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Intensive Tillage Effects on Wheat Production on a Steep Hillslope in the Sichuan Basin, China

机译:中国四川盆地陡坡麦田生产的强化耕作效应

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Two treatments (5- and 15-tillage operations) were conducted to assess intensive tillage effects on wheat production in the Sichuan Basin, China. After intensive tillage, wheat grain yields were 55% and 41% in areas of soil loss lower than those in areas of soil accumulation by 5- and 15-tillage operations, respectively. The redistribution pattern in soil depth affected wheat production with a logarithmic correlation between them, resulting in wheat aboveground biomass and grain yield increased along the downslope transect. A much larger decline in production with loss of soil depth than the increase in production with increase in depth was found. Therefore, fields subject to these patterns of soil redistribution could be expected to be subject to decline in average yield. The variations suggest that over time crop production reduction would gradually become serious in areas of soil loss by tillage.
机译:进行了两项治疗(5-15个耕作行动),以评估中国盆地四川盆地小麦产量的强化耕作效应。在抗耕作后,小麦籽粒产量分别比土壤损失区分别低于5-15耕作作业的土壤损失区域的55%和41%。土壤深度的再分配模式影响了它们之间的对数相关性的小麦产生,导致小麦地上的生物量和谷物产量沿下流镜横渗增加。发现,在损失的土壤深度损失比生产的增加,损失大幅下降。因此,可能预期受这些土壤重新分布模式的田地可能会下降平均产量。这些变化表明,随着时间的推移产量减少将在耕作的土壤损失领域逐渐变得严重。

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