American Civil War earthwork fortifications have the potential to provide researchers and the public a glimpse into the battles and strategies employed by Union and Confederate forces in throughout the conflict. With the ever increasing threat of losing these sites, the need to quickly and efficiently locate and map these fortifications is paramount. Airborne LiDAR, Light Detection and Ranging, scanning provides researchers with the unique opportunity to remotely visualize topographic data under forested areas. Starting in the mid 1900’s state and federal agencies began collecting this data and making it freely available to the public. This research seeks to explore the possibility of employing this data as a means of locating fortification...
Airborne Laser Scanning or Light Detecting And Ranging (LiDAR) is quite a new technique for most arc...
In arable landscapes, the airborne detection of archaeological features is often reliant on using th...
Video presentation at the "Workshop on Digital Topographic Analysis: LiDAR, Satellite Imagery, Terre...
LiDAR technology has become one of the major remote sensing methods in the last few years. There are...
In recent years, LiDAR scanning has become a widely used tool for understanding both the cultural an...
Historically, aerial photography has been the first remote sensing technology extensively used for s...
[ES]: El empleo del LiDAR para la realización de MDT ha supuesto un nuevo impulso en el estudio de l...
Examples of castles and fortresses seen in publicly available LiDAR data by the national mapping age...
Terrestrial lidar is an emerging technology in remote sensing, being used to digitally document, sur...
We present a case study using publicly available LiDAR and information from historical records to re...
English Heritage is the national body with the responsibility for the survey and management of archa...
This project spatially recorded and documented selected cattle mound site locations in the Congaree ...
In this paper we provide a description of airborne mapping LiDAR, also known as airborne laser scann...
Examples of castles and fortresses seen in publicly available LiDAR data by the national mapping age...
LiDAR (Light Detection and Ranging) data are generally used for archaeological, geographical, and ge...
Airborne Laser Scanning or Light Detecting And Ranging (LiDAR) is quite a new technique for most arc...
In arable landscapes, the airborne detection of archaeological features is often reliant on using th...
Video presentation at the "Workshop on Digital Topographic Analysis: LiDAR, Satellite Imagery, Terre...
LiDAR technology has become one of the major remote sensing methods in the last few years. There are...
In recent years, LiDAR scanning has become a widely used tool for understanding both the cultural an...
Historically, aerial photography has been the first remote sensing technology extensively used for s...
[ES]: El empleo del LiDAR para la realización de MDT ha supuesto un nuevo impulso en el estudio de l...
Examples of castles and fortresses seen in publicly available LiDAR data by the national mapping age...
Terrestrial lidar is an emerging technology in remote sensing, being used to digitally document, sur...
We present a case study using publicly available LiDAR and information from historical records to re...
English Heritage is the national body with the responsibility for the survey and management of archa...
This project spatially recorded and documented selected cattle mound site locations in the Congaree ...
In this paper we provide a description of airborne mapping LiDAR, also known as airborne laser scann...
Examples of castles and fortresses seen in publicly available LiDAR data by the national mapping age...
LiDAR (Light Detection and Ranging) data are generally used for archaeological, geographical, and ge...
Airborne Laser Scanning or Light Detecting And Ranging (LiDAR) is quite a new technique for most arc...
In arable landscapes, the airborne detection of archaeological features is often reliant on using th...
Video presentation at the "Workshop on Digital Topographic Analysis: LiDAR, Satellite Imagery, Terre...