Populations with high selfing rates always take the corner path on the fitness landscape (i.e., the deepest point of the fitness valley represented by genotypes that are homozygous for the ancestral allele at one locus, and homozygous for the derived allele at the other locus), while populations with low selfing rates can take the diagonal path (i.e., double heterozygous genotype). The diagonal path may however be counter selected (when kc is relatively high) and unstable (when the recombination rate is relatively high). Note that, for the sake of simplicity, all effects are here presented as discrete categories while they are in fact gradual.</p
The mating system of a species is expected to have important effects on its genetic diversity. In th...
International audienceIn outcrossing populations, "Haldane's sieve" states that recessive beneficial...
We extend our previous work on the fitness effect of the fixation of deleterious mutations on a popu...
(A) Schematic representations of the fitness landscapes for compensatory mutations with kc = 0 (left...
International audienceSelf-fertilization is generally seen to be disadvantageous in the long term. I...
Much theory has focused on how a population's selfing rate affects the ability of natural selection ...
<div><p>Currently existing theories predict that because deleterious mutations accumulate at a highe...
The fixation time estimated from the two loci models with mutation rates (μ) for A2 and B2 of either...
International audienceBoth the spatial distribution of organisms and their mode of reproduction have...
Much theory has focused on how a population's selfing rate affects the ability of natural selection ...
Currently existing theories predict that because deleterious mutations accumulate at a higher rate, ...
Recurrent self-fertilization is thought to lead to reduced adaptive potential by decreasing the gene...
The strength of selection (s) decreases with selfing rate as follows: s = s0(1 − σ), with s0 = 0 (re...
International audienceThe mating system of a species is expected to have important effects on its ge...
I present analytical predictions for the equilibrium inbreeding load expected in a population under ...
The mating system of a species is expected to have important effects on its genetic diversity. In th...
International audienceIn outcrossing populations, "Haldane's sieve" states that recessive beneficial...
We extend our previous work on the fitness effect of the fixation of deleterious mutations on a popu...
(A) Schematic representations of the fitness landscapes for compensatory mutations with kc = 0 (left...
International audienceSelf-fertilization is generally seen to be disadvantageous in the long term. I...
Much theory has focused on how a population's selfing rate affects the ability of natural selection ...
<div><p>Currently existing theories predict that because deleterious mutations accumulate at a highe...
The fixation time estimated from the two loci models with mutation rates (μ) for A2 and B2 of either...
International audienceBoth the spatial distribution of organisms and their mode of reproduction have...
Much theory has focused on how a population's selfing rate affects the ability of natural selection ...
Currently existing theories predict that because deleterious mutations accumulate at a higher rate, ...
Recurrent self-fertilization is thought to lead to reduced adaptive potential by decreasing the gene...
The strength of selection (s) decreases with selfing rate as follows: s = s0(1 − σ), with s0 = 0 (re...
International audienceThe mating system of a species is expected to have important effects on its ge...
I present analytical predictions for the equilibrium inbreeding load expected in a population under ...
The mating system of a species is expected to have important effects on its genetic diversity. In th...
International audienceIn outcrossing populations, "Haldane's sieve" states that recessive beneficial...
We extend our previous work on the fitness effect of the fixation of deleterious mutations on a popu...