The use of chemical and biological preparations on potatoes as a preplant treatment of tubers

F. F. Puzdrya, A. V. Bozhenkov, S. A. Kruglova, T. M. Morozova, G. V. Popovа
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Abstract

Relevance. In the potato industry, the use of biological techniques has become widespread to improve the quality of the seed material of tubers, reduce the incidence and damage of potato pests.Methods. Studies on the effectiveness of the use of biological and chemical techniques on potatoes were carried out at the experimental field of the Kostroma Research Institute of Agricultural Research — a branch of the A.G. Lorch Potato Research Center in 2021–2022.The purpose of the work is to identify the effectiveness of the use of the biological drug “BisolbiSan”, the intake of ozonation and the chemical fungicide “Maxim” on the yield and quality of potatoes in the Kostroma region.Results. The evaluation of the use of drugs as a pre-planting treatment of tubers on potatoes of the Favorit variety was carried out. With the combined use of “BisolbiSan” biologics and ozone, the greatest reliable increase in tuber weight from the bush was obtained at 177 g, which is 30.8% more than in the control version. When processing tubers with the chemical mordant «Maxim», the weight increase was 20.5% compared to the control. In all variants, a significant increase in the number of tubers (from 1.5 to 2.6 pcs/bush) was obtained compared with the control variant. The largest number of tubers from the bush (9.1 pcs.) was obtained by joint processing — «BisolbiSan» + ozone. The highest yield of the seed fraction in the amount of 13.8% was achieved when processing tubers with the «Maxim» mordant, which exceeded this indicator by 3.7% in the control version. The joint pre-treatment of tubers with “BisolbiSan” and ozone provided the highest yield of a large fraction (81.9%), while the treatment of tubers with the “Maxim” mordant produced the lowest indicator of all studied options (76.8%).
使用化学和生物制剂对马铃薯块茎进行播种前处理
相关性。在马铃薯产业中,为了提高块茎种子材料的质量、减少马铃薯害虫的发生和危害,生物技术的使用已变得十分普遍。2021-2022 年,在科斯特罗马农业研究所(A.G. Lorch 马铃薯研究中心的分支机构)的试验场开展了关于在马铃薯上使用生物和化学技术的有效性研究。这项工作的目的是确定在科斯特罗马地区使用生物药物 "BisolbiSan"、摄入臭氧和化学杀菌剂 "Maxim "对马铃薯产量和质量的有效性。对使用药物对 Favorit 品种马铃薯块茎进行播种前处理的情况进行了评估。在联合使用 "BisolbiSan "生物制剂和臭氧的情况下,灌木丛中块茎的重量可靠地增加了 177 克,比对照组增加了 30.8%。用化学媒染剂 "Maxim "处理块茎时,重量比对照组增加了 20.5%。与对照变种相比,所有变种的块茎数量都有显著增加(从 1.5 个/丛到 2.6 个/丛)。联合加工--"BisolbiSan "+臭氧--获得的灌木块茎数量最多(9.1 块)。用 "马克西姆 "媒染剂处理块茎时,种子部分的产量最高,达到 13.8%,比对照组高出 3.7%。用 "BisolbiSan "和臭氧对块茎进行联合预处理,可获得最高的大籽产量(81.9%),而用 "Maxim "媒染剂处理块茎,在所有研究方案中产量指标最低(76.8%)。
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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