The phrase "accelerated diversification" is correct and usable in written English.
It can be used in contexts discussing business strategies, ecological changes, or any scenario where rapid diversification is relevant.
Example: "The company's accelerated diversification into new markets has significantly boosted its growth potential."
Alternatives: "rapid diversification" or "swift diversification".
We found accelerated diversification in the genera Coprinellus and Laccaria, as reported previously6,7, but also in Cortinarius, Amanita and Lepiota, among others (for the complete list of shifts see Supplementary Data 5).
Our results show that the evolution of a seed dispersal mutualism, myrmecochory, is consistently associated with accelerated diversification in angiosperm plants.
Full plastome analysis and estimation of divergence times allows for speculation on the cause of this accelerated diversification.
We employed two strategies to test for a period of accelerated diversification following the first benthic to pelagic transition in the OPM radiation of eastern North America.
While this pattern is consistent with accelerated diversification rates in the chemosensory gene families, several underlying mechanisms could be at play.
If true, this alternative hypothesis would suggest that the FSGD did not play a major role in generating fish biodiversity, due to the long interval between genome duplication and accelerated diversification.
In our case, monoecy on herbs has been hypothesized to accelerate diversification rates in aphids [ 32].
Release from enemies could accelerate diversification in the herbivore lineage that, in turn, would create more possibilities for parasitoid speciation.
This could have been achieved either by accelerating diversification rates, consistent with the 'recent cradle' model, or simply by higher overall constant rates.
Adaptations to xeric habitat favoring 'r-selected' strategies (e.g. reproducing and dying quickly) could promote a shift towards shortened generation times, thus accelerating diversification [ 7, 46, 47].
Because methylated cytosine spontaneously deaminates to produce thymine, methylated CRP coding regions may experience accelerated sequence diversification over evolutionary time, thus promoting functional diversification of CRP proteins.
