Sentence examples for evolution resources from inspiring English sources
To dig deeper into this topic, visit these Understanding Evolution resources: Natural selection: the basics.
To dig deeper into some of the examples discussed in this article, visit the following Understanding Evolution resources: Evolutionary evidence takes the stand.
Throughout the course of human evolution resources have been scarce and thus evolution has fostered a reward-based drive to obtain them.
To dig deeper into species concepts, visit this Understanding Evolution resource: Defining a Species.
To dig deeper into the history of studies of human evolution, visit this Understanding Evolution resource: Fossil Hominids, Human Evolution: Thomas Huxley and Eugene Dubois.
A well-supported phylogeny is indispensable for establishing taxon relationships and patterns of character evolution, resource use, and geographic distribution.
The model was also used to forecast the quantitative and qualitative evolution of resources over time, thus testing the effects of different management hypotheses.
Moreover, due to the technological evolution, computational resources available to radio wave engineers can be expected to become greater and cheaper in the future, contributing to overcome traditional high-CPU time limitations [8].
Thus, we propose that PD which increases teachers' familiarity with available evolution teaching resources would also increase teachers' confidence in their instruction and help them overcome social obstacles such as opposition from parents, administrators, and students.
Moreover, the evolution of resource polymorphism – in which alternative morphs showing differential resource use occur in the same population [4] – may represent a critical, early phase in the formation of a new species [1], [4], [6], [7].
We detected phylogenetic under-dispersion in host-species use that is consistent with i) cycles of oligophagy or polyphagy interspersed with repeated colonisations of Acacia over protracted periods before the evolution of resource specialisation; and ii) colonisation of host phenotypes that favour resource use in one environment over the other.
