straightness (STR).

<p>Significant (<i>p</i><0.001) marker-trait pairs and their location on the genetic map, for height (HT) and stem straightness (STR).</p

Position of the QTLs detected by LA and LD mapping on the <i>Pinus pinaster</i> composite genetic map.

<p>For LA mapping, QTLs for stem straightness (STR) are shown in orange and QTLs for height increment (HI) are shown in blue. The whiskers indicate the 95% credible interval around QTL peaks. The locations of markers significantly associated with height (HT, purple) and stem straightness (STR, red) are also indicated. On linkage group 2, the two significant associations for HT are co-located (158 cM and 158.1 cM).</p

QTL results from the analysis of the F2 mapping population for stem straightness (STR).

<p>Location (cM) of QTLs on linkage groups with 95% Bayesian credible intervals, % variance explained by the QTL (PEV), log10 likelihood ratio scores (LOD) and grandparental origin of the favorable effect (Landes (L) or Corsican (C)) are presented. For the additive and dominance effects, the proportions in standard deviation is indicated in parenthesis.</p

Descriptive statistics for the genetic linkage map of the parental genotype (H12 hybrid) of the F2 mapping population.

<p>Descriptive statistics for the genetic linkage map of the parental genotype (H12 hybrid) of the F2 mapping population.</p

Q-Q plots for the three different association models.

<p>Simple model (red dots), FASTA model (closed triangles) and Grammar-GAMMA model (open triangles). For both the FASTA and Grammar-GAMMA models, we used matrix <b>A</b> (in blue) or matrix <b>G</b> (in green) to take relatedness between individuals into account.</p