Sex allocation in colonies of eusocial Hymenoptera is one of the best studied social conflicts. We outline a framework for analysing conflict outcome through power and the costs of manipulation and suggest that the conflict will often be unresolved because both major parties of interest, the queen and the workers, should manipulate allocation even at considerable costs to the colony. We suggest future work for analysing power in the conflict between queen and workers over sex allocation and discuss the extent of male power
In insect societies, intracolonial conflict frequently arises because of conflicting genetic interes...
In colonies of social Hymenoptera (which include all ants, as well as some wasp and bee species), on...
Because workers in the eusocial Hymenoptera are more closely related to sisters than to brothers, th...
Although best known for cooperation, insect societies also manifest many potential conflicts among i...
Although best known for cooperation, insect societies also manifest many potential con¿icts among in...
International audienceThe study of sex allocation in social Hymenoptera (ants, bees, and wasps) prov...
We investigate the conflict between queen and worker over sex allocation, specifically the allocatio...
Models of sex-allocation conflict are central to evolutionary biology but have mostly assumed static...
Mutual policing is thought to be important in conflict suppression at all levels of biological organ...
The best known of the conflicts occurring in eusocial Hymenoptera is queen-worker conflict over sex ...
Studies of sex-ratio conflict in the eusocial Hymeno-ptera (ants, bees and wasps) have provided the ...
Inclusive fitness theory has been very successful in predicting and explaining much of the observed ...
Models of sex-allocation conflict are central to evolutionary biology but have mostly assumed static...
A model is constructed to study the effects of local mate competition and multiple mating on the opt...
In eusocial Hymenoptera, queens and workers are in conflict over optimal sex allocation. Sex ratio t...
In insect societies, intracolonial conflict frequently arises because of conflicting genetic interes...
In colonies of social Hymenoptera (which include all ants, as well as some wasp and bee species), on...
Because workers in the eusocial Hymenoptera are more closely related to sisters than to brothers, th...
Although best known for cooperation, insect societies also manifest many potential conflicts among i...
Although best known for cooperation, insect societies also manifest many potential con¿icts among in...
International audienceThe study of sex allocation in social Hymenoptera (ants, bees, and wasps) prov...
We investigate the conflict between queen and worker over sex allocation, specifically the allocatio...
Models of sex-allocation conflict are central to evolutionary biology but have mostly assumed static...
Mutual policing is thought to be important in conflict suppression at all levels of biological organ...
The best known of the conflicts occurring in eusocial Hymenoptera is queen-worker conflict over sex ...
Studies of sex-ratio conflict in the eusocial Hymeno-ptera (ants, bees and wasps) have provided the ...
Inclusive fitness theory has been very successful in predicting and explaining much of the observed ...
Models of sex-allocation conflict are central to evolutionary biology but have mostly assumed static...
A model is constructed to study the effects of local mate competition and multiple mating on the opt...
In eusocial Hymenoptera, queens and workers are in conflict over optimal sex allocation. Sex ratio t...
In insect societies, intracolonial conflict frequently arises because of conflicting genetic interes...
In colonies of social Hymenoptera (which include all ants, as well as some wasp and bee species), on...
Because workers in the eusocial Hymenoptera are more closely related to sisters than to brothers, th...