大田条件下大豆叶斑病和豆荚枯病防治新一代分子评价

Pratap Singh, C. Jadon, H. Meena
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引用次数: 0

摘要

本研究在田间条件下评价了新一代杀菌剂Picoxystrobin 7.05%+Propiconazole 11.71%、Propiconazole 25% EC、Picoxystrobin 22.52% SC、Pyraclostrobin 20% WG和Hexaconazole 5% EC对大豆叶斑病和炭疽病的生物药效。综合结果显示,两种杀菌剂Picoxystrobin (7.05%) +Propiconazole (11.71%) w/w SC @ 1000 ml/ha的组合对大豆褐斑病和炭疽病/豆荚疫病的防治效果分别为7.0和3.4%和71.3和77.6%。然而,它被发现与使用更高剂量(1125毫升/公顷)的杀菌剂相当。皮嘧菌酯7.05% +丙环唑11.71% w/w SC @ 1000 ml/ha的种子产量最高(23.18q/ha),与较高剂量相同杀菌剂@ 1125ml/ha的种子产量相当。而未经处理的对照产量最低(17.18q/ha)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of new generation molecules against frogeye leaf spot and pod blight disease in soybean under field condition
In this study, bio-efficacy of new generation fungicides Picoxystrobin 7.05%+Propiconazole 11.71%, Propiconazole 25 % EC, Picoxystrobin 22.52% SC, Pyraclostrobin 20% WG and Hexaconazole 5% EC against frogeye leaf spot and anthracnose/pod blight disease of soybean were evaluated under field conditions. Pooled results revealed that combination of two fungicide Picoxystrobin 7.05%+Propiconazole 11.71% w/w SC @ 1000 ml/ha resulted in minimum disease severity (7.0 and 3.4%) as well as maximum (71.3 and 77.6%) disease management of frogeye leaf spot and anthracnose/pod blight disease in soybean, respectively. However, it was found to be significantly at par with the same fungicide applied with higher dose @ 1125 ml/ha. Maximum seed yield (23.18q/ha) was recorded with the treatment Picoxystrobin 7.05% +Propiconazole 11.71% w/w SC @ 1000 ml/ha which was on par with the spray of higher dose of same fungicide @ 1125ml/ha. However, minimum yield (17.18q/ha) was recorded in untreated control.
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