Sentence examples for strong speciation from inspiring English sources

At the other extreme is the strong speciation tree, where each divergence time marks the point of complete separation.

The only genera lacking strong speciation once in fireprone habitats are Beaupreopsis, with a small soil-stored pyrene, that occurs in scrub-heath of New Caledonia and is monotypic (44), and Symphionema with two species in scrub-heath of NSW and possesses a thin-walled achene "expected to show some form of dormancy" [ 45].

This in turn led to a strong emphasis on speciation due to geographic isolation, especially rapid speciation via the "founder effect" [ 19].

These optimal chemical and bioactive properties of HA-TG gels enabled the formation of 3D neuronal cultures of unprecedented performance, showing fast neurite outgrowth, axonal and dendritic speciation, strong synaptic connectivity in 3D networks, and rapidly-occurring and long-lasting coordinated electrical activity.

Directional selection is a strong promoter of speciation, even in the presence of gene flow [ 26- 28].

Polyploidy is a common phenomenon among species of willow, and may have been a strong contributor to speciation through reproductive isolation [ 18].

Genomic incompatibilities usually lead to irreversible post-zygotic isolation of populations, but other, reversible, barriers can also be strong drivers of speciation.

Proteins binding to DNA to control gene expression are a prototypical coevolving system and critical for the proper development of organisms; thus these results have strong implications for speciation rates and diversity of populations at small population sizes.

It is well established through field observations, experiments, and chemical models that oxidation (redox) state and pH exert a strong influence on the speciation of dissolved components and the solubility of minerals in hydrothermal fluids.

The isolated geographic distributions of most mouse lemur species (Fig. 2) indicate a strong role for allopatric speciation.

The five remaining triplets each support a model of gene flow during speciation with strong support exceeding the 5% critical value.