土壤富集与作物增产技术

Aleksei V. Rusinov, Vladimir V. Sliusarenko, O. Kabanov, Tatiana V. Fediunina, Dmitrii A. Rusinov
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引用次数: 0

摘要

如果没有高性能、大功率的拖拉机,在规定的时间内种植农作物是不可能的。在耕作过程中,拖拉机螺旋桨对土壤有负面影响,导致土壤压实、磨损和宏观团聚体组成的破坏。这会导致风蚀,从而降低土壤肥力和作物产量。研究的目的是确定在K-701和K-744拖拉机螺旋桨的影响下土壤的宏观团聚体组成及其肥力的变化。本文介绍了实地研究的结果,证明减少了双轮拖拉机推进装置对土壤的负面影响。Aleksei V. Rusinov等。这将使粮食产量提高24%。所提供的数据将使企业拖拉机车队的优化完成成为可能,从而确保对土壤的影响最小,并保持其肥力和产量。
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Soil Enrichment and Crop Yield Enhancement Technique
The cultivation of agricultural crops in a given time frame is impossible without high-performance, high-horsepower tractors. During tillage, tractor propellers have a negative effect on the soil, leading to its compaction, abrasion, and disruption of the macro-aggregate composition. This leads to wind erosion, which reduces soil fertility and crop yields. The objective of the research is to determine the change in the macro-aggregate composition of the soil and its fertility during the impact of the propellers of the K-701 and K-744 tractors. The article presents the results of field studies proving the reduction of the negative impact on the soil of the propulsion devices of twin-wheeled tractors. 182 Aleksei V. Rusinov et al This will increase the grain yield up to 24%. The presented data will make it possible to carry out the optimal completing of the enterprise's tractor fleet, which ensures the minimum impact on the soil and the preservation of its fertility and yield.
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