Kozulia T. Environment quality estimation peculiarities and ecological safety management from sustainable development position

Dissertation is devoted to the urgent scientific applied problem solving of de-veloping complex estimation method of territorial objective system state ecologi-cal compatibility along with detecting synergetic mechanism of ecological effec-tiveness increase in safety control at the level of natural technical systems in con-ditions of stable economical development. The application domain models of eco-logical management and ecological safety problem solving informational support were analysed. The different-type systems ecological estimation problem is exam-ined from ecological priorities of development position. Reasonability of state rat-ing universal system forming on the basis of probabilistic entropic analysis, syner-getic theory and risk analysis is determined. System systematic research object model is worked out for complex ecological compatibility estimation. Structure, scientific theoretical basis and mathematical support of environment quality esti-mation are provided for ecological management problems solving and safety esti-mation. Migratory transformational flows probability entropic estimation of eco-logical compatibility is suggested during anthropogenic loaded environmental ob-jects investigation and their self-organization processes. The results of entropic risk analysis usage are gotten during solving problems of ecological hygienic stan-dardization and complex risk estimation of natural anthropogenic territories state ecological compatibility for wastes handling approach