Larix_decidua_sample_info

This data file contains information about sampling location individual genotype information for 18 Larix decidua populations from across the natural distribution range. Columns 1-3: Population ID and corresponding geographical coordinates. Columns 4-30: 413 Individual genotypes of 18 populations, each composed of 13 loci. Missing data value:

Nuclear clusters detected by Structure.

<p>Neighbor joining tree (A) and distribution of the seven SSR clusters before (B) and after (C) removing presumably non-native genotypes. In (A) each rectangle represents a cluster. In (B) and (C) pie charts represent cluster composition of the 40 presumably native populations and 5 populations sampled outside the range (n°72, 73, 78, 79 and 80) (~24 individuals/population). Individuals with <i>q</i> values > 0.5 are colored, the remaining ones are in white.</p

Non-native purebreds and admixture events detected with Structure.

<p>Populations sampled within the native range and five populations sampled outside the native range (n°72, 73, 78, 79 and 80).</p

130224_Larix_sample_info

130224_Larix_sample_inf

Results of mitochondrial analyses.

<p>Minimum spanning network (A), distribution of combined mitochondrial haplotypes before (B) and after (C) translocation removal. In (A) circles represent haplotypes colored by their codes and scaled to their frequencies. Haplotypes caused by minisatellite variation are in purple. White circles correspond to predicted haplotypes that were not observed. Branches correspond to single mutations regardless of their length. In (B) and (C) circles represent the haplotype composition of the 40 presumably native populations and three populations sampled outside the range (n°72, 73 and 79) (~8 individuals/population).</p

130224_Larix_sample_info_mt_ha

130224_Larix_sample_info_mt_h

Admixture in Central European populations.

<p>Populations with evidence for recent translocation (A) and without evidence (B). Bars represent individual <i>q</i>-values (group 2 in white, group 1 in grey).</p

Genotypes and phenotypes of adults and seeds from four Fagus sylvatica stands characterised by different management regimes

The archive contains microsatellite genotypes, geographical locations and phenotypic characteristics of adults and seeds of four beech stands characterised by different management regimes. Details are reported in the readme.txt file

Characteristics of investigated beech plots.

a<p>Plot codes were formed by the indication of country (G = Germany, NL = The Netherlands, A = Austria, F = France, I = Italy) and intensity of disturbance (l = low, h = high).</p>b<p>Austrian plots are subplots of Piotti et al. <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0073391#pone.0073391-Piotti1" target="_blank">[26]</a> plots.</p>c<p>Italian plots studied by Paffetti et al. <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0073391#pone.0073391-Paffetti1" target="_blank">[25]</a> are subplots of the ones analyzed here.</p

Parameters describing within-population genetic structure in the studied beech plots.

<p><i>F</i>₁, average kinship coefficient between individuals of the first distance class (0–20 m); <i>b</i>_F, regression slope of the kinship estimator <i>F</i>_ij computed among all pairs of individuals against geographical distances; <i>Sp</i>, intensity of SGS; <i>Nc</i>, mean number of clusters from GENELAND analyses<i>; θ</i>_ST, differentiation among clusters within each plot; <i>F</i>_IS, inbreeding coefficient estimated by INEst.</p>*<p><i>P</i><0.05,</p>**<p><i>P</i><0.01,</p>***<p><i>P</i><0.001.</p