(The Conversation) “As behavioral ecologists who have studied social interactions in honey bees, we see parallels between life in the hive and efforts to manage COVID-19 in densely populated settings. Although honey bees live in conditions that aren’t conducive to social distancing, they have developed unique ways to deal with disease by collectively working to keep the colony healthy.”
(Live Science) How did these Tetragonula bees become the Frank Lloyd Wrights of the insect world? Does each colony employ its own master architect, charged with guiding his comb’s construction — or does each worker bee merely follow an unconscious set of individually-encoded building rules? According to a new study, “These combs follow the same basic rules that cause crystals to grow up in a spiral pattern.”
(Phys.org/Smithsonian Tropical Research Institute) A team working at the Smithsonian Tropical Research Institute found evidence to support a long-debated mode of evolution, revealing how evolution captures environmental variation to teach old genes new tricks: Sweat bees switch from solitary to social behavior, repurposing ancient sets of genes that originally evolved to regulate the development of other traits.