COMPARATIVE EFFICACY OF PURPLE NUTSEDGE ALLELOPATHY AND OTHER METHODS ON WEED MANAGEMENT IN BARLEY (HORDEUM VULGARE L.)

J. K. Sootaher
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Abstract

This research was made for the comparison of the effects of purple nutsedge allelopathy and other methods on the weed management in barely at Students’ Experimental Farm, Department of Agronomy, Sindh Agriculture University, Tandojam for weed as well as barely parameters having eight treatments with three replications. The data revealed that maximum weed number (45.6 m-2), weed fresh weight (20.6 g m-2), weed dry weight (6.3 g m-2) was observed under T1= No weeding (control). However, the maximum weed control (91.3%) was recorded under T7= Puma super 75 EW at 0.625 L ha-1, 50 reduced (30 DAS) + Purple nutsedge water extract at 15 L ha-1 (45 DAS). The barley crop results revealed that maximum tillers (355.6 m-2), plant height (106.3 cm), spike length (11.5 cm), grains spike-2 (47.3), seed index (51 g), biological yield (11737 kg ha-1), grain yield (4493 kg ha-1) and harvest index (41.9%) was recorded under T7= Puma super 75 EW at 0.625 L ha-1 50 % reduced (30 DAS) + Purple nutsedge water extract at 15 L ha-1 (45 DAS). Hence, current results manifested that proper application of puma super 75 EW at 0.625 L ha-1 50 % reduced (30 DAS) + Purple nutsedge water extract at 15 L ha-1 (50 DAS) produce maximum growth and yield parameters of barley crop. So, it was suggested that application of puma super 75 EW at 0.625 L ha-1, 50 % reduced (30 DAS) + Purple nutsedge water extract at 15 L ha-1 (45 DAS) apply for getting higher yield (4493 kg ha-1) of barley crop. It was finalized that this study will be very fruitful for the future progress of barley production.
紫苣苔化感作用与其他方法对大麦杂草治理效果的比较
本研究在信德省农业大学农学系坦多贾姆学生实验农场,采用8个处理,3个重复,比较紫栗草化感作用与其他方法对作物杂草管理的效果。结果表明:T1=不除草(对照)处理下,杂草数量(45.6 m-2)、鲜重(20.6 g m-2)、干重(6.3 g m-2)最大;而T7= Puma super 75 EW (0.625 L ha-1), 50还原剂(30 DAS) +紫苣苔水提物(15 L ha-1) (45 DAS)处理的防杂草效果最好,达到91.3%。结果表明,在T7= 0.625 L ha-1 50%减量(30 DAS) + 15 L ha-1紫苣苔水提物(45 DAS)处理下,大麦的最大分蘖(355.6 m-2)、株高(106.3 cm)、穗长(11.5 cm)、穗数(47.3)、种子指数(51 g)、生物产量(11737 kg ha-1)、籽粒产量(4493 kg ha-1)和收获指数(41.9%)均达到最高。因此,目前的研究结果表明,适当施用0.625 L ha-1的puma super 75 EW降低50% (30 DAS) + 15 L ha-1 (50 DAS)的紫藜水提物可以获得最大的大麦作物生长和产量参数。因此,建议采用puma super 75 EW用量为0.625 L ha-1,减量50% (30 DAS) +紫色豆蔻水浸液用量为15 L ha-1 (45 DAS),可获得较高的大麦产量(4493 kg ha-1)。本研究对今后大麦生产的发展具有重要的指导意义。
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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