Benoit Pujol

TL;DR: The evidence for such effects of epigenetic, ecological and cultural inheritance and parental effects, and methods that quantify the relative contributions of genetic and non-genetic heritability to the transmission of phenotypic variation across generations are reviewed.

TL;DR: It is shown here that, in the absence of gametic disequilibrium, the multilocus structure can be used to derive estimates of s independent of FIS and free of technical biases, which opens the way to make use of the ever‐growing number of published population genetic studies, in addition to the more demanding progeny‐array approaches, to investigate selfing rates.

TL;DR: It is argued that widespread notions about their evolution under domestication are oversimplified, and that clonal propagated crops offer rich material for evolutionary studies, and how their mixed clonal/sexual reproductive systems function is explored.

TL;DR: These findings expose a remarkable aspect of evolution at range margins, where a history of expansion can reverse the direction of selection on the mating system, providing a parsimonious explanation for the high incidence of selfing in marginal populations.

TL;DR: This article found that approximately half of the comparisons that use only data from wild populations confound phenotypic and genetic variation, and pointed out that an unbiased estimate of Q(ST) can be found using the so-called "animal model of quantitative genetics.