This thesis consists of four papers on asymptotic results and stochastic duality for some processes in mathematical population genetics. The focus is on Wright-Fisher diffusions and coalescent processes, which model, respectively, the evolution of frequencies of genetic types and genealogies in a population,and play a key role in inference on genetic data sets. Paper A concerns the derivation of a stochastic dual process for the coupled Wright-Fisher diffusionin a multi-locus population evolving under pairwise selection, which acts on pairs of loci, parent dependent mutations and free recombination. The dual process consists of block counting processes of coupled ancestral selection graphs, one for each locus. In the dual process, coalescen...
This thesis studies branching population models called splitting trees, where individuals evolve ind...
We dedicate this paper to Sir John Kingman on his 70th Birthday. In modern mathematical population g...
In this bachelor thesis we use a stochastic model to aspire to explain biodiversity patterns in diff...
The results in this paper provide new information on asymptotic properties of classical models: the ...
Measure-valued and coalescent processes have a long and rich history in the field of population gene...
A two-types, discrete-time population model with finite, constant size is constructed, allowing for ...
A two-types, discrete-time population model with finite, constant size is constructed, allowing for ...
A two-types, discrete-time population model with finite, constant size is constructed, allowing for ...
PhDThe theory of probability and stochastic processes is applied to a current issue in population g...
Finding the expected number of generations it takes before every individual in a population (of cons...
A coalescent dual process for a multi-type Moran model with genic selection is derived using a gener...
Duality plays an important role in population genetics. It can relate results from forwards-in-time ...
Widely used models in genetics include the Wright-Fisher diffusion and its moment dual, Kingman's co...
We review recent progress in the understanding of the interplay between population models, measure-v...
A two-types, discrete-time population model with finite, constant size is constructed, allowing for ...
This thesis studies branching population models called splitting trees, where individuals evolve ind...
We dedicate this paper to Sir John Kingman on his 70th Birthday. In modern mathematical population g...
In this bachelor thesis we use a stochastic model to aspire to explain biodiversity patterns in diff...
The results in this paper provide new information on asymptotic properties of classical models: the ...
Measure-valued and coalescent processes have a long and rich history in the field of population gene...
A two-types, discrete-time population model with finite, constant size is constructed, allowing for ...
A two-types, discrete-time population model with finite, constant size is constructed, allowing for ...
A two-types, discrete-time population model with finite, constant size is constructed, allowing for ...
PhDThe theory of probability and stochastic processes is applied to a current issue in population g...
Finding the expected number of generations it takes before every individual in a population (of cons...
A coalescent dual process for a multi-type Moran model with genic selection is derived using a gener...
Duality plays an important role in population genetics. It can relate results from forwards-in-time ...
Widely used models in genetics include the Wright-Fisher diffusion and its moment dual, Kingman's co...
We review recent progress in the understanding of the interplay between population models, measure-v...
A two-types, discrete-time population model with finite, constant size is constructed, allowing for ...
This thesis studies branching population models called splitting trees, where individuals evolve ind...
We dedicate this paper to Sir John Kingman on his 70th Birthday. In modern mathematical population g...
In this bachelor thesis we use a stochastic model to aspire to explain biodiversity patterns in diff...