%0 Journal Article %T Chemical Analysis of Tepe Zaghe Anthropogenic Soils to Identify Particular Activity Areas %J Journal of Archaeological Studies %I Univarsity of Tehran %Z 2251-9297 %A Niknami, Kamal Aldin * %A Rezaee, Iraj %D 2014 %\ 02/20/2014 %V 5 %N 2 %P 163-182 %! Chemical Analysis of Tepe Zaghe Anthropogenic Soils to Identify Particular Activity Areas %K Tepe Zaghe %K Multi Elemental Analysis %K chemical analysis %K XRF %K Social and Economic Changes %R 10.22059/jarcs.2014.50404 %X Archaeological investigations on the soil of archaeological sites indicates that human settlement and residence in a particular area, may lead to enrichment of certain elements such as phosphorus, magnesium, calcium and potassium, due to the production of rubbish, waste, domestic and industrial waste and many other cases. Investigation the range of elements in the soils, make it possible to identify different types of activities that have been carried out in the ancient times. In this research we selected Tape Zaghe to evaluate and identify some particular places in this mound during the Chalcolithic period. Through a field survey classified soil samples have been extracted from different layers of its settlement. For elemental analysis of samples we used «XRF» method and for the classification of elements, multivariate statistical methods were performed. The analysis of samples showed high concentration of some elements in the different parts of the Zaghe site. By comparing elemental concentrations of the samples as well as control samples that were taken from the different parts of the mound, we could identify the places that some special activities for example cooking of pottery, food preparation and consumption and burial practice were accomplished. Finding out the process of starting various specialized production activities in Chalcolithic society of Zaghe would lead to the proposition that the deep social and economic changes occurred in Zaghe from Neolithic to Chalcolithic as the particular activity places of Chalcolithic Zaghe indicated.       %U https://jarcs.ut.ac.ir/article_50404_7178516172cf4cac2715ca99ab778fb5.pdf