A. Shrestha, Shraddhesh Kumar Tiwari, R. Regmi, B. Gautam
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This field experiment was conducted in six different locations of Bharatpur-23, Chitwan from Nov 2019 to Jan 2020 where three plots of sweet pepper were planted with rapeseed as companion crop and other three plots solely having no floral source around. Aphid population was recorded at weekly interval and its major natural enemies; ladybird beetle and syrphid fly. Abnormal data were squared root transformed and analyzed by using paired sample t-test. The result showed that the aphid population in sweet pepper field with companion crop was significantly lower than in sweet pepper grown without floral source (control). Highly significant number of ladybird beetles and syrphid flies were recorded in sweet pepper with companion crop compared to control. 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Farmers deliberately have been using chemical pesticides in their crop to manage various insect pest and such practices of using hazardous chemicals are harmful to human health and the biodiversity. Similarly, farmers don't have an idea of planting trap and/or companion plants and its role in natural control of pest. Hence, a study was conducted to know the population dynamics, especially to assess the aphid (Myzus persicae, Sulzer) population and its potential natural enemies by planting rapeseed as companion crop. This field experiment was conducted in six different locations of Bharatpur-23, Chitwan from Nov 2019 to Jan 2020 where three plots of sweet pepper were planted with rapeseed as companion crop and other three plots solely having no floral source around. Aphid population was recorded at weekly interval and its major natural enemies; ladybird beetle and syrphid fly. Abnormal data were squared root transformed and analyzed by using paired sample t-test. The result showed that the aphid population in sweet pepper field with companion crop was significantly lower than in sweet pepper grown without floral source (control). Highly significant number of ladybird beetles and syrphid flies were recorded in sweet pepper with companion crop compared to control. 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引用次数: 0
摘要
甜椒(Capsicum annum L.)因其营养价值和经济价值而被商业化种植。蚜虫、粉虱、蓟马、螨虫等吸虫是甜椒田的主要害虫。农民故意在作物中使用化学农药来控制各种害虫,这种使用危险化学品的做法对人类健康和生物多样性有害。同样,农民也不知道种植陷阱和/或伴生植物及其在自然控制害虫方面的作用。为此,对油菜作为伴生作物进行了种群动态研究,特别是对油菜蚜虫种群及其潜在天敌进行了评价。该田间试验于2019年11月至2020年1月在Chitwan Bharatpur-23的六个不同地点进行,其中三个地块种植甜椒,油菜籽作为伴生作物,其他三个地块完全没有花卉来源。以周为间隔记录蚜虫种群数量及其主要天敌;瓢虫甲虫和蚜蝇。对异常数据进行平方根变换,采用配对样本t检验进行分析。结果表明,有伴生甜椒田蚜虫数量显著低于无花源(对照)甜椒田。与对照相比,伴作甜椒中瓢虫和蚜蝇的数量显著增加。研究结果有助于制定甜椒害虫综合治理方案,并实施以下保护性生物防治策略。
Aphid Pest Management in Sweet Pepper Field with Rapeseed as a Companion Crop
Sweet pepper, Capsicum annum L. is commercially grown vegetable grown for its nutritional and economical value. Sucking pests like aphids, whiteflies, thrips, mites, etc. are the major insect pest in sweet pepper fields. Farmers deliberately have been using chemical pesticides in their crop to manage various insect pest and such practices of using hazardous chemicals are harmful to human health and the biodiversity. Similarly, farmers don't have an idea of planting trap and/or companion plants and its role in natural control of pest. Hence, a study was conducted to know the population dynamics, especially to assess the aphid (Myzus persicae, Sulzer) population and its potential natural enemies by planting rapeseed as companion crop. This field experiment was conducted in six different locations of Bharatpur-23, Chitwan from Nov 2019 to Jan 2020 where three plots of sweet pepper were planted with rapeseed as companion crop and other three plots solely having no floral source around. Aphid population was recorded at weekly interval and its major natural enemies; ladybird beetle and syrphid fly. Abnormal data were squared root transformed and analyzed by using paired sample t-test. The result showed that the aphid population in sweet pepper field with companion crop was significantly lower than in sweet pepper grown without floral source (control). Highly significant number of ladybird beetles and syrphid flies were recorded in sweet pepper with companion crop compared to control. The finding is helpful to develop an integrated management protocol of sweet pepper pests with the practice of following conservation biological control strategy.