This rock area was digitized using an Artec 3D laser scanner as part of a 3D terrestrial LiDAR and spatial documentation survey of the Russell Cave National Monument site in Alabama. Russell Cave is an archaeological site with one of the most complete records of prehistoric cultures in the Southeast, dating from 10,000 B.C. to 1650 A.D. The rock surface has carved elements and writing that are hard to discern. The upper right hand portion of the rock was found to have the number 34 carved on the surface. We are working with the National Park Service to provide detail topographic documentation of the entire rock shelter site in an effort to better understand and preserve the cave and its cultural resources. The cave has experienced impacts f...
Radar Imagery in conjuction with bore hole data successfully mapped the geometry and extent of a cla...
Mapping and modelling the complicated geometry of caves is a challenging task that has traditionally...
This contribution shows the application of terrestrial laser scanning in an integrative approach for...
This rock area was digitized using an Artec 3D laser scanner as part of a 3D terrestrial LiDAR and s...
This archeological cave site in Alabama is a National Monument and is manged by the National Park Se...
Using a combination of survey strategies including terrestrial laser scanning (TLS) and imaging tech...
Rock art offers traces of our most remote past and was made with mineral and organic substances in s...
Recent laserscanning techniques can revisit the geomorphological analysis methods traditionally used...
Developed out of a need for a reliable methodology of documenting historic landscapes, the National ...
Recent developments in laser scanning techniques and digital modelling provide powerful tools for th...
This project tests the technique of 3D laser scanning for the recording of prehistoric rock carvings...
A technique to digitally document and thereby permanently preserve prehistoric rock art has been dev...
During the last decade, the need to survey and model caves or caverns in their correct three-dimensi...
Integrating geomatics remote sensing technologies, including 3D terrestrial laser scanning, unmanned...
This paper will explain work-in-progress of two projects to test 3D laser scanning for the recording...
Radar Imagery in conjuction with bore hole data successfully mapped the geometry and extent of a cla...
Mapping and modelling the complicated geometry of caves is a challenging task that has traditionally...
This contribution shows the application of terrestrial laser scanning in an integrative approach for...
This rock area was digitized using an Artec 3D laser scanner as part of a 3D terrestrial LiDAR and s...
This archeological cave site in Alabama is a National Monument and is manged by the National Park Se...
Using a combination of survey strategies including terrestrial laser scanning (TLS) and imaging tech...
Rock art offers traces of our most remote past and was made with mineral and organic substances in s...
Recent laserscanning techniques can revisit the geomorphological analysis methods traditionally used...
Developed out of a need for a reliable methodology of documenting historic landscapes, the National ...
Recent developments in laser scanning techniques and digital modelling provide powerful tools for th...
This project tests the technique of 3D laser scanning for the recording of prehistoric rock carvings...
A technique to digitally document and thereby permanently preserve prehistoric rock art has been dev...
During the last decade, the need to survey and model caves or caverns in their correct three-dimensi...
Integrating geomatics remote sensing technologies, including 3D terrestrial laser scanning, unmanned...
This paper will explain work-in-progress of two projects to test 3D laser scanning for the recording...
Radar Imagery in conjuction with bore hole data successfully mapped the geometry and extent of a cla...
Mapping and modelling the complicated geometry of caves is a challenging task that has traditionally...
This contribution shows the application of terrestrial laser scanning in an integrative approach for...