Sentence examples for studies of adaptation from inspiring English sources

The results of this study highlight the appropriateness of an RNA-seq approach for studies of adaptation (including adaptive plasticity) in non-model organisms.

Studies of adaptation in bacteria have revealed that adaptive change occurs in discreet jumps through large-effect mutations.

The availability of a high-quality reference represents a timely step forward in fundamental studies of adaptation across the diversity of habitats occupied by eucalypt species.

Natural theology remained an influential doctrine for well over a century after Ray's death; inspiring naturalists to look at form in the context of function, it laid the groundwork for evolutionary studies of adaptation and fitness.

Researchers at Princeton, University of California-San Frandisco, and the Salk Institute argued similarly in a May 2011 Perspectives article in Nature Reviews Cancer that bacterial populations, which have much in common with human cancer tumors, could serve as a biological model for scientific studies of adaptation and evolution.

But, says Diane Lawrence, a graduate student in biology at Imperial College London, what actually happens when a number of species grow together over generations has rarely been examined in the laboratory, since most studies of adaptation involve one species alone, or perhaps two species.

Drosophila are found worldwide, and their extensive distribution has allowed studies of adaptations to different latitudes.

Integrating historical and mechanistic biology enhances the study of adaptation.

New statistical methods designed explicitly for the comparative study of adaptation overcome these criticisms and offer fresh insights into the evolution of phenotypes.

However, recent debate has focused on whether it is appropriate to apply phylogenetic comparative methods (PCMs) to the study of adaptation.

Therefore, the study of adaptation and evolution of behavior is a particularly complex one, involving a wide range of methodologies and techniques, including mathematical modeling, comparative methods, phenotypic engineering, quantitative genetics, genetic dissection, and artificial selection.