activity
20002022
most citedTrees under attack: a Ray-Knight representation of Feller's branching diffusion with logistic growth

30 citations · 173 across the 28 of their papers we have counts for

collaborators

35 papers

math.PR2022★ 2 cited

Quasi-equilibria and click times for a variant of Muller's ratchet

Adrian Gonzalez Casanova, Charline Smadi, Anton Wakolbinger

Consider a population of individuals, each of them carrying a type in . The population evolves according to a Moran dynamics with selection and mutation, where an…

math.PR2022

A diploid population model for copy number variation of genetic elements

Peter Pfaffelhuber, Anton Wakolbinger

We study the following model for a diploid population of constant size : Every individual carries a random number of (genetic) elements. Upon a reproduction event each of the tw…

math.PR2022★ 3 cited

Asymptotic Gaussianity via coalescence probabilities in the Hammond-Sheffield urn

Jan Lukas Igelbrink, Anton Wakolbinger

For the renormalised sums of the random -colouring of the connected components of generated by the coalescing renewal processes in the "power law Pólya's urn" of…

math.PR2021

Evolving genealogies for branching populations under selection and competition

Airam Blancas, Stephan Gufler, Sandra Kliem +2

For a continuous state branching process with two types of individuals which are subject to selection and density dependent competition, we characterize the joint evolution of popu…

math.PR2020★ 20 cited

Haldane's formula in Cannings models: The case of moderately strong selection

Florin Boenkost, Adrián González Casanova, Cornelia Pokalyuk +1

For a class of Cannings models we prove Haldane's formula, , for the fixation probability of a single beneficial mutant in the limit of large populati…

q-bio.PE2020

Microbial populations under selection

Ellen Baake, Anton Wakolbinger

This chapter gives a synopsis of recent approaches to model and analyse the evolution of microbial populations under selection. The first part reviews two population genetic models…