REMEDIASI RESIDU INSEKTISIDA KLORPIRIFOS PADA PERTANAMAN CABAI MERAH (Capsicum annum L.) DI TANAH TEKSTUR RINGAN DAN TEKSTUR BERAT

P. Poniman
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Abstract

Chlorpyrifos is widely used by farmers as a contact poison to control leaf and fruit pests in red chilies. Chlorpyrifos is very toxic to the environment and to living things, although it is easily degraded and has a short half-life. Remediation materials in the form of activated charcoal, biochar, and microbial consortium are effective remediation technologies to reduce insecticide residues. Each compound has different characteristics based on the type and texture of the soil. Research with the aim of determining the ability of remediation agents in reducing chlorpyrifos insecticide residues was carried out in the screen house of the Agricultural Environment Research Institute between May-November 2017. The results showed that the effectiveness of reducing chlorpyrifos residue in the soil was different according to its texture. Application of 2 l / ha of consortium microbes was effective in lowered chlorpyrifos residue in lightweight-texture soils, while biochar-coated urea was effective in reducing chlorpyrifos residues in weight-textured soils. Urea coated with activated charcoal showed relatively stable red chilli yields in the two types of soil textures.
毒死蜱是农民广泛使用的一种接触性毒药,用于控制红辣椒叶和果实中的害虫。毒死蜱对环境和生物都有很大的毒性,尽管它很容易降解,半衰期很短。活性炭、生物炭、微生物联合体等形式的修复材料是减少杀虫剂残留的有效修复技术。根据土壤的类型和质地,每种化合物都有不同的特征。2017年5月至11月,在农业环境研究所纱房开展了农药农药残留修复剂还原能力的研究。结果表明,不同质地的农药对土壤中毒死蜱残留的还原效果不同。在轻质地土壤中,施用2 l / hm2的联合微生物能有效降低毒死蜱残留量,而在重质地土壤中,生物炭包被尿素能有效降低毒死蜱残留量。在两种土壤质地下,尿素包覆活性炭的红辣椒产量相对稳定。
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