Open AccessEnvironmental monitoring of groundwater in urban ecosystems.
Author(s) -
Alina Dychko,
Igor Yeremeev
Publication year - 2017
Publication title -
useful
Language(s) - English
Resource type - Journals
eISSN - 2639-8044
pISSN - 2574-4461
DOI - 10.32557/useful-1-2-2017-0001
Subject(s) - smoothing , environmental science , reliability (semiconductor) , groundwater , environmental monitoring , computer science , pollution , groundwater pollution , environmental resource management , environmental engineering , ecology , engineering , aquifer , geotechnical engineering , biology , power (physics) , physics , quantum mechanics , computer vision
Monitoring system, that ensures a steady control of water urboecosystem in area of man-caused factors influence, which allows evaluating measures to reduce the impact of hazardous sources on environment, which predicts possible consequences of intensive exploitation of ecosystem objects, is practically absent. Methods for determining structure of measuring network, arising from theory of fractals, are presented. The developed methodology for improving reliability of data for environmental monitoring is based on determining structure of measuring network, area limits and density of pollution on basis of measuring network data and appropriate interpolation and smoothing algorithms, and also determining dynamics of pollution area. Measurement network for monitoring of groundwater in urboecosystem should be formed as a matrix structure. The developed system of environmental monitoring allows carrying out constant monitoring of the environment, evaluating measures to reduce the technogenic impact and predicting its consequences.