Sentence examples for evolutionary impacts of the from inspiring English sources

The evolutionary impacts of the environmental gradient in Cameroon have been examined in a small number of taxa [ 27, 31, 32], but for the most part, there are not enough studies examining the relative roles of ecotones versus other biogeographic barriers (i.e. the Sanaga River).

Conservation strategies that address habitat loss should consider the evolutionary impacts of that loss as well as the demographic effects, and in particular seek to maintain or restore natural patterns of phenotypic and genotypic variability.

The Tibetan highlands host one of the world's largest pastoral ecosystems, but the evolutionary impact of the Tibetan nomadic livestock economy on the environment has not yet been investigated.

Much like horizontal gene transfer (HGT), the frequency, mechanisms and evolutionary impact of the horizontal transfer of transposable elements (HTT) have been well characterized in prokaryotes [ 1, 2].

These features of the Paris system provide an opportunity to study the evolutionary impact of the emergence of sex-ratio drive and to identify a network of genes controlling segregation of the sex chromosomes.

As such, the potential evolutionary impact of the behavioral patterns observed in the laboratory may not be fully realized in a natural field setting because of the over-riding role of ecological segregation.

The next challenge is to investigate how environmental and genetic factors combine to influence gene expression, and the evolutionary impact of these effects for animals as a whole.

Although we cannot infer adaptation from the available data, we can estimate the potential evolutionary impacts of dams and discuss the types of data that would be necessary to make such inferences.

We have also discussed the potential evolutionary impacts of Juan-A in the Ae. aegypti genome.

Anolis lizards provide an exceptional opportunity to investigate the evolutionary impacts of anthropogenic habitat alteration because of the well-documented association between morphology and habitat use in this group (Williams 1983; Losos 1990; Losos et al. 1994, 2001; Langerhans et al. 2006).

In future, the intent is to merge these approaches with full-genome scans (i.e., QTL discovery and full parental genotyping of hatchery fish) that will provide a greater mechanistic understanding of the evolutionary impacts of cumulative stressors on wild salmon populations.