8 research outputs found
Ecological characteristics of the four categories of wild apple trees in the Erstein forest.
<p>Ecological characteristics of the four categories of wild apple trees in the Erstein forest.</p
Population structure of <i>Malus sylvestris</i> (<i>N</i> = 246, 6 populations across the Rhine Valley), inferred with the Bayesian clustering algorithm implemented in STRUCTURE.
<p>Each individual is represented by a vertical bar, partitioned into <i>K</i> segments representing the proportions of ancestry of its genome corresponding to <i>K</i> clusters.</p
Map of the sampling populations in the Rhine Valley, France.
<p>Map of the sampling populations in the Rhine Valley, France.</p
Wild apple tree with a reiterated trunk, Erstein forest (photo Annik Schnitzler).
<p>Wild apple tree with a reiterated trunk, Erstein forest (photo Annik Schnitzler).</p
DBH distribution for the six populations of the Rhine valley, France.
<p>DBH distribution for the six populations of the Rhine valley, France.</p
Summary of genetic variation within each population.
<p>N: Number of individuals per populations, ASS Self Pop: percentage of individuals assigned to its own population (Paetkau test), <i>H<sub>O</sub></i> and <i>H<sub>E</sub></i>: observed and expected heterozygosities, respectively, <i>F<sub>IS</sub></i>: inbreeding coefficient, <i>A<sub>r</sub></i>: allelic richness averaged across loci, estimated by rarefaction using a standardized sample size of 4, *: <i>P</i>-value<0.001.</p
Healthy wild apple tree with a straight, upright trunk, Erstein forest (photo Annik Schnitzler).
<p>Healthy wild apple tree with a straight, upright trunk, Erstein forest (photo Annik Schnitzler).</p
Altitude, geographical locations and surfaces of the six study populations in the RhineValley.
<p>Altitude, geographical locations and surfaces of the six study populations in the RhineValley.</p