A bar in each solid line represents a mutational step; small black circles show undetected/extinct intermediate haplotype states; color codes within the circles are depicted for Western European lineage (haplogroup A) and represent the country where the haplotypes were found. The Iberian sub-lineages are grouped by colored shading following Fig 6. GenBank accession numbers of the 509 original haplotypes used in this analysis, as well as their correspondent haplotypes for 329 bp (represented by numbers within circles) are given in S1 Table.</p
<p>a) Geographic location of the 252 individuals sequenced for mtDNA in the Iberian Peninsula, which...
The numbers on the haplotypes (1–259) are the same haplotype codes (CR1-CR259) as in Fig 2 and S1 Ta...
<p>The size of the circles is proportional to the frequency of each haplotype. Haplotypes are connec...
a) Median joining network showing the evolutionary relationship and the frequency of the Iberian hap...
<p>The size of each circle is proportional to the haplotype frequency. Colours represent regions of ...
<p>Geographic locations of published sequences of European roe deer (DE = Germany; DK = Denmark; ES ...
<p>(A, C) Distribution of the Caucasian haplotypes (red) in the haplotype network; (B, D) Distributi...
<p>Mitochondrial haplotype genealogy based on the mitochondrial control region and a maximum likelih...
<p>Haplotypes are represented as circles which area is not proportional to its relative frequency fo...
<p>Haplotype network illustrating the relationship among 16 haplotypes of Eurasian lynx. Small black...
The proportional size of nodes indicates the frequency of haplotypes. The coloured line of circles c...
<p>Median-joining network (ε = 0) shows molecular relationships between 30 ancient haplotypes (H01-H...
<p>Circles represent haplotypes, area is proportional to frequency and colour indicates the subspeci...
<p>The network is based on an analysis of the concatenated control region and the cytochrome <i>b</i...
For detailed information on haplotypes see Fig 4 and S2 Table. Dark circles are connecting nodes (i....
<p>a) Geographic location of the 252 individuals sequenced for mtDNA in the Iberian Peninsula, which...
The numbers on the haplotypes (1–259) are the same haplotype codes (CR1-CR259) as in Fig 2 and S1 Ta...
<p>The size of the circles is proportional to the frequency of each haplotype. Haplotypes are connec...
a) Median joining network showing the evolutionary relationship and the frequency of the Iberian hap...
<p>The size of each circle is proportional to the haplotype frequency. Colours represent regions of ...
<p>Geographic locations of published sequences of European roe deer (DE = Germany; DK = Denmark; ES ...
<p>(A, C) Distribution of the Caucasian haplotypes (red) in the haplotype network; (B, D) Distributi...
<p>Mitochondrial haplotype genealogy based on the mitochondrial control region and a maximum likelih...
<p>Haplotypes are represented as circles which area is not proportional to its relative frequency fo...
<p>Haplotype network illustrating the relationship among 16 haplotypes of Eurasian lynx. Small black...
The proportional size of nodes indicates the frequency of haplotypes. The coloured line of circles c...
<p>Median-joining network (ε = 0) shows molecular relationships between 30 ancient haplotypes (H01-H...
<p>Circles represent haplotypes, area is proportional to frequency and colour indicates the subspeci...
<p>The network is based on an analysis of the concatenated control region and the cytochrome <i>b</i...
For detailed information on haplotypes see Fig 4 and S2 Table. Dark circles are connecting nodes (i....
<p>a) Geographic location of the 252 individuals sequenced for mtDNA in the Iberian Peninsula, which...
The numbers on the haplotypes (1–259) are the same haplotype codes (CR1-CR259) as in Fig 2 and S1 Ta...
<p>The size of the circles is proportional to the frequency of each haplotype. Haplotypes are connec...