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.
Images
The 3DEP Multimedia Gallery is a collection of graphics related to elevation data. All items in this gallery are considered public domain unless otherwise noted.
Filter Total Items: 111
3D Elevation Program FY25 Partnerships
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.
Prefire Modified Hillshade over the Eaton Fire
A modified hillshade of a prefire lidar-derived digital surface model over a portion of the Eaton wildfire
A modified hillshade of a prefire lidar-derived digital surface model over a portion of the Eaton wildfire
Postfire Modified Hillshade over the Eaton Fire
A modified hillshade of a postfire lidar-derived digital surface model over a portion of the Eaton wildfire
A modified hillshade of a postfire lidar-derived digital surface model over a portion of the Eaton wildfire
A Modified Hillshade over the Pallisades Fire
A modified hillshade rendering from lidar-derived DSM data over part of the Pallisades Fire
A modified hillshade rendering from lidar-derived DSM data over part of the Pallisades Fire
A Modified Hillshade over the Pallisades Fire
A modified hillshade rendering from lidar-derived DSM data over the Pallisades Fire
A modified hillshade rendering from lidar-derived DSM data over the Pallisades Fire
Modified Hillshade of Pallisades Fire
A modified hillshade rendering from lidar-derived DSM data over the Pallisades Fire
A modified hillshade rendering from lidar-derived DSM data over the Pallisades Fire
Eaton Fire hillshade rendering
A modified hillshade rendering from lidar-derived DSM data over the Eaton Fire showing burned structures
A modified hillshade rendering from lidar-derived DSM data over the Eaton Fire showing burned structures
Eaton Fire DSM Hillshade
A modified hillshade rendering from lidar-derived DSM data over par of the Eaton Fire
A modified hillshade rendering from lidar-derived DSM data over par of the Eaton Fire
Eaton Fire Modified Hillshade over NASA Jet Propulsion Lab Campus
A modified hillshade rendering from lidar-derived DSM data over the NASA Jet Propulsion Lab Campus
A modified hillshade rendering from lidar-derived DSM data over the NASA Jet Propulsion Lab Campus
Eaton fire modified hillshade
A modified hillshade rendering from lidar-derived DSM data over part of the Eaton Fire
A modified hillshade rendering from lidar-derived DSM data over part of the Eaton Fire
Post Wildfire 3D Rendering of a Lidar-Derived DSM of the Area Around Altadena, CA
Post wildfire 3D rendering of a lidar-derived DSM of the area around Altadena, CA with a green to gray symbology
Post wildfire 3D rendering of a lidar-derived DSM of the area around Altadena, CA with a green to gray symbology
Post Wildfire Lidar-derived DSM of the Area around the NASA Jet Propulsion Laboratory Campus, CA
linkPost Wildfire Lidar-derived DSM of the Area around the NASA Jet Propulsion Laboratory Campus, CA with a green to brown symbology
Post Wildfire Lidar-derived DSM of the Area around the NASA Jet Propulsion Laboratory Campus, CA
linkPost Wildfire Lidar-derived DSM of the Area around the NASA Jet Propulsion Laboratory Campus, CA with a green to brown symbology
Post Wildfire Lidar-derived DSM of Eaton, CA
Post Wildfire Lidar-derived DSM showing the full extent of the Eaton, CA Wildfire with a green to gray symbology
Post Wildfire Lidar-derived DSM showing the full extent of the Eaton, CA Wildfire with a green to gray symbology
Palisades CA Post-Wildfire Lidar Data from Jan 2025
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 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
Palisades CA Post-Wildfire Lidar Data from Jan 2025
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 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
Palisades CA Post-Wildfire Lidar Data from Jan 2025
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 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
Los Angeles CA Post-Wildfire Lidar Data from Jan 2025
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
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
Palisades CA Post-Wildfire Lidar Data from Jan 2025
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 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
Los Angeles CA Post-Wildfire Lidar Data from Jan 2025
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
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
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 Topanga Beach, Los Angeles, CA with a green to brown symbology
Post Wildfire Lidar-derived DSM of the Area Around Will Rogers Beach State Park, Los Angeles, CA
linkPost Wildfire Lidar-derived DSM of the Area Around Will Rogers Beach State Park, Los Angeles, CA with semi-transparent imagery overlaid
Post Wildfire Lidar-derived DSM of the Area Around Will Rogers Beach State Park, Los Angeles, CA
linkPost Wildfire Lidar-derived DSM of the Area Around Will Rogers Beach State Park, Los Angeles, CA with semi-transparent imagery overlaid