AbstractIn the classical model of population genetics for continuous time (Fisher's equation) for n alleles a stationary point is called regular if the viability of each of the absent alleles is distinct from the average viability of the population. It is shown that if the ω-limit set of a trajectory contains a regular point, then it contains only one point
Fisher’s equation was proposed in 1937 to model the spatial spread of an advantageous gene in a popu...
Using singular perturbation methods, the existence and stability of traveling wave solutions for a d...
The evolution of a quantitative phenotype is often envisioned as a trait substitution sequence where...
AbstractIn the classical model of population genetics for continuous time (Fisher's equation) for n ...
AbstractFor a population genetic model with differential fertility it is shown that every solution t...
Many models in population genetics feature some form of convergence of the genetic state of the popu...
We study the convergence towards a unique equilibrium distribution of the solutions to a time-discre...
Near the beginning of the last century, R. A. Fisher and Sewall Wright devised an elegant, mathemati...
29 pages, 4 imagesWe are interested in the dynamics of a population structured by a phenotypic trait...
We study a parabolic Lotka-Volterra type equation that describes the evolution of a population struc...
This article is concerned with the long time behavior of neutral genetic population models, with fix...
My thesis addresses a systematic approach to stochastic models in population genetics; in particular...
We construct a new continuous time select ion-mutation-recombination model for population dynamics, ...
International audienceThis article is concerned with the long-time behavior of neutral genetic popul...
23 pagesWe consider a continuous time stochastic individual based model for a population structured ...
Fisher’s equation was proposed in 1937 to model the spatial spread of an advantageous gene in a popu...
Using singular perturbation methods, the existence and stability of traveling wave solutions for a d...
The evolution of a quantitative phenotype is often envisioned as a trait substitution sequence where...
AbstractIn the classical model of population genetics for continuous time (Fisher's equation) for n ...
AbstractFor a population genetic model with differential fertility it is shown that every solution t...
Many models in population genetics feature some form of convergence of the genetic state of the popu...
We study the convergence towards a unique equilibrium distribution of the solutions to a time-discre...
Near the beginning of the last century, R. A. Fisher and Sewall Wright devised an elegant, mathemati...
29 pages, 4 imagesWe are interested in the dynamics of a population structured by a phenotypic trait...
We study a parabolic Lotka-Volterra type equation that describes the evolution of a population struc...
This article is concerned with the long time behavior of neutral genetic population models, with fix...
My thesis addresses a systematic approach to stochastic models in population genetics; in particular...
We construct a new continuous time select ion-mutation-recombination model for population dynamics, ...
International audienceThis article is concerned with the long-time behavior of neutral genetic popul...
23 pagesWe consider a continuous time stochastic individual based model for a population structured ...
Fisher’s equation was proposed in 1937 to model the spatial spread of an advantageous gene in a popu...
Using singular perturbation methods, the existence and stability of traveling wave solutions for a d...
The evolution of a quantitative phenotype is often envisioned as a trait substitution sequence where...