Queen Rearing
Which Queen Should Be Used for Rearing?
Criteria, Evaluation, and Methods for a Good Rearing Decision
This article does not claim to cover all possibilities, methods, and special cases of beekeeping comprehensively. Breeding work is too versatile for that, and each apiary has its own conditions. The aim is rather to stimulate thought and create an understandable basis for the evaluation of bee colonies.
In basic breeding, it is not about only rearing from an apparently “perfect” queen. More importantly, it involves regularly observing your own colonies, comparing their traits objectively, and making better decisions over several years. Recognizing which colonies thrive in your location, which queens consistently display good traits, and which lines are less convincing lays the foundation for a stable, healthy, and productive beekeeping operation.
This article serves as a practical introduction: helping to perceive criteria more consciously, better classify evaluations, and make rearing decisions as comprehensible as possible.
Deciding which queen to rear from is one of the most important decisions in beekeeping. It influences not only individual splits or young colonies but impacts the entire bee population in the long term.
It is not about choosing the “prettiest” queen or the strongest colony at the moment. A good rearing decision arises from observation, comparison, and an honest evaluation over time.
A colony may produce a lot of honey but swarm heavily. Another may be very gentle but show little productivity. Yet another may seem excellent in spring but later develop health issues. That’s why the decision should not rely on a single impression.
Rearing is not about finding a perfect hive. Rearing means conscientiously promoting the best traits in your apiary and not propagating clear weaknesses.
1. Exclude First, Then Select
Before asking which queen to rear from, determine which queens not to rear from.
This is a crucial point often underestimated. Breeding progress results not only from propagating good colonies but also from removing poor traits from propagation.
Queens should not be reared from colonies that repeatedly show significant weaknesses.
- strong aggression
- very restless behavior on the comb
- poor comb stability
- hard-to-control swarming tendency
- noticeably patchy brood nest without a clear cause
- weak or unstable development
- poor overwintering
- noticeably high Varroa infestation compared to other colonies
- susceptibility to disease
- low performance despite comparable conditions
- colonies that repeatedly need special support
A colony that stands out negatively in a significant area should not be used for rearing, even if it excels in another area.
Example: A colony produces a lot of honey but is aggressive and hard to keep from swarming each year. It’s problematic for rearing. Rearing from it may propagate these issues further.
2. Recognize a Good Rearing Queen by the Overall Picture
The queen herself is often only seen briefly. Her actual quality is shown through her colony.
That’s why we evaluate not just the queen as an individual, but the performance and behavior of the entire colony.
- How does the colony develop?
- How calm is it?
- How well does it stay on the comb?
- How strong is the swarming tendency?
- How healthy does it appear?
- How high is the honey yield in comparison?
- How well does it overwinter?
- How stable does it remain throughout the season?
Important: A single good trait is not enough. A good rearing colony should be as balanced as possible. It doesn’t have to be perfect everywhere, but it shouldn’t show severe weaknesses.
3. The 5-Point System as a Simple Decision Basis
For practical evaluation, a system of 1 to 5 points is suitable.
The advantage: 3 is the middle ground, making the evaluation understandable. A colony with 3 points is not bad. It falls within the normal range for that trait. Values above 3 indicate a positive deviation. Values below 3 suggest a need for closer inspection.
Points
Basic Meaning
1
unfavorable
2
rather weak
3
normal average
4
good
5
very good
This classification should not be understood too rigidly. The significance always depends on the specific trait.
For honey yield, a high value means something different than for Varroa or swarming tendency. Crucial is always: The breeding goal is evaluated.
A high value for Varroa doesn’t mean “a lot of Varroa,” but a good health rating, for example, an inconspicuous infestation compared to other colonies.
A high value for swarming behavior doesn’t mean “a lot of swarming,” but good manageability or low swarming tendency.
4. Why the 3 is So Important
The 3 is the neutral midpoint, making the evaluation more honest.
- Below 3: Rather critical
- 3: Normal average
- Above 3: Positively noticeable
For rearing, we are particularly interested in colonies that score above average in several important areas.
A single high score is not enough. A colony with very good honey production but poor gentleness or strong swarming tendency is not automatically a good breeding colony.
Conversely, a colony with slightly lower honey yields may be very valuable if it’s healthy, gentle, winter-hardy, and well manageable.
5. The Most Important Criteria for Rearing
Gentleness
Gentleness is one of the most important traits in practical beekeeping. A gentle colony can be handled more calmly, quickly, and safely.
When evaluating, don’t just consider a single day. Colonies react differently depending on weather, nectar flow, time of day, or previous interventions. The critical factor is repeated behavior over several inspections.
- How does the colony react when opened?
- Do the bees remain calm?
- Is normal smoke sufficient?
- Do the bees sting without clear cause?
- Do they follow after inspection?
- Is the colony manageable under moderate conditions?
For rearing, colonies that consistently remain pleasant and quiet are of interest.
Comb Stability
Comb stability describes how quietly the bees remain on the comb.
A colony with good comb stability stays orderly. The bees don’t scatter frantically, fly excessively, or form strong clusters at the comb’s edge.
This facilitates every inspection. Brood, food, queen cells, and the queen can be assessed better. Additionally, work is calmer and faster.
Poor comb stability is a significant disadvantage. Such colonies waste time, make inspections unclear, and increase the risk of harming bees or even the queen.
Swarming Tendency and Manageability
Swarming tendency is not bad. It is the natural reproductive urge of the bee colony. For utilizing nectar flow, it is important how well this urge can be managed.
A good breeding colony can be strong and vigorous. However, it shouldn’t be constantly challenging to keep from swarming.
- Does the colony get into swarming mood very early each year?
- Are normal beekeeping measures sufficient?
- Do they constantly create new swarm cells despite space and guidance?
- Does the colony remain stable after an intervention?
- Or does it revert immediately to swarming mood?
A colony that requires significant effort each year to prevent swarming is problematic for rearing, even if it is strong.
Honey Yield
Honey yield is important but should never be the sole deciding factor.
It must be assessed fairly. Colonies should only be compared if they were under similar conditions.
- Same or similar location
- Comparable colony strength at the season’s start
- Same management method
- Same honey supers
- No significant special measures
- No swarming
- No massive harvest
What matters is less the absolute amount of honey but the performance relative to other colonies at the same site.
Colony
Honey Yield
Assessment
Colony 1
Significantly below the site average
Rather weak
Colony 2
About site average
Normal
Colony 3
Significantly above site average
Positively noticeable
Varroa and Health
Varroa development should be considered in rearing.
It is not about judging a colony solely by a single mite count. The comparison with other colonies at the same site and the development over the season are crucial.
- Natural mite fall
- Infestation checks
- Infestation development over several weeks
- Vitality of the colony
- Brood health
- Anomalies compared to other colonies
- Recovery after stress phases
A colony with consistently high infestation should not be propagated. A colony with low infestation, good vitality, and adequate performance is interesting.
Spring Development
A good colony should start reliably in spring.
This does not mean the earliest and strongest spring colony is the best for breeding. An overly early or explosive development can also be a disadvantage if weather and nectar flow are not aligned.
- How does the colony come out of winter?
- Does it develop consistently?
- Is it strong enough in time for flow?
- Does the development remain stable?
- Does it need significant support?
- Is the development suited to the region and management style?
Winter Hardiness
Winter hardiness means more than just surviving the winter. What matters is how the colony comes through it.
- Is the colony vital?
- Is there sufficient bee mass?
- Was the food consumption appropriate?
- Does the colony start off calmly and stably?
- Are there any anomalies?
- Does it require significant support?
A colony that comes out weak each year or only gets going with a lot of help is not an ideal breeding colony.
Brood Pattern and Queen Performance
The brood pattern is an important indicator but not a sole assessment.
A good colony typically shows a calm, even brood nest with all stages of brood. Repeatedly patchy brood areas, restless brood nests, frequent brood pauses, or signs of a weak queen are noticeable.
A patchy brood pattern can have many causes:
- Cold
- Food shortage
- Nectar dearth
- Varroa
- Disease
- Old combs
- Beekeeper interventions
- Requeening or brood pause
Therefore, do not decide based on a single observation. Only repeated anomalies are really relevant for breeding.
Longevity
Longevity is an important but often underestimated criterion when selecting a queen for rearing. It shows not only in how long a queen lives but especially in how reliably she leads a colony healthily and productively over time.
In practice, longevity is often recognized by the coincidence of several good breeding values over a long period. If a colony remains gentle, calm, healthy, winter-hardy, productive, and well manageable over several seasons, and the queen is not replaced during this time, it is a strong sign of a long-lasting and stable queen.
Queens that impress not only in one season but show their good traits consistently are particularly interesting for rearing. A colony that consistently stands out positively with the same queen over a long period is often more valuable than a colony that seems exceptionally strong only in the short term.
However, genetics is not the only factor. For a long-lived and productive queen’s life, good rearing and mating conditions are crucial. A queen can have good genetic potential but will only demonstrate it if she is reared under good conditions. This includes strong care, sufficient royal jelly, appropriate temperatures, and a good start from the beginning.
Mating also has a significant influence. A well-mated queen can maintain a strong, even brood nest over time and lead the colony stably. A poorly or inadequately mated queen might decline sooner, even if her origin is promising.
Longevity is therefore always the result of multiple factors: good genetics, proper rearing, good mating, and a colony that shows stable traits over a long time. That’s why in rearing, it’s important not only to look at the ancestry but also how the queen and her colony prove themselves over several seasons.
6. Weighting the Criteria
Not every trait is equally important, so the evaluation can be weighted.
Trait
Weighting
Gentleness
15%
Comb Stability
10%
Swarming Tendency / Manageability
15%
Honey Yield
20%
Varroa and Health
25%
Spring Development and Winter Hardiness
10%
Brood Pattern and Queen Performance
5%
This weighting is just an example. Every beekeeper can adjust it to their goal. Important is only: The weighting should be set beforehand. Otherwise, there is a risk of tweaking the evaluation later to make a favorite colony win.
7. Example of an Evaluation
A colony is observed over the season and evaluated accordingly:
Trait
Evaluation
Gentleness
4
Comb Stability
4
Swarming Tendency / Manageability
3
Honey Yield
4
Varroa and Health
5
Spring Development
4
Winter Hardiness
4
Brood Pattern
3
This colony would be an interesting rearing candidate. It is not perfect in every area but shows above-average values in several important traits and no significant weaknesses.
Another colony may produce a lot of honey but show weaknesses in gentleness and swarming behavior. Despite high performance, this makes it questionable for rearing.
8. Don’t Only Consider Single Values
A single value doesn’t decide rearing. A good rearing colony should rank above average in several important areas. Especially critical are significant weaknesses in traits important for practical beekeeping.
A colony with many scores of 4 can be more valuable for breeding than a colony with one 5 and multiple weak areas.
Rearing is not about finding the most spectacular colony. It is about finding the most reliable overall picture.
9. The Decision in Three Stages
Stage 1: Exclusion
First, exclude all colonies showing significant weaknesses.
- aggressive colonies
- permanent restless colonies
- highly swarm-driven colonies
- sickly or weak colonies
- colonies with high Varroa infestation
- colonies with poor overwintering
- colonies with notably unstable development
Stage 2: Pre-selection
Then, the remaining colonies are solid and manageable.
- sit quietly
- are gentle
- overwinter reliably
- develop consistently
- have good performance
- show no significant health issues
- remain well manageable
- stand out positively in sit comparison
Stage 3: Final Selection
Now, the overall picture decides. Not automatically does the honey-strongest colony win. Nor automatically the calmest. The best combination of performance, health, manageability, and stability decides.
10. Methods for Selecting the Rearing Queen
Method 1: Comparison Within Your Own Apiary
This method is suitable for most beekeepers. All colonies at the same apiary are compared. It makes sense as they have similar conditions: similar weather, similar nectar flow, similar surroundings.
Method 2: Evaluation with Points
All important traits are rated from 1 to 5 points. The advantage is better comparability. It’s crucial not to think too mathematically. The point system is a decision aid, not a replacement for beekeeping thinking.
Method 3: Selection by Management Goal
Not every beekeeper needs the same bee. A beekeeper in a residential area needs particularly gentle and calm colonies. A commercial beekeeper needs additionally quick manageability, performance, and consistency.
The best queen is not generally the best queen. She is the best queen for the specific goal.
Method 4: Comparison of Daughter Groups
When several daughters of a queen are available, the evaluation becomes more telling. A single very good colony may be a fluke. When several daughters of a line show similarly good traits, that’s a stronger sign.
- several daughters are gentle
- several daughters swarm little
- several daughters develop consistently
- several daughters show good health
- several daughters consistently perform well
Method 5: Consistently Replace Poor Queens
Rearing doesn’t just mean propagating good queens. It also involves replacing poor queens.
Colonies with significant weaknesses should not serve as breeding stock. They can be requeened if still useful as production colonies.
11. Don’t Forget the Drone Side
When thinking about rearing, often only the mother queen is considered. Understandable, but not complete. The drones also influence the offspring.
- Don’t promote drones from poor colonies
- Avoid allowing noticeably aggressive or sick colonies to propagate
- Allow good colonies to raise drones
- In clubs, pay attention to good traits collectively
- For targeted breeding, use mating stations or controlled matings
12. Common Mistakes in Rearing Decision
Mistake 1: Choosing Based Solely on Honey
High honey yield is good but not everything. If a colony is aggressive, swarm-prone, or health-wise problematic, it should not simply be reared from.
Mistake 2: Overestimating the Strongest Spring Colony
The strongest spring colony is not automatically the best for breeding. It might swarm heavily later, consume a lot of food, or become unstable.
Mistake 3: Overvaluing a Single Impression
A colony can be especially calm or unruly on any given day. Weather, nectar, time of day, and interventions affect behavior.
Mistake 4: Rearing from Problem Colonies Because Breeding Material is Needed
Better to rear less than from unsuitable colonies.
Mistake 5: Propagating Only from One Queen
A single top queen can be valuable. Yet, the entire stock should not overly depend on a single mother line.
13. Practical Classification at Season’s End
Group A: Suitable for Rearing
These colonies are above average in several important areas and show no major weaknesses. They can be reared from.
Group B: Suitable for Production
These colonies are good production colonies but not necessarily the best for rearing. They remain in the stock but do not provide breeding material.
Group C: Monitor
These colonies show mixed results. They have good aspects but also points for close monitoring next year.
Group D: Do Not Propagate
These colonies show significant weaknesses. They should not be propagated. Depending on the situation, they are requeened or removed from propagation.
14. Example of a Concrete Decision
Colony 2: Very gentle, good comb stability, good honey yield, unremarkable health, low swarming pressure. Result: good candidate for rearing.
Colony 4: Very high honey yield but notable swarming tendency each year, and hard to manage. Result: critical despite high output.
Colony 6: Medium to good honey yield, very calm, good overwintering, low Varroa pressure in comparison. Result: very interesting, even if not the highest honey producer.
Colony 8: Strong colony but aggressive and restless. Result: do not rear from.
Colony 10: Weak development, patchy brood pattern, poor overwintering. Result: do not propagate, consider requeening.
This example shows: The best rearing queen is not automatically in the strongest or most honey-rich colony. Often, the most balanced colony is the better choice.
15. Rule of Thumb for Practice
- Exclude problem colonies
- Compare good colonies
- Rate with a clear midpoint
- Don’t focus on a single trait
- Take health and Varroa seriously
- Include multiple observations
- Don’t rely solely on one queen
- Think long term
This makes rearing not perfect but significantly more predictable.
Conclusion
Deciding which queen to rear from isn’t made on a whim or after one good impression. It depends on the overall picture through the season.
A good rearing colony is gentle, calm, healthy, productive, winter-hardy, well manageable, and positively noticeable in comparison to the own apiary. It does not need to be perfect in every area, but it should not show significant weaknesses.
The 5-point system provides clarity in decision-making. The 3 represents the average. Everything above is positive; everything below should be critically examined.
Rearing is not just a single action but a long-term process. By consciously selecting each year, avoiding the propagation of poor traits, and moderately strengthening good lines, your stock improves step by step.
To ensure decisions aren’t based only on memory or gut feeling, maintaining a clean record throughout the season is worthwhile. With bee-pilot.io, you can record observations on gentleness, comb stability, swarming tendency, honey yield, Varroa, health, and development directly from the apiary. This way, multiple individual controls create a clear decision-making basis for rearing.
Especially when comparing several colonies, Bee-Pilot aids in making differences visible and deliberately continuing the best lines in your stock.
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