Sentence examples for the development of divergence from inspiring English sources
Analysis of these equations leads to a clear understanding of the physical mechanisms involved in the development of divergence and flutter instability mechanisms.
If adaptive differences at the transcriptome level are expressed as early as young (16 weeks) juvenile stage, then it is likely that these genetic factors may initiate the development of life history divergence.
Primates have long been a test case for the development of phylogenetic methods for divergence time estimation.
The results raise questions about the development of sexual dimorphism -- the divergence of characteristics between sexes in the same species.
The development of any one of these types of divergence should thereby alleviate the impetus for other types of divergence in the same trait(s) [ 10- 12].
Our results should be taken as an indication that generalizations are premature, and that for taxa in which geography conditions genetic and ecologic divergence, the development of RI might differ from the known examples of parallel speciation [ 15, 16].
Our results also may contribute to the development of relaxed clustering methods, whereby divergences exceeding specified thresholds are permitted.
Here, we employ a formal quantitative analysis of genetic interactions at several stages of divergence within the ring species complex Ensatina eschscholtzii in order to assess the relative contribution of genetic and ecological divergence for the development of RI.
These results suggest a divergence in the development of time-based prospective memory in the presence versus absence of event-based cues, and they also suggest that performance on typical time-based tasks may be partly driven by event-based prospective memory.
This adaptation can result in divergence and the development of unique phenotypes [ 36], which may be reflected in our phylogenetic analyses of multiple Micrurus species.
Nonetheless, exceptional examples of evolutionary potential appear to include the TE-derived Mustang and Sleeper genes, which may have underpinned the development of floral organs, a key morphological divergence of the angiosperms.
