Lidar technology is commonly used to map archaeological landscapes blocked by dense vegetation, but it has additional value where vegetation is sparse, such as the mountains of Uzbekistan.

Terrestrial LiDAR for 3D imaging has matured in the last decade. LiDAR for sustainable space mapping is more complex. NuView intends to disrupt this market.

Users also can "snap a line" to gather elevation profiles between two points on a map. The new data builds on an existing 2009 LiDAR database that wasn't as precise, Sip said in an interview.

Lidar technology is commonly used to map archaeological landscapes blocked by dense vegetation, but it has additional value where vegetation is sparse, such as the mountains of Uzbekistan.

Users also can “snap a line” to gather elevation profiles between two points on a map. The new data builds on an existing 2009 LiDAR database that wasn’t as precise, Sip said in an interview.

A pioneering study reveals how archaeologists' satellite tools can be repurposed to tackle climate change. By using AI and satellite LiDAR imagery from NASA and ESA, researchers have found a faster, ...

Highest peak in Idaho is four feet taller than former 12,662-foot elevation, U.S. Geological Survey light detection and ranging data shows.

The lidar-equipped helicopter used by GEO1 to map Colombia's Ciudad Perdida ... if the world is getting a little bit warmer where crops would say grow at a 2,000-foot elevation, ...