Honey bees metapopulations, parasites, and landscape - search for possible relationships: case study Slovakia

Q3 Environmental Science
J. Oboňa, Árvay Július, Bobuľská Lenka, Demková Lenka, Manko Peter, Michalko Miloslav, Kowalski Stanislav, Sabo Rastislav
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引用次数: 0

Abstract

The loss of bees is a relatively well-known worldwide phenomenon. Many papers examine the direct influence of different factors on global bees lost. However, a look at this problem with the intentions of host-parasite-environment interactions is rare. This paper post tries to prove possible connections among bees, their parasites and landscape structure. During the research at 27 suitable sites across Slovakia, Nosema spp. spores were detected in two samples (7.41 % of examined apiaries) and Varroa destructor in a total of 41 % of samples (mean prevalence of 0.57). Significant differences were found in mites infestation in altitudes up to 500 m and over 500 m, and at sites with different ES. Considering the landscape structure, Varroa infestation was significantly positively influenced by the presence of discontinuous urban fabrics.
蜜蜂的集合种群、寄生虫和景观——寻找可能的关系:斯洛伐克案例研究
蜜蜂的消失是世界范围内一个相对知名的现象。许多论文研究了不同因素对全球蜜蜂损失的直接影响。然而,从宿主-寄生虫-环境相互作用的意图来看这个问题是罕见的。本文试图证明蜜蜂、它们的寄生虫和景观结构之间可能存在的联系。在斯洛伐克27个合适的地点进行的研究中,在两个样本(7.41%的检查养蜂场)中检测到了Nosema spp.孢子,在总共41%的样本中检测到Varroa destructor孢子(平均患病率为0.57)。在海拔500米和500米以上以及ES不同的地点,发现了螨虫侵扰的显著差异。考虑到景观结构,Varroa侵扰受到不连续城市结构存在的显著积极影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
European Journal of Ecology
European Journal of Ecology Environmental Science-Ecology
CiteScore
1.80
自引率
0.00%
发文量
6
审稿时长
11 weeks
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