A closer look at how honey bee colonies determine which larvae will serve as workers and which will become queens reveals that a plant chemical, p-coumaric acid, plays a key role in the bees' developmental fate.
A new genetics study of wild honeybees offers clues to how a population has adapted to a mite that has devastated bee colonies worldwide. The findings may aid beekeepers and bee breeders to prevent future honeybee declines.
A discovery by scientists at UWA that a widespread fungus that causes dysentery in honey bees can be sexually transmitted may impact bee breeding programs world-wide.
When it comes to vaccinating their babies, bees don't have a choice—they naturally immunize their offspring against specific diseases found in their environments. And now for the first time, scientists have discovered how ...
A major international study finds that surprisingly few bee species are responsible for pollinating the world's crops.
There is little information about bee populations in Alaska, where native bee pollination is critical to the maintenance of subarctic ecosystems. A team from the University of Alaska Fairbanks and the USDA have now completed ...
A new Cornell study of New York state apple orchards finds that pesticides harm wild bees, and fungicides labeled "safe for bees" also indirectly may threaten native pollinators.
If there were an international smelling bee, a deadly mite would be a favorite to win.
Where have all the honeybees gone?
Certain insecticides common to U.S. orchards appear to make honey bees substantially less busy, according to a new study led by UNL entomologists.