Earth Observation for Archaeology in Arid Lands
Part of: Society for American Archaeology 82nd Annual Meeting, Vancouver, BC (2017)
Nowadays, the use of geospatial technologies in archaeology is widespread among archaeologists. Arid lands, characterized by patchy and scarce vegetation, low urbanization, and excellent visibility of archaeological remains, are an ideal scenario for the application of non-destructive, non-invasive, and cost-effective investigations based on remotely sensed data. In this session, we wish to bring together researchers working on world's arid lands, to share results, issues, and perspectives on Earth Observation for archaeology in hot and cold deserts and semi-deserts. We aim at fostering the debate around remote techniques to the archaeology of arid landscapes, gathering papers addressing multi-proxy approaches for the reconstruction of past human-environment interactions by means of geospatial technologies. No limit is set on the geographic nor chronological contexts.
Other Keywords
Remote Sensing •
Satellite Remote Sensing •
Landscape •
UAV •
drones •
Late Holocene •
Central Asia •
North Africa •
Middle East •
Jordan
Geographic Keywords
Hashemite Kingdom of Jordan (Country) •
Republic of Iraq (Country) •
State of Israel (Country) •
Lebanese Republic (Country) •
Syrian Arab Republic (Country) •
West Bank (Country) •
Republic of Cyprus (Country) •
Arab Republic of Egypt (Country) •
Kingdom of Saudi Arabia (Country) •
Gaza Strip (Country)
Resources Inside This Collection (Viewing 1-6 of 6)
- Documents (6)
- Drones in the desert: Unpiloted Aerial Vehicle (UAV) survey in the Black Desert, Jordan (2017)
- Endangered Archaeology in Arid Lands: Remote Sensing and Heritage Management (2017)
- Looking for green grass in the desert: methods for land-cover classification in drylands (2017)
- Remote Sensing for Late Holocene Archaeology in Central Sahara: A Multi-Scalar Approach (2017)
- A Satellite Remote Sensing Model for the Ancient Traffic in Upper Mesopotamia (2017)
- There's Sand in the Sensor! EO approaches to interpreting delta-desert transitional environments (2017)