Stating the Subject of the Study. The development of geoinformation systems as one of the elements of sustainable development in nature management, in particular when using forest resources, is especially relevant today. This is due to the fact that forests are the most balanced ecosystems that perform various beneficial functions for humans, and are one of the main sources of renewable energy. The introduction of GIS in nature management, especially in the field of forestry, allows to achieve key goals of sustainable development, and crucial is the development of methods for improving existing or creating new GIS is crucial. The use of modern geoinformation systems of different classes will allow to solve a number of important issues of operation and conservation of natural resources, in particular - land and forest. The study aims. The aim of the article is to develop an algorithm for the creation of a functional geoinformation system on the example of forest funds on the basis of quality processing of source cartographic materials and structuring (consolidation) of attributive data Methodology and materials. In the study are used generally recognized methods and approaches generally used in geoinformatics and data sciences. Initial data for the creation of GIS are the plans of forestry and taxation descriptions of forestry that were processed with the most famous software products: QGIS, MS Excel, MS Access, AdobePhotoshop. Study results. The study describes the algorithm for the creation of GIS lands of the forest fund, which consists of the following basic stages: obtaining initial data, digitalization and spatial attachment of cartographic materials, formation of tables with attributive data, combining spatial data with attributes, checking the functionality of the created GIS. The article pays significant attention to the features of attributive data formation and ways of their subsequent use in combination with vector layers. The algorithm presented makes it possible to create a full-fledged GIS of the forest fund, the functionality of which allows to perform various tasks for the use of forest resources, in particular when planning and organizing forestry, as well as providing support for scientific research. Scientific novelty and practical significance. Representation of effective methodology and methodological approaches to the creation of functional local geoinformation systems that take into account the specifics of forest land is carried out for the first time. The proposed algorithm for the creation of a local geoinformation system of forest funds makes it possible to receive a complete GIS, which has a wide list of types of applications: from planning and organization of economic activity to use in the educational and scientific fields.
Roman et al. (Sun,) studied this question.
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