BEES YESTERDAY, TODAY, AND TOMORROW

The Story of an Ancient Alliance Between Humans, Flowers, and Bees

Bees appeared on Earth long before humans. When our distant ancestors had yet to discover fire, agriculture, and writing, insects were already flying from flower to flower, carrying pollen from one plant to another. Over millions of years, plants and bees evolved together. Flowers became brighter and more fragrant, nectar became more accessible, and bees developed increasingly sophisticated senses, proboscises, body hairs, and pollen baskets.

Humans appeared much later and encountered a natural system that was already functioning. At first, they merely stole from it. Then they began to observe it, make use of it, and finally attempt to control it.

Today, humanity has reached a point at which it must decide whether it will continue to live in alliance with bees or turn that alliance into yet another victim of its own development.

Bees Yesterday

The first encounter between humans and honey bees was probably not a friendly one. Somewhere inside a hollow tree or a rock crevice, a person discovered a sweet reward guarded by thousands of stinging defenders. To reach the honey, people used smoke, fire, sticks, and brute force. They destroyed the nest, cut out the combs, and carried away the honey, brood, and wax.

This was not yet beekeeping. It was bee hunting.

Over time, people began to understand that preserving the colony was wiser than destroying it. They started transferring bee swarms into hollow logs, woven baskets, clay vessels, and carved-out tree trunks. Thus, the first primitive hives appeared.

For a long time, beekeeping remained destructive. To harvest the honey, the entire colony was often killed. The bees were suffocated with sulphur smoke, while the combs were crushed or melted down. The honey was obtained, but the wax comb was destroyed, and the following year the bees had to begin building everything from scratch.

Despite these primitive methods, bees occupied an important place in ancient societies. Honey was food, medicine, an offering to the gods, and a symbol of prosperity. Wax was used for lighting, religious rituals, casting, seals, writing, and sealing documents and containers. In some societies, honey and wax were even used as currency or paid as taxes.

The bee gradually became a symbol of diligence, order, and self-sacrifice. People regarded the hive as an ideal society—numerous, organized, and united around a common purpose. Yet for a long time, they did not understand the true biology of the bee colony. The queen was called a “king,” drones were considered useless, and the appearance of new bees seemed almost mystical.

The real revolution began when observation started to replace legend. The movable frame made it possible to open and examine the hive without destroying the colony or its combs. The honey extractor allowed the honey to be removed and the empty combs returned to the bees. Wax foundation helped the bees build regular worker cells. Knowledge emerged about the queen, drones, swarming, feeding, diseases, and heredity.

The bee hunter had become a beekeeper.

Bees Today

Modern beekeeping has resources that beekeepers of the past could not even have imagined. We have standardized hives, movable frames, honey extractors, wax melters, stainless-steel equipment, laboratory analyses, breeding programmes, and specialized veterinary treatments. We can monitor the weight and temperature of a hive without opening it. We can send samples of honey, wax, or bees to a laboratory and receive information about their composition and health.

Yet never before have bees faced so many dangers at the same time.

The beekeeper of the past struggled against hunger, cold, and bad weather. Today’s beekeeper must also contend with parasites, viruses, pesticides, declining plant diversity, pollution, climatic extremes, illegal pesticide treatments, and adulterated honey.

One of the most serious enemies is the mite Varroa destructor. It is not merely a parasite that weakens an individual bee. Varroa damages developing brood and contributes to the spread of viruses. A colony may appear strong during the summer, only to collapse a few months later.

The problem is made worse by improper treatment. When the same product is used repeatedly without monitoring, parasites may develop resistance. When the dose is excessive or the treatment is applied at the wrong time, undesirable residues may remain in the wax and other bee products. Treatment can no longer be carried out merely from habit. It must be based on observation, measurement, and the rotation of different approaches.

The second major danger is the transformation of the agricultural landscape. Vast areas bloom for a short time and then become a green desert for bees. A colony may find itself surrounded by thousands of hectares of a flowering crop, yet after the flowering period ends, it may no longer find sufficiently diverse pollen sources. A large quantity of food does not always mean good-quality nutrition. Bees need pollen from various sources because different plants offer different nutritional compositions.

Plant-protection products add another danger. Poisoning may be obvious—the ground in front of the hive becomes covered with dead bees. But the effects can also be much harder to notice. Bees may struggle to return to the hive, lose their sense of direction, live shorter lives, or the colony may gradually weaken.

The climate is changing the rules as well. A warm winter may seem favourable, but when brood rearing continues for a prolonged period, the bees consume more food and Varroa mites continue to reproduce. Early warmth encourages plants to flower, only for a later frost to destroy the blossoms. Drought reduces nectar secretion, while prolonged rainfall keeps the bees confined to the hive.

Modern beekeeping is also an economic challenge. The prices of fuel, jars, lids, sugar, wax, medicines, and labour continue to rise. At the same time, genuine honey must compete with cheap blends and products of questionable origin. The beekeeper produces according to the will of nature but sells in a market that does not always understand the difference between honey and sweet syrup.

And yet modern beekeeping is not only a struggle. It offers more opportunities than ever before. In addition to honey, beekeepers harvest pollen, propolis, royal jelly, wax, bee bread, and bee venom. Queen breeding, agricultural pollination, apitourism, and educational apiaries are also developing. Direct contact with customers allows a good beekeeper to reveal the face, the story, and the true value of the product.

Bees Do Not Live for Humans

We often say that bees “give us” honey, wax, pollen, and propolis. This is a convenient human expression, but it is not the biological truth. Bees do not produce honey for us. They make it as a reserve for their own survival. Wax is not raw material for our candles; it is the building material of their home. Royal jelly is not a dietary supplement; it is food for the larvae and the queen. Propolis is not a medicine placed in the hive for human use, but a substance with which bees protect their dwelling.

Beekeeping is possible only because a strong colony gathers more stores than it needs under normal conditions. A wise beekeeper takes the surplus. An unwise one takes what the bees themselves need.

This is precisely where the moral boundary lies between stewardship and exploitation.

Bees Tomorrow

What will beekeeping look like twenty, fifty, or one hundred years from now?

Hives will probably be monitored by sensors. Electronic scales will record the beginning and end of the nectar flow. Microphones will analyse the sounds produced by the colony. Cameras and artificial intelligence will monitor activity at the hive entrance. Systems will issue warnings about swarming preparations, queenlessness, overheating, robbing, or unusual weakening of the colony.

Technology will be useful, but it will not replace the beekeeper. A sensor may show that the hive is losing weight, but it cannot always determine why. A camera may count the bees entering the hive, but it cannot smell the hive, understand the whole picture, or take responsibility for a decision. The beekeeper of the future will have more information but will still need to know how to interpret it.

Breeding programmes will probably seek bees that can better identify and remove damaged brood, restrict the development of Varroa mites, and adapt to local climatic conditions. The great danger lies in the pursuit of a universal “super bee.” A bee bred for one country or production system may prove unsuitable for another. Local populations represent a living reservoir of inherited qualities and should not be replaced indiscriminately.

New treatments and biological methods for controlling parasites will be developed. More precise agents may become available, targeting a specific pest without burdening the bees or contaminating their products. But even the best treatment will not eliminate the need for sound beekeeping practices.

Cities, too, may become refuges for pollinators if parks, gardens, rooftops, and roadside areas are planted with a variety of nectar- and pollen-producing plants. Urban beekeeping, however, must develop sensibly. Too many hives in a small area can lead to food shortages and competition with wild pollinators.

Robotic pollinators may also appear. They could prove useful in greenhouses or for certain specialized crops, but the idea that machines could easily replace bees in nature is an illusion. A bee is not merely a flying pollen brush. It is part of a colony, and the colony is part of a vast network of plants, animals, microorganisms, climate, and soil.

Creating a robot that touches a flower is possible. Replacing a natural system built over millions of years is something entirely different.

Will Bees Disappear?

The honey bee will probably not disappear completely as long as people continue to keep it. The more realistic danger is different: bee colonies may become increasingly dependent on human intervention, while beekeeping may become so difficult and unprofitable that fewer and fewer people will be willing to practise it.

Nor should we forget wild pollinators. The honey bee is only one part of the world of pollination. Bumblebees, solitary bees, flies, butterflies, and many other animals also perform irreplaceable roles. Protecting managed hives alone is not enough if we destroy the places where other pollinators feed and reproduce.

The Most Important Technology Is Our Attitude

The future of bees will not be decided in laboratories alone. It will be decided every day—in fields, orchards, apiaries, shops, and in front of the jar of honey on the shelf.

The farmer decides when and what to spray. The local authorities decide whether to destroy every wildflower growing beside the road. The consumer decides whether to buy genuine honey from a known producer or a suspiciously cheap product. The beekeeper decides how much honey to take, how to treat the colonies, and whether to leave them enough food. The state decides whether beekeeping is merely a statistic or an activity of genuine public importance.

The bees of yesterday lived without us. The bees of today increasingly need our protection. And the bees of tomorrow will show whether we have been wise enough to preserve the world we inherited.

It is not the bee that must prove its usefulness to humanity. Humanity must prove that it can live without destroying everything useful around it.