Honey is a sweet food. 

Honey is a sweet food. 
Bees work hard to make it. They store it in wax cells. These cells make a honeycomb. 
Honey gives bees energy. It helps them fly. It also feeds the baby bees. This helps them through the cold winter.
Honey stays good for a long time. It does not spoil easily. This is because it has very little water.
People also love to eat honey. It is a tasty treat. Many people use it in baking.
Honey is a sweet and thick liquid. 
Bees make honey from nectar. Nectar is a sugary liquid from flowers. A bee can visit over one thousand flowers to fill its honey stomach. 

Honey lasts a very long time. It does not spoil easily. This is because it has very little water.
Honey is a sweet and thick substance made by many different bees. 

Making honey is a very busy job for a bee. A foraging bee uses its proboscis to suck up nectar from flowers. This liquid goes into a special honey stomach. One honey bee might visit over one thousand flowers to fill it. 
Humans have enjoyed honey for a very long time. Some cave paintings in Spain show people looking for honey 8,000 years ago.
There are many interesting facts about how honey works. Honey is very sweet because it has lots of fructose and glucose. 
Beekeeping is a way to work alongside these amazing insects. Beekeepers often use a smoker to keep the bees calm. 
Honey is a sweet, viscous substance produced by several species of bees. 

The production process begins with foraging. A bee uses its proboscis, a tube-like mouthpart, to suck up nectar or honeydew. Nectar is a liquid from flowers with a water content of 70% to 80%. Honeydew is a secretion from insects like aphids and can have a water content around 89%. The liquid enters the bee's honey stomach, or honey crop. This specialized cavity can hold about 40 mg of liquid, which is roughly half the weight of an unladen bee. To fill this crop, a bee might visit more than one thousand flowers. 
Once the nectar is inside the honey stomach, salivary enzymes and proteins from the hypopharyngeal gland begin to work. These substances cleave complex sugars, like sucrose, into simpler monosaccharides called glucose and fructose. This chemical change increases the acidity of the liquid. When the forager returns to the hive, it regurgitates the nectar to hive bees. These bees pass the liquid from mouth to mouth in a relay. This process of repeated regurgitation and bubbling creates a large surface area, which helps evaporate water into the warm hive air. 
To finish the refinement, bees must control the hive's environment. Bees are among the few insects that can generate significant body heat. They use this heat to maintain a constant ambient temperature in storage areas. To remove excess moisture, bees use coordinated wing beating to move air across the wet honey. This ventilation expels both water and heat into the outside world. The process continues until the water content drops to between 15.5% and 18%. At this concentration, the honey becomes a supercooled solution of sugars.
Once the honey reaches the correct thickness, bees seal the hexagonal wax cells with a cap. This prevents contamination and stops further evaporation. Because of its high sugar concentration and acidic pH, many microorganisms cannot grow in honey. This unique chemical profile means that, when stored properly, honey does not spoil. Archaeologists have even discovered honey samples that remained edible after millennia. 
Humans have a long history of interacting with honey-producing insects. Cave paintings in Cuevas de la Araña in Spain depict humans foraging for honey at least 8,000 years ago. In the New World, the Mayans practiced meliponiculture, which is the cultivation of stingless bees. Today, the practice of keeping honey bees is called apiculture. Humans often use semi-domesticated colonies, which are bees that can still easily swarm to form new wild colonies.
Modern apiculture involves sophisticated methods to harvest honey and protect the bees. Beekeepers often use a smoker to pacify bees during collection. The smoke triggers a feeding instinct and obscures communication pheromones, making the bees less aggressive. Honey is extracted from the honeycomb by crushing it or using a mechanical honey extractor. After extraction, the honey is filtered to remove beeswax and debris. Unlike early harvesters who might sacrifice entire colonies, modern beekeepers ensure bees have enough stores to survive the winter. They may provide honey substitutes, like sugar water, to help the colony stay healthy.
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