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Потенціал спонтанного тераформінгу ландшафтів суходолу з позицій сучасної теорії динаміки екосистем

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The article is devoted to the possibilities of natural restoration of ecosystems, including beyond the borders of the Earth, depending on environmental conditions. The purpose of the study is to predict the potential of spontaneous terraforming in simulated conditions of a substrate not inhabited by biota. In accordance with the goal, the following tasks were set: to model the main parameters of probable edaphic conditions of an uninhabited substrate, to establish the main vectors of settlement and transformation potential of such a substrate by biota, to determine the teratransformation potential of biota on various primary substrates. The dynamics of ecosystems, which lead to changes in the environment, is a process of terraforming, during which the surface of the planet acquires the appearance corresponding to a certain stage of the evolution of biota. Such dynamics are not rigidly determined and depend on external factors, including anthropogenic, endo-echogenetic and syngenetic po

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The article is devoted to the possibilities of natural restoration of ecosystems, including beyond the borders of the Earth, depending on environmental conditions. The purpose of the study is to predict the potential of spontaneous terraforming in simulated conditions of a substrate not inhabited by biota. In accordance with the goal, the following tasks were set: to model the main parameters of probable edaphic conditions of an uninhabited substrate, to establish the main vectors of settlement and transformation potential of such a substrate by biota, to determine the teratransformation potential of biota on various primary substrates. The dynamics of ecosystems, which lead to changes in the environment, is a process of terraforming, during which the surface of the planet acquires the appearance corresponding to a certain stage of the evolution of biota. Such dynamics are not rigidly determined and depend on external factors, including anthropogenic, endo-echogenetic and syngenetic po

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