Higher TIER bumble bees and solitary bees recommendations for a semi-field experimental design

S. Knäbe, M. Allan, Annika Alscher, K. Amsel, C. Classen, Magdaléna Cornement, C. Elston, Nina Exeler, Lea A. Franke, M. Frommberger, H. Giffard, J. S. Guerola, S. Hecht-Rost, Bettina Hodapp, Ines S. Hotopp, Carole Jenkins, T. Jütte, Stefan Kimmel, O. Klein, Britta Kullmann, J. Lückmann, M. Persigehl, I. Roessink, Christof W. Schneider, Alexander Schnurr, Verena Tänzler, J. V. D. van der Steen
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引用次数: 1

Abstract

The publication of the proposed EFSA risk assessment guidance document of plant protection products for pollinators highlighted that there are no study designs for non-Apis pollinators available. Since no official guidelines exist for semi-field testing at present, protocols were proposed by the ICPPR non-Apis working group and two years of ring-testing were conducted in 2016 and 2017 to develop a general test set-up. The ringtest design was based on the draft EFSA guidance document, OEPP/EPPO Guideline No. 170 and results of discussions regarding testing solitary bees and bumble bees during the meetings of the ICPPR non-Apis workgroup. Ring-tests were conducted with two different test organisms, one representative of a social bumble bee species (Bombus terrestris L; Hymenoptera, Apidae) and one representative of a solitary bee species (Osmia bicornis L; Hymenoptera, Megachilidae). The species are common species in Europe, commercially available and widely used for pollination services. Several laboratories participated in the higher-tier ring tests. 15 semi-field tests were conducted with bumble bees and 16 semi-field tests were done with solitary bees in 2016 and 2017. Two treatment groups were always included in the ringtests: an untreated control (water treated) and the treatment with dimethoate as a toxic reference item (optional other i.e. brood-affecting substances fenoxycarb or diflubenzuron). The toxic reference items were chosen based on their mode of action and long term experience in honey bee testing. A summary of the ringtest results will be given and the recommendations for the two semi-field test designs will be presented.
高阶大黄蜂和独居蜜蜂半场实验设计建议
欧洲食品安全局传粉媒介植物保护产品风险评估指导文件草案的发布强调,目前尚无针对非api传粉媒介的研究设计。由于目前还没有关于半现场测试的官方指导方针,ICPPR非api工作组提出了协议,并在2016年和2017年进行了为期两年的环测试,以制定通用测试设置。环形测试设计基于EFSA指导文件草案,OEPP/EPPO指南No. 170,以及ICPPR非api工作组会议期间关于测试独居蜂和大黄蜂的讨论结果。用两种不同的试验生物进行环试验,一种是社会大黄蜂(Bombus terrestris L .)的代表;膜翅目,蜂科)和一种独居蜂的代表(Osmia bicornis L;膜翅目昆虫,切叶蜂科)。该物种是欧洲常见的物种,可在商业上获得并广泛用于授粉服务。若干实验室参加了较高级的环形试验。2016年和2017年,对大黄蜂进行了15次半场试验,对独居蜜蜂进行了16次半场试验。环形试验始终包括两个处理组:未经处理的对照组(水处理)和以乐果果作为毒性参考项目的处理组(可选的其他如影响卵群的物质,即苯醚威或氟虫脲)。毒性参考项目的选择是基于它们的作用方式和长期的蜜蜂测试经验。将对环试验结果进行总结,并对两种半现场试验设计提出建议。
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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