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首页> 外文期刊>Weed Technology: A journal of the Weed Science Society of America >Italian Ryegrass (Lolium perenne), Feral Cereal Rye (Secale cereale), and Volunteer Wheat (Triticum aestivum) Control in Winter Canola
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Italian Ryegrass (Lolium perenne), Feral Cereal Rye (Secale cereale), and Volunteer Wheat (Triticum aestivum) Control in Winter Canola

机译:冬季油菜中的意大利黑麦草(Lolium perenne),野生谷物黑麦(Secale graine)和志愿者小麦(Triticum aestivum)防治

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摘要

Winter wheat is the predominant crop in Oklahoma, but winter annual grasses are becoming increasingly difficult to control. Summer crop rotations have not been generally adopted; it was decided, therefore, to use winter canola in a crop rotation. However, very little is known about how well herbicides used in canola production will control the winter annual grasses found in Oklahoma wheat fields. Thus, an experiment was conducted at three sites, and repeated the following year, to determine the efficacy of trifluralin, quizalofop, clethodim, and glyphosate in canola production. The weeds evaluated in the experiment were Italian ryegrass, feral cereal rye, and volunteer wheat, along with two varieties of canola: a glyphosate-resistant variety and a conventional variety. All herbicides effectively controlled volunteer wheat. Feral cereal rye and Italian ryegrass varied in response to the herbicide treatments. Trifluralin followed by (fb) quizalofop and glyphosate fb glyphosate were effective on all target species across locations. Effective control of grass weeds was obtained in both conventional and glyphosate-resistant winter canola. Most herbicide treatments improved canola yield over the nontreated check. This experiment demonstrates that Oklahoma wheat producers can effectively rotate to canola to use other herbicides for control of problematic grassy weeds.
机译:冬小麦是俄克拉荷马州的主要农作物,但是冬季一年生禾草越来越难以控制。夏季作物轮作尚未普遍采用。因此,决定在作物轮作中使用冬季油菜。但是,对于在双低油菜籽生产中使用的除草剂如何控制俄克拉荷马州麦田的冬季一年生禾草的了解很少。因此,在三个地点进行了一项实验,并于次年重复进行,以确定三氟拉林,喹喔啉,克雷索定和草甘膦在双低油菜籽生产中的功效。在实验中评估的杂草是意大利黑麦草,野生谷物黑麦和志愿小麦,以及两个低芥酸菜籽品种:抗草甘膦品种和常规品种。所有除草剂都能有效控制志愿小麦。野生谷物黑麦和意大利黑麦草因除草剂处理而异。氟乐灵随后是(fb)喹唑洛普和草甘膦fb草甘膦对所有地区的所有目标物种均有效。在常规和抗草甘膦的冬季油菜中均可有效控制草杂草。大多数除草剂处理均比未处理的对照提高了油菜籽的产量。该实验表明,俄克拉荷马州的小麦生产者可以有效地轮作双低油菜籽,使用其他除草剂来控制有问题的草类杂草。

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