Saturday, April 26, 2025
Powered by: University of Bern
2339 Members
127 Countries!
join us
HomeArticlesImpacts of Intensive Dusting or Spraying with Varroa Control Materials on Honeybee...

Impacts of Intensive Dusting or Spraying with Varroa Control Materials on Honeybee Workers & Drones

One of the safest methods to reduce Varroa infestation in honey bee colonies is the use of mechanical methods. Dusting or spraying honey bees with some materials (e.g. powdered sugar or oxalic acid solution) can be considered as safe mechanical methods. In this study, the effects of dusting or spraying on the survival rate of honey bee workers and drones were investigated. The results showed that using dusting (with powdered sugar, wheat flour, talcum powder or magnesium carbonate) or spraying (with sugar syrup, or mix of sugar syrup and oxalic acid) can reduce the survival of honey bees except spraying using sugar syrup. Repeating the use of powdered sugar or mix of sugar syrup and oxalic acid (3%) for one, two or three times showed reduction in the survival rate of workers and drones. The intensive use of dusting or spraying over bees is not recommended. Spraying bees with sugar syrup only or mixed with oxalic acid is advisable during Varroa control than dusting bees with powdered sugar.


Abou-Shaara, H.F.; M. Staron and T. Cermáková (2016). Impacts of intensive dusting or spraying with Varroa control materials on honey bee workers and drones. Journal of Apiculture, 31 (2): 113-119.

http://journal.bee.or.kr/_PR/view/?aidx=6827&bidx=552
COLOSS Association
COLOSS Associationhttps://coloss.org/
COLOSS (Prevention of honey bee COlony LOSSes) is an international, non-profit association headquartered in Bern, Switzerland that is focussed on improving the well-being of bees at a global level. We are composed of scientific professionals that include researchers, veterinarians, agriculture extension specialists and students. We understand that cooperation and open dialogue are key to better understanding the reasons why bee populations are threatened in today’s world.