Modern technologies for conducting beekeeping in the Republic of Belarus on the background of varroatous invasion

V. Pestis, N. Halko, I. M. Loikо, A. N. Krichevtsova
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Abstract

In the Republic of Belarus, as well as around the world, there is a continuous search for ways and methods of efficient struggle against the varroatous invasion of bees, however, no significant decisions are found in this struggle. In the context of this problem, scientific studies were conducted on development of modern technology of beekeeping on the background of spread varroatous invasion. Technological methods are proposed in the fight against varroatous invasion of bees, proving efficiency of the joint use of zoothechnical, biological and mechanical methods of combating the Varroa tick. It has been shown that purposeful rearing and selection of the drone brood reliably reduces the tick contamination of bee families by 5.7-17.4%. It has been substantiated that the use of intraulic pollen collector significantly reduces the number of ticks in the bees families, especially in the early spring period, when the ticks are mainly located on bees and are especially vulnerable to mechanical impact. The use of the feeding frame allows to purposefully obtain, conveniently and easily select the drone brood, and along with the drone brood, remove the Varroa tick form the bee nest. The use of the developed technology will allowed to reduce the number of tick, obtain additional products in the form of a homogenate of trutone larvae. Such system will increase the preservation of bee families, productivity of honey harvest and, as a result, increase the profitability of beekeeping production, as well as the effectiveness of pollination of entomophilic agricultural crops and their yield.
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在各种入侵的背景下,在白俄罗斯共和国进行养蜂的现代技术
在白俄罗斯共和国以及世界各地,人们一直在寻找有效对抗各种蜜蜂入侵的途径和方法,然而,在这一斗争中没有找到重大的决定。针对这一问题,科学地研究了在蜜蜂广泛入侵的背景下现代养蜂技术的发展。提出了防治各种蜜蜂入侵的技术方法,证明了动物技术、生物技术和机械技术联合应用防治瓦蜱的有效性。研究表明,有目的的饲养和选择雄蜂幼虫可可靠地减少蜜蜂家族的蜱虫污染5.7-17.4%。有证据表明,使用液压花粉收集器可以显著减少蜜蜂科蜱的数量,特别是在早春时期,蜱主要分布在蜜蜂身上,特别容易受到机械冲击。使用喂食架,可以有目的地、方便、轻松地选择雄蜂幼虫,并与雄蜂幼虫一起从蜂巢中取出瓦螨蜱。使用已开发的技术将允许减少蜱虫的数量,以曲酮幼虫的匀浆形式获得额外的产品。这种系统将增加蜜蜂家族的保存,蜂蜜收获的生产力,从而增加养蜂生产的盈利能力,以及嗜虫农业作物的授粉效率和产量。
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