The spatial adaptation of farming systems to the heterogeneity of plots

I. Savin
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Abstract

The full exploitation of the resource potential of arable lands was analyzed in the research. The problem of completeness of the use in different farming systems was considered. It was found that at the current stage of development of farming systems, the diversity of soils and lands and, accordingly, their resource potential were most successfully incorporated in adaptive-landscape farming systems and precision farming systems. Undoubtedly, the cost of precision farming systems will decrease in the future due to the cheapening of technical means. But without introducing scientific and methodological justification for accounting of diversity of soils and land plots (as in adaptive-landscape farming systems) and heterogeneity of crops into precision farming systems, increasing the completeness of land resource potential cannot be achieved. Another important direction to improve the full use of the land resource potential is the development of a new scientific direction - Econics, and the development of technologies for leveling the heterogeneity of fields. But these directions are at the very beginning of their development.
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耕作制度对地块异质性的空间适应性
研究分析了耕地资源潜力的充分开发。考虑了在不同农业系统中使用的完整性问题。研究发现,在农业系统发展的当前阶段,土壤和土地的多样性及其资源潜力最成功地融入了适应性景观农业系统和精准农业系统。毫无疑问,由于技术手段的廉价化,未来精准农业系统的成本将降低。但是,如果不引入科学和方法论的理由来解释土壤和地块的多样性(如适应性景观农业系统)以及作物在精准农业系统中的异质性,就无法提高土地资源潜力的完整性。提高土地资源潜力充分利用率的另一个重要方向是发展一个新的科学方向——经济学,以及开发平整田地异质性的技术。但这些方向正处于发展的最初阶段。
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