Ecological Systems and Devices Annotation << Back METAPHYSICAL APPROACH IN ANALYZING THE DEVELOPMENT OF SUSTAINABILITY FOR ENVIRONMENTAL, SOCIAL, ECONOMIC ASPECTS OF GEOGRAPHY V.N. Kudin A phenomenological approach is presented for analyzing the development of a steady state self-organizing system. The main property of the self-organizing system is used to maintain the planned dynamics under random effects. The coincidence of the obtained nonlinear differential equations describing changes in the integrating variables of a complex system is noted, in a particular case with the Verhulst equation. An attempt is made to interpret the next level of continuity of the medium as the limit of the set of dynamic «physical discreteness». It is proposed to expand the domain of solutions of the logistic equation due to a non-zero initial velocity variable, which allows to find possible states for reaching stability. Keywords: discreteness; environment; ecology; population; system state; stability. DOI: 10.25791/esip.07.2019.711 Contacts: E-mail: Kudin_VN@mail.ru Pp. 12-16.