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首页> 外文期刊>Sociedade Brasileira da Ciencia das Plantas Daninhas >Antagonistic action of clodinafop-propargyl associated with Metsulfuron-methyl and 2,4-D in the control of italian ryegrass (Lolium multiflorum)
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Antagonistic action of clodinafop-propargyl associated with Metsulfuron-methyl and 2,4-D in the control of italian ryegrass (Lolium multiflorum)

机译:氯地那非-炔丙基与甲磺隆和2,4-D的拮抗作用在控制意大利黑麦草(黑麦草)中

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The efficacy of ACCase inhibitors is usually reduced when tank-mixed with broad leaf herbicides. A greenhouse and a field experiments were carried out to determine the existence of antagonistic effects of clodinafop-propargyl associated with metsulfuron methyl or 2,4-D to control Italian ryegrass (Lolium multiflorum). In the greenhouse experiment, 21 treatments were tested, composed by clodynafop(0, 3, 6, 12, 24, 48 and 96 g ha-1) alone or tank-mixed with metsulfuron (2 and 4 g ha-1) or 2,4-D (470 g ha-1). In the field experiment, twelve treatments were set up in a factorial 6 x 2, composed by clodinafop (0, 3, 6, 12, 24, 48 and 96 g ha-1) alone or tank-mixed with metsulfuron (2 g ha-1). In the greenhouse experiment, the control (visual evaluation), I50 from the mixtures with metsulfuron (2 and 4 g ha-1) or 2,4-D (470 g ha-1) were 33, 84 and 151% higher than clodinafop applied alone. The I50 from the rye live matter from the mixtures cited above were, respectively, 119, 244 and 72% higher than clodinafop applied alone. In the field experiment, rye live matter reduction was observed with increase of the levels of clodinafop applied alone, but rye live matter did not decrease, changing the levels of clodinafop tank-mixed with metsulfuron. The results reveal the antagonistic effect of tank-mixtures of clodinafop and metsulfuron or 2,4-D. We did make some considerations on the advantages of applying herbicides in more than one control operation, in comparison to graminicide and latifolicide mixtures.
机译:与阔叶除草剂桶混时,通常会降低ACCase抑制剂的功效。进行了温室和田间实验以确定氯丁那普-炔丙基与甲磺隆甲基或2,4-D联合对意大利黑麦草(黑麦草)的拮抗作用。在温室实验中,测试了21种处理,分别由clodynafop(0、3、6、12、24、48和48 g ha-1)或与甲磺隆(2和4 g ha-1)或2桶混合组成,4-D(470g ha-1)。在野外实验中,在因子乘6×2中设置了十二种处理方法,该因子由clodinafop(0、3、6、12、24、48和96 g ha-1)单独或与甲磺隆(2 g ha -1)。在温室实验中,对照(目测评估)与甲磺隆(2和4 g ha-1)或2,4-D(470 g ha-1)的混合物的I50比氯地那非高33、84和151%单独应用。来自上述混合物的黑麦活物质的I50分别比单独施用的氯丁纳普高119、244和72%。在田间试验中,观察到随单独施用的氯地那非水平增加,黑麦生物量减少,但黑麦生物量并未减少,从而改变了与甲磺隆桶混的氯地那非水平。结果揭示了氯丁那普和甲磺隆或2,4-D的桶混物的拮抗作用。我们确实考虑了与除草剂和拉替福尔混合物相比在多个控制操作中使用除草剂的优势。

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