Honeybees are among the most important insects on Earth, playing a vital role in pollination, agriculture, biodiversity, and honey production. But not all honeybees are the same. There are numerous bee varieties found throughout the world, each with unique characteristics, behaviors, environmental adaptations, and geographic origins.
Understanding those differences helps beekeepers choose the right bees for their climate and honey-production goals. This comprehensive guide explores the most recognized honeybee varieties, their origins, distinguishing features, and the regions where they are commonly found.
What Are the Different Bee Varieties?
Before examining individual varieties, it helps to understand the difference between honeybee species, subspecies, and selectively bred strains.
The genus Apis includes multiple species of true honeybees. The western honeybee (Apis mellifera) is the species most commonly managed by beekeepers in North America and Europe. Within this species are numerous geographic subspecies, including Italian, Carniolan, and Caucasian honeybees. You can explore the biology behind them in our guide to honeybee biology.
Other honeybee species, such as the Asian honeybee and giant honeybee, are primarily native to Asia. Below are some of the most important bee varieties found around the world.
The Major Honeybee Varieties
1. Italian Honeybees (Apis mellifera ligustica)
Native Region: Italy, particularly the Italian Peninsula.
Italian honeybees are among the most popular bee varieties used by commercial and hobbyist beekeepers in the United States. These bees are recognized by their golden-yellow coloration, relatively gentle temperament, and strong honey-production capabilities.
Italian honeybees typically maintain large colonies throughout the warmer months, making them excellent pollinators and honey producers. Their major characteristics include strong brood production, relatively low defensiveness, and adaptability to many environments. However, they may consume significant honey reserves during winter because they often maintain larger populations.
2. Carniolan Honeybees (Apis mellifera carnica)
Native Region: Slovenia, Austria, and surrounding areas of southeastern Central Europe and the Balkans.
Carniolan honeybees are highly valued for their gentle behavior and ability to survive colder climates. These bee varieties are generally darker than Italian honeybees, with grayish-brown coloring.
One of their greatest advantages is their ability to rapidly increase colony populations during spring when nectar becomes available. Carniolan bees also tend to conserve winter food supplies by reducing their colony populations during colder months. Their primary disadvantage is a tendency toward swarming when colonies become overcrowded. See how they compare with other breeds in our guide to Saskatraz bees.
3. Caucasian Honeybees (Apis mellifera caucasia)
Native Region: Caucasus Mountains, particularly Georgia and neighboring areas.
Caucasian honeybees are known for their exceptionally long tongues, allowing them to collect nectar from certain deep flowers. These bee varieties are generally gray and have a relatively gentle disposition.
Caucasian bees can perform well in cooler, damp environments and are capable of producing substantial honey crops under favorable conditions. However, they are also known for using large amounts of propolis, a sticky resin that bees collect to seal cracks and protect their hives. Excessive propolis production can make hive inspections more difficult.
4. Russian Honeybees
Region of Origin: Primorsky Krai, in the Russian Far East.
Russian honeybees are a selectively managed population of Apis mellifera, rather than a separate species. They became particularly important to American beekeeping because of their demonstrated resistance or tolerance to certain parasitic mite pressures, including Varroa mites — a topic we cover in depth in our article on bee health.
Russian bee varieties often regulate brood production according to available nectar and pollen. They can survive harsh winters and may maintain smaller winter colonies than Italian bees. However, their colony behavior and productivity depend heavily on genetics, management, and local environmental conditions.
5. Buckfast Honeybees
Development Region: Buckfast Abbey, Devon, England.
Buckfast honeybees were developed through selective breeding, beginning with the work of Brother Adam. Unlike naturally occurring geographic subspecies, Buckfast bees are a breeding line combining desirable traits from different honeybee populations.
These bee varieties were developed to emphasize productivity, manageable temperament, disease resistance, and adaptability. Buckfast bees are used in various parts of Europe and North America. Their performance can differ between breeding lines, so purchasing from a reputable queen breeder is important.
6. German Black Honeybees (Apis mellifera mellifera)
Native Region: Northern and western Europe, including the British Isles and parts of Germany and France.
Also known as the European dark honeybee, this subspecies has a dark brown or nearly black appearance. German black honeybees are among the traditional bee varieties historically maintained in northern Europe.
They are adapted to cooler climates and can survive long winters when properly managed. Some populations exhibit stronger defensive behavior than commonly selected Italian or Carniolan lines, although temperament varies considerably. Conservation efforts continue to protect genetically distinct European dark honeybee populations.
7. African Honeybees (Apis mellifera scutellata)
Native Region: Sub-Saharan Africa, especially eastern and southern Africa.
African honeybees are adapted to warm environments and often demonstrate rapid colony growth, frequent swarming, and strong defensive behavior. They are important pollinators across their native range.
Africanized honeybees found in the Americas descended from African honeybees introduced into Brazil in the 1950s and subsequently interbred with European honeybee populations. Africanized colonies can be highly defensive, making professional management especially important. Although these bee varieties can produce honey, they are not generally recommended for inexperienced beekeepers. Learn more about their honey in our guide to African bee honey.
8. Asian Honeybees (Apis cerana)
Native Region: China, India, Japan, Korea, Southeast Asia, and surrounding Asian regions.
Asian honeybees, also called eastern honeybees, are among the most widespread native honeybee species in Asia. These bee varieties are generally smaller than western honeybees and have evolved several defenses against local predators and parasites.
For example, Asian honeybees demonstrate grooming and hygienic behaviors that help them cope with Varroa mites. They are traditionally maintained by beekeepers in several Asian countries and provide important pollination services.
9. Giant Honeybees (Apis dorsata)
Native Region: India, Nepal, Sri Lanka, and Southeast Asia.
Giant honeybees are among the largest bee varieties in the world. Unlike western honeybees, they construct enormous exposed honeycombs, often suspended from tall trees, cliffs, and buildings.
Their colonies can contain thousands of workers, and they are capable of collecting considerable quantities of nectar. Giant honeybees are highly defensive around their nests and are not ordinarily managed in conventional hive boxes.
10. Himalayan Giant Honeybees (Apis laboriosa)
Native Region: Himalayan mountains of Nepal, India, Bhutan, and nearby regions.
The Himalayan giant honeybee is adapted to mountainous environments and is particularly famous for building massive honeycombs along steep cliffs. These bee varieties are associated with traditional cliff-honey harvesting practices in Nepal.
Some honey produced from particular rhododendron nectar sources contains grayanotoxins and is sometimes called mad honey. This honey can be dangerous if consumed.
11. Red Dwarf Honeybees (Apis florea)
Native Region: South and Southeast Asia, including India, Thailand, and surrounding countries.
Red dwarf honeybees are small, open-nesting honeybees that construct a single exposed comb around a branch. These bee varieties are well adapted to tropical and subtropical climates.
Although their colonies produce relatively small quantities of honey, they contribute to pollination of wild plants and agricultural crops.
12. Black Dwarf Honeybees (Apis andreniformis)
Native Region: Tropical Southeast Asia, including parts of Thailand, Malaysia, and Indonesia.
Black dwarf honeybees are closely related to red dwarf honeybees but are generally darker in appearance. They construct small exposed combs and are important pollinators in tropical forest ecosystems.
These bee varieties are rarely maintained commercially because their nesting habits make conventional hive management impractical.
13. Koschevnikov's Honeybees (Apis koschevnikovi)
Native Region: Borneo, the Malay Peninsula, Sumatra, and portions of the Sundaland region.
Koschevnikov's honeybees are distinctive for their reddish coloration. These bee varieties inhabit tropical forests and generally construct multiple combs inside cavities.
They play a valuable role in forest pollination but are not widely used in commercial beekeeping.
14. Philippine and Sulawesi Honeybees (Apis nigrocincta)
Native Region: Sulawesi and nearby Indonesian islands, with related populations historically reported in the Philippines.
These honeybees are cavity-nesting species associated with island environments. Their classification and geographic relationships continue to be studied, especially because some island honeybee populations are genetically distinct.
They illustrate the remarkable diversity of honeybees throughout Southeast Asia.
15. Bornean Mountain Honeybees (Apis nuluensis)
Native Region: Mountainous areas of Borneo, especially Sabah, Malaysia.
These relatively uncommon honeybees inhabit higher-elevation forests. Their scientific classification has been debated, with researchers examining their relationship to other Asian cavity-nesting honeybees.
The existence of these specialized bee varieties highlights the importance of preserving mountain forest habitats.
16. Other Regional Honeybee Varieties
In addition to the well-known varieties described above, the western honeybee has numerous regional subspecies adapted to particular environments.
| Honeybee variety | Native region |
|---|---|
| Anatolian (A. m. anatoliaca) | Turkey |
| Cyprian (A. m. cypria) | Cyprus |
| Greek (A. m. cecropia) | Southern Greece |
| Macedonian (A. m. macedonica) | Northern Greece and Balkans |
| Sicilian (A. m. siciliana) | Sicily, Italy |
| Iberian (A. m. iberiensis) | Spain and Portugal |
| Egyptian (A. m. lamarckii) | Egypt |
| Cape (A. m. capensis) | South Africa |
| East African mountain (A. m. monticola) | East African highlands |
| Madagascar (A. m. unicolor) | Madagascar |
| North African (A. m. intermissa) | North Africa |
| Yemeni (A. m. jemenitica) | Arabian Peninsula and parts of northeastern Africa |
These regional bee varieties have evolved in response to local temperatures, rainfall, seasonal nectar availability, and other environmental conditions. Taxonomic classifications can vary among researchers, and this article covers the principal species, familiar beekeeping strains, and representative geographic subspecies rather than every named genetic population.
Which Bee Varieties Are Best for Beekeeping?
Selecting the best bee varieties depends on climate, experience, honey-production goals, and colony-management practices.
- For beginning beekeepers, Italian and Carniolan honeybees are frequently recommended because of their generally manageable temperaments.
- Beekeepers in colder climates may consider Carniolan, Russian, or appropriately selected locally adapted honeybees.
- Those prioritizing honey production may prefer productive Italian or Buckfast breeding lines.
Regardless of variety, selecting healthy queens from reputable breeders and monitoring colonies for pests and diseases are essential. If you're just starting out, our getting-started guide walks through the setup step by step.
Big picture: there is no single "best" bee. The right variety is the one matched to your climate, your experience, and how you like to manage your hives.
Why Honeybee Diversity Matters
Different bee varieties contribute to the genetic diversity and resilience of honeybee populations. Maintaining this diversity is important because honeybees face numerous threats, including habitat loss, parasites, pesticide exposure, nutritional stress, and changing environmental conditions.
Preserving native honeybee populations and responsibly breeding managed colonies can help support agriculture and natural ecosystems. Gardeners can do their part too — see our guide to pollinator gardening.
Frequently Asked Questions About Bee Varieties
How many honeybee varieties exist?
Scientists commonly recognize approximately eight to ten living honeybee species, depending on taxonomy. Numerous subspecies, geographic populations, and selectively bred strains also exist.
What is the most common honeybee in the United States?
The western honeybee (Apis mellifera) is the primary managed species. Italian, Carniolan, Russian, Buckfast, and mixed-lineage bees are familiar options.
Which honeybees produce the most honey?
Italian, Carniolan, and Buckfast honeybees can all produce excellent honey harvests. Actual production depends on nectar availability, colony strength, weather, and management.
Are all bee varieties suitable for backyard beekeeping?
No. Giant and dwarf honeybee species generally have nesting behaviors that make conventional hive management impractical.
Conclusion: Understanding Bee Varieties Around the World
From the golden Italian honeybee to the Himalayan giant honeybee, the world contains a fascinating diversity of honeybees. Each variety has developed characteristics suited to its natural environment, whether surviving cold European winters, pollinating tropical forests, or building honeycombs on Himalayan cliffs.
Understanding bee varieties helps beekeepers make informed decisions while encouraging greater appreciation for the essential role honeybees play in nature. Whether you're beginning your first backyard hive or simply interested in learning about honeybees, exploring different bee varieties is an excellent way to discover the remarkable world of these important pollinators.