"prominent divergence" is a correct and usable phrase in written English.
It can be used to describe a significant or noticeable difference or deviation between two things. It is often used in academic or technical writing to discuss variations or discrepancies. Example: The study found a prominent divergence in the results between the control group and the experimental group. This suggests that the intervention had a significant impact on the outcome of the experiment.
These analyses revealed prominent divergence and convergence of high frequency activity propagation at sites identified by epileptologists as part of the ictal onset zone.
Three numerical examples illustrate the accuracy, efficiency, and convergence properties of the proposed method in computing sensitivity indices derived from three prominent divergence or distance measures.
In the case of liberals gone bad, vaccines offer the most prominent divergence from reality.
First, contrary to squamates that exhibit prominent morphological divergence from the tetrapod body plan (e.g., loss of limbs in snakes), the body plan of chaetognaths is remarkably conserved and the phylum displays very little morphological variation that could possibly be related to a Hox expression shift.
We therefore first of all used subsamples for relevant waves to check if the measure inconsistency causes any divergence in analysis and found no prominent difference in the role of perceived mobility.
Not all analysts see a big, lasting divergence.
Because there is no prominent environmental difference between the northern and southern parts of the valley, the first explanation is unlikely to account for the sharp north south mtDNA divergence.
Other sequence-specific characteristics also explain part of the variation in hybridization ratio, and become more prominent with increased sequence divergence.
This increased divergence was most prominent at the WGD ancestor (A5) and the Schizosaccharomyces ancestor (A13).
Together, they strongly implicate natural selection, not just genetic drift, as a prominent force in speciation and divergence.
Indeed, we detect the same faster X divergence, the same prominent selective sweeps on the X chromosome, and comparable sets of genes as targets of past recurrent adaptation.
