Here’s how soil conditions affect the success rate of nematodes targeting SHB pupae Soil conditions greatly affect the success rate of nematodes targeting SHB pupae, influencing their movement, survival, infectivity, and ultimately the mortality of SHB larvae and pupae. The main soil-related factors are: Summary Table: Soil Factor Impact on Nematode Efficacy for SHB Soil […]
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Here’s the main advantages of using nematodes over chemical controls for SMALL HIVE BEETLE Using nematodes like Steinernema carpocapsae to control small hive beetle (SHB) populations offers several clear advantages over chemical controls: In summary Nematodes provide a highly effective, safe, and sustainable alternative to chemical pesticides for SHB control—protecting pollinators, hive products, and the
The most effective habitat restoration methods for supporting multiple pollinator threats at once involve creating high-diversity native plantings with overlapping bloom times, establishing structural and spatial diversity, and using adaptive site management techniques. These approaches simultaneously address habitat loss, nutrition, climate resilience, disease, pesticide exposure, and fragmentation.[1][2] Key methods include: In Summary By combining these
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Planting native species is one of the most effective ways to support bee populations in your region. Here’s a list of top-performing native plants—selected based on university extension recommendations, ecological studies, and Pacific Northwest plant guides—to maximize bee visitation and biodiversity in gardens across Washington, Oregon, and nearby states: Top Native Plants for Bees Tips
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Photo by Ralphs Fotos via Pixabay Creating a bee-friendly garden is one of the most impactful ways homeowners can support local bee populations and promote healthy ecosystems. Bees are crucial pollinators for flowers, vegetables, and fruit trees, so your efforts help far beyond your own backyard. Key Practices for a Bee-Friendly Garden Simple Steps to
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Several newly discovered bee species and significant new records have been documented in 2025. These discoveries mark advances for both ecological research and conservation, offering new insights into global bee diversity. This highlights the ongoing importance of field surveys and genomics in uncovering hidden species. A Major Year for Bee Biodiversity Research These discoveries are
What are the most effective integrated methods to control Varroa mites in my hive? The most effective integrated methods to control Varroa mites involve combining multiple approaches—known as Integrated Pest Management (IPM)—to lower mite populations and delay resistance development. Evidence-based best practices include: 1. Rigorous Monitoring 2. Mechanical and Cultural Methods 3. Genetic/Cultural Practices 4.
Here’s what natural treatments like oxalic acid or thymol work best for Varroa mites The most effective natural treatments for Varroa mites are oxalic acid and thymol, both considered “soft” acaricides derived from natural sources. Here’s how they work best and what studies show about their effectiveness: Oxalic Acid Thymol Comparison Table Treatment When Most
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Here’s how to manage Varroa Mites in your Hive Effective management of Varroa mites in bee hives relies on a strategy combining monitoring, cultural controls, mechanical practices, and judicious use of chemical treatments. Integrated Pest Management (IPM) is considered best practice for keeping mite populations below harmful levels[1][2]. 1. Monitoring: 2. Cultural Controls: 3. Mechanical/Physical
Discover the main threats facing honeybees & wild bee populations Bee populations worldwide are facing unprecedented challenges that threaten both managed honey bee colonies and wild bee species. Recent data shows that U.S. commercial beekeepers reported the highest honey bee colony losses ever recorded in 2025, with over 62% of commercial operations losing their colonies[1][2].
