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Management of rice sheath blight through new fungicidal formulations in field

机译:在田间通过新的杀菌剂管理稻瘟病

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摘要

Sheath blight of rice caused by Rhizoctonia solani Kuhn (Thanatephorus cucumeris (Frank) Donk) is a serious disease in many rice growing regions and has become more prevalent in many high yielding varieties currently grown in India. The disease generally appears at maximum tillering stage and affects all plant parts above water line. A cultivar 'Karuna' at CRRI, Cuttack could not be harvested due to severe infection of this disease during 1980 (3). A modest estimation of loss of 16.8-48.4% due to sheath blight disease alone in India has been reported (7). Fungicidal control of the disease has been reported by several workers from different parts of India (1,2,5,6,8,9). In the present study an attempt was made to evaluate new fungicidal formulationsnamely Amistar 25 SC (Azoxystrobin) at 0.75 ml/l and 1.0 ml/I, Flusilazole 40 EC (Flusilazole) at 0.4 ml/l and 0.6 ml/l, Opus 7.5 EC (Epoxyconazole) at 3.0 ml/l as compared with standard fungicides Sheathmar 3L (Validamycin) at 2.5 ml/l and Rhizocin 3L (Validamycin) at 2.5 ml/l.
机译:在许多水稻种植地区,由Rhizoctonia solani Kuhn(Thanatephorus cucumeris(Frank)Donk)引起的水稻纹枯病是一种严重的疾病,并在印度目前种植的许多高产品种中更为普遍。该病通常出现在最大分till期,并影响水线以上的所有植物部分。由于在1980年严重感染了该病,Curtack的CRRI品种'Karuna'无法收割(3)。在印度,仅因鞘枯病引起的损失估计为16.8-48.4%(7)。来自印度不同地区的几名工人已经报告了对该病的杀真菌控制(1、2、5、6、8、9)。在本研究中,我们尝试评估新的杀菌剂配方,分别为0.75 ml / l和1.0 ml / l的Amistar 25 SC(Azoxystrobin),0.4 ml / l和0.6 ml / l的Flusilazole 40 EC(Flusilazole),Opus 7.5 EC (环氧康唑)的浓度为3.0 ml / l,而标准杀真菌剂Sheathmar 3L(Validamycin)的浓度为2.5 ml / l,而Rhizocin 3L(Validamycin)的浓度为2.5 ml / l。

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