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Effect of Post Emergence Herbicides on Weed Management in Transplanted Kharif Rice (Oryza sativa L.) and Their Residuality on Soil Microorganisms

机译:后出苗后除草剂对移植汗稻(Oryza Sativa L.)杂草管理的影响及其对土壤微生物的残留性

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The field experiments were conducted at Regional Research Sub-Station (new alluvial zone) of Bidhan Chandra Krishi Viswavidyalaya, Chakdaha, Nadia, West Bengal during kharif of 2015and2016 to study different post emergence herbicides against weed management in transplanted kharif rice. Ten (10) treatments were used following Randomize Block Design (RBD) with three replications. Among four different chemical herbicides Almix 20 WP @ 4 g ha~(-1) applied at 15 DAT as EPOE( early post emergence) effectively controlled all categories of weeds (mostly sedges and broad leaves) resulted minimum weed population, biomass production and higher weed control efficiency (WCE) at 30 and 45 DAT which ultimately produced higher grain yield (3.23 t ha-~(1)) compare to other treatments. In case of efficacy of phytotoxicity effects on experimental crop, toxicity effects on soil microflora and BC ratio, Almix 20 WP @ 4 g/ha reflects the satisfied result.
机译:该田间实验是在2015年至2015年Kharif kharif的“西孟加拉邦的”Bidhan Chandra Krishi Viswavidyalaya,Chakdaha,纳迪亚的区域研究子站(新的冲积区)进行了在移植的Kharif Rice中的杂草管理中研究不同的出苗后除草剂。在随机化块设计(RBD)后使用十(10)个处理,其中包含三种复制。在四种不同的化学除草剂中Almix 20 WP @ 4g Ha〜(-1)在15 dAT中施用为EPOE(早期出现)有效控制所有类别的杂草(大多数胶叶)导致最低杂草种群,生物量生产和更高杂草控制效率(WCE)在30和45日,最终产生更高的谷物产量(3.23 t ha-〜(1))与其他治疗相比。在植物毒性对实验作物的影响的情况下,对土壤微法的毒性作用和BC比率,Almix 20 WP @ 4 g / ha反映了满足结果。

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