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EN
This paper discusses the wooden statue JE 100373, which was recently re discovered in the basement of the Egyptian Museum, Cairo. Based on the statue’s stylistic analysis and its identification in the unpublished excavation report MSS Gunn XXII, we re identify it as part of the statue ensemble of the overseer of the two granaries Ihy, found in a cache within a Ptolemaic tomb at Saqqara. As a result, the investigation proves the provenience of the statue from Cyril M. Firth’s excavations south of the Step Pyramid complex in 1926. Com bining conservation science and traditional Egyptological approaches, the paper finally provides evidence for the continuity of the manufacture of large sized high quality wooden statuary by residential workshops until the final years of Pepy II or slightly later.
EN
Interactions between hunter-gatherers and groups of farmers and breeders have been a subject of archaeological debate for many years. Thanks to the application of different scientific approaches, ranging from material studies to archaeometric analyses, the discussion has not lost its relevance. The aim of this study is to present the evolution of scientific investigations related to these interactions and to emphasise the potential of the debate: despite the passing of time, it remains an open research issue. The complexity of this discussion will be demonstrated through selected case studies from all around Europe.
EN
Galloons, or textile bands, in which the ornament is usually made up of metal threads, are alongside other fabrics a subject of interest for the researchers both in terms of their structure as well as the raw ma-terials used in their making. In most cases, the analysis is limited to the determination of the raw material and a description of the weave, fabric density and the type of the ornament. However, this kind of description is incomplete and requires a supplementary archaeomet-ric examination. Thanks to the archaeometry, different types of met-al threads in fabrics as well as their varied applications can be stud-ied. The literature on the subject lists many various examples of metal threads being used – made of gold, gold and silver alloys, or gilded or silver-plated copper wound on silk, linen or wool fibers. Moreo-ver, different manners of obtaining metal threads can be seen, such as by wrapping wires around a fibrous core or winding strips of metal on a silk fiber. Due to the historical value of historic textiles, archae-ometric tests are usually based on analytical methods, which should not cause significant damage to the artefacts. These are usually spec-troscopic techniques based on the use of the X-ray fluorescence (ED-XRF) and microscopic observations at various magnification levels. Four silk galloons from the archaeological research in Toruń (the Church of the Assumption of the Blessed Virgin Mary) and Gdańsk (the Church of the Holy Trinity) were selected for the analysis (Fig. 1, 7). The galloons were used for decoration as well as to support the upholstery covering the outer surface of the coffins. The macroscopic analysis showed that the layout of the geometric pattern in the selected samples is very similar. It was created in an identical manner in all instances – through the use of an additional metal thread weft. Therefore, the primary goal of the research was to identify the raw material of the metal thread in an attempt to answer the question if all the galloons could have been produced in the same haberdashery workshop. The archaeometric examination carried out on the metal threads confirmed that they are made of gilded silver (Fig. 2, 3, 6, 9, 11, 12). Gold, which was identified in the metal threads, was applied only superficially on the metal strips and is easily abraded, which can be observed as an uneven color on the surface of the threads (Fig. 4, 5, 8, 10). In addition, due to the significant deformation of the threads that occurred during the deposition of the fabric and their poor state of preservation, it is difficult to discuss the results of the microscopic observation of the threads (Figs. 13, 14). The analysis of the results of the metallographic examination indicates that silk fibers could be wrapped with fairly diverse metal materials. Based on these findings, it cannot be determined whether the galloons were manufactured in the same haberdashery workshop.
EN
Early Iron Age settlement of the Polish “Old Country region is a relatively well documented period from recent archaeological fieldworks. Functionally distinct sites, such as strongholds, ceremonial places and cemeteries have been found, covering the chronology between the sixth and the fifth century BC. The results of an archaeometric study undertaken with the aim of approaching the production technology and providing some insights into the probable local or non-local provenance of the main pottery types found in such sites are here reported. Selected pottery samples and modern raw clays from three coeval and functionally distinct sites (the stronghold of Starosiedle, the ceremonial place of Kozów, and the cemetery of Sękowice) were characterized by different techniques, such as thin-section petrography, X-ray diffraction (xrd), scanning electron microscopy (sem) and X-ray fluorescence (xrf) spectrometry. Resulting data indicated the sharing of a single technological tradition among the three sites with no particular specialization concerning the functionality of each site. This tradition is characterized by the general use of non-calcareous illitic clays, which showed a high presence of kaolinitic clay minerals in the case of Starosiedle pottery and a high content of chlorite clay minerals in the case of pottery from Kozów. All the pottery types were fired under predominantly reducing conditions at relatively low temperatures between 700 and 750 °C.
EN
Red, cherry, orange, yellow and pink ferruginous powders have long been observed on Palaeolithic sites along with solid objects of similar material, which used to be labelled as “ochre” or “haematite”. Artefacts below 5 mm in size can carry abundant information on their provenance and processing (mixing with binders, heating, manufacturing with bone and flint tools, rubbing). Powders from selected Palaeolithic sites (Dzierżysław-35,Wierzawice, Michałów-Piaska, Klissoura, Gönnersdorf, Dolní Vĕstonice, Stadice, Monruz) were examined with X-ray diffraction, scanning microscopy, micro-chemical analysis, Raman spectroscopy and Fourier Transform Infrared Spectroscopy. A database of raw materials and archaeological ferruginous objects is under construction
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