不同蜂巢对蔬菜作物昆虫发生的影响

A. Quamruzzaman, F. Islam, L. Akter, M. Hossain, Sharmilla Rani Mallick
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引用次数: 0

摘要

本研究于2021年9月至2022年3月在孟加拉国农业研究所(BARI)油菜栽培部研究农场调查了不同类型的蜂巢(NH1、NH2和NH3)的影响,并与对照(露天)进行了白蛉、蚜虫、采叶虫、螨虫和茄子笋和果螟(ESFB)的发病率比较。这项研究包括6种蔬菜:1)西红柿,2)茄子,3)甜椒,4)西兰花,5)黄瓜;6)秋葵,以及四种网棚处理:1)紫外线稳定透明聚乙烯膜,60目防虫网和绿色遮阳网(NH1);2)紫外线稳定透明聚乙烯薄膜,60目防虫网(NH2);3) 60目防虫网(NH3);4)露天蔬菜中白蝇、蚜虫、采叶虫、螨虫和ESFB的侵染程度在露天条件下次之,在NH1条件下次之,而在NH2和NH3条件下所有蔬菜的侵染程度均较低。从研究中,我们发现使用稳定透明聚乙烯薄膜和60目昆虫网对蔬菜上不同类型的臭名昭着的昆虫的存在产生了负面影响。因此,这种受保护的网房将为孟加拉国生产安全和高质量的蔬菜提供一个新的层面。
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Effect of Different Nethouses on the Incidence of Insect on Vegetable Crops
In this study, the effects of different types of nethouses viz., NH1, NH2, and NH3, were investigated at the research farm of the Olericulture Division, Bangladesh Agricultural Research Institute (BARI) from Sep 2021 to Mar 2022 and compared to control (open field) in terms of the incidence of white fly, aphid, leaf miners, mites, and eggplant shoot and fruit borer (ESFB). This study included six vegetables 1) Tomato, 2) Eggplant, 3) Sweet pepper, 4) Broccoli, 5) Cucumber; 6) Okra, as well as four nethouse treatments: 1) UV stabilized transparent polyethylene film with 60 mesh insect net along with green shade net (NH1); 2) UV stabilized transparent polyethylene film with 60 mesh insect net (NH2); 3) 60 mesh insect net (NH3); 4) Open field infestation of white fly, aphid, leaf miners, mites, and ESFB was observed under open field conditions followed by NH1 conditions, while the lower infestation was observed in NH2 and NH3 for all vegetables. From the study, we found the use of stabilized transparent polyethylene film with a 60 mesh insect nethouse provided a negative effect on the presence of different types of notorious insects on vegetables. So, this type of protected nethouse will provide a new dimension to producing safe and quality vegetables in Bangladesh.
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