Abstract
In scientific work, the process of sustainable forest management is considered as a guiding industry principle for the interaction of man and the ecosystem. The purpose of sustainable forest management is the formation of a forest ecosystem with various resources and functions. Effective forest management is not possible without the corresponding information support. The goal of the scientific work is to develop a conceptual model of geodata processing for sustainable forest management. The objective function of the model is investigated - reforestation modeling, the result of which is the preparation of a spatial solution for sustainable forest management (managerial decision model). An algorithm for performing interconnected functional subsystems is presented: «Processing GEODATA», «Mapping», «Prediction», «Analytics», «Economic calculation», «Modeling of reforestation activities». The contextual chart “Processing GEODATA” has been developed, which describes a macromodel of the process of processing geospatial data in order to build a cartographic basis of the system under study. A general view of the geodata processing function is presented, the result of which is a three-dimensional spatial information model. The final result of the work can be used to solve the problems of forestry management at different levels of management.
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