<p>Numbers on branches correspond to bootstrap percentages from 500 replicates. Bootstrap values below 50 are not shown. Tip labels correspond to haplotype numbers as in Table S4, and to <i>Oryza</i> groups in which the haplotype was found. Numbers in parentheses correspond to the number of alleles found for each haplotype. Green bars designate haplotypes reported as typically from the <i>japonica</i> group, and blue bars designate haplotypes typical of the <i>indica</i> group. A. Haplotype tree for <i>s5.</i> B. Haplotype tree for <i>DPL2.</i> C. Haplotype tree for <i>SaM.</i> D. Haplotype tree for <i>SaF.</i></p
<p>Left part: K2P neighbour-joining tree of unique COI haplotypes of <i>I. iwaotakii</i>. The locali...
<p>Branch length is not proportional to mutational steps. Node size is proportional to haplotype fre...
<p>Bootstrap percentages over 50% from 1000 bootstrap replicates were shown. <i>Saccharomyces parado...
<p>Black dots represent branches for which bootstrap support was over 75% (1000 replicates). Most ha...
<p>Bootstrap values (1,000 replications) are displayed. The 28S alignment used to compute the tree (...
<p>The ~22k trees generated from strictly filtered 5-sequence haplotype alignments were binned into ...
<p>A) Neighbor Joining tree computed with Reynolds (1983) distances from allele frequencies of 5192 ...
<p>The scale bars refer to the number of substitutions per SNP genotyped. (A) For all autosomal SNPs...
<p>We documented the types and number of mutations on the terminal branches of the two hybrid trees ...
<div><p>(A) Neighbor-joining tree of a high polymorphism gene <i>AK100970</i> with the geographical ...
<p>(<b>A</b>) Neighbor-joining clustering of the eight chloroplast haplotypes. Numbers above branche...
<p>The distances of 241 sequence variants for the 84 cultivars were computed using the Jukes-Cantor ...
<p>Neighbour-Joining tree of mitochondrial COI haplotypes and alleles at the nuclear loci <i>GAPDH</...
<p>Branch lengths are relative to their differences in eleven loci (shortest branches are equivalent...
<p>Bootstrap values expressed as percentage of 1000 replications are shown next to each node (values...
<p>Left part: K2P neighbour-joining tree of unique COI haplotypes of <i>I. iwaotakii</i>. The locali...
<p>Branch length is not proportional to mutational steps. Node size is proportional to haplotype fre...
<p>Bootstrap percentages over 50% from 1000 bootstrap replicates were shown. <i>Saccharomyces parado...
<p>Black dots represent branches for which bootstrap support was over 75% (1000 replicates). Most ha...
<p>Bootstrap values (1,000 replications) are displayed. The 28S alignment used to compute the tree (...
<p>The ~22k trees generated from strictly filtered 5-sequence haplotype alignments were binned into ...
<p>A) Neighbor Joining tree computed with Reynolds (1983) distances from allele frequencies of 5192 ...
<p>The scale bars refer to the number of substitutions per SNP genotyped. (A) For all autosomal SNPs...
<p>We documented the types and number of mutations on the terminal branches of the two hybrid trees ...
<div><p>(A) Neighbor-joining tree of a high polymorphism gene <i>AK100970</i> with the geographical ...
<p>(<b>A</b>) Neighbor-joining clustering of the eight chloroplast haplotypes. Numbers above branche...
<p>The distances of 241 sequence variants for the 84 cultivars were computed using the Jukes-Cantor ...
<p>Neighbour-Joining tree of mitochondrial COI haplotypes and alleles at the nuclear loci <i>GAPDH</...
<p>Branch lengths are relative to their differences in eleven loci (shortest branches are equivalent...
<p>Bootstrap values expressed as percentage of 1000 replications are shown next to each node (values...
<p>Left part: K2P neighbour-joining tree of unique COI haplotypes of <i>I. iwaotakii</i>. The locali...
<p>Branch length is not proportional to mutational steps. Node size is proportional to haplotype fre...
<p>Bootstrap percentages over 50% from 1000 bootstrap replicates were shown. <i>Saccharomyces parado...