Neighbor-Joining tree obtained from SNP data on the globe artichoke genotypes. Number on tree branches indicate bootstrap values (≥ 50).</p
<p>Numbers on branches represent bootstrap support (>70%) based on 500 replicates; scale represents ...
<p>Numbers on branches represent bootstrap support (>70%) based on 500 replicates; scale represents ...
<p>The tree was built from Cavalli Sforza’s genetic distances between the six populations that group...
Neighbor-Joining tree obtained from SNP data on the whole dataset of Cynara cardunculus genotypes Nu...
<p>A) Neighbor Joining tree computed with Reynolds (1983) distances from allele frequencies of 5192 ...
<p>Bootstrap values expressed as percentage of 1000 replications are shown next to each node (values...
<p>The tree was made using the Neighbor-Joining method in MEGA4 taking together the sequences of all...
Neighbor joining tree showing phylogenetic relationship based on the RPO30 region for LSDV RUSSIA/Sa...
<p>Neighbor-joining tree based on Link et al. distance measure using 2297 AFLP loci with bootstrap v...
<p>Different DTUs are represented by vertical bars. Branch values represent bootstrap values (1000 r...
<p>Neighbor-joining tree of the 198 samples based on the genetic distance relationships among the ni...
<p>Neighbour-Joining (NJ) tree based on morphology with NJ bootstrap values (only >50% support value...
<p>Upper and lower side of the triangle represent the maximum and minimum of genetic distances withi...
<p>Neighbor-joining tree based on nuclear SSR data compared with the percentage of membership for th...
<p>Neighbor-joining tree from an analysis of 10 continuous variables (AMH femora labeled in black; a...
<p>Numbers on branches represent bootstrap support (>70%) based on 500 replicates; scale represents ...
<p>Numbers on branches represent bootstrap support (>70%) based on 500 replicates; scale represents ...
<p>The tree was built from Cavalli Sforza’s genetic distances between the six populations that group...
Neighbor-Joining tree obtained from SNP data on the whole dataset of Cynara cardunculus genotypes Nu...
<p>A) Neighbor Joining tree computed with Reynolds (1983) distances from allele frequencies of 5192 ...
<p>Bootstrap values expressed as percentage of 1000 replications are shown next to each node (values...
<p>The tree was made using the Neighbor-Joining method in MEGA4 taking together the sequences of all...
Neighbor joining tree showing phylogenetic relationship based on the RPO30 region for LSDV RUSSIA/Sa...
<p>Neighbor-joining tree based on Link et al. distance measure using 2297 AFLP loci with bootstrap v...
<p>Different DTUs are represented by vertical bars. Branch values represent bootstrap values (1000 r...
<p>Neighbor-joining tree of the 198 samples based on the genetic distance relationships among the ni...
<p>Neighbour-Joining (NJ) tree based on morphology with NJ bootstrap values (only >50% support value...
<p>Upper and lower side of the triangle represent the maximum and minimum of genetic distances withi...
<p>Neighbor-joining tree based on nuclear SSR data compared with the percentage of membership for th...
<p>Neighbor-joining tree from an analysis of 10 continuous variables (AMH femora labeled in black; a...
<p>Numbers on branches represent bootstrap support (>70%) based on 500 replicates; scale represents ...
<p>Numbers on branches represent bootstrap support (>70%) based on 500 replicates; scale represents ...
<p>The tree was built from Cavalli Sforza’s genetic distances between the six populations that group...
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