Titlebook: Microevolution Rate, Pattern, Process; A. P. Hendry,M. T. Kinnison Book 2001 Springer Science+Business Media Dordrecht 2001 Adaptation.Eco

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Toward a new synthesis: Population genetics and evolutionary developmental biology,d do not yet consider the implications of how phenotypes are constructed from genotypes. Given the ubiquity of regulatory genetic pathways in developmental processes, we contend that study of the population genetics of these pathways should become a major research program. We discuss the role diverg

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Population structure inhibits evolutionary diversification under competition for resources,s that competition for resources occurs within groups of a finite number of individuals (interaction groups), and that limited dispersal of individuals between groups (according to Wright’s island model of population structure) results in genetic structuring of the population. It is found that both

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Variation, selection and evolution of function-valued traits,e specific empirical example - thermal performance curves (TPCs) for growth rates of caterpillars - to demonstrate how models for function-valued traits are natural extensions of more familiar, multivariate models for correlated, quantitative traits. We emphasize three main points. First, because fu

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Rates of evolution on the time scale of the evolutionary process,d macroevolutionary patterns reflect this process on longer time scales. Rates of evolution are most efficiently expressed in haldane units, ., in standard deviations per generation, indexed by the log of the time interval. Rates from replicated selection experiments and simulations have rate-interv

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The pace of modern life II: From rates of contemporary microevolution to pattern and process,ates in darwins (proportional change per million years) and 2151 evolutionary rates in haldanes (standard deviations per generation). Here we demonstrate how quantitative rate measures can provide general insights into patterns and processes of evolution. The frequency distribution of evolutionary r

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Trends and rates of microevolution in plants,ry change in plant populations has not been quantified using a rate metric that allows for comparisons between and within studies. One objective of this paper is to estimate rates of evolution using data from previously published studies to begin a foundation for comparison and to examine trends and