This classified airborne LiDAR point cloud provides high-accuracy topographical data of the Juneau landslide area in Alaska. This dataset consists of a classified airborne LiDAR point cloud tile, captured as part of the USGS 3D Elevation Program (3DEP). The file captures the complex terrain characteristics of the Juneau landslide site, offering high-density spatial data for geotechnical analysis and environmental modelling. As a raw point cloud, it contains precise XYZ coordinate information for ground and surface points, enabling the generation of high-resolution digital elevation models or contour maps. The file is structured to facilitate accurate spatial representation of the landscape, providing essential data for assessing slope stability and terrain evolution.

The download is a 2.1 MB file containing .LAZ files.

Professionals integrate this LAZ file into GIS software or point cloud processing platforms to conduct terrain analysis. Users typically import the data to perform ground classification, generate digital terrain models, or overlay it with aerial imagery for site assessment. The file is compatible with standard industry software capable of handling large-scale point clouds, allowing for seamless integration into larger civil engineering or environmental planning projects where precise topography is required for initial site feasibility studies and hazard mapping.

This data is intended for civil engineers, geologists, and urban planners working on environmental impact assessments, landslide mitigation strategies, or regional infrastructure projects. It is particularly useful for site feasibility studies in mountainous regions where accurate topography is essential for safe development. Architects and landscape designers can use this information to inform site grading plans and drainage strategies. Search for this asset when conducting baseline terrain research, slope stability analysis, or large-scale site masterplanning where USGS-certified geospatial data is a project requirement.