Most models of ecological and eco‐evolutionary processes involve creating trajectories of
something, be it population densities, average trait values, or environmental states, over …

Under gametophytic self‐incompatibility (GSI), plants are heterozygous at the self‐
incompatibility locus (S‐locus) and can only be fertilized by pollen with a different allele at …

Recently, it was pointed out that classic models for the evolution of anisogamy do not take
into account the possibility of parthenogenetic reproduction, even though sex is facultative in …

In populations with limited recombination, clonal interference among beneficial mutations
limits the maximum rate of adaptation. Spatial structure slows the spread of beneficial …

Organisms with external fertilisation exhibit a broad range of reproductive modes, from
simple parthenogenesis to sexual reproduction encompassing isogamy, anisogamy, and …

Organisms with external fertilization exhibit a variety of reproductive modes, from simple
parthenogenesis to isogamy, anisogamy and oogamy. Here, we develop a mathematical …

Evolution is an inherently stochastic process comprised of many randomly occurring events.
The evolutionary fate of a population depends largely on its underlying ecological …

Recently, it was pointed out that classic models for the evolution of anisogamy do not take
into account the possibility of parthenogenetic reproduction, even though sex is facultative in …

The evolutionary mechanism that drove the establishment of self-incompatibility in early
sexual eukaryotes is still a debated topic. While a number of competing hypotheses have …