Local and “Global” Perspectives on the Middle Woodland Southeast

During the Middle Woodland period, from 200 BC to AD 600, southeastern societies erected monuments, interacted widely, and produced some of the most striking material culture of the pre-Columbian era, but these developments are often overshadowed by the contemporaneous florescence of Hopewell culture in Ohio. I argue that the demonstrable material links between the Middle Woodland Southeast and Midwest demand that we cease to analyze these regional archaeological records in isolation and adopt multiscalar perspectives on the social fields that emerged from and impacted local Middle Woodland societies. In synthesizing recent research on Middle Woodland settlement, monumentality, interaction, and social organization, I make explicit comparisons between the Middle Woodland Southeast and Ohio Hopewell, revealing both commonalities and contrasts. New methodological approaches in the Southeast, including geophysical survey techniques, Bayesian chronological modeling, and high-resolution provenance analyses, promise to further elucidate site-specific histories and intersite connectivity. By implementing theoretical frameworks that simultaneously consider these local and global dimensions of Middle Woodland sociality, we may establish the southeastern Middle Woodland period as an archaeological context capable of elucidating the deep history of the Eastern Woodlands as well as long-standing issues surrounding middle-range societies.     

Dutch Oven and Bantenese Cooking Stove: Coarse Earthenware Study in the Sultanate of Banten,Java, Indonesia

This paper analyzes Dutch and indigenous adaptation processes of foodways in the colonial Dutch East Indies, using seventeenth to early nineteenth-century archaeological evidence from Banten, Java. Banten was a global trading center and the focal point of the expansion in Asia of the Dutch East India Company (VOC). Its cosmopolitan and multinational society was already apparent when the Dutch arrived in 1596. Our research suggests that the Dutch in Banten adapted to using locally produced utilitarian earthenware instead of importing European vessels or having European-style cookware made in Banten. Banten’s pre-existing market-oriented urban society made many of the basic necessities available for the VOC garrison in Banten. Perhaps equally important in facilitating Dutch adaptation to local foodways was the presence of local women and Asian cooks in their daily life.     

Assessing Umm el-Jimal’s Potential for Heritage Tourism

The quality of Jordan’s archaeological heritage resource for tourism is widely acknowledged, but heritage authorities have hardly begun to explore and develop their tourism potential. Nonetheless, the tourism industry in Jordan is a leading activity for the economy countrywide. Jordan’s tourism and heritage management have undergone quiet and basic improvement in recent years. This paper seeks to assess the heritage tourism potential of the archaeological site of Umm el-Jimal. It addresses the question of what potentials and values the site possesses, and what obstacles heritage and tourism management need to tackle to enable its development. To achieve this, current heritage practice in the management of the archaeological site of Umm el-Jimal is investigated. The methodology employed by the researchers comprised an assortment of research techniques including meetings, consultations, interviews, surveys, observation, alongside a literature review on various related topics and heritage management studies. The analysis of the study revealed that Umm el-Jimal has substantial heritage tourism potential and diversified values that have not yet been utilized due to the presence of a variety of hindering factors. Primarily, these are lack of tourist facilities, a backlog of heritage conservation and insufficient methods of interpretation and presentation. Combined, these factors hold back heritage tourism development of the site. Finally, it is recommended that the collaboration between the different interested parties at both public and private levels with the diverse stakeholders such as local people, private sector is imperative to make use of the heritage tourism potential of the site and alleviate the obstacles to successful development.     

Full Spectrum Archaeology

Full spectrum archaeology (FSA) is an aspiration stemming from the convergence of archaeology’s fundamental principles with international heritage policies and community preferences. FSA encompasses study and stewardship of the full range of heritage resources in accord with the full range of associated values and through the application of treatments selected from the full range of appropriate options. Late modern states, including British Columbia, Canada, nominally embrace de jure heritage policies consonant with international standards yet also resist de facto heritage management practice grounded in professional ethics and local values and preferences. In response, inheritor communities and their allies in archaeology are demonstrating the benefits of FSA and reclaiming control over cultural heritage. Archaeology and heritage management driven by altruistic articulation of communal, educational, scientific and other values further expose shortcomings and vulnerabilities of late modern states as well as public goods in and from FSA.     

Fieldwork Methodology in South American Maritime Archaeology: A Critical Review

In archaeology, data obtained from the analysis of material evidence (i.e., the archaeological record) from extensive excavations have been a significant means for the ultimate development of interpretations about human life in the past. Therefore, the methodological procedures and tools employed during fieldwork are of crucial importance due to their effect on the information likely to be recovered. In the case of maritime archaeology, the development of rigorous methods and techniques allowed for reaching outcomes as solid as those from the work performed on land. These improvements constituted one of the principal supports—if not, the most important pillar—for its acceptance as a scientific field of study. Over time, the growing diversity of sites under study (e.g., shipwrecks, ports, dockyards, and prehistoric settlements) and the underwater environments encountered made it clear that there was a need for the application of specific methodological criteria, in accordance with the particularities of the sites and of each study (e.g., the research aims and the available resources). This article presents some ideas concerning the methodologies used in South American investigations that have exhibited a strong emphasis on the analysis of historical shipwrecks (the sixteenth to twentieth centuries). Based on a state-of-the-knowledge review of these research projects, in particular where excavations were conducted, the article focuses on the details of the main strategies adopted and results achieved. The ideas proposed in this article can be useful as a starting point for future activities of surveying, recording, and excavating shipwrecks.     

Simulation of Shake Table Tests on Out-of-Plane Masonry Buildings. Part (VI): Discrete Element Approach

ABSTRACT

Although many experimental tests and numerical models are available in the literature, the numerical simulation of the seismic response of existing masonry buildings is still a challenging problem. While the nonlinear behavior of masonry structures is reasonably predictable when the out-of-plane behavior can be considered inhibited, when the in-plane and out-of-plane responses coexist and interact, simplified models seem unable to provide reliable numerical predictions. In this article, taking advantage of the experimental tests carried out in a shaking table on two masonry prototypes at LNEC, a macro-element approach is applied for the numerical simulations of their nonlinear response. The adopted approach allows simulating the nonlinear behavior of masonry structures considering the in-plane and out-of-plane responses. Since it is based on a simple mechanical scheme, explicitly oriented to representing the main failure mechanisms of masonry, its computational cost is greatly reduced with respect to rigorous solutions, namely nonlinear FEM approaches. Two modeling strategies are adopted, namely a regular mesh independent from the real texture of the prototypes and a detailed one coherent with the units disposal. The numerical results are discussed and the correlation between the nonlinear static analyses and the dynamic response is provided.     

Carbon and nitrogen isotope composition of natural pastures in the dry Puna of Argentina: a baseline for the study of prehistoric herd management strategies

This study represents an isotopic survey of modern plants developed to establish baseline isotopic values in order to explore prehistoric herd management strategies employed by the South American camelid herders that occupied the southern Andean highlands during the past 3000 years. We present carbon (δ¹³C) and nitrogen (δ¹⁵N) isotopic compositions of natural pastures collected from different plant communities along an altitudinal gradient in the dry Puna of Argentina. Our results show that C₃ plants are the most abundant along the whole altitudinal gradient and that C₃ and C₄ plants exhibit a differential distribution, the latter being less abundant in those sites located above 3900?meters above sea level (masl). At the same time, plants growing at low-altitude sites with low water availability exhibit higher δ¹⁵N values than plants growing at high-altitude sites with higher water availability. These results explain the negative correlation found between altitude and South American camelid bone collagen δ¹³C and δ¹⁵N values published in previous studies. This work represents a fundamental step towards the building of an isotopic ecology for the dry Puna area with the ultimate goal to explore herd management strategies employed by human groups in the past. In this sense, modern plant and South American camelid tissue isotopic compositions would provide a frame of reference to interpret isotopic compositions measured on archaeofaunal remains recovered at pastoral sites, with the aim to explore mobility and pastureland use by prehistoric herders.     

The use of white marbles for sculpture in Roman Gortyn (Crete) as revealed by archaeometric analyses

Gortyn was an important Cretan town from the late Archaic to the Hellenistic period and then became one of the provincial capitals of the Roman Empire. It controlled the whole of Crete and Cyrenaica and was a flourishing centre of trade and agricultural products in the first centuries of our era. In more than 100 years, many portions of the Greek and Roman town were unearthed under the supervision of the Italian Archaeological School of Athens and a considerable number of stone artefacts found, many of them made of imported marble since the local variety was grey and of poor quality. Statuary and other prestigious marble sculpted artefacts found in Gortyn were sampled and subjected to archaeometric examination (by way of optical microscopy in thin section, powder X-Ray diffraction and mass spectometry for the determination of the C and O isotopic ratio) in order to identify the quarries they came from. The results obtained from the analysis of several dozen white marble objects have indicated the use of a quite wide variety of species including Parian (from Lakkoi), Pentelic, Thasian (dolomitic and calcitic) and (occasionally) Proconnesian marbles. The first three, especially Pentelic, were used for most of the statuary.