White sticky boards function as a high-contrast diagnostic tool designed to capture and quantify parasitic mites within a beehive. These liners are placed at the bottom of the hive, typically for a 24-hour period, to catch mites falling naturally from the colony or brood cells. By providing a sticky, white surface, they prevent mites from returning to the bees and allow technicians to easily spot dark parasites against a bright background for accurate counting.
The core value of a sticky board is its ability to convert a natural biological event—mites falling off bees—into quantifiable data without disrupting the colony's daily operations.
The Mechanics of Detection
Maximizing Visibility through Contrast
The primary function of the board's white color is visual contrast.
Parasitic mites, such as Varroa destructor, are typically reddish-brown. Against the dark interior of a hive or the ground, they are nearly impossible to see; against a white liner, they stand out clearly for identification.
The Retention Mechanism
To ensure the count is accurate, the boards are treated with an adhesive substance, often petroleum jelly.
This sticky layer serves a critical security function: it traps the mites upon contact. Without this adhesive, mites could crawl back up into the colony, be carried away by bees, or be blown away by wind, rendering the survey data invalid.
Enabling Quantitative Analysis
Measuring Natural Mite Drop
These boards are essential for calculating the "natural mite drop."
This metric represents the daily rate at which mites fall from the host bees. By collecting this data over a standardized 24-hour window, you can extrapolate the severity of the infestation without opening the hive or harming the bees.
Enhancing Accuracy with Grids
Many sticky boards are printed with a coordinate grid system.
This feature transforms a chaotic scattering of debris into organized data. It allows technicians to count mites systematically, square by square, significantly reducing human error during the quantification process.
Understanding the Trade-offs
Passive vs. Active Monitoring
Sticky boards are a passive monitoring tool.
They measure the mites that fall, which correlates to the total population but does not provide a direct census of mites currently attached to bees. While excellent for trends, it may lag behind an explosive population growth compared to active methods like an alcohol wash.
Debris Interference
The hive environment is messy.
In addition to mites, sticky boards capture pollen, wax cappings, and other hive debris. High levels of debris can obscure mites, making accurate identification difficult if the board is left in the hive for longer than the recommended 24-hour period.
Making the Right Choice for Your Survey
When utilizing sticky boards for mite prevalence surveys, align your usage with your specific data requirements.
- If your primary focus is precise data collection: Use boards with pre-printed coordinate grids to minimize counting errors and ensure consistent tracking.
- If your primary focus is non-invasive monitoring: Rely on the natural mite drop over a strict 24-hour window to assess infestation levels without disturbing the brood nest.
Consistency in your monitoring schedule is the single most important factor for reliable hive health data.
Summary Table:
| Feature | Function | Benefit for Beekeepers |
|---|---|---|
| White Background | Maximizes visual contrast | Makes reddish-brown mites easy to spot and identify |
| Adhesive Layer | Traps falling parasites | Prevents mites from returning to the colony for accurate counts |
| Coordinate Grid | Organizes counting area | Reduces human error and ensures systematic data collection |
| Bottom Placement | Captures natural drop | Provides non-invasive monitoring without disrupting the bees |
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References
- Anurag Kumar Sonker. A Study on The Prevalence of Parasitic Mite and Their Seasonal Variation in Apis Mellifera Colonies in Selected Regions of Uttar Pradesh, India. DOI: 10.53555/ajbr.v27i4s.8212
This article is also based on technical information from HonestBee Knowledge Base .
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