Sentence examples for component of the evolution from inspiring English sources

The first phylogenetic tree construction exercise (Fig. 1) appeared on the group component of the evolution unit exam during the sixth week of class.

Fig. 1 Initial phylogenetic tree construction task from the group component of the evolution unit exam during the sixth week of class.

Phylogenetic trees from the group component of the evolution unit exam and group section of the final exam were not analyzed for variable associations or style distribution due to small sample sizes and low statistical power.

Phylogenetic trees generated by introductory biology students during the group component of the evolution unit exam (n = 23), individual section of the final exam (n = 77), and group component of the final exam (n = 22) were evaluated in terms of style, conventionality, and accuracy.

Although the cost of mate choice is an essential component of the evolution and maintenance of sexual selection, the energetic cost of female choice has not previously been assessed directly.

While offering new insights into potential therapeutical interventions against human irritable bowel syndrome, these results also give rise to the speculation that the presence of methane, and its passage-delaying effect, was an important component of the evolution of physiological adaptations to herbivory, which requires long passage times.

Cooperative meetings encompassed a key component for the evolution of cooperation and maintenance of checks and balances.

Here we identified two main components of the evolution of the classical composer networks: growth and attachment.

The origin and popularity of monophyletic grouping reasoning during the individual and group components of the evolution unit exam (22 and 30% of responses, respectively) remains unknown.

Such prompts were included on both the individual and group components of the evolution unit exam in which students completed the individual component before the group component (Supplemental Figures S1 and S2).

As such many techniques have been developed which measure the key components of the evolution of resistance, such as mutation rates, costs of resistance, compensatory evolution, multidrug resistance, and selection gradients.