植物提取物对扁豆茎枯病的防治效果评价

S. Subedi, S. Shrestha, G. Kc, R. Thapa, S. Ghimire, D. Gharti, S. Neupane
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引用次数: 4

摘要

在2011/ 12和2012/13两个冬季(2011/ 12和2012/13),在尼泊尔Chitwan Rampur的谷物豆类研究项目上,利用CRD在实验室和RCBD在田间条件下,对5种不同的植物提取物对扁豆枯萎病(stemphylium botryosum Walr.)的防治效果进行了试验。较高剂量(8% W/V)的菖蒲水提液能完全抑制病原菌的体外生长。在PDA培养基中,8%浓度下,柽柳叶黄菌(Xanthoxylum armatum)和小木棉(Lantana camera)的菌丝生长抑制率分别为31.17%和24.56%。在2011/12年的田间试验中,提取液在短时间内具有少量有效。但与未施药地相比,施药地的病防系数(PDC)高于施药地(31.60%),其次是菖蒲(28.69%)和金针菇(27.61%)。次年(2012/13)的田间试验结果也验证了植物提取物的防治效果。菖蒲(35.33%)和菖蒲(35.55%)处理的病害指数(PDI)较低。菖蒲处理的产量最高(987.39 kg/ hm2),其次是菖蒲处理(972.78 kg/ hm2)。两年的试验结果表明,菖蒲和菖蒲是防治扁豆枯萎病的有效植物药。《尼泊尔科学技术杂志》,2015年第1期,第11-16页
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 Plant Extracts against Stemphylium Blight of Lentil
Experiments were carried out to evaluate five different plant extracts against lentil stemphylium blight ( Stemphylium botryosum Walr.) at the Grain Legume Research Program, Rampur, Chitwan, Nepal during two winter seasons (2011/ 12 and 2012/13) using CRD in laboratory and RCBD in field conditions. Water extract of Acorus calamus at higher dose (8% W/V) was able to check the growth of the pathogen completely in-vitro . The mycelial growth inhibition (%) of Xanthoxylum armatum and Lantana camera at 8% concentration in PDA were 31.17 and 24.56 respectively. In the field experiment during 2011/12, extracts were sparingly effective for a short period. However the disease control (PDC) was higher in X. armatum treated plot (31.60%) followed by A. calamaus (28.69%) and L. camera (27.61%) when compared to unsprayed plot. The following year (2012/13) field experimental results also verified the effect of plant extracts against the disease. The lower Disease (%) Index (PDI) was obtained from the plots treated with A. calamus (35.33%) and X. armatum (35.55%). Higher crop yield was recorded from the plot treated with A. calamus (987.39 kg/ha) followed by X. armatum (972.78 kg/ha). Two years’ experimental results revealed that A. calamus and X. armatum were effective botanicals to manage lentil Stemphylium blight. Nepal Journal of Science and Technology Vol. 16, No.1 (2015)  pp. 11-16
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