… These results may help explain the success of many partially clonal organisms in invading
new … We then carry out individual-based simulations relaxing assumptions of the deterministic …

… invasion front, and has helped elucidate the way this form of spatial sorting can promote
acceleration of the invasion … -front solutions and the occurrence of spatial sorting in the case of …

… evolution during invasion. Our individual-based simulation model allows for the evolution
of two quantitative traits: a trait conferring adaptation to an environmental gradient, and a …

… Populations of species can respond to changes in their environment through local genetic
adaptation or plasticity, dispersal, or local extinction. The individual-based modeling (IBM) …

… Here, we instead present a simple individual-based model in … appear by mutation or
invasion from neighboring colonies, … : units of evolution [44] showing group adaptation [45]. An …

… We show that, on an invasion front, spatial sorting can be … population genetics very sensibly
focusses on a population … the process of adaptation and push populations away from their …

… Thus, this expanding population represents an opportunity to empirically test the role of
spatial sorting and local adaptation in the changes in dispersal allocation at the edge of its range…

… We construct an individual-based model using the RangeShiftR … We validate our model using
a spatial-block cross-validation … Our model showed very good predictive accuracy of spatial …

… Here we used an individual-based-model (IBM) to study how … the spatial patterns of the
genetic structure of a population during … Evolutionary processes make invasion speed difficult to …

… , metapopulation connectivity and adaptation. We also include a … or the impact of biotic
invasions by assessing the interaction of … However, the analysis is individual-based and so could …