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. 2019 Jan 8;14(1):e0210282. doi: 10.1371/journal.pone.0210282

Table 3. Bayesian coalescent estimates of divergence times (thousands of years before present—ky BP) among red deer mtDNA D-loop haplotypes (670 bp) at the Iberian Peninsula level and among the European lineages (haplogroups A, B and C; 329 bp) at the European level, inferred using an evolutionary rate estimated in this study*.

Estimates from between-species fossil calibration method used in Skog et al. [19] are also shown.

Analysis mtDNA D-loop This study Skog et al. [19]
Average 95% HPD lower 95% HPD upper ESS Average 95% HPD lower 95% HPD upper ESS
Iberian level All haplotypes 24.2 12.1 38.4 3.289        
(H7)/(H04/10/20) 20.7 6.9 35.0 1.612
(H09)/(H04/10/20) 20.0 8.4 33.5 1.933        
(H26/27/27’/28)/
(H04/10/20)
19.3 6.9 33.4 1.399
European level Haplogroup A/B/C 131.1 81.5 187.2 4.006 - - - -
Haplogroup A/B 128.3 78.6 185.7 4.310 303.7 209.1 411.0 7.123
Haplogroup A/C 131.1 81.5 187.2 4.006 272.3 175.3 384.7 4.384
Haplogroup B/C 131.0 81.4 187.2 3.995 295.2 207.1 398.6 6.613

* Calculations were done using a mutation rate of 3.849x10-7 nucleotide substitutions per site per year for the D-loop region (see details in Materials and Methods), while in Skog et al. [19] a mutation rate of 1.03x10-7 was used. At the Iberian level, the divergence time between the private evolutionary sub-lineages (H7—dark blue; H09 –orange; and H26/27/27’/28– pink; color codes as Fig 6) and mtDNA haplotypes central to the phylogenetic network (H4/10/20 –brown color Fig 6) were obtained. The average and 95% highest posterior density interval (HDP) together with effective samples sizes (ESS) are indicated.