United States of America (Country) (Geographic Keyword)
7,226-7,250 (399,073 Records)
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the National Archaeological Database Reports Module (NADB-R) and updated. Most NADB-R records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us at comments@tdar.org.
3D Digital Documentation of Historic Launch Complex Structures at Cape Canaveral Air Force Station (CCAFS): A Workflow Methodology for DoD Cultural Resources (2015)
This project was undertaken to provide baseline terrestrial laser scanning (TLS) survey and spatial recordation for six historic launch complexes. Select structures were chosen for 3D laser scan survey, and these data were brought together with aerial Light Detection and Ranging (LiDAR) and Geographic Information Systems (GIS applications in a digital platform for landscape and structure consideration. The project was performed in combination with Global Positioning Systems (GPS), videography,...
3D Digital Documentation of Historic Launch Complex Structures at Cape Canaveral Air Force Station (CCAFS): A Workflow Methodology for DoD Cultural Resources LC19 and LC34 Areas of Interest (2016)
Working in collaboration with the 4sth Space Wing of the United States Air Force, Cape Canaveral Air Force Station (CCAFS), this digital survey and documentation was undertaken to provide continuing baseline terrestrial laser scanning (TLS) survey, monitoring, and spatial recordation for selected historic launch complexes. Targeted structures were chosen for ongoing assessment and 3D laser scan survey, and these data were brought together with aerial Light Detection and Ranging (LiDAR) and...
3D Digitization of Archaeological Artifatcts in Conservation (2016)
At the Conservation Research Laboratory at Texas A&M University, recent projects have all implemented some form of 3D modeling of artifacts as part of the documentation process for either before treatment, after treatment, or both. The logistics of the implementation of 3D modeling as a standard documentation technique for every artifact in a collection can be daunting, especially when dealing with untreated waterlogged artifacts that must remain wet before conservation. This paper discusses...
The 3D Digitization of the World Trade Center Wreck (2017)
Accurate documentation of cultural heritage materials is the lynchpin for all aspects of archaeological investigation. When it comes to the reconstruction and interpretation of shipwrecks, this is especially true. The more accurate and true to life the documentation is, the more accurate the interpretation and reconstruction of a ship will be. The methods by which ships have been documented have evolved rapidly over the years, though each new and innovative method is tied to foundational...
3D Documentation of a Basketmaker Petroglyph Panel in Southeastern Utah (2024)
This is an abstract from the "Interdisciplinary Approaches to Rock Art Documentation, Research, and Analysis" session, at the 89th annual meeting of the Society for American Archaeology. Our research involves creating and analyzing a 3D model of an inaccessible petroglyph panel in southeastern Utah. The rock art panel occupies the cliff face of an alcove approximately 10–30 m above the modern ground surface. Such heights make documentation difficult; this lofty position likely caused the...
3D Documentation of Grave Markers for the National Cemetery Administration (2024)
This is an abstract from the "Application of Geophysical Techniques to Military Archaeology" session, at the 89th annual meeting of the Society for American Archaeology. The United States Army Corp of Engineers, Engineer Research Development Center, Construction Engineering Research Laboratory (ERDC-CERL) is home to one of the largest cultural resources research teams in the DoD. In recent years our team has assisted the U.S. Department of Veterans Affairs, National Cemetery Administration...
A 3D Geometric Morphometric Comparison of Bone Surface Modifications on Proboscidean Assemblages from the Western Great Lakes (2019)
This is an abstract from the "Novel Statistical Techniques in Archaeology I (QUANTARCH I)" session, at the 84th annual meeting of the Society for American Archaeology. Currently, an alarming number of plants and animals are on the brink of extinction due to habitat loss caused by human activities and climate change. Though numerically unprecedented, this may not be the first instance of a human-driven mass extinction. For decades, scholars have hypothesized that human predation led to the...
3D in the Toolbox: An Operational Comparison of Acoustic, Photogrammetric, and Laser Scanning Methodologies Tested at Thunder Bay National Marine Sanctuary in 2016. (2017)
The clear, fresh waters of Thunder Bay National Marine Sanctuary offer an ideal testing ground for acoustic and light-based imaging systems. During the 2016 field season, Thunder Bay researchers conducted several field operations to acquire, process, and compare side scan sonar, multibeam sonar, laser-scanner, and photogrammetric data at numerous archaeological shipwreck sites. The resulting analysis provided valuable insights into this array of remote sensing systems in terms of their ability...
3D Learning at Kingsley Plantation and the St. Augustine Lighthouse: Incorporating 3D Technology Into FPAN Public Archaeology Outreach (2018)
An important aspect of public archaeology efforts is the need to utilize new, innovative methods to engage a changing public. The use of 3D modeling and printing technology currently offers a novel approach to improve extant methods of public interaction. This paper discusses FPAN’s efforts to incorporate 3D technology into public outreach, especially via inclusion into curricula already in use by the network. "Investigating a Tabby Slave Cabin" and "Investigating a Light Station," part of...
A 3D Method for Measuring Platform Angles on Lithic Flakes (2017)
The measurement of platform angles on lithic flakes by hand is notoriously difficult, and is plagued by intra- and inter-observer variability. The measurement method proposed in this poster uses 3D models of flakes loaded into Blender, a free open-source 3D design program. After identifying the platform, two points (a) and (b) are defined at the intersections of the left and right lateral margins and the platform. A line (a-b) is drawn between these two points, ignoring any platform roundedness...
3D Model Stills for Anasazi Heritage Center - Ancient Peoples of the San Juan Demo
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the National Archaeological Database Reports Module (NADB-R) and updated. Most NADB-R records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us at comments@tdar.org.
3D Modeling and Virtual Reality for Condition Assessments and Educational Outreach Tools Documenting Rock Art in Little Petroglyph Canyon, Naval Air Weapons Station China Lake, California (2017)
Aerial photography with unmanned aerial systems (UASs), 3D modeling through photogrammetry, and the development of virtual reality environments are methods that are taking root within the discipline of archaeology. Developments in hardware and software over the past several years have led greater numbers of archaeologists to adopt these methods with more diverse applications. PaleoWest Archaeology, working under contract with our partners at PacArctic for Naval Facilities Engineering Command...
3D Modeling in Excavation (2024)
This is an abstract from the "SAA 2024: Individual Abstracts" session, at the 89th annual meeting of the Society for American Archaeology. Photogrammetry and 3D Modeling are tools that are greatly underutilized in excavation. Yet, they are very helpful to archaeologists. There are both drawbacks and benefits to using 3D modeling. However, this study of features in southeastern Utah shows that the positives outweigh the negatives. Although they can be tricky and time consuming to generate,...
3D Modeling the Sites of the Virgin Branch Ancestral Puebloan with Photogrammetry and BIM (2017)
On the Shivwits Plateau, there is scarce information concerning how the Virgin Branch Ancestral Puebloan people constructed their pueblos. This is a result of post-depositional processes that have destroyed much of the building materials. To overcome this hurdle, 3D Building Information Modeling (BIM) is allowing archaeologists to reconstruct these ancient structures digitally. These digital 3D models output volumetric data that are used to estimate material quantities, labor investments, and to...
3D Photogrammetry and Woodland Mud Glyphs from 19th Unnamed Cave, Alabama (2019)
This is an abstract from the "Technique and Interpretation in the Archaeology of Rock Art" session, at the 84th annual meeting of the Society for American Archaeology. The production of 3D models with photogrammetry has seen some recent application in rock art studies as a means of documenting sites and presenting them to the public. However, the use of photogrammetric models as data sources for discovery and analysis has received little attention. In this paper, we present work at 19th...
3D Printing an Archaeological Site Map: Photogrammetric Recording and Printing of the Pillar Dollar Wreck (2017)
During the 2016 East Carolina University field school at Biscayne National Park, photogrammetric data was collected to 3D print a sitemap using a ZCorp 3D printer. This printer is a resin-based printer that uses a 24-bit color pallet to print a full range of color. In addition to Photoscan, this process utilizes a free, open-source 3D rendering and animation software called Blender to perfect and render the model usable for 3D printing software. The sitemap was then 3D printed for use in the...
3D Printing and Scanning Artifacts: A Means of Public Engagement (2023)
This is an abstract from the "Digging Deeper: Pushing Ourselves to Engage the Public in Our Shared Heritage through Outreach and Education" session, at the 88th annual meeting of the Society for American Archaeology. 3D printing and scanning technologies may have progressed to a level where the interested public can start to affordably engage with agency archaeologists and artifacts in a new way. Simple 3D scanning applications for smartphones now allow for rendering print files of small...
3D Printing for Maritime Cultural Heritage: A Design for All Approach (2019)
This is an abstract from the "Technology in Terrestrial and Underwater Archaeology" session, at the 2019 annual meeting of the Society for Historical Archaeology. This research examines issues in accessibility to maritime cultural heritage. Using the Pillar Dollar Wreck, this research presents an approach to public outreach based on the concept of Design for All. Design for All advocates creating products that are accessible and functional for all users. As a part of this project, an exhibit...
3D Printing for Submerged Heritage: A Comparative Study in Structured Light and Photogrammetry (2017)
This paper seeks to compare the 3D modeling techniques of photogrammetry and structured light to create 3D models of propellers found on a variety of shipwrecks. Additionally, this project seeks to determine best practices for 3D printing in situ heritage on submerged archaeological sites, focusing particularly on structural elements. This project focuses on three main case studies: Montana at Thunder Bay National Marine Sanctuary, and two shipwreck sites near the Outer Banks of North...
3D Project Sw San Juan Co / Western Geophysical Co
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the National Archaeological Database Reports Module (NADB-R) and updated. Most NADB-R records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us at comments@tdar.org.
3Jo: Ilhoff Shelter
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the National Archaeological Database Reports Module (NADB-R) and updated. Most NADB-R records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us at comments@tdar.org.
3Lr49: An Open Site in Southwest Arkansas (1963)
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the National Archaeological Database Reports Module (NADB-R) and updated. Most NADB-R records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us at comments@tdar.org.
3M Ssts Salvage Timber Sale (1992)
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the National Archaeological Database Reports Module (NADB-R) and updated. Most NADB-R records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us at comments@tdar.org.
3N16 Ohv Bypass (1994)
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the National Archaeological Database Reports Module (NADB-R) and updated. Most NADB-R records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us at comments@tdar.org.