Sentence examples for further evolutionary change from inspiring English sources

Further, evolutionary change was concentrated in geologically relatively short intervals that might represent 5,000 to 50,000 years.

Once the A1 allele reaches fixation, i.e. p = 1 and q = 0, no further evolutionary change will occur, for if p = 1 then Δp = 0.

Of course, once species are separated by speciation events, they still contain populations, and these populations generate mutations that continue to be the raw material of further evolutionary change that separate the sister species even more.

The CIR involves the distribution of signals in an environment that an organism can potentially respond to, underscoring an increased complexity and heterogeneity of marine ecosystems, which may have played a major role as a driving force of further evolutionary change during the Cambrian.

Philosopher Kim Sterelny adds, "In claiming that species typically undergo no further evolutionary change once speciation is complete, they are not claiming that there is no change at all between one generation and the next.

The changes in ontogeny appear to have a clear adaptive basis, which establishes a feedback loop from adaptive change of ontogeny through the altered developmental constraints to the potential for further evolutionary change.

However, it remained to be analyzed whether H5 or H7 LPAIV, which are considered HPAIV precursors, have to undergo further evolutionary changes prior to or after acquisition of a polybasic cleavage site.

We suggest possible paths for further evolutionary changes in the metabolic replicator system leading to increased metabolic efficiency, improved replicase functionality, and membrane production.

These findings thus support a scenario where functional diversification within a gene family may promote further evolutionary changes in gene family composition through the selective retention of newly created genes.

Once a suitable strain has been identified, it will be necessary to monitor the long-term stability of the desirable effects because there may be further evolutionary changes in the host, Wolbachia and pathogen genomes that could modify Wolbachia effects, even though current data suggest they are relatively stable.

In particular, further analysis of ongoing evolutionary change in cropland weeds is important because (1) most cropland weed species exhibit considerable adaptability, (2) cropland agriculture is continuously changing, and (3) further research on weed adaptability is needed to design cropping systems to address evolutionary change.