Apis mellifera is the beekeeper's default honey engine
Among roughly seven to twelve honey-bee species, Apis mellifera—Latin for honey-bearing bee—is the everyday western honey bee. Eusocial colonies hold one queen, sterile-leaning workers, and seasonal drones. First among domesticated insects, it still supplies most managed honey and crop pollination.
Among seven to twelve honey bee species, the western honey bee is the one people meet most often. Its Latin name flags honey carrying. Colonies are eusocial: one fertile queen, many workers, and a minority of drones, sometimes tens of thousands strong, coordinated by pheromones and the waggle dance that encodes forage distance and direction.
Humans domesticated the insect early and still keep it for honey and pollination. With beekeeper help it now occupies every continent except Antarctica, though its deep origin is usually placed in Africa or Asia before natural spread through the Middle East and Europe. European subspecies reached the Americas in the early seventeen-hundreds and later Australia, New Zealand, and eastern Asia.
Local adaptation produced dozens of named subspecies that sync brood cycles to flower calendars, cluster through cold winters, or swarm on migratory schedules in hotter regions. Varroa mites and colony collapse headlines dominate modern risk talk; recent Red List treatment has marked the species data deficient rather than a simple extinct-or-safe label.
Labs use the bee for social evolution, learning, memory, and pesticide toxicity via pollen. Wild tree-hollow nests still exist beside commercial stacks, so the species straddles farm tool and wild insect at once. Beekeepers move hives on trucks to follow blooms, which is both a pollination service and a stress on colonies already facing mites. Public debate often collapses that complexity into a single collapse narrative, so measured cards restore the caste biology and the transport history.
Source: Western honey bee
