Sentence examples for more comprehensive evolution from inspiring English sources

Indeed, it may require more comprehensive evolution instruction using extensive theoretical and experimental examples.

My feeling is that Evolution: The First Four Billion Years might have been published as two volumes: a collection of reviews and rather than a series of shorter essays, a more comprehensive encyclopedia of evolution with many more illustrations, which would ideally be in color to fully communicate the truly dynamic and modern nature of evolutionary biology.

These types of investigations may provide a more comprehensive understanding of evolution by gene duplication.

Nonetheless, our analysis offers the first glimpse into genome level patterns of protein evolution and a step towards a more comprehensive understanding of protein evolution in insect vectors.

Although these two approaches to identifying episodic evolution would ideally involve more comprehensive taxon sampling, if punctuated evolution were primarily responsible for inflating inferred molecular dates then we likely would have detected the effect with the present data matrix.

The combination of the post-mortem study and the lab scale tests allowed a more comprehensive understanding of the evolution of the refractory microstructure during degradation.

The combination of the post-mortem study and the laboratory scale tests allowed a more comprehensive understanding of the evolution of the saggar microstructure during degradation.

Despite such a notable lack of success, there has been a resurgence of research on earthquake predictability motivated by better monitoring networks and data on past events, new knowledge of the physics of earthquake ruptures, and a more comprehensive understanding of stress evolution and transfer.

The work presented here provides a more comprehensive view of UPR evolution.

A more comprehensive picture of the evolution of the partitioned genomes can only be reached by comparing the respective plasmid pool of additional strains of R. etli and R. leguminosarum to describe how they are able to function in a common genomic framework.

As these genomes become available, a more comprehensive picture of modular evolution in plants will emerge.