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Allelopathic effect of sorghum and sunflower on Phalaris minor and wheat

机译:高粱与向日葵对兰花菌和小麦的化发作用

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摘要

A field experiment was conducted in G.B Pant University of Agriculture and Technology, Pantnagar during Rabi season of 2018-19 to evaluate the bioefficacy of aqueous extracts of sorghum and sunflower on Phalaris minor, as well as their effects on yield and yield attributing characters of wheat. The experiment was carried out with eight treatments, each with three replications in randomized block design (RBD). Treatment with pre fb early post-emergence application of sunflower extract recorded highestweed control efficiency and yield among the treatments having aqueous extract application. Maximum WCE was recorded in pre fb early post-emergence application sunflower followed by pre fb early post-emergence application sorghum in every stages of observation. The grain yield of weedy, pre- fb early post-emergence application sorghum, pre- fb early post-emergence application sunflower, weed free plot was recorded as 2.33, 4.13, 4.38, 5.14t/ha, respectively.
机译:2018 - 198年至19日的拉比季节的潘尼加尔潘纳塔尔工业大学进行了一个田间实验,以评估高粱和向日葵含量的生物效率,对兰花糖轻微的影响,以及它们对小麦的产量和产量归因于麦子的影响 。 实验用八个处理进行,每种治疗方法,随机块设计(RBD)中有三种复制。 在FB预先出现前的治疗后,向日葵提取物的早期应用记录了含水提取物水溶液的治疗中的最高控制效率和产量。 最大WCE在FUB早期出苗后申请向日葵中记录,然后在观察的每个阶段进行FUP早期出苗后申请高粱。 杂草的粮食产量,预先出生后早期施用高粱,预先出生后早期施用向日葵,杂草自由情节分别记录为2.33,4.13,4.38,5.14t / ha。

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