Efficacy testing of various categories of pesticides for aphid management in cauliflower crops

Hom Nath Giri, Moha Dutta Sharma, Resham Bahadur Thapa, Keshab Raj Pande, Bhim Bahadur Khatri, Pramod Kumar Jha
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Abstract

Accepted: 5 Dec. 2020 Aphids are the important insect pest of winter season vegetable crops such as cabbage, cauliflower, mustard in Nepal. Their damage in these crops not only reduces the potential yields but also affects the market quality of those crops. Pesticides management practices are the common to reduce their infestation and crop damage. Judicious use of soft chemicals not only improve the farmers' health but also protect pollinator and beneficial soil arthropods. Therefore, a field study was conducted to test the commonly used alternative safe measures (bio-pesticides, home-made and chemical) in RCBD in a four replicates design in cauliflower crop cv. Snow Mystique. These were Mahashakti (Bt.), Neemix (Azadirachtin), Spinosad (bacteria-based), Liquid manure (a mixture of succulent plants, cow urine, fresh cow dung and ash) and Cypermethrin-10 (Superkiller-10). The study suggested that Cypermethrin-10 treated plots followed by Liquid manure and Spinosad was more effective to keep the aphid population below the threshold level than the control. The highest cauliflower curd yield was recorded in Cypermethrin treated plot (42.3 mt ha) followed by Spinosad. This study suggests that chemicals are superior in terms of population reduction and crop yield but these were not eco-friendly and sustainable. Hence, integrating these chemicals to other bio-pesticides could be an alternative to aphid as well as other pest management.
菜花蚜虫防治中各类农药的药效试验
蚜虫是尼泊尔卷心菜、花椰菜、芥菜等冬季蔬菜作物的重要害虫。它们对这些作物的损害不仅降低了潜在产量,而且影响了这些作物的市场质量。农药管理措施是减少其侵扰和作物损害的常用措施。合理使用软质农药不仅可以改善农民的健康,还可以保护传粉昆虫和有益的土壤节肢动物。为此,采用4个重复设计,对菜花RCBD常用的替代安全措施(生物农药、国产农药和化学农药)进行了田间试验。雪的神秘感。它们是Mahashakti (Bt.)、Neemix(印楝素)、Spinosad(细菌基)、液体肥料(多肉植物、牛尿、新鲜牛粪和灰烬的混合物)和氯氰菊酯-10(超级杀手-10)。结果表明,高效氯氰菊酯10处理后,液肥加Spinosad处理能较好地控制蚜虫数量低于阈值。用氯氰菊酯处理的菜花凝乳产量最高(42.3 mt ha),其次是Spinosad。该研究表明,化学品在减少人口和作物产量方面具有优势,但这些都不是生态友好和可持续的。因此,将这些化学物质与其他生物农药结合起来可能是蚜虫和其他害虫管理的替代方案。
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