Sentence examples for targeting the evolution of from inspiring English sources

A wealth of investigations have been targeting the evolution of plumage coloration in birds, but the vast majority of these studies focused on the production costs of carotenoid-based and gaudy structural ornamentation (reviews in [8]).

A second line of research targeting the evolution of novelty departs from a concentration on trait morphology per se and instead focuses on function, or more specifically the relationship between form and function.

Consequently, sexuality will be a primary target for the evolution of adaptations — anatomical, physiological, and psychological adaptations.

Together, these results suggest that fractality has been an implicit target in the evolution of temporal factors in movies.

The optimization of the microarray workflow, including the hybridization step, is thus a primary target for the evolution of more efficient protocols.

We find that all Hfq-associated sRNAs forming part of single-input modules in the E. coli K-12 sRNA interaction network are core (GcvB, RyhB, DsrA, OxyS, SsrS, RybB), suggesting that interaction with multiple targets constrains the evolution of these sRNAs.

Further, interventions targeted toward preventing the evolution of episodic disorders into chronic migraine conditions might reduce the tendency for comorbid RLS, particularly in patients with MA.

Surveys included items targeting the guides knowledge of evolution (via the Knowledge of Evolution Exam, or the KEE) and acceptance of the theory of evolution (via the Measure of Acceptance of the Theory of Evolution, or the MATE).

We offer novel analyses targeting two questions: did the evolution of the ectomycorrhizal symbiosis facilitate an adaptive radiation of symbiotic Amanita and how are the genomes of asymbiotic fungi different from the derived genomes of ectomycorrhizal fungi?

One of the best targets for deciphering the evolution of an island arc system is the Tanzawa Tonalites (4 9 Ma), in the intra-oceanic Izu Bonin Mariana arc.

Ancient ferns with a rhizome cloaked by a thick mantle of persistent leaf bases and adventitious roots have a high potential for preserving macro-epiphytes and associated micro-organisms, and are especially promising targets for understanding the evolution of biotic interactions in forest understorey ecosystems.