ИСТИНА

The widespread methodology with linear views on the functioning regimes and management of dynamic carbon cycle systems does not allow an adequate assessment of their dynamics, stability and response to external factors, including global climate change. The report presents to the mathematical community actual and unsolved problems in this area that require an alternative approach emphasizing the importance of internal nonlinear relationships, complex endogenous dynamic regimes and spatial distribution effects in carbon sequestration processes and their computer simulation based on ODE and PDE systems.