This paper presents visualisation techniques of high-resolution digital elevation models
(DEMs) for visual detection of archaeological features. The methods commonly used in …

Human societies have been reshaping the geomorphology of landscapes for thousands of
years, producing anthropogenic geomorphic features ranging from earthworks and …

A digital surface model (DSM) extracted from stereoscopic aerial images, acquired in March
2000, is compared with a DSM derived from airborne light detection and ranging (lidar) data …

In light of the growing interest in the Great War–stimulated by the ongoing centennial
commemorations–the conflict landscape in Belgium and France is currently the subject of …

High-resolution digital elevation models, often derived from airborne lidar, are rapidly
gaining importance in both archaeology and geomorphology, in particular where these two …

Acting as efficient earth‐movers, soldiers can be viewed as significant geomorphological
drivers of landscape change when replaced in the recent debates on Anthropocene …

For the past decade, archaeologists have been using LiDAR or Airborne Laser Scanning
(ALS)-based methods to uncover trace signatures of human civilization in the landscape. A …

This paper presents the results of the first attempt to assess, identify and quantify the
residual number of shell craters of World War I currently present in the Vezzena/Luserna …

Historically, aerial photography has been the first remote sensing technology extensively
used for surveying surface archaeological remains as well as for detecting underground …

The present paper belongs to a line of research known as aerial archaeology and compares
some specific visualizations of LIDAR data (hill-shading, openness, and sky view factor) to …