Aplikasi Pestisida Nabati Maja - Gadung dan Metabolit Sekunder Beauveria Bassiana Bals. Untuk Mengendalikan Hama Thrips Sp. Pada Tanaman Cabai Rawit

Tarjoko Tarjoko, Mujiono Mujiono
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Abstract

Pest attacks on chili plants are the main limiting factor in cultivation activities. The research  aims to determine the effect of single application of botanical pesticide maja-gadung (PMG), single application of secondary metabolite Beauveria bassiana BIO (BIO B10), combined application of PMG and BIO B10  on pest populations, predator populations and plant growth and production of  chili. The  reesearh used a factorial Completely Randomized Block Design (RAKL) with 3 replications, so there were 9 treatment combinations (0 ml/l PMG, 4 ml/l PMG, 8 ml/l BIO B10, 0 ml/l PMG, 2  ml/l BIO B10,  4 ml/l BIO B10, 4 ml PMG+2 ml/l BIO B10,  4 ml/ml PMG+4 ml BIO B10, 8 ml/l  PMG+2ml/l BIO B10, 8 ml/l PMG+4 ml/l BIO B10). The variables observed were Thrips sp population, predator population, plant height, number of leaves, and fruit weight per plant. The results showed that the single application treatment of PMG  with a concentration of 4 ml/l and 8 ml/l was able to suppress the population of Thrips sp. by 21.6% and 41.4% compared to the control. The single application treatment of BIO B10  with concentrations of 2 ml/l and 4 ml/l was able to suppress the population of Thrips sp. by 66.5% and 65.5% compared to the control. The best combination application is PMG  and BIO B10with a concentration of 8 ml/l + 4 ml/l which is able to suppress the population of Thrips sp. by 76.9% compared to the control. The application treatment of PMG andBIO B10 did not affect plant height, number of leaves, and fruit weight per plant.
用于植物性杀虫剂Maja - Gadung和次级代谢Beauveria Bassiana Bals。以控制凤尾鱼辣椒植物的激动性
害虫对辣椒植株的侵害是制约辣椒栽培活动的主要因素。本研究旨在确定单施植物性农药马加冬(PMG)、单施次生代谢产物白僵菌(Beauveria bassiana BIO, BIO B10)、PMG与BIO B10联合施用对辣椒害虫种群、捕食者种群及植株生长和产量的影响。本研究采用全随机区组设计(RAKL),共设3个重复,共9个处理组合(0 ml/l PMG、4 ml/l PMG、8 ml/l BIO B10、0 ml/l PMG、2ml/l BIO B10、4 ml/l BIO B10、4 ml/l PMG+2ml/l BIO B10、4 ml/l PMG+4 ml/l BIO B10、8 ml/l PMG+2ml/l BIO B10、8 ml/l PMG+4 ml/l BIO B10)。观察变量为蓟马种群、捕食者种群、株高、叶数和单株果重。结果表明,4 ml/l和8 ml/l浓度的PMG单次施用对蓟马种群的抑制效果分别为21.6%和41.4%。单次施用浓度为2 ml/l和4 ml/l的bio10处理,对蓟马种群的抑制效果分别为66.5%和65.5%。PMG与BIO b10以8 ml/l + 4 ml/l的浓度组合施用效果最佳,对蓟马种群的抑制效果为76.9%。施用PMG和bio B10处理对单株株高、叶数和单株果重无显著影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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