Visualization products computed from a raster elevation model still form the basis of most
archaeological and geomorphological enquiries of lidar data. We believe there is a need to …

Advances in air and space sensor technology reveal new opportunities and innovative ways
to remotely sense the Earth's subsurface. Considerable spatial coverage, fast and frequent …

Spatial data play a crucial role in archaeological research, and orthophotos, digital elevation
models, and 3D models are frequently used for the mapping, documentation, and monitoring …

The landscape at the Roman Archaeological Site from Moigrad-Porolissum, Romania, is
nowadays mostly forested. But how did it look during the Roman period (106–275 AD) …

Archaeology is increasingly employing remote sensing techniques such as airborne lidar
(light detection and ranging), terrestrial laser scanning (TLS), and photogrammetry in …

Nous remercions également les directeurs des laboratoires TRACES (Nicolas Valeyron) et
GEODE (Vanessa Py) pour le soutiens et l'intérêt qu'ils portent à ce programme de …

This article demonstrates the application of the methods unravelling microtopographic
features, specifically, sunken linear landforms indicating remains of historical trackways in …

Aerial photogrammetry is increasingly being used to discover, document, and interpret the
cultural heritage of landscapes. Information on the constructed cultural heritage left behind …

The location of hillforts is an extremely important issue in terms of understanding the
functioning of the Middle Ages community. The multifaceted nature of hillfort localization …

This research delves into the transformative role of LiDAR (Light Detection and Ranging)
technology in archaeological exploration, with a primary focus on the discovery of hidden …