… With this definition in mind, I review the main aspects of genetic architecture that are
important in determining the ability to produce and maintain potentially adaptive variants. …

… ecological forces acting on organisms in evolutionary … of genetic architecture have typically
divided genetic factors into … had deep consequences for evolutionary theory, in particular for …

… can alter our view of genetic architecture, because the phenotype … the genetics of these traits
particularly complex, because genetic … The altered genetic architecture can also lead to very …

… feasible to understand the salient features of the genetic architecture of quantitative traits by
a detailed study of those relatively few loci that contribute most of the genetic variation. If the …

… for ecologically important traits with low genetic variation, such as desiccation and cold
resistance in some Drosophila species (Hoffmann et al. 2003, Kellermann et al. 2009), or traits …

… Because nearly all evolutionary theory is couched in terms of the mean (first moment) and
… in any discussion of the evolution of genetic architecture. One rule of evolution is that if we …

… consequences of genetic architectures on eco-evolutionary dynamics … genetic architecture
on evolutionary and eco-evolutionary dynamics and propose a future direction where genetic …

… Evolution of genetic architecture under canalization. Here we show what happens to the
genetic architecture in the simulations shown in Figure 5. (A) and (C) correspond to the negative …

… However, to accurately predict the direction and rate of trait evolution, a detailed genetic
architecture of how genes act and interact to control various stages of development must be …

… the evolutionary–genetic architecture of human pigmentation. These results suggest a complex
evolutionary history, with selection acting on different gene … Some candidate genes may …