Ground Stone (Material Keyword)
Lithic artifact formed or finished by polishing the body or edges with an abrasive
10,051-10,075 (10,169 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.
Villages of Tortolita: Phase II Data Recovery at AZ AA:7:500 (ASM) and AZ AA:12:682 (ASM), Town of Marana, Pima and Pinal Counties, Arizona (2009)
Phase II data recovery was conducted at AZ AA:7:500 (ASM) and AZ AA:12:682 (ASM) on the Villages of Tortolita property after Phase I data recovery revealed the presence of subsurface cultural deposits. Forty-five features were identified during Phase II data recovery at AZ AA:7:500 (ASM), including pit structures, roasting pits, miscellaneous extramural pits, middens, surface rock concentrations, and cremations. At AZ AA:12:682 (ASM), five highly ephemeral, poorly defined features (charcoal...
Virtual Hampson Museum Project
The Virtual Hampson Museum located at http://hampson.cast.uark.edu/ showcases a series of 3D digital artifacts from the collections at the Hampson Archeological Museum State Park. All artifacts were scanned in full color with the Konica Minolta VIVID 9i laser scanner. One hundred forty of these artifacts are archived with tDAR. In compliance with the ADS Guide to Good Practice for Laser Scanning document, the archive includes raw scan files, a registered dataset, a premesh dataset, a mesh...
VISUAL AND SCANNING ELECTRON PROBE ANALYSIS OF A ROCK FROM A HEARTH AT SITE 32R36 IN WOOD BUFFALO NATIONAL PARK, CANADA (2012)
A rock bearing a circular green “stain” was submitted for organic residue and mineral and analysis. The first step in evaluating this stain for analysis was visual examination using a stereoscope at a magnification of approximately 10-30x. Although we attempted to remove a small portion of the green stain and underlying quartz for scanning electron microscope (SEM) and electron probe analysis to identify the source of the stain, this was not possible. Therefore, a larger flake was removed.
Vol 9 Synthesis.pdf (2022)
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Vol. 1, Appendix A.pdf (2022)
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Vol. 1, Appendix B.pdf (2022)
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Vol. 1, Appendix C.pdf (2022)
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Vol. 1, Appendix D.pdf (2022)
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Vol. 1, Appendix E.pdf (2022)
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Vol. 1, Appendix F.pdf (2022)
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Vol. 1, Appendix G.pdf (2022)
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Vol. 1, Appendix H.pdf (2022)
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Vol. 1, Appendix I.pdf (2022)
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Vol. 1, Chapter 1 Project History.pdf (2022)
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Vol. 1, Chapter 2 Site Summaries, Methods.pdf (2022)
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Vol. 1, Chapter 3 Environment.pdf (2022)
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Vol. 1, Chapter 4 Previous Research.pdf (2022)
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Vol. 1, Table of Contents and Preface.pdf (2022)
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Vol. 2, Chapter 1 42KA6164.pdf (2022)
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Vol. 2, Chapter 2 42KA6166.pdf (2022)
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Vol. 2, Chapter 3 42KA6167.pdf (2022)
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Vol. 2, Chapter 4 42KA6163.pdf (2022)
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Vol. 2, Chapter 5 42KA6168.pdf (2022)
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Vol. 2, Chapter 6 42KA6165.pdf (2022)
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