To Bee or Not to Bee OR Wish I May, Wish I Mite
CSEF · 2003 Pharmacology/ Toxicology
Overview
Objectives/Goals Will formic acid be effective in removing Varroa jacobsoni, a species of bee mite, from Apis mellifera, the common honeybee? Methods/Materials Methods: We exposed bee hives to formic acid with two different procedures (Soapy Water/Powdered Sugar Rolls and Sticky Board) and measured how many dead mites were found compared to control hives that were not treated with formic acid. Materials: bee hives, permanent marker, formic acid, notepad, pencil, 12 - 32oz. Jars, tweezers, powdered sugar, strainer, buckets, screen, dish detergent, sticky board, strawberry basket bottoms, 4 cotton cloths, aluminum foil Results We found that the formic acid is effective in decreasing the population of Varroa mites in the commercial honeybee hive if the formic acid is diluted down to 60%, the ambient temperature is between 55-70 degrees F., and the correct amount of formic acid is applied within the hive with a sufficient evaporation rate of 20 mL a day. Conclusions/Discussion The hypothesis was supported; formic acid was effective in removing Varroa mites from the hive. Apis mellifera is being attacked by Varroa jacobsoni by feeding off the larvae of the bee before it emerges, causing it to be deformed and an inefficient worker. Then, when the bee emerges, the Varroa mites spread through the bee's close contact with other bees. It is important to treat this problem because bees are very important pollinators.
Summary statement
We tested to find out if formic acid is effective in removing Varroa jacobsoni, a species of bee mite, from Apis mellifera, the common honeybee.
Help received
Measured formic acid and applied in hives under supervision of expert in the field, Les Beshears, president of Central Valley Beekeepers Association. Mrs. Patterson and Mrs. Beshears aided us in organizing the board.
Awards (1)
- Category Award
Competition history
- CSEF 2003
Resources
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