ESTIMATION OF ANTHROPOGENIC LOAD ON THE VESELUKHA SMALL RIVER BASIN

І. V. Gopchak, T. Basiuk
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Abstract

Relevance of research. As a result of economic activities and irrational use of water and land resources in small river basins there are problems connected with pollution, destruction of natural landscape complexes of river valleys and adjoining territories, engineering reorganization of canals and floodplains as a result of melioration works. All these changes in river basins require operational control and response, which is possible only if real estimation of the level of anthropogenic load on river basins is carried out and the limits of permissible economic interference in their ecosystem are determined. The purpose of research – assessment of the ecological condition of the basin of the Veselukha River by the criteria of anthropogenic load. Research methods. The analysis of anthropogenic load and evaluation of the ecological condition of the Veselukha River basin was carried out in accordance with "Methodology for calculation of anthropogenic load and classification of the ecological state of small river basins of Ukraine". The calculation was made using the logic-mathematical model "Small River Basin", for four independent models of the main subsystems of the river basin: radioactive contamination of the territory, land use, use of river runoff, water quality. The quantitative and qualitative anthropogenic conditions by various indicators of four subsystems for classification of the ecological state of the river basin were estimated. Research results. According to the state of radioactive contamination, the area of the river catchment was estimated as "satisfactory". Based on the results of the analysis, the integrated value of land use was 3.7 and the state of the subsystem "Use of land" in the basin of the Veselukha river was determined as "good". The general state of river runoff use in the basin based on the joint effect of all these indicators of anthropogenic load on the state of the subsystem "Use of river runoff" was evaluated as "good" with a quantitative value of 3.0. The general condition of the subsystem "Water Quality" in the basin of the Veselukha River is characterized by the IV class of water quality, it corresponds to "polluted", with a quantitative level of -1. According to the results of the integrated assessment of all subsystems of the river basin, an induction coefficient of anthropogenic load (ICAN) was specified as is -1.0 and classifies the ecological state of the Veselukha River basin as "minor changes".
维塞鲁哈河流域人为负荷估算
研究的相关性。由于经济活动和不合理利用小河流流域的水资源和土地资源,出现了污染、河谷和毗邻地区自然景观复合体的破坏、整治工程对运河和洪泛平原的工程改造等问题。所有这些河流流域的变化都需要操作控制和响应,这只有在对河流流域的人为负荷水平进行实际估计并确定其生态系统允许的经济干预限度时才有可能。研究的目的是用人为负荷标准评价维塞鲁哈河流域的生态状况。研究方法。根据《乌克兰小河流流域人为负荷计算方法及生态状态分类》,对维塞卢哈河流域进行了人为负荷分析和生态状况评价。利用“小流域”逻辑数学模型,对流域主要子系统的四个独立模型:领土放射性污染、土地利用、河流径流利用、水质进行了计算。通过4个子系统的各项指标对流域生态状态分类的定量和定性人为条件进行了估算。研究的结果。根据放射性污染状况,估计该河流集水区的面积为“满意”。根据分析结果,流域土地利用综合价值为3.7,土地利用分系统状态为“良好”。基于人为负荷各指标对流域径流利用子系统状态的共同作用,流域径流利用总体状态评价为“良好”,定量值为3.0。维塞鲁哈河流域“水质”子系统总体状况为IV级水质,对应“污染”,定量水平为-1。根据流域各子系统综合评价结果,确定人为负荷诱导系数(ICAN)为-1.0,并将维塞卢哈河流域生态状态划分为“微小变化”。
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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