archaeological and textual records - eCommons@Cornell - Cornell ...
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which are mentioned by Wood (Mason 2005:173). However, it is important to realize<br />
that the “white” metal, (be it silver or pewter) is not the typical material for the Jesuit-<br />
style finger rings, <strong>and</strong> that dating a site based on the presence of silver or copper<br />
articles appears to be foolhardy (Mason 2005:175).<br />
Related to the discussion of ring terminology is the area of ring craftsmanship.<br />
In short, not all Jesuit-style rings were made the same way, <strong>and</strong> how they were made<br />
<strong>and</strong> decorated was debatable – until very recently. In 2009, Carol Mason <strong>and</strong> Kathleen<br />
Ehrhardt published a study containing the results of an archaeo-metallurgical<br />
investigation conducted on a sample of twenty-five Jesuit rings from five seventeenth<br />
<strong>and</strong> eighteenth century sites in the Northeast <strong>and</strong> western Great Lakes. The results of<br />
both radiographic <strong>and</strong> optical examination demonstrated that “the rings themselves<br />
were all cast as one piece” <strong>and</strong> were done so with fairly good quality (Mason <strong>and</strong><br />
Ehrhardt 2009:62). The method of casting is also described in detail:<br />
Close optical examination indicates that many of the rings may have been cast<br />
in permanent, multiple piece molds. This type of mold was reusable, allowing<br />
for the creation of identical rings. Rings could also have been cast in multiples<br />
in a tree-like mold using the lost-wax method. (Mason <strong>and</strong> Ehrhardt 2009:62)<br />
In addition, “the decorations on the ring plaque were either applied as part of<br />
the casting process or applied afterwards to a blank plaque by stamping or punching<br />
with a die, <strong>and</strong>/or by engraving” (Mason <strong>and</strong> Ehrhardt 2009:62). The metallurgical<br />
analysis shows that “no ring was made of pure, unalloyed copper” <strong>and</strong> that all pieces<br />
contained varying percentages of zinc, tin <strong>and</strong> lead – a recipe also known as<br />
“gunmetal.” This broad composition characterized the majority of rings in Mason <strong>and</strong><br />
Ehrhardt’s sample (Mason <strong>and</strong> Ehrhardt 2009:63-64). As a result, Mason <strong>and</strong> Ehrhardt<br />
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