Sentence examples for evolution of a wide range from inspiring English sources

Those organisms that produce a wider range of variation because of greater ontogenetic allometric change produce more raw material for natural selection, leading to the evolution of a wide range of descendants.

Whereas new fossil findings suggest that flight evolved before echolocation [3], the subsequent evolution of a wide range of complex sonar systems across bats is unprecedented among mammals.

Individual recognition (IR) is regarded as to be an important prerequisite for the evolution of a wide range of social behaviours, from mate choice and parental care to territorial defence and dominance hierarchies.

Hence, intralocus sexual conflict appears to play a role in the evolution of a wide range of fitness-related traits and may be a powerful mechanism for the maintenance of genetic variation in fitness.

The strong selection pressure predation imposes on prey animals have resulted in the evolution of a wide range of antipredator devices encompassing a range of behavioral and morphological traits (Cott 1940; Edmunds 1974; Ruxton et al. 2004).

Equally clearly, general buffering systems can be modified in ways that meet compensatory requirements and may provide templates for the evolution of a wide range of specific regulatory mechanisms.

Yet extrapolation of these results to the rest of the observable Universe requires understanding the dependence of formation and evolution on a wide range of initial conditions.

During human evolution, the development of a wide range of cooking processing techniques enabled humans to provide their social group with maximum benefits from limited food resources.

The results of greatest interest concern the evidence for the extraordinary degree of genetic mosaicism both in recently evolved taxa and in the long-term evolution (and co-evolution) of a wide range of bacteria, archaea, and mobile elements.

We used five calibration time points spanning 18, 45, 150, 500, and 6,000 kyr, which adequately captures the rate of evolution in a wide range of timescales (table 1).

A general conclusion is that gene expression explains a significant amount of variation in rates of protein evolution across a wide range of taxa (Rocha 2006; Drummond and Wilke 2008; Yang and Gaut 2011).