灭蟑器与蜜蜂的可持续性——综述

Alexandru-Ioan Giurgiu, A. Moise, D. Dezmirean
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引用次数: 0

摘要

瓦螨是一种寄生螨,是西方蜜蜂的主要全球威胁。这种寄生虫成功地从它的自然宿主东方蜜蜂(a . cerana)身上转移过来,在几十年内,它在世界各地的蜜蜂种群中传播开来。今天养蜂人正在使用各种不同的杀螨剂来控制寄生虫的数量。然而,对于这些物质中的许多,寄生虫进化出了耐药性,要求开发新的化合物。因此,这种治疗方法不太适合作为蜜蜂健康的可持续工具;因此,需要其他替代方案,而培育抗瓦螨的蜜蜂被认为是一种更可持续的解决方案。在此,我们回顾了成功的努力和需要实施的养蜂程序,以实现抗性蜜蜂。我们还描述了潜在的抗性机制,并讨论了在区域种群内繁殖的好处,考虑到蜜蜂的生物多样性方面。
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Varroa Destructor and the Sustainability of Apis Mellifera - an Overview
Varroa destructor is a parasitic mite that represents a major global threat for the Western honeybee Apis mellifera. This parasite managed to switch from its natural host the Eastern honeybee, A. cerana, and within a few decades, it spread among A. mellifera populations around the world. Today beekeepers are using a variety of different acaricides to keep the parasite population under control. However, for many of these substances, the parasite evolved resistance asking for the development of novel compounds. Hence the treatment is less suited as a sustainable tool in honeybee health; consequently, other alternative options are needed, and breeding of Varroa resistant honeybees have been suggested as a more sustainable solution. Here we reviewed the successful efforts and the apicultural procedures needed to be implemented to achieve resistant honeybees. We also describe the underlying resistance mechanisms and discuss the benefits of breeding within regional populations, considering the biodiversity aspects of A. mellifera.
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