We present here the first step of an interdisciplinary work dealing with underwater photogrammetry and archaeological data management. In the framework of a phd project we develop a set of tools from underwater data capture to 3D underwater GIS for archaeological excavation. The phd project, managed by Julien Seinturier, is monitored by Odile Papini for the data fusion aspect and Pierre Drap fo...

in february and march 2005, the archaeological survey of righ saray desert in the northern part of varzaneh was conducted. ancient rigsray is an area which has been buried by the sandy dunes at the western margin of the marsh gavkhoni. during this project nearly 100 archaeological sites were identified and recorded. one of the most important sites identified by the survey is saba 9 which is the...

Archaeologists often rely on passive airborne optical remote sensing to deliver some of the core data for (European) landscape archaeology projects. Despite the many technological and theoretical evolutions that have characterised this field of archaeology, the dominant aerial photographic surveys, but also less common approaches to archaeological airborne reconnaissance, still suffer from many...

The application of custom classification techniques and posterior probability modeling (PPM) using Worldview-2 multispectral imagery to archaeological field survey is presented in this paper. Research is focused on the identification of Neolithic felsite stone tool workshops in the North Mavine region of the Shetland Islands in Northern Scotland. Sample data from known workshops surveyed using ...

This paper describes a study of the use of multimedia networked location-aware mobile computers to support team-based survey-oriented fieldwork. Existing systems do not provide fully integrated support for collaborative data capture and review, or access to distributed real time information on survey progress and status, all of which are crucial for the conduct and management of surveys often c...

Context These datasets were collected as part of the scope of the project “Changing the Face of the Mediterranean” and currently represent the largest repository of archaeological data for central Italy from the Late Mesolithic (ca. 8,000 BC) to the fall of the Roman Empire (500 AD). This project aims to reconstruct long-term trends in population dynamics and vegetation change from the introduc...

The application of light detection and ranging (LiDAR), a laser-based remote-sensing technology that is capable of penetrating overlying vegetation and forest canopies, is generating a fundamental shift in Mesoamerican archaeology and has the potential to transform research in forested areas world-wide. Much as radiocarbon dating that half a century ago moved archaeology forward by grounding ar...