The specific wooden frame acts as a critical functional spacer, not just a structural component. It creates a vertical buffer of approximately 2 cm between the propolis collection screen and the hive lid. This gap serves two primary purposes: it facilitates a "cold air" stimulus that triggers the bees' biological sealing instinct, and it physically prevents the lid from crushing the screen, ensuring the bees have sufficient room to work.
The frame is the catalyst for the entire collection process. By creating a specific buffer zone, it converts a passive screen into an active "gap" that bees feel compelled to seal for their own survival.
Triggering the Biological Response
The Cold Air Stimulus
The primary reference indicates that the 2 cm gap facilitates a physical stimulus that mimics cold air intrusion.
By lifting the lid slightly above the screen, you allow a pocket of cooler air to sit directly above the colony.
Inducing the Sealing Instinct
Bees are biologically programmed to maintain a strict internal temperature and seal any cracks that allow heat loss.
When they sense the cool air buffer created by the frame, they perceive the screen as a series of cracks. This triggers an immediate defensive response to fill the gaps with propolis rather than beeswax.
Mechanical Requirements for Collection
Preventing Compression
Without the wooden frame, the hive lid would rest directly on top of the collection screen.
This compression would physically block the mesh openings. If the lid seals the screen from above, the air current stops, and the bees no longer perceive a gap that needs filling.
Creating Room for Deposition
The bees require physical space to manipulate the resin and pack it into the screen.
The buffer zone ensures there is sufficient vertical clearance for the bees to access the mesh and deposit propolis effectively. This direct access is what increases the accumulation rate of the harvest.
Understanding the Trade-offs
Temperature Management
While the "cold air" stimulus is necessary, it must be controlled. The 2 cm thickness is a calculated dimension.
If the frame is too thin, the stimulus is too weak to trigger a response. If the frame is too thick or the weather is freezing, you risk chilling the brood nest too aggressively.
Material Purity
The setup relies on the bees' preference for using propolis to seal small cracks and wax to build comb.
The screen and frame combination is designed to simulate cracks specifically. If the spacing is incorrect, bees may switch to using beeswax (burr comb), which degrades the purity of your propolis harvest.
Making the Right Choice for Your Goal
To maximize the effectiveness of your propolis trap, ensure the frame is installed correctly.
- If your primary focus is volume: Ensure the frame provides the full 2 cm clearance to maintain the strong airflow stimulus required for rapid deposition.
- If your primary focus is purity: Verify that the frame sits flush against the super to prevent side gaps, forcing bees to focus solely on the top screen where they will deposit pure propolis.
The success of a top-mounted screen relies entirely on the bees believing they have a draft to fix.
Summary Table:
| Feature | Function | Benefit |
|---|---|---|
| 2 cm Buffer Zone | Creates a "cold air" stimulus | Triggers natural propolis deposition instinct |
| Mechanical Spacing | Prevents lid from crushing the screen | Ensures bees have room to work and fill mesh |
| Airflow Control | Simulates hive cracks | Minimizes beeswax contamination for higher purity |
| Vertical Clearance | Facilitates resin manipulation | Increases overall accumulation rate and harvest volume |
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References
- Antonios E. Tsagkarakis, Georgios N. Balotis. Comparison of Traps Collecting Propolis by Honey Bees. DOI: 10.4236/ae.2017.52006
This article is also based on technical information from HonestBee Knowledge Base .
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