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Exact(5)
The five species pairs of Sceloporus that support divergence with gene flow have not been previously studied in the context of population divergence genetics.
If most of the divergence times are unaffected, the tree as a whole will "support" divergence time estimates more reflective of incipient speciation times.
Taken together, the sequence data support divergence of M. africanum type I from a common ancestor with M. tuberculosis before the subsequent divergence of M. microti and M. bovis.
Out of the large number of speciation events available to study in Sceloporus, the few studies conducted that test speciation models all support divergence with gene flow (Leaché and Mulcahy 2007; Leaché 2011; Leaché et al. 2013).
However, discovering triplets that support divergence with gene flow is not surprising given that chromosomal speciation is a dominant theme in Sceloporus diversification, and that models of chromosomal evolution involve stages of partial population subdivision that would facilitate continued gene flow (Sites et al. 1992; Hall 2010; Leaché and Sites 2010).
Similar(55)
Patterns of relationships and population genetic analyses support divergences within multiple clades both at the species level and within species that are tied to abiotic changes in the region.
While possible, our recent discovery that the stereochemistry of catalysis for Ser, Cys, and Thr proteases is absolutely conserved throughout divergent evolution demands that special consideration be given to the evidence supporting divergence of mechanism.
This distinction in foraging ecology has long been used as an argument for differences in the way that the two populations should be managed [6] as well as an additional line of evidence supporting divergence of two populations as separate species [7].
This low homology between Amblyomma and Tetranychus further supports divergence within the Acari as a major source of unknown genes.
For example, the rid genealogy shows supported divergence of the mat A and mat a-linked alleles in phylogenetic lineage 4 (L4).
The phylogenetic analysis of Group I Nme proteins reveals a strongly supported divergence of Nme4 from other Nme of the Group I (Fig. 1).
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