INFORMATION-MEASURING SYSTEM FOR ASSESSING HUMAN ENVIRONMENTAL WELL-BEING

Abstract

Background. The connection between the state of the territorial technosphere and the ecological well-being of a person is already obvious to everyone. The more intense the impact of the objects of the territorial technosphere on the biosphere, the greater the threat to the ecological well-being of man. But most of the current studies are aimed at studying the impact of pollutants on individual natural systems and do not take into account the synergistic effect of their complex impact. Materials and methods. A system and a method for processing measurement information are proposed to assess the state of the territorial technosphere as a multi-parameter object, which makes it possible to evaluate the contribution of each impact to the final coagulation index. Results. The results of such an analysis are important for setting priorities for the implementation of environmental protection measures and ensuring the ecological well-being of a person. Conclusions. The proposed method for processing measurement information makes it possible to analyze the state of the territorial technosphere by the totality of environmental aspects and the criteria characterizing them and by the final coagulation index to assess the environmental wellbeing of a person, as well as, based on the method of analyzing hierarchies, to identify the most significant environmental aspects for the implementation of environmental protection measures.

Keywords

• environmental monitoring
• control methods
• safety management
• measured parameters
• weight coefficients