Diese Diplomarbeit widmet sich der Berechnung der Wahrscheinlichkeitsdichte der Allelefrequenzen in einer Population über die Zeit innerhalb eines bi-allelischen Mo- dells mit Selektion und Drift. Dafür wird von einem Diffusions Modell ausgegangen, welches das Wright-Fisher und das Moran Modell approximiert. Die Dichte der Alle- lefrequenzen ist eine Lösung der Kolmogorov Vorwärts- und Rückwärtsgleichung, die sich aus dem Diffussions Modell ergibt. Eine Lösung zu diesen Gleichungen wurde bereits von Kimura (1955) gefunden. Der Lösungsweg von Kimura (1955) und von Song and Steinrücken (2012) wird beschrieben und ein weiterer Lösungansatz vorgestellt. Der neue Lösungsansatz basiert auf der Transformation der Kolmogorov Vorwärtsgleichung in di...
Near the beginning of the last century, R. A. Fisher and Sewall Wright devised an elegant, mathemati...
In this thesis we consider theoretical and practical aspects of conducting inference on data coming ...
The growth of a panmictic monoecious diploid population with two alleles at one locus is modeled by ...
International audiencePopulation structure affects the relative influence of selection and drift on ...
In population genetics, parameters describing forces such as mutation, migration and drift are gener...
This work is an interdisciplinary effort combining statistics and population genetics. First by usin...
A forward diffusion equation describing the evolution of the allele frequency spectrum is presented....
Using properties of moment stationarity we develop exact expressions for the mean and covariance of ...
Calculations based on the Wright-Fisher process and its limits are the primary tools of population g...
My thesis addresses a systematic approach to stochastic models in population genetics; in particular...
The joint and accurate inference of selection and demography from genetic data is considered a parti...
The demographic and evolutionary history of a population leaves an identifiable signature on pattern...
In stochastic population genetics, the fundamental quantity used for describing the genetic composit...
General formulae are derived for the probability density and expected age of a mutation of frequency...
MotivationIn the Wright-Fisher diffusion, the transition density function describes the time evoluti...
Near the beginning of the last century, R. A. Fisher and Sewall Wright devised an elegant, mathemati...
In this thesis we consider theoretical and practical aspects of conducting inference on data coming ...
The growth of a panmictic monoecious diploid population with two alleles at one locus is modeled by ...
International audiencePopulation structure affects the relative influence of selection and drift on ...
In population genetics, parameters describing forces such as mutation, migration and drift are gener...
This work is an interdisciplinary effort combining statistics and population genetics. First by usin...
A forward diffusion equation describing the evolution of the allele frequency spectrum is presented....
Using properties of moment stationarity we develop exact expressions for the mean and covariance of ...
Calculations based on the Wright-Fisher process and its limits are the primary tools of population g...
My thesis addresses a systematic approach to stochastic models in population genetics; in particular...
The joint and accurate inference of selection and demography from genetic data is considered a parti...
The demographic and evolutionary history of a population leaves an identifiable signature on pattern...
In stochastic population genetics, the fundamental quantity used for describing the genetic composit...
General formulae are derived for the probability density and expected age of a mutation of frequency...
MotivationIn the Wright-Fisher diffusion, the transition density function describes the time evoluti...
Near the beginning of the last century, R. A. Fisher and Sewall Wright devised an elegant, mathemati...
In this thesis we consider theoretical and practical aspects of conducting inference on data coming ...
The growth of a panmictic monoecious diploid population with two alleles at one locus is modeled by ...