Retrieved from Iss. 117, P. 2, 2025
Pages 259 -265
Received 29.01.2025
Revised 28.05.2025
Accepted 24.06.2025
Retrieved from Iss. 117, P. 2, 2025
Pages 259 -265
Abstract
It is determined that modern geoinformation technologies and systems are characterized as important tools, which ensures the formation of directions for improving the efficiency of land use and ensuring the development of territories. In recent years, the importance of GIS has increased, regulatory support has been formed and actively applied, transformations at the regional level in the field of land use, spatial development, development of town planning documentation have been observed. In addition, the focus of attention is focused on the development and use of land monitoring by building the directions of formation of geospatial support. Monitoring is defined as a system of permanent surveillance and control over the objects of the landproperty complex, the condition and use of territories, which allows to form a spatial basis and information support for modeling real estate with the use of geoinformation systems and technologies. Geoleasic tools are used for the development of the presented system and geoinformation monitoring is formed. The purpose of the study to develop the directions and tools of formation of geospatial monitoring of territories is achieved. The tasks of the study include: determination of methods for the development of geospatial monitoring of territories; Describe the tools for the formation of geospatial monitoring of territories. As a result of the study, the directions and tools of formation of geospatial provision for the use of modern geodetic and geoinformation systems and technologies are identified. The developed geospatial provision is aimed at developing and implementing geoinformation monitoring for modeling real estate in the context of territorial development
Keywords:
monitoring, geodetic monitoring, monitoring of territories, geospatial support, digital topographic model, modeling of real estate, geoinformation systems, geoinformation technologies