Elevation data Image Østfold 2022 part 2

Description

Elevation data provides a detailed description of terrain and surface. The data are established as point clouds from airborne laser scanning or matching from aerial images. The point clouds have varying density (point/m²) for different purposes. From the point clouds, elevation models are generated on grid format of terrain (DTM) and surface (DOM). Elevation data provides a detailed description of terrain and surface. The data are established as point clouds from airborne laser scanning or matching from aerial images. The point clouds have varying density (point/m²) for different purposes. From the point clouds, elevation models are generated on grid format of terrain (DTM) and surface (DOM). Elevation data provides a detailed description of terrain and surface. The data are established as point clouds from airborne laser scanning or matching from aerial images. The point clouds have varying density (point/m²) for different purposes. From the point clouds, elevation models are generated on grid format of terrain (DTM) and surface (DOM). Elevation data provides a detailed description of terrain and surface. The data are established as point clouds from airborne laser scanning or matching from aerial images. The point clouds have varying density (point/m²) for different purposes. From the point clouds, elevation models are generated on grid format of terrain (DTM) and surface (DOM). Elevation data provides a detailed description of terrain and surface. The data are established as point clouds from airborne laser scanning or matching from aerial images. The point clouds have varying density (point/m²) for different purposes. From the point clouds, elevation models are generated on grid format of terrain (DTM) and surface (DOM). Elevation data provides a detailed description of terrain and surface. The data are established as point clouds from airborne laser scanning or matching from aerial images. The point clouds have varying density (point/m²) for different purposes. From the point clouds, elevation models are generated on grid format of terrain (DTM) and surface (DOM). Elevation data provides a detailed description of terrain and surface. The data are established as point clouds from airborne laser scanning or matching from aerial images. The point clouds have varying density (point/m²) for different purposes. From the point clouds, elevation models are generated on grid format of terrain (DTM) and surface (DOM).

Resources

Name Format Description Link
0 https://kartkatalog.geonorge.no/metadata/uuid/deb5f4d0-7ed3-4e71-9e00-1a2f94a09dbc
0 https://kartkatalog.geonorge.no/metadata/uuid/deb5f4d0-7ed3-4e71-9e00-1a2f94a09dbc
0 https://kartkatalog.geonorge.no/metadata/uuid/deb5f4d0-7ed3-4e71-9e00-1a2f94a09dbc
0 https://kartkatalog.geonorge.no/metadata/uuid/deb5f4d0-7ed3-4e71-9e00-1a2f94a09dbc
0 https://kartkatalog.geonorge.no/metadata/uuid/deb5f4d0-7ed3-4e71-9e00-1a2f94a09dbc

Tags

  • høydedata
  • dhm
  • flybåren-laser
  • terreng
  • elevation
  • grid
  • høyde
  • dom
  • laserdata
  • punktsky
  • bildematching
  • overflatemodell
  • hx13133
  • høydemodell
  • terrengmodell
  • norge-digitalt
  • dtm

Topics

  • REGI

Categories