Nature-society system survivability model: Simulations of the principal natural and anthropogenic processes

This paper is focused on the modelling of the evolution of the nature-society system, when considering a series of major natural and anthropogenic processes including several solar-terrestrial coupling mechanisms, biogeochemical cycles, physical processes operating in the terrestrial atmosphere, global climate change, global hydrologic balance and photosynthesis in ocean ecosystems. Among the main goals of this model is to estimate the survivability of the nature-society system under the conditions of limited energy resources. A series of simulation experiments are presented herein demonstrating the ability of the model to operate satisfactorily and reliably under various anthropogenic scenarios.