Potential reproductive conflicts are common in insect societies. One process that can reduce or suppress conflict is policing. We review worker and "queen" policing in queenless ponerine ants. Queenless ants are an important model system for the study of intracolony reproductive conflict. Policing is widespread in queenless ants because workers are totipotent, so that additional potential conflicts occur in comparison to species where workers cannot mate, and these additional conflicts are frequently reduced by policing. Policing is more diverse than suggested by the examples known in other social insects. In almost all species of social Hymenoptera it can include preventing workers from reproducing by killing worker-laid eggs, but in queen...
Insect societies are sometimes exploited by workers who reproduce selfishly rather than help to rear...
Abstract Background Efficient division of reproductive labor is a crucial characteristic of social i...
Mutual policing is thought to be important in conflict suppression at all levels of biological organ...
Most animal societies are non-clonal and thus subject to conflicts. In social insects, conflict over...
Most animal societies are non-clonal and thus subject to conflicts. In social insects, conflict over...
Most animal societies are non-clonal and thus subject to conflicts. In social insects, conflict over...
In societies of totipotent insects, dyadic dominance interactions generate a hierarchy that often un...
Animal societies, including those of humans, are under constant threat by selfish individuals, who a...
Animal societies, including those of humans, are under constant threat by selfish individuals, who a...
In societies of totipotent insects, dyadic dominance interactions generate a hierarchy that often un...
eand D. australe, we studied the behaviour of new callows confronted with dominant individuals of di...
abstract: For colonies of ponerine ant species, sterility regulation after a founding queen's death ...
International audienceIn eusocial Hymenoptera, the ability of workers to reproduce is a cause of con...
International audienceIn eusocial Hymenoptera, the ability of workers to reproduce is a cause of con...
International audienceIn eusocial Hymenoptera, the ability of workers to reproduce is a cause of con...
Insect societies are sometimes exploited by workers who reproduce selfishly rather than help to rear...
Abstract Background Efficient division of reproductive labor is a crucial characteristic of social i...
Mutual policing is thought to be important in conflict suppression at all levels of biological organ...
Most animal societies are non-clonal and thus subject to conflicts. In social insects, conflict over...
Most animal societies are non-clonal and thus subject to conflicts. In social insects, conflict over...
Most animal societies are non-clonal and thus subject to conflicts. In social insects, conflict over...
In societies of totipotent insects, dyadic dominance interactions generate a hierarchy that often un...
Animal societies, including those of humans, are under constant threat by selfish individuals, who a...
Animal societies, including those of humans, are under constant threat by selfish individuals, who a...
In societies of totipotent insects, dyadic dominance interactions generate a hierarchy that often un...
eand D. australe, we studied the behaviour of new callows confronted with dominant individuals of di...
abstract: For colonies of ponerine ant species, sterility regulation after a founding queen's death ...
International audienceIn eusocial Hymenoptera, the ability of workers to reproduce is a cause of con...
International audienceIn eusocial Hymenoptera, the ability of workers to reproduce is a cause of con...
International audienceIn eusocial Hymenoptera, the ability of workers to reproduce is a cause of con...
Insect societies are sometimes exploited by workers who reproduce selfishly rather than help to rear...
Abstract Background Efficient division of reproductive labor is a crucial characteristic of social i...
Mutual policing is thought to be important in conflict suppression at all levels of biological organ...