首页> 外文期刊>American Journal of Plant Sciences >Grasspea (&i&Lathyrus sativus&/i& L.) as a Green N Source Reduces the Effects of 2,4 D in Susceptible Cotton (&i&Gossypium hirsutum&/i& L.) Cultivars
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Grasspea (&i&Lathyrus sativus&/i& L.) as a Green N Source Reduces the Effects of 2,4 D in Susceptible Cotton (&i&Gossypium hirsutum&/i& L.) Cultivars

机译:Grasspea(& lat; lathyrus sativus& lat; / i& l; l; l; l; l; l; l; l; l; l; l; l。)减少了2,4d在易感棉中的效果(& gostypium hirsutum& gossypium hirsutum&amp。 ; l; / i& l。)栽培品种

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Cotton ( Gossypium hirsutum L.) production in Oklahoma has more than tripled in the last ten years. This increase in cotton acreage in Oklahoma, a region that traditionally produces winter wheat, has led to increased incidences of 2,4 D contamination in sprayers that are used to spray cotton crops. Cotton is extremely sensitive to 2,4 D, with losses of yield and ultimately profit to the cotton producer in cases of drift or tank carryover. In this study, six cotton cultivars (three 2,4 D susceptible and three 2,4 D tolerant) were grown in combination with four N treatments to determine the benefits or drawbacks of using a green manure as N source. Seedcotton, seed, and lint yield were all negatively impacted by 2,4 D in the susceptible cultivars. Additionally, water use was increased in the susceptible cultivars compared to the tolerant cultivars. The negative effects of 2,4 D on cotton growth w ere partially mitigated by grasspea, though the supply of too much nitrogen increased the negative effects of 2,4 D. Applying nitrogen to a susceptible cultivar of cotton contaminated by 2,4 D is not recommended for short season environments like Oklahoma .
机译:俄克拉荷马州的棉花( Gossypium l.)生产在过去的十年中有两倍多。这种传统上产生冬小麦的区域的棉花种植面积增加,导致喷雾器中的2,4 d污染的发病率增加到用于喷洒棉作物。棉花对2,4天来说非常敏感,损失在漂移或坦克携带的情况下,棉花生产商最终利润。在这项研究中,六种棉质品种(三种2,4d易感和三个2,4d耐受性)与四个N个治疗组合生长,以确定使用绿色粪肥作为n个源的益处或缺点。 Seedcotton,Seed和Lint产量在易感品种中对2,4d产生负面影响。另外,与耐受性品种相比,易感品种在易感品种中增加了水。 2,4d对由Grasspea部分减轻的棉花生长的负面影响,尽管供应过多的氮气增加了2,4天的负面影响。将氮施加到2,4 d污染的棉花的敏感品种。不推荐用于俄克拉荷马等季节环境。

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