Most animal societies are non-clonal and thus subject to conflicts. In social insects, conflict over male production can be resolved by worker policing, i.e. eating of worker-laid eggs (WLE) or aggression towards reproductive workers. All workers in a colony have an interest in policing behaviour being expressed, but there can be asymmetries among workers in performing the actual behaviour. Here, we show that workers of the ant Pachycondyla inversa specialize in policing behaviour. In two types of behavioural assays, workers developed their ovaries and laid eggs. In the first experiment, reproductive workers were introduced into queenright colonies. In the second experiment, WLE were introduced. By observing which individuals policed, we fo...
Understanding which parties regulate reproduction is fundamental to understanding conflict resolutio...
In insect societies, workers often try to challenge the reproductive monopoly of the queen by laying...
In societies of totipotent insects, dyadic dominance interactions generate a hierarchy that often un...
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...
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...
Potential reproductive conflicts are common in insect societies. One process that can reduce or supp...
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...
The success of social insects can be largely attributed to division of labour. In contrast to most s...
Mutual policing, where group members suppress each others' reproduction, is hypothesized to be impor...
We investigated worker policing by egg eating in the ponerine ant Pachycondyla inversa, a species wi...
In insect societies, workers often try to challenge the reproductive monopoly of the queen by laying...
Understanding which parties regulate reproduction is fundamental to understanding conflict resolutio...
In insect societies, workers often try to challenge the reproductive monopoly of the queen by laying...
In societies of totipotent insects, dyadic dominance interactions generate a hierarchy that often un...
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...
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...
Potential reproductive conflicts are common in insect societies. One process that can reduce or supp...
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...
The success of social insects can be largely attributed to division of labour. In contrast to most s...
Mutual policing, where group members suppress each others' reproduction, is hypothesized to be impor...
We investigated worker policing by egg eating in the ponerine ant Pachycondyla inversa, a species wi...
In insect societies, workers often try to challenge the reproductive monopoly of the queen by laying...
Understanding which parties regulate reproduction is fundamental to understanding conflict resolutio...
In insect societies, workers often try to challenge the reproductive monopoly of the queen by laying...
In societies of totipotent insects, dyadic dominance interactions generate a hierarchy that often un...