Nano Bio Pesticide to Constraint Plant Destructive Pests

B. Lade, Dayan, P. Gogle, N. SukhdevB, Eshwar
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引用次数: 30

Abstract

Insects-pest is animal populations, which occurred in every possible environment with a varied number of species. The several insects are vectors of different diseases, and cause damages to crop plants. These have been affecting economy and the yield of crop plant and at national and international market. The crop yield losses caused by insects in agriculture, several chemicals have been applied to control them [1]. Insectpests are one of the leading causes that affect agriculture productivity resulting in billion dollars loss per annum [2]. The two main forms i.e. larva and adult have been most lethal for most of the crop plants. For example, the deadly pest Helicoverpa armigera cause damage in the field and horticulture crops around the globe [3]. It has been major prevalence affecting in Asia, Europe, Africa, Oceania and South America [3]. The major crop plants that are affected by Helicoverpa armigera are Chickpea, Corn, Cotton [4], Peanut, Pigeon pea, Sorghum and Tomato. H. armigera has been effecting on over 180 cultivated hosts and 45 families of wild plant species [3]. The cotton yield is low due to 150 different pest attack at various life stages [5]. This has made an emergence for a researcher to compile the traditional and advance techniques to overcome various pest threats around the world.
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纳米生物农药抑制植物破坏性害虫
害虫是一种动物种群,它发生在每一种可能的环境中,具有不同数量的物种。这几种昆虫是不同疾病的媒介,对作物造成危害。这些已经影响到经济和作物的产量,并在国内和国际市场。在农业中,昆虫造成的作物产量损失,已经应用了几种化学药品来控制它们。昆虫是影响农业生产力的主要原因之一,每年造成数十亿美元的损失。两种主要形式,即幼虫和成虫对大多数作物最致命。例如,致命害虫棉蚜(Helicoverpa armigera)在全球范围内对农田和园艺作物造成损害。它已成为亚洲、欧洲、非洲、大洋洲和南美洲的主要流行疾病。受棉铃虫影响的主要作物有鹰嘴豆、玉米、棉花、花生、鸽豆、高粱和番茄。棉蚜对180多种栽培寄主和45科野生植物有危害。棉花产量低是由于在不同生育期受到150种不同虫害的影响。这使得研究人员需要汇编传统和先进的技术来克服世界各地的各种害虫威胁。
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