What Are the Key Takeaways About Bees and Honey?

At a Glance

• Not all bee species make honey.
• Honey bees produce and store substantial amounts of honey to support their perennial colonies.
• Stingless bees also produce honey, particularly in tropical and subtropical regions.
• Most solitary bees collect nectar and pollen for their offspring rather than maintaining communal honey stores.
• Bumble bees maintain small nectar-based food stores but do not build the extensive winter reserves associated with honey bees.
• A bee does not need to produce honey to be an important pollinator.

The western honey bee is one of the world's most familiar insects because people manage honey bee colonies for honey, beeswax, and pollination. That close relationship can make honey bee behavior seem typical of every bee. In reality, bee diversity includes thousands of species with very different nesting strategies, colony structures, and ways of supplying food to their young.

Do All Bees Make Honey?

• More than 20,500 bee species are known worldwide.
• Honey production is not a defining characteristic of all bees.
• Honey bees are among the best-known honey-producing bees.
• Stingless bees also produce and store honey.
• Most solitary bees do not maintain communal honey reserves.

The myth that all bees make honey is understandable. Honey bees are highly visible in agriculture, beekeeping, food products, advertising, and popular culture. Their behavior has become the behavior many people associate with bees in general.

That picture changes when we look at bee diversity. Some bees live in colonies containing thousands of individuals, while others spend nearly their entire adult lives working independently. Some bees create reusable nests, while others construct individual brood chambers for a relatively small number of offspring.

Honey production therefore makes more sense when considered alongside a bee's social structure and life cycle. A perennial honey bee colony needs substantial stored food because the colony remains active from year to year. Many other bees do not have that same biological requirement.

How Diverse Are Bees?

Bees belong to the insect order Hymenoptera, which also includes ants and wasps. Within the bees themselves is an enormous range of biological diversity. Smithsonian resources report more than 20,500 bee species worldwide, while a 2026 Smithsonian reference identifies more than 5,000 species in North and Central America.

Bee nesting habits vary widely. Many wild bees nest underground, while others use tunnels in wood, hollow plant stems, natural cavities, or other protected spaces. The USDA Forest Service notes that North America supports thousands of native bee species and that the vast majority of wild bees are solitary.

This diversity matters because the western honey bee, Apis mellifera, represents only one approach to being a bee. Honey bees are highly social, live in organized perennial colonies, build wax comb, and maintain large food reserves. Those traits should not automatically be applied to bumble bees, mason bees, leafcutter bees, mining bees, sweat bees, or the thousands of other bee species found around the world.

Which Bees Make Honey?

• Honey bees in the genus Apis produce stored honey.
• Stingless bees in the tribe Meliponini also produce honey.
• Different honey-producing bee groups use different nest structures.
• The amount and characteristics of stored honey vary among bee species.

For beekeepers in the United States, honey production usually means the western honey bee, Apis mellifera. These are the bees maintained in the familiar removable-frame hives used by hobby, sideline, and commercial beekeepers.

However, saying that honey bees are the only bees that make honey would be inaccurate. Stingless bees are another important group of social bees that collect nectar, process it, and store honey within their nests.

How Do Honey Bees Make Honey?

Honey bees in the genus Apis are the bees most closely associated with honey production. The western honey bee, Apis mellifera, is widely managed by beekeepers in the United States and many other parts of the world.

From Flower Nectar to Stored Honey

1. Forager bees visit flowers. Worker bees collect nectar from suitable blooms.
2. Nectar is transported to the colony. The liquid is carried internally in the bee's crop, commonly called the honey stomach.
3. The nectar is processed. Bees transfer and manipulate the nectar as chemical and physical changes occur.
4. Excess moisture is removed. Bees promote evaporation until the liquid becomes much more concentrated.
5. Honey is stored in wax comb. Mature honey becomes an energy-rich reserve available to the colony when fresh nectar is scarce.

This storage system is especially important because a honey bee colony is perennial. Unlike many insect societies that disappear at the end of a growing season, a healthy honey bee colony can survive from one year into the next. The colony therefore needs substantial reserves when flowers are not producing nectar, particularly during winter in colder climates.

Honey is not simply a by-product created for people. It is first and foremost food for the bees that made it. Beekeepers manage colonies so the bees retain the food they require while surplus honey may be harvested for human use.

Do Stingless Bees Make Honey?

Stingless bees belong to the tribe Meliponini and occur primarily in tropical and subtropical environments. Like honey bees, they are social insects that live in colonies and maintain stored food.

The Food and Agriculture Organization of the United Nations documents traditional management of stingless bees, known as meliponiculture, including the production of Melipona honey in Latin America.

Stingless bee honey can differ noticeably from familiar Apis mellifera honey. Depending on the bee species, floral sources, environment, and storage conditions, characteristics such as moisture, acidity, aroma, sweetness, and flavor can vary.

Stingless bees also produce honey, demonstrating that honey production is not limited to bees in the genus Apis. Western honey bees dominate commercial honey production in much of the United States, but they do not have an exclusive biological claim to honey production.

Which Bees Do Not Make Honey?

Thousands of bees use flowers without maintaining a honey bee-style pantry. The difference does not mean these bees ignore nectar. Adult bees need energy, and females of many species gather both nectar and pollen for developing larvae.

The important distinction is what happens to that food. Instead of supporting thousands of cooperating workers in a perennial colony, a solitary female may prepare a nest cell, place a food provision inside, lay an egg, seal the chamber, and move on to the next cell.

Those bees participate fully in flower visitation and pollination without producing a surplus of honey that could be harvested by people.

Do Solitary Bees Make Honey?

Solitary bees include familiar groups such as mason bees and leafcutter bees. Colorado State University Extension reports that about 90% of native bee species worldwide are solitary, meaning females generally establish and provision their own nests.

The word solitary describes how these bees reproduce and organize their nests. It does not necessarily mean one bee will always be physically isolated from every other bee. Multiple solitary bees can sometimes nest near one another when suitable nesting habitat is concentrated in one location.

How Solitary Bees Feed Their Young

A female solitary bee generally prepares her own nest and gathers food for her own offspring. She collects pollen and nectar, places a food provision inside a brood cell, deposits an egg, and closes the chamber. The developing larva consumes that prepared food.

This strategy is fundamentally different from a honey bee colony, where thousands of workers share tasks and store food collectively inside comb.

Solitary bees can still be extremely important flower visitors. Their lack of honey production should never be interpreted as a lack of ecological value.

Do Bumble Bees Make Honey?

Bumble bees deserve a more precise explanation than simply saying they either make honey or do not. These fuzzy, robust bees are social and maintain small nectar and pollen stores inside their nests for use by the colony.

However, the typical bumble bee life cycle differs dramatically from that of a honey bee colony. In temperate regions, most bumble bee colonies are annual. A queen establishes a colony, workers are produced during the growing season, and the colony eventually produces reproductive males and new queens.

As the season ends, the original queen, workers, and males generally die. Newly mated queens survive to begin the next generation of colonies. University of Minnesota Extension describes this annual cycle and contrasts it with honey bee colonies, where the queen and workers overwinter together.

Because most of the bumble bee colony does not survive winter as an intact social unit, bumble bees do not need to accumulate the extensive winter honey reserves maintained by a perennial honey bee colony.

How Do Honey Bees, Bumble Bees, and Solitary Bees Compare?

The table shows why the question "Do bees make honey?" cannot be answered accurately by treating every bee as though it were a honey bee. Social organization, nest duration, and food-storage needs differ dramatically among bee groups.

Why Does the Myth That All Bees Make Honey Persist?

Cultural Influence

Humans have maintained a close relationship with honey-producing bees for thousands of years. Honey, wax, hives, queens, workers, and honeycomb have consequently become familiar symbols of bees in art, books, advertisements, children's materials, food packaging, and everyday conversation.

Honey Bees Are Highly Visible

Managed honey bee colonies are deliberately placed in farms, orchards, backyards, and apiaries. Beekeepers inspect colonies, harvest honey, sell queens and colonies, and share information about honey bee management. Most wild bees do not have this same level of human visibility.

Bee Diversity Is Easy to Overlook

A person can see many different bees visiting flowers without realizing they belong to different genera or species. Some bees are tiny, some resemble wasps, and others can be confused with flies. Without closer study, it is easy to place all of these insects into one mental category.

The result is a simple but inaccurate assumption: bee equals hive, hive equals honey, therefore every bee must make honey. Learning about bee diversity replaces that simplified image with a much more interesting reality.

Why Are Bees Important Even When They Do Not Make Honey?

A bee's ecological importance cannot be measured by the amount of honey it produces. Bees interact with flowering plants while collecting nectar or pollen, and those visits can transfer pollen between flowers.

The USDA Forest Service describes wild bees as diverse and important pollinators in forest ecosystems and estimates thousands of native bee species in North America. These species include bees with different body sizes, activity periods, nesting habits, and relationships with flowering plants.

Different Bees Can Perform Different Pollination Roles

Bumble bees are particularly well known for buzz pollination, in which vibrations help release pollen from certain flowers. Other wild bees may forage under environmental conditions or on flowers that differ from those preferred by honey bees.

Honey bees remain tremendously important managed pollinators, but protecting pollinator diversity means recognizing the contributions of wild bees as well.

The key distinction: A bee can be an effective pollinator without producing a single jar of harvestable honey.

How Can You Support Different Kinds of Bees?

Supporting bees is not limited to keeping a honey bee colony. Homeowners, gardeners, farmers, landowners, and communities can provide habitat for many kinds of pollinators.

1. Plant a Variety of Flowers

Choose flowering plants that provide nectar and pollen at different points in the growing season. Native flowering plants adapted to your region can be especially valuable components of pollinator habitat.

2. Provide Different Types of Nesting Habitat

Not every wild bee wants a bee hotel. Colorado State University Extension reports that approximately 70% of solitary native bees nest underground, while other species use hollow stems and existing tunnels. Leaving appropriate patches of undisturbed ground, plant stems, and natural nesting materials can therefore help a wider range of bees.

3. Use Pesticides Carefully

Whenever pesticide use is necessary, follow the product label and consider potential exposure to pollinators. Avoid unnecessary applications and pay attention to flowering plants that bees may be visiting.

4. Support Responsible Beekeeping

Honey bee colonies require knowledgeable management. Beekeepers should continue learning about nutrition, queen health, seasonal management, pests, diseases, and Varroa mite control rather than assuming a hive can simply be installed and ignored.

5. Learn to Recognize More Than Honey Bees

One of the simplest ways to appreciate bee diversity is to observe flowers closely. You may discover bumble bees, sweat bees, mining bees, mason bees, leafcutter bees, or other insects visiting the same patch of flowers.

The more people recognize these differences, the easier it becomes to understand why protecting bees means more than protecting a single species.

What Should You Remember About the Myth That All Bees Make Honey?

The world of bees is much more varied than the familiar image of a honey bee returning to a honey-filled hive. Honey bees have evolved an extraordinary social system that allows thousands of workers to cooperate, build comb, gather nectar, and maintain substantial stores of honey for the colony.

Stingless bees also produce honey, demonstrating that honey production is not limited to bees in the genus Apis. Bumble bees maintain smaller nectar and pollen stores within colonies that usually follow a different seasonal life cycle. Most solitary bees take another approach entirely, with individual females gathering nectar and pollen to provide food directly for developing offspring.

Those differences are not shortcomings. They are examples of the remarkable diversity that exists among bees.

Understanding that not all bees make honey gives us a more accurate picture of how bees live and why so many different species matter. Honey may be one of the most visible gifts associated with bees, but pollination, plant relationships, ecological diversity, and the many specialized lifestyles of wild bees are equally important parts of their story.

What Are the Most Frequently Asked Questions About Bees and Honey?

Do all bees make honey?

No. Honey bees and stingless bees produce honey, while most bee species do not maintain the large communal honey stores associated with honey bee colonies.

Are honey bees the only bees that make honey?

No. Stingless bees in the tribe Meliponini also produce and store honey, particularly in tropical and subtropical regions.

Do bumble bees make honey?

Bumble bees maintain small nectar-based food stores, but they do not accumulate the extensive winter honey reserves maintained by honey bee colonies.

Do solitary bees make honey?

Most solitary bees do not maintain honey stores. Individual females collect nectar and pollen primarily to provision brood cells for their offspring.

Do mason bees make honey?

No. Mason bees collect nectar and pollen to provision individual nest cells for developing offspring rather than storing communal honey.

Do leafcutter bees make honey?

No. Leafcutter bees are solitary bees that gather pollen and nectar for their young instead of producing harvestable honey stores.

Why do honey bees store so much honey?

Honey bees live in perennial colonies, so stored honey provides food during winter and other periods when suitable flowers and nectar are unavailable.

How many species of bees are there?

More than 20,500 bee species are known worldwide, with substantial differences in nesting behavior, social structure, habitat, appearance, and food storage.

Are most bees solitary?

Yes. Most native bee species are solitary, meaning individual females generally build and provision their own nests rather than living in large cooperative colonies.

Are bees important if they do not make honey?

Yes. Many bees that do not produce harvestable honey are important pollinators of wildflowers, garden plants, fruit crops, vegetables, and other flowering plants.

Where Can You Learn More About Bees and Honey?

Sources and Further Reading

1. Bee Diversity: The Natural History of Bees — Smithsonian Tropical Research Institute.
   Read the Smithsonian resource about global bee diversity
2. Bees of the World: A Guide to Every Family — Smithsonian Libraries and Archives.
   View the Smithsonian reference on worldwide bee diversity
3. The Bee Genera of North and Central America, Second Edition — Smithsonian Institution Scholarly Press.
   View the Smithsonian bee taxonomy reference
4. Attracting Native Bees to Your Landscape — Colorado State University Extension.
   Learn about solitary bees and native bee nesting habitat
5. Pollinator Habitat in Log Landings: Wild Bees — USDA Forest Service, Northern Research Station.
   Read the USDA Forest Service resource on wild bees
6. Wasps and Bees — University of Minnesota Extension.
   Learn about bumble bee and honey bee life cycles
7. Melipona Honey — Food and Agriculture Organization of the United Nations.
   Learn about stingless bee honey and meliponiculture