A topographic survey was carried out using terrestrial laser scanning, generating contour lines, slope analysis, volume calculations, and a 3D model representing the terrain beneath dense vegetation. The data were integrated into a GIS system, enabling a detailed site analysis and facilitating activity planning with a solid geospatial information base.
Millions of high-precision points were captured, accurately representing the terrain even beneath dense vegetation. The 360-degree recording allowed for the identification of level changes, depressions, and tree distribution. Integration with GIS systems facilitated site evaluation and the planning of specific interventions for the project.
A topographic survey was carried out using terrestrial laser scanning, generating contour lines, slope analysis, volume calculations, and a 3D model representing the terrain beneath dense vegetation. The data were integrated into a GIS system, enabling a detailed site analysis and facilitating activity planning with a solid geospatial information base.
Millions of high-precision points were captured, accurately representing the terrain even beneath dense vegetation. The 360-degree recording allowed for the identification of level changes, depressions, and tree distribution. Integration with GIS systems facilitated site evaluation and the planning of specific interventions for the project.
