Sentence examples for evolutionary processes that contribute from inspiring English sources

This article reviews the various direct and indirect evolutionary processes that contribute to the origins of complex organs.

That is, the actual evolutionary processes that contribute to the sex-specific patterns we observe are usually attempted to be indirectly explained using clinical research rather than by the more appropriate quantitative genetics analyses designed for this purpose.

Disentangling the historical evolutionary processes that contribute to patterns of phenotypic and genetic variation is important for understanding contemporary patterns of both traits of interest and genetic diversity of a species.

Our identification of such shared genomic features across phylogenetically distant salamanders is a first step toward identifying the evolutionary processes that contributed to the accumulation and persistence of unusually high levels of repetitive sequence in salamander genomes.

Our identification of shared genomic features across phylogenetically distant salamanders, despite differences in genome size and composition, is a first step toward identifying the evolutionary processes that contributed to the accumulation and persistence of unusually high levels of repetitive sequence in salamander genomes.

doi: 10.1111/mec.12179 Although the evolutionary and ecological processes that contribute to plant invasion have been the focus of much research, investigation into the molecular basis of invasion is just beginning.

Using evolutionary analyses to understand the processes that contribute to pathogen diversity and population structure could have important applications in plant disease management (Burdon and Thrall 2008; Prasanna et al. 2010; Acosta-Leal et al. 2011).

First, it would provide information about the mutational and evolutionary processes that underlie their accumulation, illuminating processes that contribute to genome evolution.

A central question in evolutionary ecology is what are the factors and processes that contribute to the development of species range limits (Parmesan et al. 2005; Gaston 2009; Sexton et al. 2009; Wiens 2011; Anderson et al. 2012).

Working to understand the processes that contribute to reproductive isolation and speciation is among the most active and challenging areas in evolutionary biology.

Most treatments and presentations of evolutionary principles that our students experience also tend to be somewhat limited or superficial, leaving most of the cellular and molecular processes that contribute to evolution unexplained.