Height data NDH Meråker 2pkt 2018

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).高程数据（Elevation data）可对地形与地表进行精细化描述。该类数据可通过机载激光扫描（airborne laser scanning）生成点云（point clouds），或基于航空影像（aerial images）通过匹配操作获取点云。针对不同应用需求，点云的密度（point/m²）存在差异。基于上述点云，可生成格网格式的地形（DTM）与地表（DOM）高程模型。 高程数据（Elevation data）可对地形与地表进行精细化描述。该类数据可通过机载激光扫描（airborne laser scanning）生成点云（point clouds），或基于航空影像（aerial images）通过匹配操作获取点云。针对不同应用需求，点云的密度（point/m²）存在差异。基于上述点云，可生成格网格式的地形（DTM）与地表（DOM）高程模型。 高程数据（Elevation data）可对地形与地表进行精细化描述。该类数据可通过机载激光扫描（airborne laser scanning）生成点云（point clouds），或基于航空影像（aerial images）通过匹配操作获取点云。针对不同应用需求，点云的密度（point/m²）存在差异。基于上述点云，可生成格网格式的地形（DTM）与地表（DOM）高程模型。 高程数据（Elevation data）可对地形与地表进行精细化描述。该类数据可通过机载激光扫描（airborne laser scanning）生成点云（point clouds），或基于航空影像（aerial images）通过匹配操作获取点云。针对不同应用需求，点云的密度（point/m²）存在差异。基于上述点云，可生成格网格式的地形（DTM）与地表（DOM）高程模型。 高程数据（Elevation data）可对地形与地表进行精细化描述。该类数据可通过机载激光扫描（airborne laser scanning）生成点云（point clouds），或基于航空影像（aerial images）通过匹配操作获取点云。针对不同应用需求，点云的密度（point/m²）存在差异。基于上述点云，可生成格网格式的地形（DTM）与地表（DOM）高程模型。 高程数据（Elevation data）可对地形与地表进行精细化描述。该类数据可通过机载激光扫描（airborne laser scanning）生成点云（point clouds），或基于航空影像（aerial images）通过匹配操作获取点云。针对不同应用需求，点云的密度（point/m²）存在差异。基于上述点云，可生成格网格式的地形（DTM）与地表（DOM）高程模型。 高程数据（Elevation data）可对地形与地表进行精细化描述。该类数据可通过机载激光扫描（airborne laser scanning）生成点云（point clouds），或基于航空影像（aerial images）通过匹配操作获取点云。 针对不同应用需求，点云的密度（point/m²）存在差异。 基于上述点云，可生成格网格式的地形（DTM）与地表（DOM）高程模型。