How do bees make wax for their hives?
Pro Research Analysisby 
Searched over 200M research papers
Consensus Meter
How Do Bees Make Wax for Their Hives?
Wax Production in Honey Bees: Biological Mechanisms
Honey bees produce wax through a complex biological process involving specialized glands. The wax is secreted by worker bees from glands located on the underside of their abdomen. These glands, known as wax glands, are most active in young worker bees, typically between 12 and 18 days old. The wax is secreted in the form of small scales, which are then chewed and manipulated by the bees to construct the honeycomb structure.
The production of wax involves several tissues, including the epidermis, oenocytes, and fat body cells. These tissues work together to synthesize and transport wax precursors to the surface of the cuticle, where they solidify and crystallize into wax scales. The wax mirror epidermis, a type of glandular cell, plays a crucial role in this process by transporting the wax precursors from the fat body cells and oenocytes to the cuticle.
Factors Influencing Wax Production
Age and Colony Size
The amount of wax produced by a bee is influenced by its age and the size of the colony. Younger bees are more efficient at producing wax, and the rate of wax secretion is a linear function of the number of young bees in a colony. Interestingly, smaller colonies produce more wax per bee compared to larger colonies.
Nutritional Requirements
The nutrients derived from pollen are essential for wax production. Pollen provides the necessary proteins, lipids, vitamins, and minerals required for brood-rearing and wax synthesis. Nurse bees, which are the primary consumers of pollen, play a significant role in this process.
Environmental Stimuli
Environmental factors such as the availability of space, illumination, and air movement also influence wax production. For instance, a strong colony in a container of fixed volume will construct more comb than a smaller colony, but the amount of comb constructed per bee decreases with increased density. The quality of space, including factors like illumination and air movement, acts as a stimulus for comb-building.
Acceptance of Decontaminated Wax
Recent studies have explored the use of decontaminated wax to mitigate the accumulation of harmful residues in hives. One such study evaluated the acceptance of wax decontaminated through methanol extraction by bees for building new honeycombs. The results showed that bees accepted the decontaminated wax, albeit with a slight delay compared to commercial wax. This delay could be due to the loss of some components, such as honey residues, which are usually present in the wax. Adding bee-attractive substances to the manufacturing process could help mitigate this delay.
Conclusion
The production of wax by honey bees is a complex process influenced by various biological and environmental factors. Young worker bees play a crucial role in wax secretion, and the nutrients derived from pollen are essential for this process. Environmental stimuli such as space and illumination also impact wax production. Recent advancements in decontaminating wax show promise in reducing harmful residues, although further optimization is needed to ensure immediate acceptance by bees. Understanding these mechanisms and factors can help in developing better practices for maintaining healthy bee colonies.
Sources and full results
Most relevant research papers on this topic