Abstract
Information systems are applied in the forestry sector to address a wide range of tasks. The process of their development has led to the emergence of a heterogeneous set of systems and methods. The aim of the research is to determine their further development and formulate a work plan. To achieve this, the author conducted a review of publications on the subject, including both theoretical works and existing systems and processing methods. The guiding principle of selection was to provide a comprehensive and thorough coverage of the subject area. The methods were classified according to the tasks they solve and presented in logical order, starting from the widely used ones and ending with experimental ones. As a result, it was found that analytical methods are developing significantly, which will lead to the emergence of new data models in the future. Geographic information systems, specifically distributed network-based ones, are also evolving. The problem of modeling forest vegetation is generally part of the task of modeling ecosystems as a whole. The author concluded that integrated information systems are a relevant direction for the industry. A project for further development was proposed, decomposing the task of building information systems. The author sees the forest inventory system as the main system, upon which all other systems depend and can be presented as separate services. The research contributes to the development of theoretical concepts of forest information processing systems. It is useful for specialists and researchers in the field of forestry, as well as developers of specialized software.
Published Version
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