Open AccessTHE EIS OPTIONS AT MONITORING THE SPREAD OF POLLUTION IN THE STREAM
Author(s) -
Jana Pařílková,
Zbyněk Zachoval,
Jan Jandora,
Šimon Pošpíšilík,
Jan Mikulka,
Ján Dušek,
David Juřička,
Boriss Gjunsburgs,
Algirdas Radzevičius,
Rytis Skominas
Publication year - 2021
Publication title -
journal of marine technology and environment
Language(s) - English
Resource type - Journals
eISSN - 2501-8795
pISSN - 1844-6116
DOI - 10.53464/jmte.02.2021.07
Subject(s) - pollution , streams , environmental science , water quality , water pollution , aquatic ecosystem , computer science , water resource management , geology , ecology , computer network , oceanography , biology
Water pollution is one of the most significant problems in the world today and is a global problem. Surface water pollution in streams and reservoirs is reflected in the deterioration of the quality of aquatic ecosystems, including those that occur in their vicinity or follow them. Lack of quality drinking water is one of the main causes of various diseases, which can lead to death, especially in developing countries. Therefore, it is important to detect water pollution in time and anticipate how it could develop and be transported in the stream. Measurements on a physical model are time-consuming and economically demanding, but for a given locality it can provide comprehensive information, including the proposal of possible measures and their verification. It is also a suitable approach for calibration and verification of mathematical models. One of the main tasks in the physical modelling of the spread of pollution in the stream was to find a suitable substance that would simulate the pollution without being aggressive towards the water pumping circuit. The method of electrical impedance spectrometry was chosen for its detection in the stream.