The phrase "as divergence" is correct and usable in written English.
It can be used in contexts discussing differences or variations, particularly in academic or analytical writing.
Example: "The study revealed significant patterns as divergence in the data sets, indicating varying trends across different demographics."
Alternatives: "as a difference" or "as a variation".
Current theoretical and empirical studies are discussed describing how processes such as divergence and genomic hitchhiking that depend upon the architecture of diverged genes in the genome may increase the effectiveness of natural selection to facilitate speciation-with-gene-flow.
Current theoretical and empirical studies are discussed describing how processes such as divergence and genomic hitchhiking that depend upon the architecture of diverged genes in the genome, may increase the effectiveness of natural selection to overcome the homogenizing effects of gene flow and facilitate speciation.
Understanding demographic histories, such as divergence time, patterns of gene flow, and population size changes, in ecologically diverging lineages provide implications for the process and maintenance of population differentiation by ecological adaptation.
Not so much convergence, then, as divergence.
A convergence as well as divergence of perceptions are observed, involving both formal and informal dimensions.
Such systems are known to exhibit complex instability phenomena such as divergence and coupled-mode flutter.
This paper justifies the use of different linearization techniques for different assessments as divergence or buffeting analysis.
We attribute these differences to several factors, including a number of methodological concerns as well as divergence relating to the "perceived value" of corporate governance across distinct environments.
Models are elaborated for dynamic instabilities such as divergence and flutter as well as for parametric instability behaviors.
The relationship between divergence and transient thermal patterns, as well as divergence and impact energy, are provided and analysed.
Next, the physical principles of the most important static and dynamic aeroelastic phenomena, such as divergence, control surface reversion, flutter, and buffeting are outlined.
