Role of neonicotinoid preparations for spike grain crop seedlings protection against click beetle and Frit fly larvae in Belarus

S. Boika, Yu. I. Miakhtsiyeva, L. P. Vasileuskaya
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Abstract

Recently, in winter and spring grain crops for pre-sowing seed treatment among the assortment of insecticides the preparations of insecticidal and insectofungicidal action based on neonicotinoids: acetamiprid, imidacloprid, clothianidin and thiamethoxam have been widely used. At the current stage of chemical method development of plant protection against harmful arthropods, neonicotinoids are rapidly developing and promising group of neurotoxic insecticides and having a fundamentally different mechanism of action on insects – they inhibit nicotine-acetylcholine receptors. Pre-sowing seed material treatment with insecticides protects the sown seeds, hypocotyls and aboveground plant organs against soil and intrastem pests. It is revealed that during the growing seasons of 2019–2021 in the experimental field, economically significant phytophages are lined click beetle (Agriotes lineatus L.) and Frit flies of autumn and spring generations (Oscinella spp.), indicating the study of their larvae number and harmfulness and measures allowing to control the vital activity of insects in agrocenoses conditions. Plants damaged by them lag behind in growth and die. Improving the range of effective preparations with different active substances used by the method of pre-sowing treatment of grain crop seeds to protect plants during germination against phytophages is an obligatory link in the technology of crops cultivation and one of the factors of their number effective control, what has determined the relevance of the choice of our research topic. Pre-sowing winter and spring cereals seed treatment with neonicotinoid preparations based on imidacloprid (Coyote, SC, Sidoprid, FSC, Tabu, WSC), acetamiprid (Leatrin, SC, Bagrets Plus, SC, Vershina Plus, SC) and thiamethoxam (Questor Forte, SC) have provided plant seedlings high protection against click beetle and Frit fly larvae damage. The results of studies conducted in 2019–2021 have shown that the effectiveness of preparations have varied by years depending on weather conditions and pests number before sowing and at seedlings stage. The indicators of winter grain crops plant damage reduction by wireworms have made 78,8–91,1 %, Frit flies 60,0–85,0 %, spring cereals – 80,0–91,6 % and 80,7–91,1 %, respectively. Through years of research the insecticides for seed treatment have helped to increase the stored grain yield of cereal crops, on the average, from 0,7 to 6,2 cwt/ha, or 1,0–13,5 %. The data obtained will serve as a basis for justifying protective measures to reduce the number and harmfulness of soil-dwelling and terrestrial pests in order to improve the phytosanitary situation in the agrocenoses of cereals.
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新烟碱类制剂对白俄罗斯穗粒作物幼苗防虫的作用
近年来,在冬春粮食作物播前种子处理的杀虫剂种类中,以新烟碱类杀虫剂为基础的杀虫杀真菌制剂:啶虫脒、吡虫啉、噻虫胺和噻虫嗪已被广泛应用。在目前植保有害节肢动物化学方法发展的阶段,新烟碱类杀虫剂是一种发展迅速、前景广阔的神经毒性杀虫剂,其对昆虫的作用机制与对尼古丁-乙酰胆碱受体的抑制有着根本的不同。播前种料用杀虫剂处理可保护种子、下胚轴和地上植物器官免受土壤和茎内害虫的侵害。结果表明,在2019-2021年试验田生长季,经济意义显著的植食性昆虫是行刺甲虫(Agriotes lineatus L.)和秋、春代Frit蝇(Oscinella spp.),提示对其幼虫数量和危害的研究,以及在农业条件下控制昆虫生命活动的措施。被它们破坏的植物生长落后并死亡。扩大粮食作物种子播前处理方法中不同活性物质的有效制剂范围,保护萌发期植物免受噬菌体侵害,是作物栽培技术中不可缺少的环节,也是其数量有效控制的因素之一,这也决定了我们研究课题选择的相关性。以吡虫啉(Coyote, SC, Sidoprid, FSC, Tabu, WSC)、啶虫啉(Leatrin, SC, Bagrets Plus, SC, Vershina Plus, SC)和噻虫嗪(Questor Forte, SC)为基础的新烟碱类制剂在播种前对冬春谷物种子进行处理,对植物幼苗具有较高的保护作用,可防止click beetle和Frit fly幼虫的伤害。2019-2021年进行的研究结果表明,根据播种前和苗期的天气条件和害虫数量,准备工作的有效性随年份而变化。丝虫对冬季粮食作物减害指标分别为78.8% - 91.1%、Frit蝇600% - 85.0%、春粮800% - 91.6%和807% - 91.1%。经过多年的研究,用于种子处理的杀虫剂已帮助谷物作物的储粮产量平均提高了0.7至6.2英担/公顷,即1.0%至13.5%。所获得的数据将作为采取保护性措施的依据,以减少土栖和陆生害虫的数量和危害,从而改善谷物农场的植物检疫状况。
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