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Honey bee life cycle

Life cycle of Apis mellifera

Honey bee life cycle

Life cycle of Apis mellifera

The honey bee life cycle, here referring exclusively to the domesticated Western honey bee, depends greatly on their social structure.

Honey bee swarm pitched on a high limb

Honey bee colony life

Unlike a bumble bee colony or a paper wasp colony, the life of a honey bee colony is perennial. The three types of honey bees in a hive are: queens (egg-producers), workers (non-reproducing females), and drones (males whose main duty is to find and mate with a queen). Unlike the worker bees, drones do not sting. Honey bee larvae hatch from eggs in three to four days. They are then fed by worker bees and develop through several stages in hexagonal cells made of beeswax. Cells are capped by worker bees when the larva pupates. Queens and drones are larger than workers, so require larger cells to develop. A colony may typically consist of tens of thousands of individuals.

While some colonies live in hives provided by humans, so-called "wild" colonies (although all honey bees remain wild, even when cultivated and managed by humans) typically prefer a nest site that is clean, dry, protected from the weather, about 20 L in volume with a 4–6 cm2 entrance about 3 m above the ground, and preferably facing south or south-east (in the Northern Hemisphere) or north or north-east (in the Southern Hemisphere).

Development

Development from egg to emerging bee varies among queens, workers, and drones. Queens emerge from their cells in 15–16 days, workers in 21 days, and drones in 24 days. Only one queen is usually present in a hive. New virgin queens develop in enlarged cells through differential feeding of royal jelly by workers. When the existing queen ages or dies or the colony becomes very large, a new queen is raised by the worker bees. When the hive is too large, the old queen will take half the colony with her in a swarm. This occurs a few days prior to the new queen emerging. If several queens emerge they will begin piping (a high buzzing noise) signaling their location for the other virgin queens to come fight. Once one has eliminated the others, she will go around the hive chewing the sides of any other queen cells and stinging and killing the pupae. The queen takes one or several nuptial flights to mate with drones from other colonies, which die after mating. After mating, the queen begins laying eggs. A fertile queen is able to lay fertilized or unfertilized eggs. Each unfertilized egg contains a unique combination of 50% of the queen's genes and develops into a (haploid) drone. The fertilized eggs develop into either (diploid) workers or queens (if fed exclusively royal jelly).

Every honey bee (Apis mellifera) in a hive exists to perform specific duties determined by their sex and age. Like every member of its colony, the nurse honey bee plays a vital role in the survival of its hive. Nurse bees are charged with the care and feeding of the queen and the next generation.

The average lifespan of a queen is three to four years; drones usually die upon mating or are expelled from the hive before the winter; and workers may live for a few weeks in the summer and several months in areas with an extended winter.

TypeEggLarvaCell cappedPupaAverage developmental periodStart of fertilityBody lengthWeight on emerging
Queenup to day 3up to day 8½day 7½day 8 until emergence16 daysday 23 and up18–22 mmnearly 200 mg
Workerup to day 3up to day 9day 9day 10 until emergence (day 11 or 12 last moult)21 daysN/A12–15 mmnearly 100 mg
Droneup to day 3up to day 9½day 10day 10 until emergence24 daysabout 38 days15–17 mmnearly 200 mg

The weight progression of the worker egg, larva:

DaysDevelopmental stateWeightLengthFood source
1egg0.132 mg1.2 mmyolk
2eggnot listedyolk
3egg0.09 mgyolk
4larvanot listedroyal jelly
5larva3.4 mgroyal jelly
6larva33.3 mgroyal jelly/honey and pollen (bee bread)
7larva100.1 mghoney and pollen (bee bread)
8larva134.5 mghoney and pollen (bee bread)
9larva155.2 mghoney and pollen (bee bread)

Sources

References

  1. "Bee breeding".
  2. Stone, David M. [http://www.uni.uiuc.edu/~stone2/bee_overview.html Overview of Bee Biology] {{webarchive. link. (2006-12-31 [[University of Illinois at Urbana-Champaign). University of Illinois]] Laboratory Highschool; web accessed Oct. 2006
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