Sentence examples for the evolution of a diverse from inspiring English sources

In addition, the abundance of plant litter in these first forests may have facilitated the evolution of a diverse and abundant terrestrial arthropod fauna.

Herbivores depend on plants for food, and have evolved mechanisms to obtain this food despite the evolution of a diverse arsenal of plant defenses.

The outcome of this intense interaction is the evolution of a diverse and powerful arsenal of biological weapons.

These common elements are overlaid by variations in active site architecture resulting in the evolution of a diverse set of reactions that include condensation, lyase/aldolase, and carboxyl transfer activities.

Thus, it has been hypothesized that their wide distribution and in some cases major genome load may make these elements important in the evolution of a diverse, environmentally-relevant suite of bacteria.

Because SFPs serve as agents that manipulate many different postmating aspects of female physiology and behavior, and because any novel SFP that benefits males will be favored by selection, we predict the evolution of a very diverse and at least partly redundant set of SFPs.

The evolution of mitochondria (the centres of aerobic respiration in the cell) as organelles from endosymbiotic bacteria and the establishment of oxidative pathways allowed a more efficient cellular energy balance, which led the way to the evolution of an enormously diverse array of eukaryotic organisms.

Building on information technology trends such as the Internet of Things (IoT), Big Data, cloud computing, real-time user interaction, etc., the Energy Internet represents the evolution of an integrated energy system with diverse structure, clean energy sources, electrified consumption and intelligent operation.

Sequence alignment and phylogenetic analysis reveal the evolution history of a diverse repertoire of proteins for pathogen recognition.

In this paper, we will present a detailed study of the growth and evolution of a diverse range of ZnO nanostructures that can be grown on Au-coated 4H-SiC substrates.

This application of similarity theory to animal biomechanics has contributed to fundamental insights in the mechanics and evolution of a diverse set of locomotor systems.