Archaeological 3D GIS provides archaeologists with a guide to explore and understand the
unprecedented opportunities for collecting, visualising, and analysing archaeological …

This paper focuses on the potential of an integrated approach using aerial LiDAR, aerial and
terrestrial photogrammetry, terrestrial laser scanning, and archaeological survey to detect …

The identification of unmarked graves and burials is one of most common applications of
ground‐penetrating radar (GPR) in archaeology. Despite a high frequency of use and a long …

The discovery of a Neolithic dolmen in Switzerland with inhumations, dating between 3500
and 3000 BCE, was an exceptional finding. To provide best conditions for subsequent …

In various disciplines, particularly those that utilise techniques developed in the
geosciences, the display, analysis and interpretation of three-dimensional (3D) data is very …

In recent years, three‐dimensional (3D) modelling with photogrammetry and enhancement
methods from computer graphics communities have been used with excellent results for …

The shift to the early Holocene in northern Europe is strongly associated with major
environmental and climatic changes that influenced hunter-gatherers' activities and …

Airborne laser scanning (ALS) data is increasingly distributed freely for ever larger
territories, albeit usually in only low resolution. This data source is extensively used in …

What is a 3D model? And in what way is this new type of information revolutionising
research in archaeology? After an introduction concerning the impact 3D acquisition …

One of the main objectives of the present research is to introduce an innovative way to
combine 3D technology and Geographical Information Systems (GIS) in order to make a …