SOIL-AGRO-ECOLOGICAL ASSESSMENT OF THE ARABLE LAND OF THE VALDAI UPLAND BASED ON THE GENERAL SURVEY

Q4 Agricultural and Biological Sciences
P. M. Shilov, D. Kozlov
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引用次数: 1

Abstract

A methodical approach to the digital mapping of the arable lands area depending on their soil-agroecological and positional conditions is proposed. The approach was tested on a model plot located on the Valdai Upland with an area of 160 thousand ha. Small-scale agricultural development of the poorly dissected moraine plains is limited by the wide distribution of overmoistened soils. Using the traditional discriminant analysis, a measure of the topographically determined duration of soil overmoistening was calculated based on a comparison of the morphological diagnostics of water regime and topography runoff properties according to the grid elements of 30 × 30 m. The drainability range was determined for the arable lands of XVIII century, reconstructed according to the materials of the General Survey. This allowed us to determine the potential area of the arable lands for this period. The area of arable lands, which is characterized by favorable conditions of transport accessibility and soil drainability, was 12 %. At the same time, reconstructed area contained 5 %. In the subsistence economy of the XVIII century more than a half of the potential arable lands of the model region turned out to be undeveloped.
基于普查的瓦尔代高原耕地土壤-农业生态评价
提出了一种基于土壤-农业生态和地理位置条件的耕地面积数字制图方法。该方法在位于瓦尔代高地的一块面积为16万公顷的模型地块上进行了测试。过度湿润土壤的广泛分布限制了冰碛平原的小规模农业发展。利用传统的判别分析方法,根据30 × 30 m的网格单元,通过比较水状态的形态诊断和地形径流特性,计算出地形决定的土壤过湿润持续时间。根据普查资料,确定了十八世纪耕地的排水能力范围。这使我们能够确定这一时期的潜在耕地面积。具有交通通达性和土壤疏水性条件的耕地面积为12%。同时,重建面积占5%。在18世纪的自给经济中,模范地区一半以上的潜在可耕地被证明是未开发的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
0.90
自引率
0.00%
发文量
15
审稿时长
8 weeks
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