Three-dimensional ceramic scans provide many advantages for research and publication. These 3-D scans can be shared with distant scholars for examination. Using special software, we can convert the 3-D color scans into 2-D computer drawings that represent the cross section of the pottery sherd, which is the standard way in which pottery sherds are presented in publication. Using the program, features that may be overlooked with the naked eye are highlighted, allowing for a more accurate analysis. My presentation will explain how ceramic analysis has aided our overall understanding of the ancient Iron Age site of Jalul, Jordan thus far
A wide range of existing mineralogical and geochemical methodologies such as optical microscopy, X-r...
Since the first attempts to the petrographic analysis on pottery, a multitude of archaeometric stud...
This article describes how to expedite the time-consuming process of cataloging shards of pottery fo...
Three-dimensional ceramic scans provide many advantages for research and publication. These 3-D scan...
Tall Jalul is the largest Iron Age Tall on the Madaba Plains in Jordan, and collecting archeological...
Do the different paint designs applied to ceramic vessels in antiquity have any relationship to the ...
This article reports on the successful completion of a large-scale pilot project, where 3D scanningt...
The extensive investigation carried out in recent years at the UNESCO site of Al-Khutm (Ibri, Oman) ...
Pottery from Al Khiday (Khartoum, Sudan), where a number of sites with well-preserved stratified arc...
Digital image analysis is becoming an important tool in many areas of Mineralogy and Petrology. The...
Resumen del trabajo presentado al 3th TechnoHeritage International Congress, celebrado en Cadiz (Esp...
Ceramics are the most abundant surviving material on many archaeological sites. Once discarded, they...
There is an increasing demand within the humanities and social sciences to use computers to analyze ...
The project Pottery Goes Public explores the potential of 3D analytical tools to assess to what exte...
This work reports the results of a multi-analytical approach, including optical microscopy (OM), ...
A wide range of existing mineralogical and geochemical methodologies such as optical microscopy, X-r...
Since the first attempts to the petrographic analysis on pottery, a multitude of archaeometric stud...
This article describes how to expedite the time-consuming process of cataloging shards of pottery fo...
Three-dimensional ceramic scans provide many advantages for research and publication. These 3-D scan...
Tall Jalul is the largest Iron Age Tall on the Madaba Plains in Jordan, and collecting archeological...
Do the different paint designs applied to ceramic vessels in antiquity have any relationship to the ...
This article reports on the successful completion of a large-scale pilot project, where 3D scanningt...
The extensive investigation carried out in recent years at the UNESCO site of Al-Khutm (Ibri, Oman) ...
Pottery from Al Khiday (Khartoum, Sudan), where a number of sites with well-preserved stratified arc...
Digital image analysis is becoming an important tool in many areas of Mineralogy and Petrology. The...
Resumen del trabajo presentado al 3th TechnoHeritage International Congress, celebrado en Cadiz (Esp...
Ceramics are the most abundant surviving material on many archaeological sites. Once discarded, they...
There is an increasing demand within the humanities and social sciences to use computers to analyze ...
The project Pottery Goes Public explores the potential of 3D analytical tools to assess to what exte...
This work reports the results of a multi-analytical approach, including optical microscopy (OM), ...
A wide range of existing mineralogical and geochemical methodologies such as optical microscopy, X-r...
Since the first attempts to the petrographic analysis on pottery, a multitude of archaeometric stud...
This article describes how to expedite the time-consuming process of cataloging shards of pottery fo...