ARBITRARY PROCESSES RESEARCH SYSTEMOLOGY OF SOIL ECOLOGICAL QUALITY RECOVERY AND ANTHROPOGENIC TERRITORIES “SOIL-PLANTS” SYSTEMS
Kozulia Tatiana
National Technical University “Kharkiv Polytechnic Institute”, Kharkiv, Ukraine
https://orcid.org/0000-0001-5107-9140
DOI: 10.52363/2522-1892.2025.2.1
Key words: anthropogenic ecological safety, research systemology, anthropogenic factors, ecological conformance control, soil, system modelling, “state – process” entropic function, GIS analysis
Abstract
The paper examines complex analysis problems of athropogenically loaded territories ecological state from ecological sytems quality recovery identification point of view. The research was carried out according to proposed natural-anthropogenic complexes objects systemological analysis. The analytical system of research object ecological compliance was planted with complex approach ideology which presents information in the convenient form for analysis and processing. The analytical system itself consists of several systems: “state – process” and “soil – plants”. Every such system detects ecological quality violation separately for research objects according to “object-environment” equilibrium estimation results (research systemology).
The paper proposes to take into account ecological equilibrium violation factors according to ecological compliance esteem results through next procedure: experimental analytical research, statistical analysis, GIS data processing, pollutants entropic functions usage and their participation in transformational changes.
The main practical research results are connected with “state-process” study within “soil” systems of anthropogenically disturbed territories. According to systemological ideology the soil is considered as thermodynamic system with certain environment. The external neighbouring system effects are taken into account along side with internal soil components interactions in such case. System connections and analytical experiments results comparison allowed to determine probable pollutants process transformations within soils. Positive transformational changes are noted in soil systems due to them losing mobility. It is used as basis for claiming possible natural functions self-restoration of anthropogenically loaded territories. Years long research of anthropogenically loaded soils as complex natural systems were used as basis for evidential assessment of pollutants transformational mechanisms in migration flow that advance eliminating equilibrium state violation in soil ecosystem.
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