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首页> 外文期刊>HortTechnology >Oat Cover Crop and No-tillage Can Provide Weed Suppression and Alter Weed Community Dynamics in Sweet Corn
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Oat Cover Crop and No-tillage Can Provide Weed Suppression and Alter Weed Community Dynamics in Sweet Corn

机译:燕麦覆盖作物和免耕可以抑制杂草并改变甜玉米的杂草群落动态

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Y Along with the many known benefits of cover crops, they may be an effective ecological weed management strategy in low-input agriculture. This research aimed to determine the effect of cover crops, combined with reduced-tillage and nitrogen inputs on sweet corn (Zea mays) yield and weed communities. During the 2-year study, the impact of the cover crop on yield varied. Yield within the no-till conventional treatment plots was not significantly different from the conventional treatment 6844 and 7721 lb/acre (P = 0.592) in year 1 but differed in year 2 (P = 0.003). Weed density and experimental area covered by weeds were not significantly different between conventional and no-till conventional treatments. Multivariate analyses showed associations between specific weed species and management practices. Weeds were greatest in no-till organic treatments, and they had significantly lower yields, suggesting additional weed control beyond cover crops may be necessary for organic vegetable systems under reduced tillage.
机译:Y 除了覆盖作物的许多已知好处外,它们可能是低投入农业中有效的生态杂草管理策略。本研究旨在确定覆盖作物结合减少耕作和氮素投入对甜玉米产量和杂草群落的影响。在为期 2 年的研究中,覆盖作物对产量的影响各不相同。免耕常规处理地块的产量在第1年与常规处理[6844和7721磅/英亩(P = 0.592)]无显著差异,但在第2年差异(P = 0.003)。杂草密度和杂草覆盖面积在常规处理和免耕常规处理之间无显著差异。多变量分析显示特定杂草种类与管理实践之间存在关联。杂草在免耕有机处理中最多,产量明显较低,这表明在减少耕作的情况下,有机蔬菜系统可能需要在覆盖作物之外进行额外的杂草控制。

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