Sentence examples for explain the observed diversity from inspiring English sources

Enhancing knowledge of our own solar system's history in these ways can also help explain the observed diversity among exoplanet systems.

Where the number of alleles at these two loci differed, the higher of the two values was used since this is the minimum number co-infecting genotypes which can explain the observed diversity.

More specifically, we tested whether niche divergence and/or allopatric speciation may explain the observed diversity.

For H. pylori, neither point mutation, nor intergenic recombination requiring the presence of multiple colonizing strains, is sufficient to fully explain the observed diversity.

This contrasts markedly with the situation in octocorals, where many successive inversion events explain the observed diversity of mt gene organization (Brockman and McFadden 2012).

Interestingly, bacteriocin diversity may help to explain the observed diversity in pyoverdine types and associated receptors [ 24], because susceptibility to a bacteriocin would impose strong selection to alter to both the receptor and pyoverdine.

A dynamic rupture model of small brittle patches on a viscous background (Ando et al. 2010; Nakata et al. 2011) may be helpful in explaining the observed diversity of tremor activity.

This contrasted mode of evolution, illustrated in the figure 1 with few rearrangements of large chromosome segments in animal evolution scenario, explains the observed diversity between plant and animal karyotypes in terms of chromosome number and genome size as detailed in the next sections.

Indeed, small population sizes [ 52, 53] as well as dioecy [ 54] could explain the observed reduced diversity in the wild V. vinifera gene pool, while multiple domestication events [ 50] and a continuous breeding process the larger diversity in the cultivated gene pool.

Although the molecular mechanisms of ASSET and accelerated point mutations are unknown, both contribute to the evolution of snake venom toxins and both help to explain the observed functional diversity of toxins and the evolution of new functions in snake venom protein superfamilies.

The long-term accumulation of genotypes and somatic mutations may explain the observed levels of diversity.