African honey bee

How to recognise it

Slightly smaller than European honey bees with variable yellow-brown banding, but visually within the range of the species. No reliable field identification exists; separating scutellata from European subspecies requires morphometrics or DNA.

• Not reliably identifiable by eye. Any confident visual identification is mistaken.
• Behavioural signals only: rapid large-scale nest defence, frequent swarming, and readiness to abscond.
• Nests in a wide range of cavities including small ones, and often in the open.
• Range: eastern and southern Africa, and — as hybrids — the Americas.

Body length 10–14 mm (typically 11.5 mm).

Biology

Social organisation

Eusocial, colony survives the winter

Overlapping generations, division of labour, and a colony that persists through winter as a cluster. Honey bees, and the reason they store honey at all.

Colony size at peak

15,000–60,000 individuals

Colony lifespan

Several years, though colonies abscond and relocate far more readily than European stock.

Winter

No winter to overwinter. Colonies respond to dearth by migrating rather than by clustering, which is a completely different strategy from the European one and the reason so many European management assumptions fail in Africa.

Castes

Queen, Workers, Drones

Nesting

Wax comb in a cavity

Uses a far wider range of cavities than European stock, including small ones and exposed sites. Across much of Africa colonies are kept in hollow log and bark hives hung in trees, a tradition documented over millennia.

Carries pollen

Corbicula (pollen basket) on the hind leg

On the wing

January to December

Active year-round, with movement rather than dormancy as the response to seasonal scarcity.

Lifecycle

1. 1Rapid build-upShorter worker development time and faster colony growth than European subspecies, which suits an environment where conditions change quickly.
2. 2Frequent swarming and abscondingReproduces by swarming several times more often than European stock, and abandons nests entirely in response to disturbance, dearth or parasite pressure.
3. 3DefenceResponds to disturbance faster and with far more workers than European stock, and pursues intruders much further. The selective pressure is obvious: honey badgers, ants and human honey hunters have all been taking African colonies apart for a very long time.

Where it lives and what it does

Habitat

Savannah, woodland, farmland and urban areas across eastern and southern Africa, from sea level to high altitude.

Distribution

Eastern and southern Africa, from Ethiopia and Kenya south to South Africa, and west across the Sahel in overlapping ranges with related subspecies.

Behaviour

Fast, mobile and responsive. Everything about it is tuned for an environment where forage moves, predators are large and persistent, and there is no winter to sit out. It also produces well: much of the honey exported from East Africa comes from these bees in traditional hives.

Pollination role

A major pollinator across African agricultural and natural systems, and one that is almost entirely unmanaged in the European sense — the colonies are there whether or not anyone is keeping them.

Very high, and often the dominant pollinator across African farmland.

Honey

Stores a harvestable surplus

Productive, and better adapted to tropical heat, drought and local parasites than any imported European stock. Attempts to replace African bees with European subspecies across the continent have consistently failed for that reason.

Relationship with people

How people interact with it

A long and continuous relationship. Log-hive beekeeping across East Africa and the Sahel is documented over thousands of years, and honey has functioned as food, medicine, currency, dowry and ceremonial gift across many of those cultures. The subspecies is also, through one 1957 accident in Brazil, the ancestor of the most sensationalised insect population in the world.

Management

Managed successfully across Africa with techniques suited to the animal: night working, remote apiary siting, full protective equipment, and hive designs that allow harvest without destroying the colony. Applying European management assumptions to African bees is the reliable way to have a bad time.

Conservation

Not threatened, and genuinely valuable as a genetic resource — its heat tolerance, disease resistance and varroa tolerance are all traits European beekeeping would like and has struggled to breed.