The Mathematical Theory of Selection, Recombination, and Mutation

By R. Buerger. 2000

696 citations recorded by the source corpus.

View Paper: https://www.semanticscholar.org/paper/a69244c1dc453a7fc4cb8f62be7994f25542b65c

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Citations in the corpus

Neuronal boost to evolutionary dynamics (2015, unknown): “[32]).”
Spontaneous Mutation Accumulation Studies in Evolutionary Genetics (2009, background): “…of effects of new mutations feature in evolutionary and population genetics theory, including such questions as the evolution of sex and recombination (Otto & Lenormand 2002), the maintenance of variation (Bürger 2000), and the persistence of small populations (Lande 1994, Lynch et al. 1995).”
Adaptation to an extraordinary environment by evolution of phenotypic plasticity and genetic assimilation (2009, background): “The larger the effective number of loci contributing to the additive genetic variance of a character, the more slowly stabilizing selection reduces the genetic variance (Crow & Kimura, 1970, p. 239; Lande, 1975; Bürger, 2000, p. 253).”
The evolutionary genetics of personality (2007, background): “Also, it is now widely believed that overdominance is evolutionary unstable and thus an unlikely candidate for maintaining genetic variation, especially in the long-term (Bürger, 2000; Keller & Miller, 2006a; Roff, 1997).”
Evolvability (2006, unknown): “The major classical thrust has been the analysis of the dynamics of populations [Fisher 1930; Wright 1968; Roff 1997; B¨urger 2000].”
Correlation and Causation in the Study of Personality (2012, background): “Quantitative genetics is the branch of population genetics concerned with the genetics of continuously varying traits (Bürger, 2000; Lynch & Walsh, 1998).”
Statistical genetics and evolution of quantitative traits (2011, methodology): “Our discussion of the multilocus selection problem will follow the Barton-Turelli course of making and keeping it simple (Barton and Turelli, 1991; Turelli and Barton, 1994), by attempting to make it simpler still.”
The Evolution of Genetic Architecture (2006, background): “In a sexually recombining population it is difficult to build up much variation in linkage disequilibrium unless the loci are very strongly linked (Bürger 2000, Hastings 1989).”
Heritability is not Evolvability (2011, background): “For example, the ‘‘Lande—Turelli’’ debate on the maintenance of additive genetic variance was usually phrased in terms of explaining observed heritabilities (e.g. Lande 1976; Turelli 1984; see Barton and Turelli 1989; Bürger 2000; Johnson and Barton 2005 for review).”
Stochastic Models for Structured Populations: Scaling Limits and Long Time Behavior (2015, background): “tion writes @ t˘ t(x) = b(x) d(x;C˘ t(x)) ˘ t(x) + 1 2 ( ˙2 p˘ t)(x): (7.15) Therefore, Eq. (7.15) generalizes the Fisher reaction-diusion equation known from classical population genetics (see e.g. [18]). Theorem 7.6. Assume that Assumptions6.1{7.3hold and that = 1. Assume also that the initial con”
Measure Solutions for Some Models in Population Dynamics (2011, background): “Our aim here is to give a simple and general proof of well-posedness in the space of measures for a class of models that will include a wide range of selection-mutation models as well as many classical nonlinear structured population models [3, 14, 15, 22, 28, 27].”