Sentence examples for evolution of tolerance from inspiring English sources

His work on the evolution of tolerance to heavy metals in plants growing in contaminated soils remains the clearest and best example of evolution in action, and Darwin would have applauded it.

In Why We Cooperate, Tomasello's studies of young children and great apes help identify the underlying psychological processes that very likely supported humans' earliest forms of complex collaboration and, ultimately, our unique forms of cultural organization, from the evolution of tolerance and trust to the creation of such group-level structures as cultural norms and institutions.

Stinchcombe, JR; Rausher, MD, The evolution of tolerance to deer herbivory: modifications caused by the abundance of insect herbivores., Proceedings of the Royal Society B Biological Sciencess, vol. 269 no.

However, this kind of variability is the basis for the evolution of tolerance and resistance evolution to disease.

Evolution of tolerance, therefore, can engender ecological niche dynamics.

Whether the evolution of tolerance of fungal competitors in saprophagous Drosophila larvae really exerts no selection pressure on the fungi remains to be investigated.

Adaptation to cold is supposed to involve complex reorganizations of the genome and physiology [ 20], implying that the evolution of tolerances to temperate climates with highly seasonal conditions may pose particular problems [ 21, 22], especially for warm-adapted plant taxa confronted with cooling climate [ 19].

For instance, the evolution of salinity tolerance and cold tolerance in exotic copepods (Eurytemora affinis) in North America and Rhododendron in the British Isles, respectively, seems to be related to range expansion (Milne and Abbott 2000; Lee et al. 2003).

For example, selection on standing genetic variance for osmotic tolerance appears to underlie the evolution of freshwater tolerance in the copepod E. affinis (Lee et al. 2007).

This result is intriguing, given how difficult it has to been to manipulate the salt tolerance of commercial crop varieties [ 31, 36], but the frequent evolution of salt tolerance may give hope that many plant lineages can build on existing physiological and anatomical traits to develop increased tolerance of environmental salinity.

Additionally, patterns of inducible tolerance suggest that genetic assimilation may play a role in the evolution of constitutive tolerance in wild populations.