含硫油料农业有机材料对辣椒、番茄害虫的防治效果

C. Nam, Young‐Sang Cho, Hee-Ja Moon, S. An, T. Seo, H. Chun
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摘要

本试验旨在确定辣椒和圣女果栽培中硫油农用有机肥的最佳施用浓度。研究了硫制剂(SP)(0.33~0.17%)、油制剂(OP)(2.00~0.33%)、SP+OP、OP+银杏叶提取物(GLE)、SP+OP+GLE对“超级马尼达”辣椒1 d后蚜虫和烟芽虫的防治效果。对辣椒蚜虫的防治,生育前期施用SP+OP(0.25+1.00%)完成,生育中后期施用OP+GLE(1.00+ 1.00%)、SP+OP+GLE(0.25+1.0+1%)、SP+OP+GLE(0.25+1.0+0.5%)防治值均在98.1%以上,对照处理为0%。在辣椒栽培中,高浓度SP+OP(0.25+1.00%) 3次施用可完全控制OTB。结果表明,在害虫未出现前,应先低浓度施药,害虫出现后,再高浓度施药。施用SP(0.25~0.33)、OP(1.0~2.00%) 3次可完全防治“迷你”番茄温室粉虱。以及所有SP+OP的治疗。但在番茄植株上,以1~3天为间隔期的连续防治是有利的。通过用硫、油等农用有机物定期防治,温室白蝇是一种高温害虫,有几个月根本没有发生过OTB。综上所述,从运行成本考虑,SP+OP(0.17%+0.33%)处理是辣椒和番茄栽培中防治蚜虫、OTB和温室粉虱最经济的组合。另外,由于7 - 8月的白天温度较高,我们建议不要在植株茎上喷洒SP。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of Agricultural Organic Materials Using Sulfur and Oil on Insect Control in Pepper and Tomato
This experiment was carried out to determine the optimal concentration of agricultural organic materials using sulfur and oil for the insect pest control in pepper and cherry tomato cultivation. The control value of aphids and Oriental tobacco budworm (OTB) was examined one day after spraying with sulfur preparation (SP) (0.33~0.17%), oil preparations (OP) (2.00~0.33%), SP+OP, OP+ginkgo leaf extracts (GLE), SP+OP+GLE on the “Super Manidaa”pepper. The aphid control in pepper was complete by applications of SP+OP (0.25+1.00%) in the early growth stage and the control value was above 98.1% by the application of OP+GLE (1.00+1.00 %), SP+OP+GLE (0.25+1.0+1%), SP+OP+GLE (0.25+1.0+0.5%) in the middle to late growth stage while showing 0% in the control treatment. The OTB was completely controlled by the 3 times application with the high concentration of SP+OP (0.25+1.00%) in pepper cultivation. This result indicates that the oil and the sulfur preparations should be applied at low concentration before insect pests do not appeared, and then sprayed at the high concentration after they appear at pepper plant. The greenhouse whitefly in ‘Minichal’ tomatoes was completely controlled by three times application of SP (0.25~0.33), OP (1.0~2.00%). and all the treatment of SP+OP. However, continuous control with intervals of 1~3 days was considered favorable in the tomato plant. By the periodical control with agricultural organic materials using sulfur and oil, the greenhouse whitefly, which is a high-temperature insect pest, several moths of OTB did not occur at all. In conclusion, SP+OP (0.17%+0.33%) treatment was the most economical combination to control the aphid, OTB, and greenhouse whitefly in pepper and tomato cultivation when considering operating cost. In addition, we recommend that SP should not be sprayed on the plant shoots during the day time from July to August because of high temperature.
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