Female eusocial sweat bees are capable of behaving as queens or workers. Relatively few females become queens, and those that do can directly manipulate the reproductive behaviour of other females in the nest. We collected Lasioglossum (Dialictus) laevissimum workers from nests with and without queens (queenright and queenless nests, respectively) to investigate the influence queens exert on worker behaviour via direct manipulation. Overall, very few L. laevissimum workers (17%) had developed ovaries in Ontario, but queenright and queenless workers were equally likely to have developed ovaries and worn mandibles. However, queenless workers were more likely to be mated than queenright workers. These results suggest first, that queens inhibit...
Sweat bees are one of the most socially polymorphic lineages on the planet. In obligately eusocial s...
The reproductive (queen) and nonreproductive (worker) castes of eusocial insect colonies are a class...
Worker policing (mutual repression of reproduction) in the eusocial Hymenoptera represents a leading...
Queens and workers of eusocial sweat bee species are morphologically and developmentally similar, wh...
The presence of the honey bee queen reduces worker ovary activation. When the queen is healthy and f...
The sweat bees (Family Halictidae) are a socially diverse taxon in which eusociality has arisen inde...
Reproductive division of labour is a hallmark of eusociality, but disentangling the underlying proxi...
Reproductive division of labour is a hallmark of eusociality, but disentangling the underlying proxi...
Reproductive division of labour is a hallmark of eusociality, but disentangling the underlying proxi...
To explore reasons for the unusually high rates of worker ovary activation in Apis cerana, we invest...
Reproductive division of labour is a defining characteristic of eusocial insects. In honey bees, the...
Functional worker sterility is the defining feature of insect societies. Yet, workers are sometimes ...
The fitness benefits of becoming a laying worker in a queenless social insect colony are high. Theor...
The fitness benefits of becoming a laying worker in a queenless social insect colony are high. Theor...
The fitness benefits of becoming a laying worker in a queenless social insect colony are high. Theor...
Sweat bees are one of the most socially polymorphic lineages on the planet. In obligately eusocial s...
The reproductive (queen) and nonreproductive (worker) castes of eusocial insect colonies are a class...
Worker policing (mutual repression of reproduction) in the eusocial Hymenoptera represents a leading...
Queens and workers of eusocial sweat bee species are morphologically and developmentally similar, wh...
The presence of the honey bee queen reduces worker ovary activation. When the queen is healthy and f...
The sweat bees (Family Halictidae) are a socially diverse taxon in which eusociality has arisen inde...
Reproductive division of labour is a hallmark of eusociality, but disentangling the underlying proxi...
Reproductive division of labour is a hallmark of eusociality, but disentangling the underlying proxi...
Reproductive division of labour is a hallmark of eusociality, but disentangling the underlying proxi...
To explore reasons for the unusually high rates of worker ovary activation in Apis cerana, we invest...
Reproductive division of labour is a defining characteristic of eusocial insects. In honey bees, the...
Functional worker sterility is the defining feature of insect societies. Yet, workers are sometimes ...
The fitness benefits of becoming a laying worker in a queenless social insect colony are high. Theor...
The fitness benefits of becoming a laying worker in a queenless social insect colony are high. Theor...
The fitness benefits of becoming a laying worker in a queenless social insect colony are high. Theor...
Sweat bees are one of the most socially polymorphic lineages on the planet. In obligately eusocial s...
The reproductive (queen) and nonreproductive (worker) castes of eusocial insect colonies are a class...
Worker policing (mutual repression of reproduction) in the eusocial Hymenoptera represents a leading...