植物人杀虫剂CSL对辣椒植物(Bactrocera spp)攻击的强度的影响。

Yasmira Wenda, Rahayu Rahayu, Terry Pakki, Vit Neru Satrah, Mariadi Mariadi, A. Asniah
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引用次数: 0

摘要

本研究旨在确定Phymar CSL对果蝇攻击强度的影响及其应用对辣椒生产的影响。本研究于2021年4月至12月在苏拉威西省东南部南科纳威县康达区康达1村进行。本研究使用一个随机区组设计(RBD) 7治疗,即D0:控制(没有Phymar CSL应用程序),D1: 10毫升Phymar CSL水与1应用程序/周/ L, D2: 10毫升Phymar CSL水与2应用程序/周/ L, D3: 20毫升Phymar CSL水与1应用程序/周/ L, D4: 20毫升Phymar CSL水与2应用程序/周/ L, D5: 30毫升Phymar CSL / L的水与1应用程序/星期,D6: 30毫升Phymar CSL 2应用程序/星期/ L的水。治疗重复3次,共21个治疗单元。观察变量为果蝇攻击强度(%)和作物产量(kg)。结果表明,农药Phymar CSL对辣椒植株上的小实蝇有较好的防治效果。处理D6 (30 mL/L水,2次/周)平均攻击强度为17.87%,处理效果优于其他处理。D6处理(30 mL/l水,每周两次)的产量最高,为3,932 kg。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EFEKTIVITAS PESTISIDA NABATI PHYMAR CSL TERHADAP INTENSITAS SERANGAN LALAT BUAH (Bactrocera spp.) PADA TANAMAN CABAI (Capsicum annum L.)
This study aims to determine the effectiveness of Phymar CSL on the attacks intensity of fruit fly and the effect of its application on the production of chili plants. This research was conducted in Konda 1 Village, Konda District, South Konawe Regency, Southeast Sulawesi Province from April to December 2021. This study used a Randomized Block Design (RBD) with 7 treatments, namely D0: Control (without Phymar CSL application), D1: 10 mL Phymar CSL/L of water with 1 application/week, D2: 10 mL of Phymar CSL/L of water with 2 applications/week, D3: 20 mL of Phymar CSL/L of water with 1 application/week, D4: 20 mL Phymar CSL/L of water with 2 applications/week, D5: 30 mL of Phymar CSL/L of water with 1 application/week and D6: 30 mL of Phymar CSL/L of water with 2 applications/week. The treatment was repeated three times so that there were 21 treatment units. The variables observed were fruit fly attack intensity (%) and crop production (kg). The results showed that the application of the pesticide Phymar CSL was effective in controlling the fruit fly Bactrocera spp. on chili plants. Treatment D6 (30 mL/L of water with two applications/week) with an average attack intensity of 17.87% showed a more effective treatment than other treatments. The highest production was obtained in the D6 treatment (30 mL/l of water with two applications/week) which was 3,932 kg.
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