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首页> 外文期刊>Pakistan Journal of Nematology >MANAGEMENT OF ROOT-KNOT NEMATODE INFECTING BRINJAL BY BIOPESTICIDES, CHEMICALS, ORGANIC AMENDMENTS AND BIO-CONTROL AGENT
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MANAGEMENT OF ROOT-KNOT NEMATODE INFECTING BRINJAL BY BIOPESTICIDES, CHEMICALS, ORGANIC AMENDMENTS AND BIO-CONTROL AGENT

机译:通过生物杀虫剂,化学药品,有机物和生物防治剂管理感染根结线虫的根结线虫

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摘要

The potential of bio-pesticides, chemical pesticides, organic amendments and bio-control agent was studied in controlling, the root-knot nematode Meloidogyne incognita on brinjal "cv" Dilnasheen in two greenhouse experiments, In first experiment bio-pesticides (Abamectin and Azadirachtin) and a chemical pesticide Lorsban were tested alone and in combination with a bio-control agent Pasteuria penetrans For the management of root-knot disease. The best control (61 %) in root galling was recorded in pots treated with Azadirachtin + P. penetrans followed fly Abamectin + P. penetrans (52 %), Abamectin and P. penetrans (48 %), Lorsban + P. penetrans (42 %), Azadirachtin (36 %) and Lorsban (21%) compared with unamended control. All the treatments showed significant reduction in egg-masses compared With Untreated control; however, maximum decrease (66 %) in egg-masses was recorded in Azadirachtin + P. penetrans treatment while lowest reduction (45 %) was observed where Lorsban was applied. In another experiment bio-pesticides (Abamectin and Emamectin) and organic amendments (saw dust and kanair leaves) and a chemical (Furadan) were evaluated in controlling the root-knot disease. Abamectin proved to be the best in reducing root galling (62 %) and egg-masses (79 %) followed by Furadan while other treatments showed intermediary effects compared to Untreated inoculated control.
机译:在两个温室实验中,研究了生物农药,化学农药,有机改性剂和生物防治剂在控制茄子“ cv” Dilnasheen上根结线虫Meloidogyne incognita方面的潜力。在第一个实验中,生物农药(Abamectin和Azadirachtin )和化学农药Lorsban单独进行测试,并与生物防治剂Pasteuria penetrans结合使用以治疗根结病。在用印za素+ P. penetrans处理,然后用蝇Abamectin + P. penetrans(52%),Abamectin和P. penetrans(48%),Lorsban + P. penetrans(42)处理的盆中,根gall的最佳对照(61%)记录在案。 %),印za素(36%)和Lorsban(21%)与未经修正的对照组比较。与未处理的对照组相比,所有处理均显示鸡蛋量显着减少。然而,在印za素+百日咳假单胞菌处理中,鸡蛋的质量下降最大(66%),而使用Lorsban的鸡蛋下降最大(45%)。在另一个实验中,在控制根结病方面评估了生物农药(阿维菌素和阿莫菌素)和有机修饰剂(锯末和卡奈叶)和化学药品(富拉丹)。事实证明,阿维菌素在减少根部咬伤(62%)和减少鸡蛋质量(79%)方面是最好的,其次是呋喃丹,而其他处理与未处理的接种对照相比显示出中介作用。

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