There are multiple important tasks performed on a daily basis within a honeybee hive.
Some of these activities take place in areas of the hive that bees do not normally visit.
Only one type of cell exists in each hive where the bees’ work is entirely different from that done in the others. This part is established with a specific purpose compared to the rest.
The actions in this cell act as a turning point, affecting how the colony organizes future work.
So, what exactly are the bees doing inside this enclosed, specifically designed structure?
A cell like no other in the hive
Earlier, we explained that most cells found in the hive are essentially identical in size and shape.
These structures provide the necessary space for typical colony-related functions, including the production of new worker bees and the storage of food supplies.
However, there are times when bees create large, vertically oriented ones.
Those created during these instances differ greatly from all standard cells present within the hive.
They are constructed to serve a separate capacity.
Inside them lies a developing bee larva covered in royal jelly.
The amount present, in comparison to other larvae, is significantly higher. It is produced by worker bees and fed to developing queens in considerable quantities.
To some, this appears to be nothing more than feeding.
However, both the quality and volume of royal jelly indicate a clear difference in how one larva is treated compared to the others.
A larva treated differently from the rest
Honeybees in a colony undergo almost identical development.
Aside from limited nutrition, they quickly mature into adult workers and then continue to support the colony.
When it produces a queen, one larva is selected and its development is dramatically altered. It is then given an unlimited supply of royal jelly.
Higher nutritional content and a stable temperature within the cell, maintained by surrounding worker bees, create differences in growth among the larvae.
This combination of factors ultimately determines what it will develop into.
The full details regarding these hormonal and environmental triggers are outlined in the report “How honeybees really crown their queens,” published by the University of California, Riverside.
The process behind a queen’s development
Converting the larva into a queen is not an instantaneous event. Rather, it is accomplished through the colony controlling every aspect of its development.
During its time in the specialized chamber and constant consumption of royal jelly, it is continuously cared for by surrounding worker bees.
Biological changes from high concentrations of this substance affect growth, lifespan, and reproductive capabilities.
Ultimately, due to these factors, it matures into a queen rather than a worker.
What “crowning” a queen really means
It refers to a biological process driven by controlled feeding, specialized chambers, and stable environmental conditions. This selection does not occur through spontaneous decision-making at a specific time.
Instead, the process progresses toward producing a queen through gradual and highly controlled changes over time.
Worker bees build a specialized chamber and carefully shape its development, determining whether it becomes a queen.
The above examples show that the colony functions in an organized and structured way through each phase, rather than acting randomly.
These include selecting a larva, carefully constructing the chamber, and supplying royal jelly in large and controlled amounts.
A queen does not emerge by accident, but through a controlled process within the hive.