Varroa: A mite contagious for bees

Varroa is a parasitic mite that affects bees. In this article, we will explore the key aspects of Varroa, its impact on bee colonies, and measures to combat it to protect our valuable pollinators.

What is Varroa?

Varroa destructor is a mite that targets both adult bees and brood. It feeds on hemolymph (the "blood" of bees) and can cause serious problems in colonies. Imagine it as a miniature vampire, attaching to bees and weakening their health.

The dangers of Varroa

The presence of Varroa in a colony causes varroosis, a disease that affects bees. Here are the harmful consequences:

Weakened bees: Bees infested with Varroa are smaller, weaker, and more susceptible to diseases. Some are born with wing deformities and die shortly after birth.

Decline of the colony: The infested colony gradually weakens and often dies, especially in winter.

Reduction in honey production: Varroa plays a major role in increasing bee mortality and decreasing honey production.

Varroa contagion

Varroa is highly contagious. All bee colonies are currently infested with these mites. They spread from one hive to another through robbing, worker drift, and male visits. Eradicating Varroa is challenging but essential for bee health.

How to protect your bees?

• Regular monitoring: Monitoring Varroa presence in your colonies is crucial. Use counting methods like the hive bottom test or larval sampling.
• Appropriate treatments: Various options exist, from chemical treatments to cultural techniques. Choose the most suitable method for your situation and follow usage instructions.
• Diversification of treatments: Alternate control methods to prevent Varroa resistance development.
• Hygiene: Maintain a clean environment around hives and regularly disinfect beekeeping equipment.

Colony reinforcement:

• Selection of resistant colonies: Favor colonies showing better natural resistance to Varroa.
• Adequate nutrition: Ensure bees have enough quality food, especially during low flowering periods.
• Swarm management: Control excessive swarming to prevent colony weakening.
• Choice of hive location: Place hives in sunny locations protected from strong winds.

Protection against other threats:

• Diseases: Monitor signs of diseases and treat promptly if necessary.
• Predators: Protect hives from attacks by Asian hornets, wasps, and other predators.
• Pesticides: Limit bee exposure to pesticides by choosing non-toxic products and promoting sustainable cultural practices.

Information and training:

• Stay informed: Follow news and research on bee health and Varroa.
• Attend training: Enhance your knowledge in beekeeping and Varroa control techniques.
• Collaborate with other beekeepers: Share experiences and work together to protect bees.

Recommended treatment periods:

• Summer treatment: After the last honey harvest, usually in August or early September.
• Winter treatment: In November or December, after the bees' last flight.
• Spring treatment: In case of heavy spring infestation, possible in March or April.

Which treatment to use?

The Stop Varroa treatment is the only one that eliminates 100% of varroas. It can also be used in organic beekeeping. Stop Varroa is safe for bees and does not contaminate your honey.

The Stop Varroa Treatment is organic and easy to use. It guarantees a 100% success rate.

Benefits of Stop Varroa

• Eradicates varroa in 24 hours.
• Suitable for organic beekeeping. Our treatment is safe for your bees.
• The only treatment that guarantees a 100% success rate. Money-back guarantee.
• Simple application: Apply directly on both sides of the frame using a sprayer.
• Can be applied all year round, in all weather and temperature conditions.
• Economical: 1 liter can treat 20 hives.
• Durable: the treatment provides protection against varroa for one year.

If you wish to purchase the Stop Varroa treatment, you can visit the official Stop Varroa website or contact customer service directly at contact@stopvarroa.com.

By protecting your bees against Varroa, you are contributing to preserving these essential pollinators in our ecosystem.