PENGARUH PEMBERIAN EKSTRAK DAUN PEPAYA, DAUN TEMBAKAU DAN DAUN TALAS TERHADAP MORTALITAS HAMA ULAT GRAYAK (Spodoptera liturafabriciu J.E.Smith)

Abdul Haris, Suherah Suherah, Arya Sah Dewa
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Abstract

In Indonesia, attacks by armyworm caterpillars often occur on soybeans, cabbage, tomatoes and onions. Farmers still rely on synthetic insecticides to control pests that have been carried out so far. In addition, farmers who use insecticides generally exceed the recommended dosage, which can disrupt ecosystems and human health. This research aims to activate the effectiveness of papaya leaf, taro leaf and tobacco extracts on the death of grayak caterpillars on tomato plants (Lycopersium esculentum M.) to reduce insect mortality. Additionally, the most potent doses of this extract are sought after. The Makassar City Industrial Research and Development Center and the Indonesian Muslim University Pest and Disease Laboratory both participated in this research, which took place from March to May 2023. The equipment used included blenders, buckets, filters, jerry cans, plastic bottles, sprayers, Petri dishes, glasses, measuring spoons, stirrers, markers, name tags, and stationery. Meanwhile, the ingredients consist of 3 litres of air, 1 kilogram of papaya leaves, cigarettes and taro each, 1 litre of sunlight each, and 500 ml of 5% alcohol each. The research experimental design was a Completely Randomized Design (CRD) with five treatments, namely Control (P0-), Chemical pesticide (abenz), P1 (25%), P2 (50%) and P3 (75%) with three replications. It takes 15 insects because there are five insects per repetition. The results of this research were obtained. The greater the concentration of biopesticide in papaya leaves, tobacco leaves and taro leaves used, the greater the mortality of pests in the plants. 75% concentrate of papaya leaf biopesticide, tobacco leaves and taro leaves can be used as vegetable biopesticides because they contain active compounds that can harm plant pests.
木瓜叶、烟草叶和芋头叶提取物对草履虫的死亡率的影响(Spodoptera, leaf and TALAS)
在印度尼西亚,粘虫毛虫经常袭击大豆、卷心菜、西红柿和洋葱。迄今为止,农民仍然依靠合成杀虫剂来控制害虫。此外,农民使用的杀虫剂通常超过推荐剂量,这可能会破坏生态系统和人类健康。本研究旨在激活番木瓜叶、芋头叶和烟草提取物对番茄植株上灰蝇毛虫的杀伤作用,以降低昆虫的死亡率。此外,这种提取物的最有效剂量是寻求后。望加锡市工业研究与发展中心和印度尼西亚穆斯林大学病虫害实验室都参与了这项研究,该研究于2023年3月至5月进行。使用的设备包括搅拌器、桶、过滤器、易拉罐、塑料瓶、喷雾器、培养皿、玻璃杯、量匙、搅拌器、记号笔、名牌和文具。同时,这些原料包括3升空气、1公斤番木瓜叶、香烟和芋头、1升阳光和500毫升5%的酒精。研究试验设计采用完全随机设计(CRD), 5个处理,即对照(P0-)、化学农药(阿苯唑)、P1(25%)、P2(50%)和P3(75%), 3个重复。它需要15只昆虫,因为每次重复有5只昆虫。得到了本研究的结果。使用的番木瓜叶、烟叶和芋头叶中生物农药浓度越高,植物中害虫的死亡率越高。木瓜叶、烟叶和芋头叶的75%浓缩物可作为蔬菜生物农药,因为它们含有能杀灭植物害虫的活性化合物。
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