Analysis of population structure of 421 cacao accessions using STRUCTURE—estimated LnP(K) of possible clusters (K) from 2 to 15. When K is approaching a true value, L(K) plateaus (or continues increasing slightly).</p
<p>The most probable number of groups (K) was estimated based on the method described by Evanno et a...
Clusters inferred from the population structure analysis at (A) K = 2, (B) K = 3 and (C) K = 4, (D) ...
<p>The four cluster model (<i>K</i> = 4) shown was the most likely population model (mean ln likelih...
<p>(A) Mean (±SD) natural logarithm of the likelihood of the data [LnP(X|K)] over 10 Structure repli...
<p>(A) The most likely number of clusters (K) by LnP(D) analysis; (B) The most likely number of clus...
Population structure analyses of the Eucalyptus species and hybrids clustered with variable numbers ...
<p>Cluster analysis of 36 genotypes of <i>Theobroma cacao</i> L. submitted to soil water deficit for...
<p>A: Mean L(<i>K</i>)(±SD) five runs for each value of <i>K</i> from 1 to 10.; B: <i>ΔK</i> was cal...
<p>a) Posterior probability of the data LnP(D) (±SD) against the number of K clusters, and increase ...
<p>Cluster analysis of 36 genotypes of <i>Theobroma cacao</i> L. submitted to soil water deficit for...
<p>(a) LnP(D) for <i>k</i> from 1 to 10 for 356 accessions. LnP(D) value of each hypothetical <i>k</...
<p><b>a)</b> mean Log probability values (LnP(D)) plotted as function of <i>K</i> (number of cluster...
<p>Estimation of the likelihood of clusters (k) for the most appropriate subpopulations (Δk) (A), an...
Structure plots showing the most likely number of clusters: (A) All sample sites included K = 2; (B)...
<p>(a) Mean likelihood (± SD) for different number of clusters, <i>K</i>. (b) <i>ΔK</i>-values for d...
<p>The most probable number of groups (K) was estimated based on the method described by Evanno et a...
Clusters inferred from the population structure analysis at (A) K = 2, (B) K = 3 and (C) K = 4, (D) ...
<p>The four cluster model (<i>K</i> = 4) shown was the most likely population model (mean ln likelih...
<p>(A) Mean (±SD) natural logarithm of the likelihood of the data [LnP(X|K)] over 10 Structure repli...
<p>(A) The most likely number of clusters (K) by LnP(D) analysis; (B) The most likely number of clus...
Population structure analyses of the Eucalyptus species and hybrids clustered with variable numbers ...
<p>Cluster analysis of 36 genotypes of <i>Theobroma cacao</i> L. submitted to soil water deficit for...
<p>A: Mean L(<i>K</i>)(±SD) five runs for each value of <i>K</i> from 1 to 10.; B: <i>ΔK</i> was cal...
<p>a) Posterior probability of the data LnP(D) (±SD) against the number of K clusters, and increase ...
<p>Cluster analysis of 36 genotypes of <i>Theobroma cacao</i> L. submitted to soil water deficit for...
<p>(a) LnP(D) for <i>k</i> from 1 to 10 for 356 accessions. LnP(D) value of each hypothetical <i>k</...
<p><b>a)</b> mean Log probability values (LnP(D)) plotted as function of <i>K</i> (number of cluster...
<p>Estimation of the likelihood of clusters (k) for the most appropriate subpopulations (Δk) (A), an...
Structure plots showing the most likely number of clusters: (A) All sample sites included K = 2; (B)...
<p>(a) Mean likelihood (± SD) for different number of clusters, <i>K</i>. (b) <i>ΔK</i>-values for d...
<p>The most probable number of groups (K) was estimated based on the method described by Evanno et a...
Clusters inferred from the population structure analysis at (A) K = 2, (B) K = 3 and (C) K = 4, (D) ...
<p>The four cluster model (<i>K</i> = 4) shown was the most likely population model (mean ln likelih...