Sentence examples for anthropogenic evolution from inspiring English sources

The benefit of polyploidy in natural and anthropogenic evolution have been attributed to a series of factors accelerating evolution, such as mutation buffering, dosage effects, increased allelic diversity and heterozygosity, and sub- or neo-functionalization of duplicated genes (Soltis et al. 2009; Xu et al. 2014).

The BAP on agriculture includes a direct reference to anthropogenic evolution taking place in semi-natural and natural landscapes.

Most examples of contemporary, anthropogenic evolution affecting wild species do not take place in nature-conservation areas, but in those subjected to intensive human use – such as agriculture, fisheries or hunting.

Anthropogenic evolution is widespread in nature, and numerous recent examples show that anthropogenic trait change in the wild is a global phenomenon, documented in marine, freshwater and terrestrial ecosystems worldwide (Palkovacs 2011).

The benefit of polyploidy in natural and anthropogenic evolution has been attributed to a series of factors accelerating evolution, such as mutation buffering, dosage effects, increased allelic diversity and heterozygosity, and sub- or neo-functionalization of duplicated genes and resulting phenotypic variation (reviewed in [ 3]).

In particular, young soils, such as anthropogenic soils, show evolution patterns that change faster than natural soils.

Here we investigate the relative influence of natural and anthropogenic processes on the evolution of genetic diversity.

I discovered he held a fierce belief in an almighty God, and could not bring himself to believe in the science of Darwinian evolution or anthropogenic climate change.

Granier, C. et al. Evolution of anthropogenic and biomass burning emissions of air pollutants at global and regional scales during the 1980-2010 period.

Very few call themselves Republicans, in part because most believe in things many Republicans don't, like evolution and anthropogenic climate change.

This analysis demonstrates the potential of archaeological wood charcoal assemblages to inform on Pacific Island vegetation histories, anthropogenic processes, and the evolution of arboricultural economies.