Evidence suggests that purple dye was produced on the islet of Mitrou, a Bronze Age and Early Iron Age site in central Greece. The goal of this study is to determine the chronological and spatial patterning of Murex shells in order to better understand the emergence of dye manufacture. The research hypothesis is that Murex dye production was related to the rise of a visible political elite and that the scale of production was large enough at Mitrou to have exceeded the needs of the household, thus providing a cash crop for this elite to obtain imports from the Eastern Mediterranean. Multi-layered statistical analyses were employed to test this two-pronged hypothesis. The first hypothesis that Murex dye production was related to the rise of the elite at Mitrou was confirmed by a series of chi-squared analyses. Based on site-wide estimates of original Murex population, the second hypothesis that dye production exceeded domestic scale cannot be rejected. Since we know the prehistoric Mycenaeans produced very ornate, multi-colored and often banded garments, it is possible that Murex dye was produced at Mitrou to color raw wool for the production of thread, which could then be embroidered on fabric or traded as such. If it was in fact colored thread that was being produced, the site-wide estimates suggest that dye production could have exceeded domestic levels at Mitrou and dyed thread could have been a lucrative trading commodity.

This research utilizes two analytical methods to examine the dental microwear of two skeletal samples from East Lokris, Greece. The samples are from the Bronze age/Early Iron age sites of Mitrou and Tragana Agia Triada. The samples were tested according to various temporal and geographic designations in an attempt to determine if any differences in dietary constituent could be discerned from their dental microwear signatures. Both traditional dental microwear analysis using a scanning electron microscope and dental microwear texture analysis employing scale sensitive fractal analysis and a Sensofar Plµ Confocal Profiler were used. The results of analysis for both methods differ in regards to their level of statistical significance but both suggest a general trend of coarsening of masticated materials during the Bronze/Iron age transition. Current evidence suggests that the changes in the dietary texture are due to changes in pottery production and are likely not due to dietary changes.