军事行动对农业用地利用动态和土壤覆盖状况的影响

V. Bogdanets, V. Nosenko, N. Mizerna, A. Nosylia
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引用次数: 0

摘要

该主题之所以具有话题性,是因为在2022-2023年军事行动后果的影响下,环境组成部分(即土壤覆盖)和农业用地利用状况发生了重大变化。有必要评估在这些因素的影响下,受敌对行动影响最严重的环境变化的规模,主要是土壤覆盖,以确定其各自的规模、空间定位以及生态和法律后果。导致农业用地破坏的主要负面因素包括(根据Kondratenko A.F. 2022): 1。开车穿过重型设备(坦克和其他类型的履带式设备,导致土壤压实和退化)的领土;2. 使用反坦克和杀伤人员地雷,导致景观、地形和土壤退化的变化;3.对领土的炮击和轰炸,导致形成火山口(漏斗)和土壤层的混合。贝壳落点处的天坑不仅是景观破坏和植被破坏的一个因素,也是土壤污染的一个因素:它们在土壤中留下了大量的金属、硫和硫化合物、重金属、氨、磷、煤尘、硫酸和硫酸盐化合物、甲醛、铅、汞;4. 为军事人员和装备建造壕沟和其他防护掩体(土壤扰动和退化);5. 自然区域和农田的火灾。结果,肥沃的土层被烧毁,脱水和“灭菌”发生——致病微生物和有用的生物群都死亡,营养物质流失。我们认为,这种分类一般很好地涵盖了影响军事行动土壤覆盖的各种因素。同时,这种分类是不完整的,没有涵盖一些常见的情况,例如,防御结构系统的建立导致土壤层的破坏和土壤结构的变化,侵蚀的蔓延(Makarenko N. A.等,2022)。此外,由于它是根据2014-2017年在顿涅茨克地区的军事行动条件制定的,因此需要补充和澄清,例如,值得添加生态灭绝和破坏基础设施的概念。在军事行动的后果对土壤覆盖、农业生产前景以及总体上对生活质量的影响方面,使用土壤状况指标、根据业务数据监测退化过程的发展以及利用地理门户、仪表板和其他公众获取公开数据的手段的可能性发挥着特别重要的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The effect of military actions on the dynamics of the use of agricultural land and the state of the soil cover
The topicality of the topic is due to significant changes in the state of the components of the environment, namely the soil cover, and the use of agricultural land under the influence of the consequences of military operations in 2022-2023. There is a need to assess the scale of changes in the environment, primarily the soil cover, as the most disturbed as a result of hostilities, under the influence of these factors, to determine their respective scales, spatial localization and ecological and legal consequences. The main negative factors that lead to damage to agricultural land include (according to Kondratenko A.F. 2022): 1. Driving through the territory of heavy equipment (tanks and other types of tracked equipment, which leads to soil compaction and degradation); 2. The use of anti-tank and anti-personnel mines, which leads to changes in landscapes, relief and soil degradation; 3. Shelling and bombing of the territory, which leads to the formation of craters (funnels) and mixing of soil horizons. Sinkholes in places where shells fall are not only a factor of landscape damage and destruction of vegetation, but also a factor of soil pollution: they leave in the soil a significant amount of metal, sulfur and sulfur compounds, heavy metals, ammonia, phosphorus, coal dust, sulfuric acid and sulfate compounds, formaldehydes, lead, mercury; 4. Construction of trenches and other protective shelters for military personnel and equipment (soil disturbance and degradation); 5. Fires in natural areas and agricultural fields. As a result, the fertile soil layer burns out, dehydration and "sterilization" occurs - both pathogenic microorganisms and useful biota die, nutrients are lost. In our opinion, this classification generally covers well the spectrum of factors affecting the soil cover of military operations. At the same time, this classification is incomplete and does not cover some common cases, for example, the creation of systems of defensive structures leads to the violation of soil horizons and changes in the structure of the soil, the spread of erosion (Makarenko N. A., et al., 2022). Also, since it was developed for the conditions of military operations in Donetsk region as of 2014-2017, it needs to be supplemented and clarified, for example, it is worth adding the concepts of ecocide and destruction of infrastructure. The use of indicators of soil condition, monitoring of the development of degradation processes based on operational data and the possibility of using geoportals, dashboards and other means of public access to open data plays a particularly important role in the context of the impact of the consequences of military actions on the soil cover, prospects for agricultural production and, in general, on the quality of life.
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