Last year I had to write a paper for my medical school, so decided to make the process less painfull by writting about something that I actualy have a real interest in. So I ended up writting about the exhumation of German soldiers I found in Villeneuve in 2006. For this report, I included an 'Evaluation of the WWII German ID tag system', that I am reproducing below. I always found the German system very strange, and decided to summerize what some of the problems were.
I would be very interested to know what some of the forum dog tag specialists and collectors think of my analysis. I suspect there are a faire number of mistakes as well (keep in mind this was not written for collectors, but for the general public)? Anyways, I think this can be an interesting discussion.
5.2. Evaluation of the German World War 2 identification tag system<O</O
During the identification of the soldiers found in the grave, 3 major deficiencies in the World War 2 German ID tag system came to light. These deficiencies were, in order of decreasing importance: many men were not wearing their tag, the tags did not resist well to burial, and the coding system used proved problematic. We will now discuss each of these problems in more depth.<O</O
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No tag was discovered at all for 7 of the 14 bodies. Although some tags may have been pilfered, it would seem, according to wartime photos, that many men did not wear their tags around their necks as they were instructed to. All soldiers should wear their ID tags around their neck at all times, particularly if they are present in a war zone or if they are using air or sea transportation. Specific instructions should be given to not store ID tags in clothing or equipment, as the chances are great that the body may become separated from these items in case of death.<O</O
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The ID tags were made of aluminum and zinc. Both these metals have low resistance to heat (problematic in case of fire), and both have poor long-term resistance to corrosion. Although aluminum is reputed not to oxidize, if it is placed in adverse environmental conditions, it may become completely corroded and change into a brittle mass of aluminum oxide on which any inscriptions will be impossible to read. Zinc is more resistant, but also becomes damaged over time. One tag in the grave was completely oxidized, and three had been damaged severely, but were still readable (see photo). ID tags should thus be made out of a substance that is both highly resistant to heat and to burial, such as stainless steel.<O</O
I would be very interested to know what some of the forum dog tag specialists and collectors think of my analysis. I suspect there are a faire number of mistakes as well (keep in mind this was not written for collectors, but for the general public)? Anyways, I think this can be an interesting discussion.
5.2. Evaluation of the German World War 2 identification tag system<O</O
During the identification of the soldiers found in the grave, 3 major deficiencies in the World War 2 German ID tag system came to light. These deficiencies were, in order of decreasing importance: many men were not wearing their tag, the tags did not resist well to burial, and the coding system used proved problematic. We will now discuss each of these problems in more depth.<O</O
<O</O
No tag was discovered at all for 7 of the 14 bodies. Although some tags may have been pilfered, it would seem, according to wartime photos, that many men did not wear their tags around their necks as they were instructed to. All soldiers should wear their ID tags around their neck at all times, particularly if they are present in a war zone or if they are using air or sea transportation. Specific instructions should be given to not store ID tags in clothing or equipment, as the chances are great that the body may become separated from these items in case of death.<O</O
<O</O
The ID tags were made of aluminum and zinc. Both these metals have low resistance to heat (problematic in case of fire), and both have poor long-term resistance to corrosion. Although aluminum is reputed not to oxidize, if it is placed in adverse environmental conditions, it may become completely corroded and change into a brittle mass of aluminum oxide on which any inscriptions will be impossible to read. Zinc is more resistant, but also becomes damaged over time. One tag in the grave was completely oxidized, and three had been damaged severely, but were still readable (see photo). ID tags should thus be made out of a substance that is both highly resistant to heat and to burial, such as stainless steel.<O</O
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