乌克兰农业用地的结构调整。发展方向

Anton Tretiak, L. Hunko
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引用次数: 0

摘要

根据土壤质量以及土地利用强度(LUI)指数和土地利用能力(LUC)指数值,对乌克兰的农业用地利用强度进行了分析。在切尔卡瑟州的行政区内,土地利用强度指数从 0.07 到 1.0 不等,土地利用容量指数从每 1000 乌吉亚总产值 0.01 公顷到 0.19 公顷不等,这表明土地利用强度和农业土地利用容量存在很大差异。应寻求新的方法来改善农业用地的管理和使用。应调整土地使用功能区的结构,特别是通过采用非传统的农用土地使用方法。研究结果表明,应调整 534.39 万公顷土地的使用功能,其中 204.99 万公顷应改为轮作,以保护土壤;20.8 万公顷应改为保护性林地;287.8 万公顷应改为非传统形式的农业用地。动机:文章的目的是提出一种评估农业用地使用强度的方法,并提出土地使用结构调整的方向,以改善其生态状况。目的:在建议的方法中,使用土地利用强度(LUI)指数和土地利用能力(LUC)指数评估农用土地利用强度。为了减少耕地和提高土地利用强度,应在 534.39 万公顷的土地上改变退化耕地的功能,其中 204.99 万公顷应改为轮作以保护土壤,20.8 万公顷应改为防护林带,287.8 万公顷应改为非传统形式的农业用地。结果:文章证实有必要改变 534.39 万公顷耕地的功能,其中 204.99 万公顷应转为轮作以保护土壤,20.8 万公顷应转为保护性林地,287.8 万公顷应转为非传统形式的农业用地。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Restructuring agricultural land use in Ukraine. Directions for development
The intensity of agricultural land use in Ukraine was analyzed based on soil quality and the values of the land-use intensity (LUI) index and the land-use capacity (LUC) index. In the administrative districts of Cherkasy region, the LUI index ranged from 0.07 to 1.0, and the LUC index ranged from 0.01 ha per 1000 UAH of gross output to 0.19 ha per 1000 UAH, which points to considerable difference in land-use intensity and agricultural land-use capacity. New approaches should be sought to improve the management and use of agricultural land. Functional land use areas should be restructured, in particular, by implementing non-traditional methods of agricultural land use. The results of the study indicate that land-use functions should be modified over an area of 5,343,900 ha, where 2,049,900 ha should be converted to crop rotations for soil protection, 208,000 ha – to protective forest margins; and 2,878,000 ha – to non-traditional forms of agricultural land use. Motives: The purpose of the article was to propose a methodological approach for assessing the intensity of agricultural land use and to suggest directions for land-use restructuring to improve its ecological status. Aim: In the proposed methodical approach, the intensity of agricultural land use was assessed with the land-use intensity (LUI) index and the land-use capacity (LUC) index. To reduce plowing and increase land-use intensity, the functions of degraded arable land should be modified over an area of 5,343,900 ha, where 2,049,900 ha should be converted to crop rotations for soil protection, 208,000 ha – to protective forest margins; and 2,878,000 ha – to non-traditional forms of agricultural land use. Results: The article substantiates the need to modify the functions of arable land over an area of  5,343,900 ha, where 2,049,900 ha should be converted to crop rotations for soil protection, 208,000 ha – to protective forest margins; and 2,878,000 ha – to non-traditional forms of agricultural land use.
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