Sentence examples for more diverse clade from inspiring English sources

They form a more diverse clade that is resolved from the sea anemone globins with moderate support (p = 0.78).

The pattern of the origin of the siphonate proboscis four or five times in Mecoptera contrasts dramatically with that of Lepidoptera in which evidence indicates a single origination event for a considerably more diverse clade [ 51].

Group II is a subset of a more diverse clade that includes other saccharolytic clostridia, such as C. acetobutylicum, C. beijerinckii, and toxic and nontoxic Group V C. baratii and Group VI C. butyricum.

However, we did not find evidence of higher ω in more diverse clades for the loci analysed in this study, and the relationship between the amount of standing variation and diversification in plants is not clear.

The Mx8 phage also does not group with its host M. xanthus, instead grouping with the more diverse mazG clade, Clade B, comprising marine and terrestrial bacteria.

Even though the TUX mtDNA haplotypes formed a clade nested within the more diverse haplotype clade of the Sierra Madre Oriental, these haplotypes are not shared with individuals from any other population, and are separated by several mutational steps from the SMO haplotypes.

For a much more fine-grained analysis that also involves complex OGs, we developed a phylogeny-based benchmark set and applied it to a much more diverse taxonomic clade, namely metazoans.

Moreover, when applied to the larger (n = 80 chromosomes) and more diverse A clade, neutrality tests (D, H, EW, HEW) reject the neutral model (all p < 0.05; Table 3).

To test if the Harpalinae clade (19,811 species) is more diverse than its sister clade, the Brachininae (655 species), we determined if the two groups had significantly different number of extant species using a conservative test of Slowinsky and Guyer [ 56].

Importantly, we did not test whether pelagic clades are generally more diverse than benthic cyprinid clades, but we did find that the evolution of the potential for exploiting the pelagic habitat appears to have led to a shift in diversification rates.

Clade I appears to be more diverse of the two clades and consists of six sequences that share between 40 and 69% pairwise sequence identities among themselves.