利用生物制剂防治大白菜病害

V. Serhiienko, O. Borzykh, H. Tkalenko, H. O. Balan
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摘要

目的。目的:研究不同生物制剂对白甘蓝生长期病害及产量的影响。方法。信息/分析(收集和审查出版物)、实地研究(规划和进行实验、记录植物损害、收获和计算产量)、植物病理学(分离和鉴定病原体)、数学/统计(处理数据)。实验采用的生物制剂有:固氮菌液(无色固氮杆菌IMV B-7171)、绿磷蛋白液(巨芽孢杆菌IMV B-7168、无色固氮杆菌IMV B7171、放射农杆菌IMV B-7246)、根瘤菌液(荧光假单胞菌)、Haupsin液(嗜氧假单胞菌)、Serenade ASO SC、Serenade MAX WP(枯草芽孢杆菌QST 713)、木霉液(木霉TD 93)。在白菜生长期,施用生物制剂3-4次。研究了生物制剂与杀菌剂混合使用对大白菜的抑菌效果。结果。研究年份内,不同品种白甘蓝种植的主要病害为斑孢病、枯萎病、黑腐病和软腐病。生物制剂有效地抑制了白甘蓝真菌和细菌病害的发展。生物制剂对真菌病的保护效果平均为45-62%,对细菌性疾病的保护效果平均为65-79%。以最低允许剂量施用杀菌剂的生物制剂和化学品混合物的效果与以全剂量施用杀菌剂的效果相似。生物制剂由于其保护和刺激生长的特性,显著地提高了作物产量。结论。评价了不同生物制剂对大白菜生长期真菌和细菌病害的防治潜力。这些生物制剂有效地限制了白菜的侵染危害。生物制剂对不同品种大白菜生长期内各种病害的防护效果平均为45 ~ 79%。这些生物制剂使晚熟白甘蓝品种的产量平均提高14.5 ~ 92%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CONTROL OF WHITE CABBAGE DISEASES USING BIOLOGICALS
Purpose. To investigate effects of biologicals on disease-induced damage to white cabbage plants during the growing period and on yield. Methods. Informational/analytical (collection and review of publications), field research (planning and conducting experiments, records of plant damage, harvesting and accounting of yields), phytopathological (isolation and identification of pathogens), mathematical/statistical (processing of data). The following biologicals were used in he experiments: Azotobacterin liq. (Azotobacter chroococcum IMV B-7171), Ecophosphorin liq. (Bacillus megaterium IMV B-7168, Azotobacter chroococcum IMV B7171, Agrobacterium radiobacter IMV B-7246), Planrhiz liq. (Pseudomonas fluorescens), Haupsin liq. (Pseudomonas auerofaciens), Serenade ASO SC, Serenade MAX WP (Bacillus subtilis QST 713), and Trichodermin liq. (Trichoderma lignorum TD 93). Biologicals were sprayed on plants 3-4 times during the cabbage growing period. Antifungal potentials of mixtures of biologicals with fungicides were also investigated on white cabbage. Results. During the study years, Alternaria leaf spot, Fusarium wilt, black and soft rots were dominating diseases on plantations with different varieties of white cabbage. Biologicals effectively restrained the development of both fungal and bacterial diseases of white cabbage. The protective effect of the biologicals against fungal diseases averaged 45-62%, against bacterial diseases – 65-79%. The effectiveness of mixtures of biologicals and chemicals, in which fungicides were applied at minimally permissible doses, was similar to that of fungicides applied at full doses. Biologicals, due to their protective and growthstimulating properties, significantly increased the crop yield. Conclusions. The potentials of biologicals to control fungal and bacterial diseases of white cabbage during the growing period were evaluated. The biologicals effectively limited infection-inflicted damage to cabbage. The protective effect of the biologicas against various diseases of white cabbage during the growing period of different varieties averaged 45-79%. The biologicals increased the yields of late-ripening white cabbage varieties on average by 14.5–92%.
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