Movement, from foraging to migration, is known to be under the influence of the
environment. The translation of environmental cues to individual movement decision making …

Dispersal is a central life history trait that affects the ecological and evolutionary dynamics of
populations and communities. The recent use of experimental evolution for the study of …

Dispersal determines gene flow among groups in a population and so plays a major role in
many ecological and evolutionary processes. As gene flow shapes kin structure, dispersal is …

The coevolution between dispersal and sociality can lead to linked polymorphisms in both
traits, which may favour the emergence of supergenes. Supergenes have recently been …

Theory and empirical work suggest that behaviours such as dispersal and exploration are
predictors of invasive success, and that behaviours may shift predictably after invasive …

Dispersal syndromes (ie suites of phenotypic correlates of dispersal) are potentially
important determinants of local adaptation in populations. Species that exhibit sexual …

Sex‐biased dispersal (SBD) often skews the local sex ratio in a population. This can result in
a shortage of mates for individuals of the less‐dispersive sex. Such mate limitation can lead …

For many organisms, habitat avoidance provides the first line of defence against parasitic
infection. Changes in infection status can shift the cost-benefit ratio of remaining in a given …

Meiotic drivers are genetic entities that increase their own probability of being transmitted to
offspring, usually to the detriment of the rest of the organism, thus 'selfishly'increasing their …

Theoretical and empirical studies often show that within populations, individuals vary in their
propensity to disperse. We aspired to understand how this behavioural variation is impacted …