Latest Eusociality Stories
The social insects, including bees, wasps, ants and termites have developed a highly advanced society where division of labor amongst workers to serve the queen's reproduction has long fascinated biologists who have wanted to uncover the molecular pathways driving the complex behavior of insect societies.
Novel or highly modified genes play a major role in the development of the different castes within ant colonies.
Altruistic workers in social insect colonies – such as ants, bees and wasps – are more likely to be female, because their maternal instincts make them better at caring for the queen's offspring.
A range of examples suggests a lack of information about their fellows can favor cooperation and prevent conflict among animals — and even among genes
Scientists originally believed that ants and bees were more distantly related, with ants being closer to certain parasitoid wasps. But new research shows that ants and bees share a much closer relationship.
Manipulation is often thought of as morally repugnant, but it might be responsible for the evolutionary origins of some helpful or altruistic behavior, according to a new study.
City-states in ancient Greece that waited until their own harvest was in before attacking and destroying a rival community’s crops often experienced better long-term success. Ant colonies that show similar selectivity when gathering food have similar results.
New research shows that mole rat sperm has become simple and degenerate, probably due to 'orthogenic' evolution.
The social lives of ants, wasps and bees have long been a puzzle to scientists. How did complex insect societies — colonies ruled by a queen and many workers — come to be?
Genes essential to producing the developmental differences displayed by social insects evolve more rapidly than genes governing other aspects of organismal function, a new study has found.
- A poem in which the author retracts something said in an earlier poem.