Re-Visualizing Submerged Landscapes
Part of: Society for Historical Archaeology 2023
This collection contains the abstracts of the papers presented in the session entitled "Re-Visualizing Submerged Landscapes," at the 2023 annual meeting of the Society for Historical Archaeology.
Recent advances in digital technologies have opened new avenues into how submerged landscapes are recorded, analyzed, and interpreted. Image-based modelling, remote sensing, and geospatial information systems are radically changing the way we do archaeology. This session will discuss the various approaches and methods to reconstructing and visualizing submerged landscapes. These techniques afford archaeologists the ability to process large and diverse datasets alongside excavation and archival data allowing for a more broad interpretation of the social and physical processes that shaped past environments. These digital based methodologies lend themselves to less-invasive archaeological investigations which are becoming increasingly important in many regions of the world and can generate further insights for the future.
Other Keywords
Cave •
Geoarchaeology •
Underwater Archaeology •
Archaeology •
Statistics •
Underwater •
Image Analysis •
Gis •
Maritime Archaeology •
NOAA
Geographic Keywords
North America •
Mexico •
United Mexican States (Country) •
Belize (Country) •
Republic of Guatemala (Country) •
North America (Continent) •
Caribbean •
Mediterranean •
USA (Country) •
Oregon, Pacific Northwest, USA
Resources Inside This Collection (Viewing 1-7 of 7)
- Documents (7)
- Assessing Local Variability and Storm Impacts in Coastal Paleoenvironment Models (2023)
- Leveraging Funding To Investigate our Past: NOAA Ocean Exploration’s Grants Program (2023)
- Narrowing the Search for Late Pleistocene-Aged Submerged Sites on Oregon's Continental Shelf (2023)
- Project SIREN: Machine learning and the ancient naval battle site at the Egadi Islands, Sicily (2023)
- Reviving Bruges’ Lost Outer Harbors. From Survey and Excavation to Augmented and Virtual Reality (2023)
- A Shipwreck Landscape Spatial Statistical Analysis (2023)
- Submerged Late Pleistocene and Early Holocene Cave Sites on the Yucatan Peninsula: Recent Advances in Virtual Access and Visual Analytics (2023)