Ecological Monitoring Of Small Water Systems: Algorithm, Software Package, The Results Of Application To The Uzh River Basin (Ukraine)

IF 0.7 Q4 CHEMISTRY, ANALYTICAL Methods and Objects of Chemical Analysis Pub Date : 2019-01-01 DOI:10.17721/moca.2019.200-207
I. G. Коtsiuba, G. Skyba, I. A. Skuratovskaya, S. M. Lyko
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引用次数: 4

Abstract

A systematic approach to environmental monitoring of small water systems and its optimization is proposed. For simplify the storage of large amounts of information, accelerate the obtaining of preliminary conclusions of water resources condition, predict the dynamics of both individual indicators and their system attributes, and develop a user-friendly interface, which is tied to the area. To carry out the research, samples of water were taken near the corresponding sections of industrial enterprises of Korosten region, as well as discharges of a storm water system. Based on the standard approach, with the help of physicochemical methods of analysis practically all the hydrochemical parameters in the studied water body were determined. The obtained results were compared with the regulatory guidelines. For systematization and maintenance of environmental monitoring, a software package has been developed, which has been tested on the results of the instrumental laboratory analysis of surface water quality of the river Uzh. The software package is developed to establish local sources of pollution, monitor potentially dangerous man-made objects, and better manage of water resources. A user-friendly interface has been developed, which is tied to the area and is easily adapted to other monitoring objects. Thanks to the developed software package, the implementation of an integrated approach to the collection and analysis of monitoring data is carried out quickly, efficiently and conveniently. The developed approach allows easy adaptation to the objects of the research and does not require significant capital investment.
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小水系生态监测:算法、软件包、在乌克兰乌祖河流域的应用结果
提出了一种系统的小水系环境监测及其优化方法。简化大量信息的存储,加快水资源状况初步结论的得出,预测单项指标及其系统属性的动态,开发与区域相联系的用户友好界面。为了进行研究,在Korosten地区工业企业的相应区域附近采集了水样,以及一个雨水系统的排放物。在标准方法的基础上,借助物理化学分析方法,确定了研究水体中几乎所有的水化学参数。所得结果与法规指南进行了比较。为了使环境监测工作系统化和维持下去,开发了一套软件,并根据实验室仪器分析乌祖河地表水水质的结果对其进行了测试。该软件包的开发是为了确定当地的污染源,监测潜在危险的人造物体,以及更好地管理水资源。开发了一个用户友好的界面,该界面与该区域绑定,并且易于适应其他监控对象。通过开发的软件包,可以快速、高效、方便地实现对监测数据的采集和分析。开发的方法可以很容易地适应研究对象,并且不需要大量的资本投资。
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来源期刊
CiteScore
1.00
自引率
14.30%
发文量
12
期刊介绍: The journal "Methods and objects of chemical analysis" is peer-review journal and publishes original articles of theoretical and experimental analysis on topical issues and bio-analytical chemistry, chemical and pharmaceutical analysis, as well as chemical metrology. Submitted works shall cover the results of completed studies and shall make scientific contributions to the relevant area of expertise. The journal publishes review articles, research articles and articles related to latest developments of analytical instrumentations.
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