The ABCs of Bees and How Real Honey Is Made

By Eliza Ward

We’ve come a long way with the production of honey, and in the last century we've learned a lot more about the science of bees and honey. And all our scientific “know how” has led to one very important understanding: all sweeteners are not created equal.

Honey is a processed food.

But “processed” in a factory so efficient it would make Henry Ford jealous.

Of course, I'm talking about beehives and those tireless worker bees. A hive of bees may fly more than 55,000 miles and visit roughly two million flowers to gather enough nectar to make just one pound of honey. And you thought maple syrup was a time-consuming activity...

Why Bees Make Honey

Bees have been turning nectar into honey in a recognizably similar way for a very, very (VERY) long time. They do it for one main reason: survival.

Honey is food for the hive. Bees collect nectar when flowers are blooming, transform it into honey, and store it so the colony has a concentrated energy source when nectar is scarce—especially during winter or long stretches when flowers are not available.

Honey bees also collect pollen, which provides protein, fats, vitamins, and minerals, especially important for feeding developing larvae. Nectar and honey provide carbohydrates. Pollen provides the building blocks. A hive needs both.

The European honey bee, Apis mellifera, is the species responsible for most of the honey humans harvest. In a healthy, well-managed colony, bees may produce more honey than they need for their own survival, which allows responsible beekeepers to harvest the excess while still leaving enough for the bees.

The Bee Colony: Queen, Workers, and Drones

Honey bees are social insects, and bee colonies have a marked division of labor that includes a queen, drones, and workers.

The queen is the only fully reproductive female in the colony. Her main job is to lay eggs. During the height of the season, a strong queen may lay up to roughly 2,000 eggs a day. She can live for several years, although her productivity changes over time and beekeepers often pay close attention to queen health.

Drones are male bees. They are larger than workers, have no stingers, and do not gather nectar or pollen. Their main biological role is to mate with a queen. In the colder months, when the colony is conserving resources, drones are often pushed out of the hive.

Workers are female bees, and they are the busy ones. They clean the hive, feed larvae, tend the queen, build wax comb, guard the entrance, help regulate hive temperature, receive nectar from foragers, fan their wings to evaporate moisture, and eventually leave the hive to collect nectar, pollen, water, and propolis.

A typical colony may contain tens of thousands of worker bees during the active season. Worker lifespan varies depending on the season and the work they are doing. Summer workers may live only several weeks, while winter workers can live much longer because the colony needs them to survive until spring.

From Egg to Bee

Honey bee development is one of those quiet miracles happening inside the hive.

Queens, workers, and drones all begin as eggs. Fertilized eggs become female bees, either workers or queens. Unfertilized eggs become male drones. What determines whether a fertilized egg becomes a worker or queen has to do with how the larva is fed and raised by the colony.

Queens develop in special queen cells and are fed a rich diet that allows them to become fully reproductive. Workers and drones develop on different timelines, with queens emerging first, workers next, and drones later.

In other words, the hive is not only a honey factory. It is also a nursery, a food storage system, a climate-control system, a communication network, and a tiny city run almost entirely by women.

How Bees Collect Nectar

Mature worker bees leave the hive to forage. A forager may fly miles in search of nectar, though bees generally work as close to the hive as good flowers allow. When she finds a nectar source, she collects the sweet liquid flowers produce to attract pollinators and stores it in a special internal pouch often called the honey stomach or nectar crop.

While visiting flowers, bees also collect pollen. Some pollen clings to their bodies and is packed into pollen baskets on their hind legs. Some falls from flower to flower, which helps pollinate plants so they can produce seeds, fruit, nuts, and more flowers.

That movement from flower to flower is one of nature’s most crucial functions: pollination.

Each flower variety produces its own nectar and pollen, and those differences matter. The floral source affects the color, texture, aroma, flavor, and other properties of the final honey. Since honey is a product of nature, nectar and pollen can change from season to season and year to year depending on weather, bloom timing, drought, rain, soil, temperature, and location.

That's why real honey does not always look or taste exactly the same.

How Nectar Becomes Honey

Back at the hive, the bees begin turning nectar into honey.

Forager bees pass nectar to house bees, and the nectar may be transferred from bee to bee. During this handling, bees add enzymes that begin changing the sugars in the nectar. At the same time, the hive has to remove a great deal of water.

Nectar can be very watery. Honey is not. To make honey shelf-stable for the colony, bees reduce the moisture content by spreading nectar in the comb, moving it around, and fanning their wings to increase airflow and evaporation.

This ripening process—enzymatic action plus evaporation—is what transforms thin flower nectar into thick, concentrated honey.

When the honey is ready, worker bees store it in hexagon-shaped wax cells and seal those cells with a thin cap of beeswax. That wax cap helps preserve the honey as food for the colony.

The Comb: Nature’s Storage System

Beeswax comb is another marvel.

Worker bees produce wax from glands on their bodies and shape it into hexagonal cells. The hexagon is famously efficient: strong, space-saving, and incredibly well suited to storing honey, pollen, and developing brood.

Inside those cells, honey is kept clean, concentrated, and ready. To the bees, it is winter food and survival. To us, it is toast, tea, cake, cheese plates, marinades, vinaigrettes, and the occasional spoonful straight from the jar.

How Much Honey Does One Bee Make?

Here is the humbling part.

In her lifetime, an individual worker bee makes only around a tenth of a teaspoon of honey. Just a few small drops.

A jar of honey is not the work of one bee. It is the work of a colony: thousands of bees, millions of flower visits, countless flights, and a remarkable amount of cooperation.

That is one reason real honey is worth paying attention to. It is not just sweet. It is an enormous collective effort, concentrated into a spoon.

So How Is Real Honey Made?

Real honey is made by bees from nectar.

Bees gather nectar from flowers, carry it back to the hive, transform it with enzymes, evaporate excess water, store it in wax comb, and seal it for later. Beekeepers then harvest the surplus honey, extract it from the comb, strain or filter it depending on style, and put it into jars.

The best honeys still taste like the flowers, fields, forests, hillsides, and seasons they came from. Acacia honey does not taste like buckwheat honey. Lavender honey does not taste like chestnut honey. Leatherwood honey does not taste like orange blossom honey.

That is because real honey is not just a sweetener. It is a record of bees doing their work in a particular place at a particular time.

And that, in my mind, is where the magic is.

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Frequently Asked Questions

How do bees make honey?

Bees collect nectar from flowers, carry it back to the hive, add enzymes as they handle it, reduce the moisture through evaporation and fanning, then store the finished honey in wax comb and seal it with beeswax.

Why do bees make honey?

Bees make honey as food for the colony. Stored honey gives the hive a concentrated source of energy when nectar is scarce, especially in winter or during poor bloom conditions.

How many flowers does it take to make a pound of honey?

A commonly cited estimate is that a hive of bees visits roughly two million flowers and flies more than 55,000 miles to make one pound of honey. The exact number varies depending on nectar source, distance, weather, and colony conditions.

How much honey does one bee make?

An individual worker bee makes only around a tenth of a teaspoon of honey in her lifetime. Honey is the work of the whole colony, not a single bee.

What is the difference between a queen, worker, and drone bee?

The queen is the reproductive female who lays eggs. Workers are female bees that maintain the hive, care for brood, build comb, guard, forage, and make honey. Drones are male bees whose main role is to mate with a queen.

Do bees eat honey?

Yes. Honey is food for bees. It provides carbohydrates and energy, especially when fresh nectar is not available. Bees also collect pollen, which provides protein, fats, vitamins, and minerals.

Why do different honeys taste different?

Different honeys taste different because bees gather nectar from different flowers, trees, and plants. Floral source, region, season, weather, and handling all influence honey’s color, aroma, texture, and flavor.

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