The struggle among social classes or castes is well known in humans. Here, we show that caste inequality similarly affects societies of ants, bees and wasps, where castes are morphologically distinct and workers have greatly reduced reproductive potential compared with queens. In social insects, an individual normally has no control over its own fate, whether queen or worker, as this is socially determined during rearing. Here, for the first time, we quantify a strategy for overcoming social control. In the stingless bee Schwarziana quadripunctata, some individuals reared in worker cells avoid a worker fate by developing into fully functional dwarf queens
Insect societies such as those of ants, bees, and wasps consist of 1 or a small number of fertile qu...
Social insect species that exhibit overlap of generations, cooperative brood care and reproductive c...
Reproductive division of labor and the coexistence of distinct castes are hallmarks of insect societ...
The struggle among social classes or castes is well known in humans. Here, we show that caste inequa...
A caste system in which females develop into morphologically distinct queens or workers has evolved ...
Reviewthat the majority of social insect species are characterized by ‘strict ’ environmental caste ...
Caste conflict theory predicts that worker-destined individuals in insect colonies may try to develo...
Resource inheritance is a major source of conflict in animal societies. However, the assumptions and...
Mutual policing is thought to be important in conflict suppression at all levels of biological organ...
Queens and workers of eusocial sweat bee species are morphologically and developmentally similar, wh...
A fundamental goal of evolutionary biology is to understand how novel traits arise. Eusociality repr...
Although social hymenopteran colonies show a high level of cooperation among their members, colony m...
Nepotism is an important potential conflict in animal societies. However, clear evidence of nepotism...
ABSTRACT: INTRODUCTION: Primitively eusocial halictid bees are excellent systems to study the origin...
The Cape bee (Apis mellifera capensis) is unique among honeybees in that workers can lay eggs that i...
Insect societies such as those of ants, bees, and wasps consist of 1 or a small number of fertile qu...
Social insect species that exhibit overlap of generations, cooperative brood care and reproductive c...
Reproductive division of labor and the coexistence of distinct castes are hallmarks of insect societ...
The struggle among social classes or castes is well known in humans. Here, we show that caste inequa...
A caste system in which females develop into morphologically distinct queens or workers has evolved ...
Reviewthat the majority of social insect species are characterized by ‘strict ’ environmental caste ...
Caste conflict theory predicts that worker-destined individuals in insect colonies may try to develo...
Resource inheritance is a major source of conflict in animal societies. However, the assumptions and...
Mutual policing is thought to be important in conflict suppression at all levels of biological organ...
Queens and workers of eusocial sweat bee species are morphologically and developmentally similar, wh...
A fundamental goal of evolutionary biology is to understand how novel traits arise. Eusociality repr...
Although social hymenopteran colonies show a high level of cooperation among their members, colony m...
Nepotism is an important potential conflict in animal societies. However, clear evidence of nepotism...
ABSTRACT: INTRODUCTION: Primitively eusocial halictid bees are excellent systems to study the origin...
The Cape bee (Apis mellifera capensis) is unique among honeybees in that workers can lay eggs that i...
Insect societies such as those of ants, bees, and wasps consist of 1 or a small number of fertile qu...
Social insect species that exhibit overlap of generations, cooperative brood care and reproductive c...
Reproductive division of labor and the coexistence of distinct castes are hallmarks of insect societ...