Sentence examples for overall speciation from inspiring English sources

The overall speciation rate of clade C calculated under the null (PB) model was 0.53 species myr-1.

The temporal variation in diversification rates is reflected by the variation in branch lengths in a chronogram and can be used to estimate the overall speciation rates as well as relative contribution of extinction [ 37].

A total of 10 molar equivalents of the ligands were used rather than 6 (see the Experimental Section: Method B) so that depletion of one of the ligands would not significantly affect the overall speciation, but without becoming sufficiently large that the ligands themselves dominate the spectra.

The four soil spectra, taken from the Tillman and Kern neighborhoods, are comparable to the spectra of the air samples, implying similar overall Pb speciation.

Further studies are required to investigate the prevalence of hybrid origins and its overall role in speciation within the family Poeciliidae.

This deviation may be caused by several factors, but likely arises from 1) the modified synthesis procedure (see Experimental Section), which has improved the relative TOFs of the 2 and 5 wt % samples, but may change the overall Sn site speciation at higher loadings; 2) the different reactions undergoing study; and 3) the different source of zeolite precursor utilized.

However, while numerous examples of species pairs likely to have originated by resource shifts have been found, the overall importance of ecological speciation in relation to other, non-ecological speciation modes remains unknown.

Thus the overall consequence of allotropic speciation is genome reduction and gene loss.

The results also forcefully demonstrate how reliance on a single locus may give an erroneous picture of the overall genealogical history of speciation and gene flow.

While such studies have convincingly shown that ecology-based diversification is possible in highly disparate taxa and under many plausible scenarios (e.g., [ 8, 51, 52]), the overall frequency of ecological speciation remains unknown.

Comparing speciation rates overall between fireprone-habitat and non-fireprone sister clades, the pivotal role of seed storage for successful occupation of fireprone habitats is supported and the two are highly correlated through time (P < 0.001) confirming their classification as true fire adaptations.