Aplikasi Herbisida Berbahan Aktif Campuran Atrazin-Mesotrion dan Paraquat dalam Pengendalian Gulma pada Pertanaman Jagung (Zea mays L.)

Rima Esa Lolitasari, Saifuddin Hasjim
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Abstract

Corn in cultivation is inseparable from several other organism disorder s that can inhibit or reduce that productivity. One of the disorders is caused by weeds. Application of herbicides with active ingredients on the mixture of atrazine-mesotrion, and paraquat which is applied to corn plants has its own effect on corn plants if it is applied not according to the time or recommended dosage. The experimental design used,  namely  Randomized Completely Block  Design (RCBD)  with 6  treatments and  4  replications, namely  P0  (control or uncontrolled), P1 (manual weeding 21 hst and 42 hst), P2 (Application of atrazine a nd mesotrione dose of 1.5 l / ha 21 hst), P3 (Application of paraquat dose 1 l / ha 21 hst), P4 (Application of atrazine and mesotrione dosage 1.5 l / ha 21 hst and 42 hst), P5 (Application of paraquat dose 1 l / ha 21 hst and 42 hst). The results showed that the use of herbicides with active ingredients atrazine, mesotrione, and paraquat had been able to effectively reduce the biomass of broad-leaf weeds and grasses. The use of the paraquat active ingredient applied at 21 hst showed the highest phytotoxicity symptoms in weeds and in maize plants. The use of two active ingredients of herbicide, manual weeding and control had no effect on plant height, growth rate, cob length, ear circumference, and had effect on shell weight.
种植中的玉米与其他几种能抑制或降低其产量的有机体失调是分不开的。其中一种疾病是由杂草引起的。玉米施用的莠去津-中效磷与百草枯混合使用的有效成分除草剂,如果不按时间或推荐用量施用,会对玉米产生影响。使用的实验设计,即随机完全区组设计(RCBD) 6治疗和4复制,即P0(控制或控制),P1(人工除草21 hst和42 hst), P2(应用程序的阿特拉津nd mesotrione剂量的1.5升/公顷21 hst), P3(百草枯的应用剂量1升/公顷21 hst), P4(应用程序的阿特拉津和mesotrione剂量1.5升/公顷21 hst和42 hst), P5(百草枯的应用剂量1升/公顷21 hst和42 hst)。结果表明,使用含有有效成分的莠去津、美索三酮和百草枯能有效地减少阔叶杂草和禾草的生物量。在21 hst时施用百草枯活性成分,在杂草和玉米植株中显示出最高的植物毒性症状。使用除草剂、人工除草和防治两种有效成分对株高、生长率、穗轴长、穗围均无影响,但对壳重有影响。
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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