Images

Lidar point cloud of Los Angeles CA post-wildfire. Lidar was collected in winter 2025, while no snow was on the ground and rivers were at or below normal levels. Due to the Palisades wildfire, ground conditions are not to be considered normal given the devastation that took place

Digital Elevation Model (DEM) data for Response and Recovery as part of the Palisades wildfire in California. Class 2 (ground) LiDAR points were used to create the 0.5 meter Raster DEM symbolized with red to blue (high elevation to low elevation). DEMs have not been manually reviewed and should be considered preliminary.

Lidar point cloud of Palisades CA post-wildfire. Lidar was collected in winter 2025, while no snow was on the ground and rivers were at or below normal levels. Due to the Palisades wildfire, ground conditions are not to be considered normal given the devastation that took place

Lidar point cloud of Los Angeles CA post-wildfire. Lidar was collected in winter 2025, while no snow was on the ground and rivers were at or below normal levels. Due to the Palisades wildfire, ground conditions are not to be considered normal given the devastation that took place

Post Wildfire Lidar-derived DSM of the Area Around Topanga Beach, Los Angeles, CA with a green to brown symbology

Post Wildfire Lidar-derived DSM of the Area Around Will Rogers State Historic Park, Los Angeles, CA with a green to brown symbology

3D view of Theodore Roosevelt National Park from 3DEP Lidar derived DEM USGS_OPR_McKenzie_County_2014_QL2_Lidar

An image utilizing 3DEP-derived Digital Surface Model (DSM) and Time in Daylight calculation for Washington, DC.

Project: USGS_LPC_Sandy_Supplemental_NCR_VA_MD_DC_QL2_LiDAR

Overhead blue green view of Theodore Roosevelt National Park from 3DEP Lidar derived DEM USGS_OPR_McKenzie_County_2014_QL2_Lidar

Overhead view of Theodore Roosevelt National Park from 3DEP Lidar derived DEM USGS_OPR_McKenzie_County_2014_QL2_Lidar

3D pastel view of Theodore Roosevelt National Park from 3DEP Lidar derived DEM USGS_OPR_McKenzie_County_2014_QL2_Lidar

Overhead pastel view of Theodore Roosevelt National Park from 3DEP Lidar derived DEM USGS_OPR_McKenzie_County_2014_QL2_Lidar

3D view of Theodore Roosevelt National Park from 3DEP Lidar derived DEM USGS_OPR_McKenzie_County_2014_QL2_Lidar

Map shows geographic extent of completion of the first-ever national baseline of consistent high-resolution elevation data - both bare earth and 3D point clouds.

This animated GIF is a map of the United States and its territories shows geographic extent of planned, existing, and in-progress 3DEP data acquisition projects by year.

This map of the United States and its territories shows geographic extent of planned, existing, and in-progress 3DEP data acquisition projects.

This map of the United States and its territories shows the areal extent and quality level of planned, in-progress, and existing publicly available lidar (IfSAR in Alaska) data identified by the United States Interagency Elevation Inventory (USIEI) that meet 3DEP base level specification planned to be under award by September 30, 2024. 3DEP base level spec

Lidar Point Cloud of the White House and the US Department of Commerce in the Herbert Hoover Federal Building with a green to gray color ramp symbology with green representing low elevation, and gray representing high elevation

3D Rendering of lidar point cloud over Delicate Arch. From USGS_LPC_UT_FEMA_FS_FlamingGorge_2020_B20_12SXH300885.laz. Delicate Arch at Arches National Park in Moab, Utah with a green to gray color ramp symbology with green representing low elevation, and gray representing high elevation

This map of the United States and its territories shows geographic extent of completion of the first-ever national baseline of consistent high-resolution elevation data - both bare earth and 3D point clouds.

Lidar point cloud from Glacier Bay, Alaska, collected in 2019, colorized with National Agriculture Imagery Program data.