Pictures: Copyright © 2026 BioCycle (Hong Kong) Limited All rights reserved
🐜 After highlighting in our previous post how TAPINOMA MAGNUM can undermine buildings, damage infrastructure, invade homes, and displace native species, one thing becomes clear: early detection and rapid response are essential to prevent small infestations from turning into large-scale, costly problems.
Controlling Tapinoma magnum is a challenge – but there is progress! 🚀
🔬The state of Baden-Württemberg (Germany) is funding a comprehensive research project that conducts genomic and ecological analyses, maps the spread, and develops guidelines for municipalities and private individuals. The goal: to identify the species early and combat it effectively. 🧬🌍
Practical Examples:
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In Kehl (Germany), colonies are treated with hot water – regular, targeted measures have significantly reduced the population. 💧🔥
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In Zurich (Switzerland), an infestation was completely eliminated through rapid identification and professional pest control. ✅
Success Factors:
✔️ Early detection by experts
✔️ Quick action after colonization
✔️ Collaboration with professional pest controllers
✔️ Frequent treatment and monitoring
Experience shows: With knowledge, speed, and teamwork, even major challenges can be overcome! 🤝💡
Sources:
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Pictures: Copyright © 2026 BioCycle (Hong Kong) Limited All rights reserved
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Keppler, S. (2025). Forschungsprojekt auf den Weg gebracht. DpS, 06, 2025, 20-22.
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Naturkundemuseum Stuttgart. (n.d.). Projektseite: Tapinoma. Retrieved from https://www.naturkundemuseum-bw.de/forschung/projekte/tapinoma
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Schmidt, M., & Müller, G. (2022). Erfolgreiche Bekämpfung der invasiven Ameise Tapinoma magnum in der Stadt Zürich – Kombination führt zum Erfolg. DpS, 07+08, 2022, 18-20.