MANAGEMENT STRATEGIES FOR HERBICIDE-RESISTANT WEEDS BY USING DIFFERENT HERBICIDES IN SEQUENTIAL APPLICATION FOR EFFECTIVE AND SAFE WEED CONTROL IN WHEAT.

A. Hassanein, Rasha Abo El-Hassan
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Abstract

Three field experiments were carried out during the successive winter seasons on 2017/2018 and 2018/2019 at Sids Agricultural Research Station farm, A.R.C., Bani Swif Governorate, Egypt, to management resistance development by using herbicides with different sites of action (SOA's) in the sequential application at reduced rates with adjuvants (mineral oil) on productivity, quality and associated weeds of wheat (Triticum aestivum L.). Experiment No.1 studied the efficacy of certain graminicide Topic 15% WP (clodinafop propargyl), Eferst 70% WG (flucarbazone sodium), both used at full rate, alone, and in sequence at reduced rate with mineral oil 1%, Experiment No.2 studied controlling broad leaved weeds herbicides Garenary 75% WG (tribenuron-methyl), Brominal 24 % EC (bromoxynil-octanoate), both used at full rate, alone, and in sequence at reduced rate with mineral oil 1% and Experiment 3: studied controlling grassy and broad-leaved weeds used herbicides Otheilo OD 5.25% OD (diflufenican 5%+ iodosulfuron methyl sodium 0.25+ Mesosulfuron methyl 0.75%) a ready formulated at full rate, alone, and the sequential application (Topic, Eferst, Garenary and Brominal) at reduced rates with mineral oil. All experiments included hand weeding at 20 and 40 days after sowing and weedy check. Each experiment was laid out in a Randomized Complete Blocks Design with four replicates. Results of Exp.No.1 indicated that the sequential application of herbicides at reduced rate Eferest (10 g/fed.) followed by Topik (70 g/fed.) both with mineral oil (1%), gave more efficiency weed control than that obtained by each alone, whereas, the fresh weight of grassy weeds were (23.3 and 33.5 g/m 2 ) and grain yield (22.88 and 23.70 ardab/fed.) in the 1 st and the 2 nd seasons, respectively. Exp.2: Results showed that the sequential application of Gerenary (4 g/fed.) followed by brominal (500 cm 3 /fed.), both at reduced rate plus mineral oil at 1%, better decreasing fresh weight of broadleaved weeds by (29.0 and 34.0 g/m 2 ) as compared to other treatments with while, increasing on wheat yield (23.45 and 24.12 ardab/fed.) in both seasons, respectively. Results of Exp.No.3: showed that the maximum weed control efficiency was achieved with sequential application of Gernary in combination with Topik both at reduced rates with mineral oils (1%), whereas, gave decreasing total weeds fresh weight by (55.75 and 48.0 g/m 2 ) compared to the other treatments, similar trend was observed in grain yield of wheat and its components. Therefore, it could be concluded from this study that, to avoid the appearance of the development herbicide-resistant weeds should be chosen various herbicides with different site of action in sequence application at reduced rates with adjuvants (mineral oil) to achieve efficiency of weed control without loosing in wheat yield and its components.
不同除草剂序贯施用对小麦抗除草剂杂草的治理策略
2017/2018年和2018/2019年连续冬季,在埃及Bani Swif省A.R.C的Sids农业研究站农场进行了三次田间试验,通过使用具有不同作用位点的除草剂(SOA)和佐剂(矿物油)以降低剂量顺序施用,对小麦(Triticum aestivum L.)的生产力、质量和相关杂草进行抗性管理。实验1研究了除草剂top15 % WP(氯地那福丙炔)、Eferst 70% WG(氟卡巴酮钠)在全用量、单独使用和在1%矿物油条件下按顺序还原率使用的效果;实验2研究了防治宽叶杂草除草剂Garenary 75% WG(三苯腈-甲基)、Brominal 24% EC(溴苯腈-辛酸酯)在全用量、单独使用和在1%矿物油条件下按顺序还原率使用的效果;研究了用Otheilo OD 5.25% OD(二氟虫腈5%+碘磺隆甲基钠0.25+中硫隆甲基0.75%)的全配方除草剂,和矿物油按降低剂量顺序(Topic、Eferst、Garenary和Brominal)施用。所有试验包括播种后20天和40天的手工除草和杂草检查。每个试验采用随机完全区设计,共4个重复。实验结果:1表明,在矿物油用量为1%的情况下,依次施用Eferest (10 g/次)和Topik (70 g/次),对杂草的防治效果优于单独施用,第1季和第2季牧草鲜重分别为23.3和33.5 g/ m2,籽粒产量分别为22.88和23.70 ardab/ m2。表2:结果表明,连续施用百乐龄(4 g/次),再施用溴代(500 cm 3 /次),均减施量加矿物油(1%),可较其他处理(1)更好地降低阔叶杂草鲜重(29.0和34.0 g/ m2),两季小麦产量分别提高(23.45和24.12 ardab/次)。实验结果:结果表明,以矿物油减量(1%)连续施用Gernary与Topik联合施用的杂草防治效果最佳,而与其他处理相比,总杂草鲜重减少(55.75和48.0 g/ m2),小麦及其组成部分的籽粒产量也有相似的趋势。因此,通过本研究可以得出结论,为避免出现抗除草剂杂草的发展,应选择不同作用部位的除草剂,在佐剂(矿物油)的辅助下,按顺序减量施用,以达到在不损失小麦产量及其成分的情况下,达到防除杂草的效果。
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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