When conducting scientific experiments on the project, we found the following advantages

When conducting scientific experiments on the project, we found the following advantages.
1. The use of an incubator cassette for controlled egg-laying of the queen bee has an advantage in the creation of future queen bees, as well as in the creation of future males.
2. Instrumentally inseminated queen bees have been reliably proven to have better egg production in the first year compared to naturally inseminated queen bees.
3. In the second year, the instrumentally inseminated queen bees have egg-bearing activity almost equal to the egg-bearing activity of naturally fertilized queen bees.
4. In the third year, instrumentally inseminated queen bees have a lower egg-laying activity compared to naturally inseminated queen bees. We recommend that beekeepers change their queen bees every two years to obtain optimal results in terms of the number of physiologically young worker bees, brood production and successful wintering.
5. If beekeepers heat the hives additionally in the spring, when the average daytime temperatures are below 12 degrees Celsius, they have a reliable effect on reducing the population of the Varoa Destructor mite. During this period of early spring treatment of bee colonies, a good supply of healthy worker bees for the coming season is achieved.
6. We recommend the use of software that gives real-time information about temperature, humidity, sound in the bee colony. The frequency of the sound (hertz) gives useful information to the beekeeper about approaching danger and impending swarming.
The presence of a digital scale provides information to the beekeeper about the flow of nectar, about possible theft of a bee family from neighboring bee families, about a lack of food during the autumn-winter season.