Social and Behavioral Sciences Commons^™

Documentation Of Caddo Ceramic Vessels In The Texas Parks And Wildlife Department Holdings From Goliad State Park, Timothy K. Perttula, Robert Z. Selden Jr.

CRHR Research Reports

On February 6, 2015, three Caddo vessels from an unknown site or sites were documented at the Texas Parks and Wildlife Department’s Archeology Laboratory, where the standard suite of metadata was collected, accompanied by photographs and 3D models of each vessel. While the donor of these vessels remains unknown, stylistic and technological attributes can be used to posit the potential region of origin.

There are three 3D models included in this report of NAGPRA documentation. To manipulate, measure, and otherwise quantify variability in the models, this document must be downloaded, then opened in either Adobe Acrobat or Adobe Reader. These …

Tpwd 41wd60 1976.31.7 Cardboard 3d Model, Robert Z. Selden Jr.

CRHR: Archaeology

Three-dimensional (3D) cardboard model of a Caddo burial vessel (TPWD 1976.31.7) from 41WD60 in the Texas Parks and Wildlife Department collections.

Tpwd 41wd60 1976.31.10 3d Cardboard Model, Robert Z. Selden Jr.

CRHR: Archaeology

Three-dimensional (3D) model of a Caddo burial vessel (TPWD 1976.31.10) from 41WD60 in the Texas Parks and Wildlife Department collections.

Tarl_41ce19_424-21, Robert Z. Selden Jr.

CRHR: Archaeology

Three-dimensional (3D) model of a Caddo burial vessel (TARL_41CE19_424-21) from Caddo Mounds SHS (41CE19) curated at the Texas Archeological Research Laboratory.

Tarl_41ce19_2006-4-84, Robert Z. Selden Jr.

CRHR: Archaeology

Three-dimensional (3D) model of a Caddo burial vessel (TARL_41CE19_2006-4-84) from Caddo Mounds SHS (41CE19) curated at the Texas Archeological Research Laboratory.

Using Photogrammetry To Document, Analyze, And Reverse-Engineer Grave Markers, Robert Z. Selden Jr.

CRHR: Archaeology

There are a wide range of applications for three-dimensional (3D) data in archaeology, and a diverse array of methods for collecting and analyzing those data. In this article, free 3D photogrammetry software (Autodesk 123D Catch) is used to document a series of grave markers. The data are subsequently exported to Geomagic Design X to demonstrate and briefly discuss the various potential analyses that might be used to illustrate the effects of preservation treatments and marker degradation through time. Further, one marker is reverse-engineered, illustrating the capacity of 3D modeling to expedite the process of design, should elements warrant replacement. Additional …

3d Scan Data Of Caddo Burial Vessels From The Mcspadden Site Near Frankston, Texas, Robert Z. Selden Jr.

CRHR Research Reports

In the spring of 2013, three Caddo burial vessels from an unrecorded site near Frankston, Texas were documented at the McSpadden residence in College Station, Texas. All three vessels are intact and are not reconstructed. Scan data was collected using a ZScanner 700CX running VXElements 2.0 via the scanner direct control function in Geomagic Design X. Post-processing of these data occurred in Design X, and quality control for missing data leveraged both Design X and Verify. These data will be used in a study aimed at the 3D geometric morphometric analysis of Caddo vessels. In addition to the study of …

Beyond The Horizon: The Limitless Potential Of 3d Technology In Archaeology, Rebecca Bowman

Undergraduate Research Posters

My research started during the summer of 2014 with a joint internship at VCU’s Virtual Curation Lab and the Virginia Department of Historic Resources under the supervision of Dr. Bernard K. Means and Katherine Ridgway. The purpose of my research was to conduct a comparative study between the virtual and physical process of mending, or repairing, artifacts. I was granted access to three different vessel fragments which were improperly mended in the 1960s. It was my goal to remove the previous adhesive adhered to the sherds and replace it with a safer adhesive. Simultaneously, I brought the previously mended sherds …