Sentence examples for divergence support from inspiring English sources

Evidence of the deep splits in both phylogenetic trees (Fig. 2) and the estimated dates of divergence support this scenario.

Taken together, the study of Renn et al. [ 3] and the phylogenetic assessment of the potato-tomato divergence support the above premise, i.e. that potato-tomato CSH may be used for obtaining biologically meaningful results.

These taxa appear to be morphologically cryptic without obvious characters which differentiate them in the field, though statistically significant morphological differences, acoustic variation, and genetic divergence support their existence.

It is interesting that this effect is even more pronounced at higher levels of divergence, supporting the hypothesis of stabilization of weak bonds.

Our analysis of divergence supports the conclusion of Bauer Dumont et al. (2009) that AT-biased substitution is positively correlated with recombination.

Most convincing are studies which show rapid duplication and divergence of beta-defensin genes since mouse and rat divergence, supporting a birth-and-death model for beta-defensin evolution in the rodents [ 8, 9].

The general link observed between transcription factor binding and chromatin divergence supports the concept of pioneer transcription factors (Zaret and Carroll 2011), whose initial binding at a region enables subsequent chromatin remodeling and the recruitment of histone modification enzymes.

This was the case of the inferred ages of the cebid atelid divergence supported by the finding of the stem cebid Mohanamico hershkovitzi and Stirtonia, the oldest undisputed atelid, 12.2 and 13.6 Ma, respectively (Hartwig 2002).

In all analyses, the earliest divergence separated G. bengalensis from all other Gyps taxa; however, whether the next divergence is for G. africanus or G. himalayensis/ G. f. fulvescens varies by dataset analyzed, with G. africanus divergence supported as the second divergence within Gyps by cytB and ND2 combined as well as the cytB, ND2 and CR combined dataset.

Sustained or even increasing divergence would support the hypothesis that replicate populations were approaching different fitness peaks, whereas declining variation would tend to support transient divergence leading to eventual convergence [ 16, 44].

Furthermore, shifts in the species' range and the indication of an area of low genetic divergence further support the existence of a dispersal corridor.