Evolutionary Foraging Models in Zooarchaeological Analysis: Recent Applications and Future Challenges

The last few decades have witnessed a rapid rise in the use of foraging models derived from behavioral ecology to explain and predict temporal and spatial differences in faunal assemblages. Although these models build on conventional ideas about utility firmly embedded in zooarchaeological analyses, when cast in an evolutionary framework these ideas produce some of the most sophisticated and elegant interpretations of archaeofaunas to date. In this article I review the methodological and practical strengths and weaknesses of current zooarchaeological applications of foraging models. Recent applications of foraging models to the zooarchaeological record reveal important variability in human-prey interactions across time and space. Case-specific applications generate theoretical and methodological advances that augment and are complementary to model building in allied fields. Recent applications also identify shortcomings in the underlying assumptions and rationale of some foraging models that mirror past and on-going discussions in anthropology and biology. I discuss how these shortcomings can fruitfully direct future applications and research in foraging economics.     

Mapping a Future: Archaeology,Feminism, and Scientific Practice

Drawing on work in science studies, I argue for the importance of fieldwork and research practices when considering the relative significance of feminism within archaeology. Fieldwork, often presented as the unifying hallmark of all of anthropology, has a different resonance in archaeology at the level of material practice and specific techniques. In order to understand the relationship between archaeology and feminism we need to investigate methods, methodology, and interpretations of the material record simultaneously. Examining one practice, that of map making, I suggest venues amenable to feminist insights.     

Roman lead mining in Germany: its origin and development through time deduced from lead isotope provenance studies

High precision lead isotope analysis by Multi Collector Inductively Coupled Plasma Mass Spectrometry was applied to the investigation of more than 240 Roman lead objects from several archaeological sites in Germany, in order to obtain information on the pattern of Roman mining activity and ore processing in the area. Measurements of ore samples from German deposits east (Siegerland, Lahn-Dill, Ems) and west of the Rhine (Eifel, Hunsrueck) were made and supplemented with data from literature to create a data bank of lead isotope ratios of European lead occurrences. Comparing the isotope ratios of lead objects with those from German ore deposits shows that the source of over 85% of the objects is Eifel ore deposits, but that, in the early years, the Romans also imported lead from the Southern Massif Central and later from Britain.     

Some common errors concerning water-lilies and lotuses

Indo-Iranian Journal -     

Urban morphological change in the case of Selcuk,Turkey: A mixed-methods approach

The purpose of this article is comparatively to determine changes in the urban morphology of the city of Selcuk in Izmir province, Turkey, using quantitative and qualitative methods, specifically cartographic redrawing and commented walk. Using two different methods makes it possible to include the human factor, which has not been studied extensively in the urban morphology literature. In the first section, the two methods are discussed in detail. Regarding cartographic redrawing, the 1897 map and aerial photographs of the area were used. For the qualitative part of the study, commented walks were carried out with 15 people. The city’s morphological development can be divided into five historical periods from 1897 onwards, with the findings showing that the findings obtained by combining two different methods complement each other. Moreover, small-scale changes in form and function, which could not be revealed in detail by quantitative methods, were identified through the commented walks. These small changes have affected Selcuk’s citizens at least as much as the large-scale changes.     

Investigation of the Seismic Behavior of a Historical Masonry Minaret Considering the Interaction with Surrounding Structures

This study examines the seismic behavior of the minaret of the well-known historical structure “Sultan Ahmed Mosque” under strong earthquake motion. Despite their slenderness and height, minarets are towers with well-established earthquake resistance. In general, these structures were constructed adjacent to the main structure and/or its components. Hence, it is expected that the dynamic behavior of the minarets is influenced by the dynamic characteristics of the adjacent structures as well as the contact conditions. In the presented study, the dynamic behavior of the M6 minaret of the Sultan Ahmed Mosque, which is in contact with the portico that surrounds the courtyard of the mosque, is considered. Ambient vibration tests were conducted on site in order to identify the individual and coupled vibration modes of the minaret and the portico. A finite/discrete model was developed and seismic analysis was carried out. The comparative study reveals considerable differences in responses of different models under strong and very strong earthquake motion.