SCIENTIFIC AND THEORETICAL BASIS OF REMOTE SENSING DATA IN AUTOMATION OF LAND DESIGN WORK
Keywords:
Remote sensing, land surveying projects, automation, GIS technologies, satellite imagery, land cover, land use, fit-for-purpose approach, digital cadastre, spatial analysis.Abstract
This study is devoted to the analysis of the scientific and theoretical foundations of the use of remote sensing data in the automation of land development project work. The work studied the potential of modern satellite and aerospace data in the processes of determining land cover, classifying land use types, and planning land plots. During the study, automated approaches based on remote sensing and GIS technologies were compared with traditional land development methods, and their spatial accuracy, time efficiency, and economic efficiency were evaluated based on statistical data. The results obtained showed that remote sensing data allows improving the quality of land development projects, their rapid development, and their continuous updating. At the same time, the need for multi-source data integration in complex natural and anthropogenic conditions was scientifically substantiated. The results of the study have practical significance in land resource management and the development of digital land development systems.
