Archaeochemistry (Other Keyword)

1-3 (3 Records)

Analytical Chemistry and Archaeological Collections: A Case Study on the Continuing Research Value of Previously Excavated Materials. (2017)
DOCUMENT Citation Only Mark Warner. Ray von Wandruszka.

In 2008 archaeologists and chemists at the University of Idaho initiated a collaborative program using analytical chemistry to study archaeological materials. Initial work focused on collections from the northwest but it is now nationwide in scope.  The work had provided insight on a variety of questions including the reuse of historical bottles, traditional Chinese medicinal practices as well as the identification of many previously unknown materials.  The work has also proved to be an...


Exploration of Wet and Dry Portable X-ray Fluorescence for Archaeochemical Prospection: A Pilot Study in Comparative Method (2015)
DOCUMENT Citation Only Kevin Nolan. Mark Hill.

Geoscience approaches are being applied for prospection and intra-site analysis with increasing frequency in a variety of contexts around the world. There currently are a variety of archaeochemical procedures in use, each of which suffers from inherent limitations Colorimetric measurement is limited in the number of elements measured simultaneously. Inductively Coupled Plasma techniques are expensive and restricted to a narrow range of institutions. Yet the recent availability of Portable...


Portable X-Ray Fluorescence Analysis of Copper Trace Element Composition: A Methodological Pilot Study (2015)
DOCUMENT Citation Only Mark Hill. Kevin Nolan.

Copper artifacts are widely represented in prehistoric sites of eastern North America and their presence in any particular region is often used in reconstructing exchange and social networks. Early interpretations were predicated on assumptions that native copper from which materials derived from the extensive copper deposits in the Lake Superior region. However, as early as 1903, assessment of copper trace element composition has been used to test such hypotheses. A number of methods have...