The problem of geoecological assessment, including the issues of analyzing the sustainability of techno-natural systems and modeling their self-organization, is a priority in the state strategy of environmental safety of the Russian Federation. The purpose of the study is to assess the environmental safety of techno-natural systems by calculating the sustainability of their development and identifying risk factors under conditions of multifactorial loads. The paper proposes a new methodology for the geoecological assessment of techno-natural processes based on a multifactorial analysis of fractal indicators. Its application will ensure the control and assessment of the environmental safety of techno-natural systems, identify potentially dangerous man-made components that affect their sustainable functioning. For this purpose, it is proposed to use methods of systemic, fractal and factor analysis in the description of techno-natural systems, the synthesis of which allows us to obtain a model of self-organization of techno-natural processes.

Andrey N. Nasonov
Candidate of Technical Sciences
Senior lecturer
Moscow State University of Geodesy and Cartography
4, Gorokhovsky lane, Moscow, 105064, Russia
e-mail: adn22@yandex.ru
ORCID ID: 0000-0001-7201-3407
SCOPUS ID: 56989221000
SPIN-code: 2286-1202
AuthorID: 1012751

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