Sentence examples for understanding of diversification from inspiring English sources

Combining intraspecific studies of genetic variation at the lineage level with ecological data will be essential to better understand phylogeographic differences among taxa and advance our understanding of diversification mechanisms.

In any case, we suggest that the adaptive landscape metaphor might provide a useful framework for advancing our understanding of diversification in humans.

During the last century, an important effort has been devoted to the understanding of diversification patterns and processes in terms of branching evolutionary trees [ 1- 7].

This is not only true for our understanding of evolutionary systematics and phylogenetics, including TOL, but it will also largely contribute to our understanding of diversification at the subcellular, cellular and organismal levels of integration.

Our results underscore the potential of the R. crucifer species group to contribute to a better understanding of diversification processes and hybridization patterns in the Neotropics, and provide the basis for future evolutionary and taxonomic studies.

Developing an understanding of diversification along multiple functional morphological dimensions in Geophagini will provide us with a clearer picture of the ecological and evolutionary processes involved in the adaptive radiation of one of the most diverse groups of Neotropical fishes.

Accurate quantitative predictions of mass properties are therefore fundamental to biomechanical analyses of extinct organisms and to understanding patterns of diversification and extinction in the fossil record.

Conclusions: This new set of markers is suitable for studying population structure and providing insights into gene flow among populations and for understanding processes of diversification.

Although 'evolutionary cradles' and 'museum' models are presented as alternative hypotheses explaining the diversification of many groups, both models can account for the diversification of Neotropical taxa [ 13], rendering the understanding of Neotropical diversification more intricate than expected [ 9].

Michael Samuel Neuberger, the brilliant molecular biologist whose work stimulated the development of therapeutic antibodies and transformed our understanding of antibody diversification, died in Cambridge, UK, on 26 October from myeloma (a cancer of antibody-producing B cells), a week before his 60th birthday.

The functional characterizations of genes from PoGOs α and β should improve our understanding of the diversification of α-fucosidase from GDSL-motif lipase/hydrolase family protein.