H
Species Profile

Honey bees

Apis

One genus, many hives-planetwide pollinators
Javakhishvili/Shutterstock.com
Spring, bee and flower, worker bee

At a Glance

Genus Overview This page covers the Honey bees genus as a group. Stats below are general traits shared across the genus.
Also Known As Honeybee, True honey bees, European honey bee, Asian honey bee, Giant honey bee, Dwarf honey bee
Activity Diurnal+
Weight 0.00025 lbs
Status Not Evaluated
Did You Know?

Across Apis, adult workers range roughly 7-20 mm long; queens are larger, sometimes approaching ~25 mm.

Scientific Classification

Genus Overview "Honey bees" is not a single species but represents an entire genus containing multiple species.

Honey bees (genus Apis) are highly social bees that form perennial colonies, construct wax comb, and store honey. They are key pollinators in many ecosystems and include several species managed by humans for honey and crop pollination.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Hymenoptera
Family
Apidae
Genus
Apis

Distinguishing Features

  • Eusocial colonies with queen, workers, drones
  • Wax comb construction with hexagonal cells
  • Honey storage as long-term food reserve
  • Sophisticated communication (e.g., waggle dance)

Physical Measurements

Males and females differ in size

Length
1 in (0 in – 1 in)
Weight
0 lbs (0 lbs – 0 lbs)
0 lbs (0 lbs – 0 lbs)
Top Speed
25 mph
flying
Venomous

Appearance

Primary Colors
Secondary Colors
Skin Type Hairy exoskeleton
Distinctive Features
  • Worker body length ~7-22 mm; queens can reach ~25 mm.
  • Mass varies widely; small dwarf species far lighter than giant honey bees.
  • Two pairs of membranous wings with hamuli linking wing pairs.
  • Branched hairs (setae) aid pollen collection; density varies by species.
  • Abdomen typically shows contrasting light/dark bands or diffuse striping.
  • Workers have corbiculae (pollen baskets) on hind tibiae.
  • Perennial eusocial colonies with queen, worker, and drone castes.
  • Wax-secreting workers build hexagonal comb for brood and food storage.
  • Lifespan ranges: workers weeks-months; queens up to several years.
  • Communication includes dance-based foraging cues; expression varies among species.

Sexual Dimorphism

Males (drones) and females differ in eye size, body shape, and stinging/pollen-carrying structures. Queens are typically the largest females with elongated abdomens, while workers are smaller and specialized for foraging and defense.

  • Very large compound eyes, often meeting near the top.
  • No sting; abdomen tip blunt and rounded.
  • Stouter body and broader thorax than workers.
  • Workers with barbed sting and venom apparatus.
  • Workers with pollen baskets on hind legs.
  • Queens with elongated abdomen and enlarged reproductive segments.

Did You Know?

Across Apis, adult workers range roughly 7-20 mm long; queens are larger, sometimes approaching ~25 mm.

Worker lifespans vary from about 4-8 weeks in warm seasons to several months in overwintering colonies; queens can live 1-5+ years.

Some species nest in cavities with multiple combs, while others build a single exposed comb on branches or cliffs.

Apis foragers share food by trophallaxis and use dances to recruit nestmates to distant nectar and pollen.

Colony size varies widely: dwarf honey bees have relatively small colonies, while giant honey bees can form very large aggregations.

Several Apis species are kept by humans (notably A. mellifera and A. cerana) for honey, wax, and crop pollination.

Certain Asian honey bees can defend against hornets by "heat-balling," surrounding an attacker and raising its temperature.

Unique Adaptations

  • Wax glands allow workers to secrete scales and build precisely hexagonal comb for brood and food storage.
  • Social thermoregulation: fanning, evaporative cooling, and clustering keep brood near optimal temperatures.
  • Honey production preserves nectar by enzymatic processing and dehydration, creating a long-term energy reserve.
  • Pheromone signaling coordinates foraging, alarm defense, queen presence, and swarm organization across thousands of individuals.
  • Barbed worker stingers provide strong defense in many species, while colony-level tactics reduce risk to individuals.
  • Some species use specialized anti-predator strategies (e.g., heat-balling, shimmering) suited to open nests and hornet pressure.

Interesting Behaviors

  • Waggle and round dances communicate direction and distance to food, but precision and use can vary among species and habitats.
  • Open-nesting species form dense "bee curtains" over the comb, actively regulating temperature and shielding brood.
  • Giant honey bees can perform coordinated shimmering waves that deter predators near an exposed nest.
  • Colonies may swarm to reproduce, and some species also abscond or migrate seasonally when resources shift.
  • Workers switch jobs with age-nursing, comb building, guarding, then foraging-yet timing varies with colony needs.
  • Resource sharing and decision-making are collective: scouts advertise nest sites, and groups converge on the best option.

Cultural Significance

Apis honey and wax shaped agriculture, medicine, and ritual worldwide-sweeteners, candles, and symbolism of industry and prosperity-while managed honey bees became central to modern crop pollination and food systems.

Myths & Legends

Ancient Egyptian tradition held that bees were born from the sun god Ra's tears as they fell to earth.

Greek myth credits Aristaeus, a pastoral deity, with learning beekeeping and recovering bees after losing his hives.

In Greek lore, the nymph Melissa ("honey-bee") nurtured infant Zeus, linking bees with divine nourishment.

A widespread European custom, "telling the bees," treats hives as family members who must hear news of births, deaths, and weddings.

Biblical tradition recounts Samson finding honey in a lion's carcass, a story long associated with riddles and honey's mystery.

You might be looking for:

Western/European honey bee

40%

Apis mellifera

The most widespread managed honey bee globally; primary species used in beekeeping and crop pollination.

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Eastern/Asian honey bee

22%

Apis cerana

Native to Asia; commonly managed locally and adapted to regional parasites and climates.

Giant honey bee

14%

Apis dorsata

Large, open-nesting honey bee of South and Southeast Asia; builds single exposed combs.

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Dwarf honey bee

12%

Apis florea

Small open-nesting honey bee of Asia and the Middle East; builds small exposed combs on branches.

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Himalayan giant honey bee

12%

Apis laboriosa

High-altitude relative of A. dorsata in the Himalayas; famous for large cliff nests.

Life Cycle

Birth 1200 larvas

Lifespan

In the Wild
0 years
In Captivity
0.05–6 years

Reproduction

Mating System Polyandry
Social Structure Eusocial
Breeding Season Spring-summer; year-round in tropics
Breeding Pattern Transient
Fertilization Internal Fertilization
Birth Type Internal_fertilization

Across Apis, queens take one brief nuptial period, mating in flight with multiple drones (often ~5-20+, variable by species), then store sperm for years. Drones die after mating; workers cooperatively rear brood. Queens may live ~1-5+ years.

Behavior & Ecology

Social Colony Group: 30000
Activity Diurnal, Crepuscular
Diet Nectarivore flower nectar
Seasonal Migratory 62 mi

Temperament

Highly social
Cooperative
Resource-defensive
Risk-sensitive

Communication

buzzing
queen piping
worker piping
hissing/roaring
waggle dance
round dance
pheromone signaling
trophallaxis
antenna contact
vibration signals
guard postures

Habitat

Biomes:
Tropical Rainforest Tropical Dry Forest Savanna Desert Hot Mediterranean Temperate Grassland Temperate Forest Temperate Rainforest Boreal Forest (Taiga) Alpine +4
Terrain:
Mountainous Hilly Plateau Plains Valley Coastal Island Riverine Volcanic Karst Rocky Sandy +6
Elevation: Up to 13123 ft 4 in

Ecological Role

Highly effective social pollinators supporting wild and agricultural plant reproduction.

pollination crop yield gene flow biodiversity support

Diet Details

Other Foods:
Flower nectar Pollen Honey (stored nectar) Honeydew Water Royal jelly (bee secretion)

Human Interaction

Domestication Status

Semi domesticated

Several Apis species are long-managed (not fully domesticated): humans kept honey bees in hives for millennia for honey, wax, and later crop pollination. Intensive selective breeding is strongest in Apis mellifera and regionally in Apis cerana.

Danger Level

Moderate
  • Painful stings and swelling
  • Anaphylaxis in allergic people
  • Defensive mass-stinging near nests
  • Stings to eyes/airway risk

As a Pet

Not Suitable as Pet

Legality: Often legal to keep hives; local ordinances vary.

Care Level: Expert Only

Purchase Cost: Up to $600
Lifetime Cost: $500 - $4,000

Economic Value

Uses:
Agriculture Food Research Tourism
Products:
  • honey
  • wax
  • propolis
  • royal jelly
  • venom

Relationships

Related Species 6

Western honey bee
Western honey bee Apis mellifera Shared Genus
Eastern honey bee Apis cerana Shared Genus
Giant honey bee
Giant honey bee Apis dorsata Shared Genus
Dwarf honey bee
Dwarf honey bee Apis florea Shared Genus
Buff-tailed bumblebee Bombus terrestris Shared Family
Australian stingless bee Tetragonula carbonaria Shared Family

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Bumblebees Bombus spp. Eusocial pollinators; colonies, queen-worker castes, seasonal foraging overlap
Stingless bees Meliponini Eusocial Apidae; perennial colonies, honey storage, similar pollination role
Carpenter bees Xylocopa spp. Large flower visitors; strong pollinators in many habitats
Mason bees
Mason bees Osmia spp. Efficient pollen collectors; occupy similar floral niches
Hoverflies Syrphidae Frequent flower visitors; overlap in nectar foraging and pollination services

Types of Honey bees

11

Explore 11 recognized types of honey bees

Western honey bee Apis mellifera
Eastern honey bee Apis cerana
Giant honey bee
Giant honey bee Apis dorsata
Himalayan giant honey bee Apis laboriosa
Dwarf honey bee
Dwarf honey bee Apis florea
Black dwarf honey bee Apis andreniformis
Saban honey bee Apis koschevnikovi
Sulawesi honey bee Apis nigrocincta
Bingham's honey bee Apis binghami
Mount Kinabalu honey bee Apis nuluensis
Philippine honey bee Apis breviligula

Quick Take

The small honey bee, long a symbol of hard work and cooperation, has one of the most complex social arrangements and caste systems in the entire animal kingdom. The defining characteristic of this insect is the ability to construct large colonial nests from wax and then convert nectar into sweet honey. Both the wax and the honey they produce are exploited by humans for personal use. But bees also play a very important role in the environment by transporting pollen between flowers.

Educational infographic outlining honey bee biology, evolution, and social roles. Features a detailed diagram of bee anatomy.
They run 80,000-strong societies while anchoring the global food chain. See how these architects evolved from hunters to vital pollinators. © A-Z Animals

4 Incredible Honey Bee Facts

Fear of Animals: Melissophobia/Apiphobia

A honey bee sitting on a beautiful flower. The honey bee is one of the few insects that produces food eaten by humans.

  • A single colony can contain up to 80,000 bees at a time.
  • These bees secrete wax between plates on the underside of the abdomen. This wax creates the comb-like structure in which the larvae reside.
  • It is believed that these bees can communicate important information to each other (including the location of food) through a complicated dance.
  • Since the dawn of the 21st century, these bee colonies have been mysteriously collapsing in some parts of the world, and it’s not clear why.

Evolution and Origins

Honey bees are believed to have evolved from hunting wasps, which developed a taste for nectar and changed their diet to become vegetarian. The process of their evolution began approximately 100 to 120 million years ago, during the Cretaceous Period.

Recent research has shown that honey bees are derived from an ancient lineage of cavity-nesting bees that arrived from Asia around the same time as the evolution of flowering plants. These bees developed physiological and behavioral adaptations to efficiently collect and transfer pollen from flower to flower, making them the primary pollinators of plants today.

Species, Types, and Scientific Names

honeybee on a flower

Honey bees belong to the genus Apis (a Latin word that simply means “bee”).

Honey bees are insects classified in the order Hymenoptera and the family Apidae. They are further classified in the genus Apis (a Latin word that simply means “bee”). Of the roughly 20,000 known bee species, the genus Apis contains only seven to twelve. The western honey bee is by far the most common, especially for the purpose of making domesticated honey.

The species in the genus Apis are:

  • Western Honey Bee – Apis mellifera
  • Eastern Honey Bee – Apis cerana
  • Philippine Honey Bee – Apis nigrocincta
  • Koschevnikov’s Honey Bee – Apis koschevnikovi
  • Giant Honey Bee – Apis dorsata
  • Himalayan Giant Honey Bee – Apis laboriosa (also classified as Apis dorsata laboriosa)
  • Black Dwarf Honey Bee – Apis andreniformis
  • Dwarf Honey Bee – Apis florea

Why are Honey Bees Important?

Honeybees are important for a variety of reasons. One of the most significant is their role in pollination. They pollinate many of the fruits, vegetables, and nuts that make up a significant portion of our diet, including apples, almonds, and blueberries.

Additionally, honey bees help to pollinate plants that provide habitat and food for other wildlife. They also produce honey and beeswax, which are used in a wide range of food and other products.

They are also used as model organisms in scientific research to study topics such as learning, memory, and social behavior.

In recent years, honey bee populations have been in decline due to factors such as habitat loss, disease, and pesticide exposure, highlighting the urgent need to protect and conserve them.

Appearance: How to Identify the Honey Bee

Honey Bee on Yellow Flower

These bees are small, flying insects with long, segmented bodies divided into the head, the thorax (essentially, the mid-section), and the abdomen, from which a long and sharp stinger emerges.

These bees are small, flying insects with long, segmented bodies divided into the head, the thorax (essentially, the mid-section), and the abdomen, from which a long and sharp stinger emerges. The body is covered in alternating bands of yellow/reddish-brown and dark bands, which serve as a warning to potential predators. It also has two wings, six legs, and small hairs over its body. A typical bee is only about half an inch long, or the size of a paper clip.

The bee colony has a complex social arrangement comprised of three different classes. The male drones only serve one basic purpose: reproduction. During the winter months, they are expelled from the colony to save resources, and most end up dying.

Female bees make up the entirety of the workforce. They forage for food, build and maintain the hive, and protect it from threats. However, they are incapable of sexual reproduction. The queen, of which only one usually exists at a time, has sole reproductive duties and also influences colony behavior primarily through pheromones, while worker bees collectively regulate the activity of the hive. If one queen dies, then the colony can create another one by feeding a female larva royal jelly.

Honey Bee vs. Bumble Bee

The bumble bee has a very similar appearance and social structure to the honey bee. The main differences are the larger body, thicker coat of hair, and a darker set of wings. It also forms smaller colonies and does not produce honey.

Habitat

These bees are actually native to Europe, western Asia, and Africa. Only the western honey bee — due to human domestication — is found in nearly every ecosystem around the world, except in the most extreme climates. With a few exceptions, they construct nests in protected areas such as tree cavities or the underside of buildings.

Diet

Bees eat pollen, nectar, and royal jelly.

These insects get all of their nutrients from pollen and nectar, which are both derived from plants. Pollen provides most of the protein, while nectar provides most of the carbohydrates and water. In order to survive the coldest months, the workers store up food reserves for the winter in their honeycombs. They create honey by processing the nectar inside their bodies and then regurgitating it.

Prevention

The most effective way to get rid of these insects is to use some kind of repellent or bee spray, including insecticides, citronella candles, garlic spray, vinegar, ultrasonic insect repellents, and insect repellent plants. You can also buy or create your own bee trap and lure them inside. Handling a hive yourself is not recommended.

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Sources

  1. National Geographic / Accessed February 13, 2021
  2. Orkin / Accessed February 13, 2021
  3. World Birds / Accessed February 13, 2021
Rebecca Bales

About the Author

Rebecca Bales

Rebecca is an experienced Professional Freelancer with nearly a decade of expertise in writing SEO Content, Digital Illustrations, and Graphic Design. When not engrossed in her creative endeavors, Rebecca dedicates her time to cycling and filming her nature adventures. When not focused on her passion for creating and crafting optimized materials, she harbors a deep fascination and love for cats, jumping spiders, and pet rats.
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Honey bees FAQs (Frequently Asked Questions)

Honey Bees live in sheltered forests and meadows.