Inbreeding depression should select for inbreeding avoidance behaviours. Here we test this hypothesis in two populations of the simultaneous hermaphroditic freshwater snail Physa acuta. We recorded the copulatory behaviour of 288 pairs of sib-mates, non-kin mates from the same population, or non-kin mates from two different populations. We find that kin discriminatory behaviours exist in this species, exclusively expressed by individuals playing the female role. We discuss the relevance of our finding in the context of the evolution of recognition systems and the consequences of such a behaviour in natural population
In many species, individuals can employ alternative reproductive phenotypes, with profound consequen...
In simultaneous hermaphrodites, gender conflicts that arise from two potential mates sharing the sam...
In promiscuous species, male fitness is expected to increase with repeated matings in an open-ended ...
Inbreeding depression should select for inbreeding avoidance behaviours. Here we test this hypothesi...
International audienceInbreeding is expected to impair male and female reproductive performance, but...
Several internally fertilizing hermaphroditic animals can only perform one sexual role at a time. In...
Inbreeding depression is one of the main forces opposing the evolution of self-fertilization. Of cen...
Inbreeding depression has become a central theme in evolutionary biology and is considered to be a d...
Several internally fertilizing hermaphroditic animals can only perform one sexual role at a time. In...
Basic models of mating-system evolution predict that hermaphroditic organisms should mostly either c...
In simultaneous hermaphrodites, gender conflicts that arise from two potential mates sharing the sam...
In hermaphrodites, traits that influence the selfing rate can coevolve with inbreeding depression, l...
The evolution of environment-specific trait expression (i.e., phenotypic plasticity) represents a se...
In hermaphrodites, traits that influence the selfing rate can coevolve with inbreeding depression, ...
Environmental effects on mating system expression are central to understanding mating system evoluti...
In many species, individuals can employ alternative reproductive phenotypes, with profound consequen...
In simultaneous hermaphrodites, gender conflicts that arise from two potential mates sharing the sam...
In promiscuous species, male fitness is expected to increase with repeated matings in an open-ended ...
Inbreeding depression should select for inbreeding avoidance behaviours. Here we test this hypothesi...
International audienceInbreeding is expected to impair male and female reproductive performance, but...
Several internally fertilizing hermaphroditic animals can only perform one sexual role at a time. In...
Inbreeding depression is one of the main forces opposing the evolution of self-fertilization. Of cen...
Inbreeding depression has become a central theme in evolutionary biology and is considered to be a d...
Several internally fertilizing hermaphroditic animals can only perform one sexual role at a time. In...
Basic models of mating-system evolution predict that hermaphroditic organisms should mostly either c...
In simultaneous hermaphrodites, gender conflicts that arise from two potential mates sharing the sam...
In hermaphrodites, traits that influence the selfing rate can coevolve with inbreeding depression, l...
The evolution of environment-specific trait expression (i.e., phenotypic plasticity) represents a se...
In hermaphrodites, traits that influence the selfing rate can coevolve with inbreeding depression, ...
Environmental effects on mating system expression are central to understanding mating system evoluti...
In many species, individuals can employ alternative reproductive phenotypes, with profound consequen...
In simultaneous hermaphrodites, gender conflicts that arise from two potential mates sharing the sam...
In promiscuous species, male fitness is expected to increase with repeated matings in an open-ended ...