3D modeling (Other Keyword)
26-43 (43 Records)
Disseminating archaeological findings to the public is an important part of the discipline’s mission. However raw archaeological data are often difficult for a non-specialist audience to interpret. Including a mediating layer of information that helps the reader to understand the data can provide needed contextual information when presenting archaeological findings for a public audience. Developing and maintaining this additional interpretive content, however, can be difficult, especially for...
Preserving Archaeology with Drones in Peru (2015)
In an effort to protect our Cultural Patrimony UAVs or Drones are increasingly use to map and 3D Model archaeological sites. In Peru, the Ministerio de Cultura is leading efforts to systematically record sites using drones, produce ortophotography from the photos, and produce 3D models of the sites. Archaeologists and geographers hired by the MC are using more than 20 drones to cover the territory and register as many site as possible. Ortophotos are use for registration and surveying, 3D...
The Presidio de San Carlos and Lafora’s 1771 Model: A Case Study in Combining Historical Documents, Archaeological Data, and Digital 3D Mapping (2023)
This is a poster submission presented at the 2023 annual meeting of the Society for Historical Archaeology. The rediscovery of a model plan by the Spanish military engineer Nicolás de Lafora for the building of presidio fortifications provides an important link between the Regulations of 1772 and presidios built after that date. The plan is the only known document that presents a visual representation of the new Spanish design for fortifications in the region and was issued to presidio captains...
Printing Ancient Music: The Maya Music Project’s use of 3D printing and Modeling for Public Outreach (2016)
3D models have the potential to bring archaeological data to life for the public in ways that were previously impossible. My research on ancient Maya musical practices is demonstrative of the various ways in which 3D technologies can create a tactile experience for the public as they learn about archaeology. This paper will highlight some of the ways in which the Maya Music Project will be using 3D models to increase public engagement with the subject. My preliminary experimental foray into...
Raising Port Royal: A Geospatial Reconstruction of the Colonial City in 1692 (2017)
When an earthquake struck in 1692, the shoreline of Port Royal, Jamaica, was interminably altered as the town fell to the sea. Using integrated GIS and 3D modeling, this project aims to reconstruct the pre-earthquake shoreline of Port Royal in elevated space. Historical maps and archival data are georeferenced to align the old shore with remaining features, allowing for an outline of the former area. From there, bathymetric data as well as archaeological excavations are used to extrude...
Reconsidering Heirarchy, Caching, and Architectural Practices at Cerros Belize (2016)
Caches have been recovered in the Maya area dating to every period since the Middle Preclassic (c. 700 BC) and are among the most common assemblage type recovered from Maya architecture. In the past, most scholars have treated caches as a normative Maya custom, failing to identify significant spatial and temporal variation within cache assemblages. Additionally, many studies have isolated cache contents from their larger contexts, especially the context of the rituals of which they were a...
Reconstruction of the World Trade Center Ship (2020)
This is an abstract from the session entitled "Current Research at the Conservation Research Laboratory at Texas A&M University" , at the 2020 annual meeting of the Society for Historical Archaeology. In 2010, excavators discovered the remains of an 18th-century vessel below the foundation of the World Trade Center in New York City. The wreck was excavated and sent to the Conservation Research Laboratory at Texas A&M University for conservation and documentation. As part of that...
Repurposing Scale in Three Mesoamerican Centers: Landscape Archaeology and High-Resolution 3D Modeling at Teotihuacan, Altar de Sacrificios, and Los Mogotes (2018)
With the rise of structure from motion (SfM), affordable unmanned aerial vehicles, and other advances in remote sensing, landscape archaeology is at a watershed moment. These new tools allow for the mapping and digital reconstruction of large swaths of land rapidly enough to be reviewed in the field at a spatial, spectral, and temporal resolution that rivals any previous technology. Away from the field, these reconstructions are invaluable datasets that can be used to analyze the landscape at...
Rice Terraces as Defensive Structures: Landscape Modeling in Hapao, Ifugao (2015)
This paper investigates the potential defensive functions of rice terrace construction in Ifugao, Philippines, through an exploration of how landscape analysis and 3D modeling might contribute to established archaeological and ethnographic understandings of the region. While still under debate, a growing body of archaeological evidence suggests that the settlement of the Ifugao highlands and the development of intensive rice terrace farming may have been a strategy for avoiding political...
ROV-Based 3D Modeling Efforts on a Submerged WWII Aircraft for Museum Display (2016)
In 1944, factory workers and community members from Tulsa, OK bought war bonds to finance the last B-24 Liberator built by the Tulsa Douglas Aircraft plant. They named her, wrote signatures and messages on her fuselage, and sent her to Europe with a part Tulsa crew. She went down off the coast of Croatia after a bombing mission but was never forgotten as a WWII community icon. Archaeologists are now in the process of preserving the cultural heritage and physical remains of the site, as well...
Tektaş Burnu: the Process of Rendering a Period-Accurate Model of a Classical Greek Shipwreck (2016)
During the summer of 1996, the Institute of Nautical Archaeology (INA) discovered a shipwreck off the coast at Tektaş Burnu, Turkey. This shipwreck, now known as Tektaş Burnu, is a classical Greek ship from the 5th century BCE and was excavated between 1999-2001. The ship was found to carry a cargo of wine in approximately 200 amphorae which may have been made at nearby Erythrae, pine tar, pottery, and other amphorae. The ship remains include a pair of marble opthalmoi and lead-filled anchor...
Three-dimensional osteometry: A comparative study of 3D model generation techniques for cranial osteometry (2015)
The recent proliferation of three-dimensional scanning devices and model generation techniques has made the use of 3D models in bioarchaeological research a reality. Despite the numerous applications of 3D modeling both in the field and in the lab, the existing body of research and published literature about constructing, analyzing, and sharing these models within archaeology is slim. The primary goal of this study is to test the accuracy of two of the most popular techniques for digital...
Toward a 3D James Fort: The Opportunities for Digital Heritage at Jamestown (2017)
Digital technologies are creating new ways to record, interpret, and present archaeological data. GIS and other technologies have long been part of the approach to field recording and data management for the Jamestown Rediscovery project, which has been ongoing since 1994. With approximately 80% of the original 3-sided fort excavated to date, the timing is opportune for exploring new approaches, like 3D modeling, for analyzing and interpreting James Fort. Creating 3D models of the site will...
A Transparent 3D Model of Temple 18 at Copán for Visualization and Research (2015)
The development of a clear approach to creating highly "transparent" (effectively displaying the argument behind a reconstruction) 3D models for visualization and research in archaeology is an ongoing process. The goal of this presentation is to address this problem with a use-case example of a 3D model of Structure 10L-18 (Temple 18, ca. AD 800) on the acropolis at Copán in Honduras. How can data be structured and applied to this 3D model in order to provide a user with a clear understanding of...
Using Photogrammetric Scanning to Account for Vertical Control in Underwater Excavations (2017)
In terrestrial archaeology, creating a vertical stratigraphic profile of a site is crucial to fully understanding site formation processes and wider contexts. Vertical profiling in underwater archaeology however, is more challenging and time consuming. As a result, profile data is often not collected unless there is a distinct difference in stratigraphic layers or it is reserved for more crucial aspects of an excavation such as ship timbers. The purpose of this paper is to propose that...
VAFB-2019-08: Vandenberg Air Force Base Fiscal Year 2018 Vandenberg Rock Art Monitoring, Contract No. GS10F0059N (2019)
This report documents and outlines the condition assessment of each rock art site on Vandenberg Air Force Base (VAFB) for Fiscal Year 2018 (FY18). This report lists information about each site and brief summaries about common impacts, tasks, and specific observations at sites. Information in this report focuses on areas at rock art sites with significant impacts, high-risk areas for impacts, and professional insight to help understand the sensitivity of sites and implemented management...
Virtual Copan - From 3D data collection to analysis inside a web visualization tool (2015)
The 3D modelling technology is getting more used for the research, preservation, reconstruction, documentation, communication of cultural assets. Heritage 3D models, accessible on the web, are the most powerful solution to disseminate culture and, at the same time, a great source for tourism, research and education. While the use of 3D technologies in CH have been around for many years there are still some blocking factors that slow down a wider approach. On the technological side we still miss...
Visualizing Jamestown’s 1617 Church: Creating a 3D Model of the Site of the First General Assembly (2020)
This is an abstract from the session entitled "Excavating the Foundations of Representative Government: A Case Study in Interdisciplinary Historical Archaeology." , at the 2020 annual meeting of the Society for Historical Archaeology. 3D modeling, an effective tool for envisioning historical sites, has been used to visualize the interior and exterior of Jamestown’s 1617 church, where the first General Assembly was held form July 30 to August 4, 1619. The digital and archaeological teams have...