A honey bee colony is not a fixed population — it is a superorganism that expands and contracts dramatically across the year. From a tight, huddled winter cluster of a few thousand bees living entirely on stored honey, the colony can rebuild to tens of thousands of workers within a couple of months of spring nectar and pollen flow, then decline again as autumn approaches. This 3D hive cutaway lets you scrub through the beekeeping year and watch population, brood-rearing, honey stores and swarm pressure rise and fall together.
A strong colony can lose over half its worker population between the summer peak and the winter cluster — not because bees are dying prematurely, but because "winter bees" are physiologically different, living for months instead of weeks, built to survive the broodless season.
Scrub through 52 weeks of a honey bee colony's life inside a 3D hive cutaway: watch population, brood-rearing, honey stores and swarm pressure rise through spring and summer, then contract into a tight overwintering cluster.
Colony population, capped brood area, honey stores and cluster formation all follow linked seasonal curves — spring build-up, summer peak and nectar flow, autumn contraction, and a broodless winter cluster living on stores alone.
Drag the week-of-year slider to move through the beekeeping calendar, raise the varroa mite load to see a weakened colony, and toggle the cutaway view and foraging flights to see inside the hive or watch bees head out to forage.
"Winter bees" are a distinct physiological generation, reared in autumn, that can live for several months instead of the five or six weeks typical of a summer worker — long enough to carry the colony through to spring.