RETROSPECTIVE ANALYSIS OF THE EFFECTIVENESS OF FUNGICIDES IN LIMITING THE DEVELOPMENT OF DOMINANT LEAF DISEASES SPRING WHEAT IN BELARUS

IF 1.7 4区 农林科学 Q2 AGRONOMY Plant protection science Pub Date : 2022-10-21 DOI:10.47612/0135-3705-2022-46-66-80
E. I. Zhuk, A. N. Khalaev
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Abstract

The problem of food safety of the country is the main task of grain-growing economic entities. Spring wheat occupies an important place in achieving this goal due to the quality of the products obtained. As a result of the pathological process, diseases of fungal etiology lead to a decrease in the yield of the crop, and also, due to biochemical changes in the affected plants, to a decline in its quality. Against the background of compliance with agrotechnical requirements for the cultivation of spring wheat, the biologically justified use of fungicides (when the development of one or a complex of diseases reaches a threshold level) in order to protect the leaves from diseases (powdery mildew, a complex of leaf spots, etc.) during the growing season is a highly effective technique. Analysis of the results of long-term research (2010–2021) on the study of the biological effectiveness of 27 fungicides consisting of various combinations of active substances showed that, in general, single-component preparations provided a limitation of the severity of leaf spots by an average of 44,1–55,3 %, powdery mildew – by 43,0–85,1 %, two-component – by 61,9–83,4 and 60,0–78,3 %, three-component – by 68,7–88,9 and 70,2–90,9 %, respectively. Timely fungicidal treatment will save up to 30,4 % of the crop (a combination of azole and strobilurin).
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杀菌剂对白俄罗斯春小麦优势叶病防治效果的回顾性分析
解决粮食安全问题是我国粮食生产经济主体的主要任务。春小麦因其产品质量而在实现这一目标方面占有重要地位。由于病理过程,真菌病导致作物产量下降,同时,由于受感染植物的生化变化,导致其质量下降。在遵守春小麦种植的农业技术要求的背景下,在生长季节合理使用杀菌剂(当一种或多种疾病的发展达到阈值水平时)以保护叶片免受疾病(白粉病、叶斑病等)的侵害是一种非常有效的技术。对27种不同活性物质组合的杀菌剂生物有效性的长期研究结果(2010-2021年)分析表明,一般情况下,单组分制剂对叶斑病的严重程度的平均限制分别为44.1 ~ 55.3%,白粉病的平均限制为43.0 ~ 85.1%,双组分制剂的平均限制为61,9 ~ 83,4 ~ 60,0 ~ 78,3 %,三组分制剂的平均限制分别为68.7 ~ 88,9 ~ 70,2 ~ 90,9 %。及时的杀菌剂处理将节省高达30.4%的作物(唑和strobilurin的组合)。
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来源期刊
Plant protection science
Plant protection science Agronomy-PLANT SCIENCES
CiteScore
2.90
自引率
7.70%
发文量
30
审稿时长
12 weeks
期刊介绍: Original papers, short communications, critical reviews, personal news, and book reviews covering all areas of diseases and pests of plants, weeds and plant protection. Papers are published in English.
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