论板栗土壤干旱草原区生态平衡农业景观的形成

Q3 Agricultural and Biological Sciences Indian Journal Of Agricultural Research Pub Date : 2023-12-26 DOI:10.18805/ijare.af-801
A. M. Belyakov, A. Koshelev, M.N. Nazarova, A.V. Egorov
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引用次数: 0

摘要

背景:在没有适当科学支持的情况下,密集型农业技术破坏了景观和农业景观中现有的自然平衡,导致土壤退化,往往造成大片地区荒漠化。由于人为负荷的增长和不平衡农业技术的使用,湿度不足的地区是环境最脆弱的地区,对这些地区的研究非常有意义。方法:本研究评估了伏尔加格勒地区栗土干旱草原区(对象 "Ch"、"I "和 "U")在直接播种、传统(模板)和综合农业技术影响下形成的三种农业景观的生态平衡。研究结果作为研究成果,开发了直接、间接和综合评估水分不足条件下农业景观状况的系统。对象 "Ch "的平均得分为 2.3 分,相当于弱平衡;对象 "I "为 2.9 分或中等平衡;对象 "U "为 3.6 分或相对平衡的农业景观。结果表明,在干旱草原区形成生态平衡的农业景观应根据特定的开发参数要求进行。
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On the Formation of Ecologically Balanced Agrolandscapes in the Dry-steppe Zone of Chestnut Soils
Background: Intensive agricultural technologies without proper scientific support violate the existing natural balance, both in landscapes and in agricultural landscapes and lead to soil degradation and often to desertification of large areas. Research in areas of insufficient moisture, the most environmentally vulnerable due to the growth of anthropogenic load and the use of unbalanced agricultural technologies, are very relevant. Methods: This study assessed the ecological balance of three agrolandscapes in the dry-steppe zone of chestnut soils of Volgograd region (objects “Ch”, “I” and “U”) formed under the influence of direct seeding, classical (mouldboard) and combined agricultural technologies. Result: As a result of the research the system of direct, indirect and integrated assessment of the state of agricultural landscapes for conditions of insufficient moisture was developed. The average score of object “Ch” had 2.3 points, which corresponds to weak balance, object “I” - 2.9 points or medium balance and object “U” - 3.6 points or relatively balanced agrolandscape. The results show that the formation of ecologically balanced agrolandscapes in the dry-steppe zone should be carried out according to specific developed parameters-requirements.
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来源期刊
Indian Journal Of Agricultural Research
Indian Journal Of Agricultural Research Agricultural and Biological Sciences-Soil Science
CiteScore
1.00
自引率
0.00%
发文量
143
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