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Yellow Nutsedge (Cyperus Esculentus) Control and Peanut Tolerance to S-Metolachlor and Diclosulam Combinations

机译:黄坚果(香附子)的控制和花生对S-甲草胺和双氯磺草胺组合的耐性

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摘要

Field studies were conducted in different peanut-growing areas of Texas during the 1999 through 2001 growing seasons to evaluate yellow nutsedge control and peanut tolerance to diclosulam alone applied PRE, S-metolachlor alone applied POST, or diclosulam applied PRE followed by (fb) S-metolachlor applied POST. Yellow nutsedge control was >80% at five of six locations when diclosulam at 0.018 or 0.026 kg/ha applied PRE was fb S-metolachlor applied POST at 0.56, 1.12, or 1.46 kg ai/ha. Peanut stunting was noted with diclosulam at the High Plains locations but not at the Rolling Plains or south Texas locations. This stunting with diclosulam was due to a combination of peanut variety and high soil pH. Peanut yield was not always increased where yellow nutsedge was controlled.
机译:在1999年至2001年的生长季节中,在德克萨斯州的不同花生种植区进行了田间研究,以评估黄色的树篱防治效果和花生对单独施用双氯舒拉的PRE,单独使用异丙甲草胺的POST或施用双氯磺草胺的PRE和随后施用(fb)S的花生的耐受性-甲草胺应用POST。当以0.018或0.026 kg / ha施用双氯舒兰时,以0.56、1.12或1.46 kg ai / ha施用Sb甲草胺的POST,在六个位置中的五个位置上,黄色坚果的控制> 80%。在高平原地区发现了双氯磺草胺对花生发育迟缓的影响,而在连绵起伏的平原或德克萨斯州南部的地区则没有。双氯磺草胺的这种发育迟缓是由于花生品种和高土壤pH值的结合。在控制了黄色小坚果的情况下,花生的产量并不总是增加。

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