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The introduction is an entry into the theoretical underpinnings of the book as a whole. In it, I frame my main argument, which is stated in the first few pages as: ‘As the sites of such activities, Egyptian hotels, I argue, functioned as Egyptological think-tanks. Egyptology began and operated under the umbrella of European colonial power, and for the time period in this book, specifically British colonial power. In that context, I analyse the power of ephemeral hotel spaces in the networks formed within them and the interpersonal performances within the places, groups, and networks up and down the Nile.’ I frame this argument in the theories and methods of the social studies of science, geographies of knowledge, the history of archaeology and Egyptology, and the history of tourism and travel.
This article examines a monumental structure in the North Pontic Steppe that was repurposed as a burial mound in the late fourth millennium BCE. The authors argue that this repurposing reflects a pattern of Yamna appropriation of ritual spaces, conceptualised as a ‘continuity of sacred spaces’.
The fourth chapter uses the sites and spaces in and around Luxor as the culmination not only of the long journeys of the travellers in this book, but also of the ideas presented throughout these pages. Truth spots, sites of knowledge creation, network creation, the intellectual landscape all peaked in the activities of archaeologists in Luxor. Luxor’s many sites, tombs, and artefacts drew both archaeologists and tourists and, therefore, offered a variety of lodging options. Smaller hotels like the Grand Hotel, Karnak Hotel, and the Savoy, were significant only as meeting places for social events and holiday meals, such as those that took place on Christmas Day, Boxing Day, or New Year’s Eve. From the time it was built in 1907, the Winter Palace became the chosen lodging of many archaeologists, including Carter and Breasted before their houses were built, and Davis when he wanted to get off his boat. The Luxor Hotel, older than the Winter Palace and only a short walk away, was favoured by less generously funded archaeologists and tourists on a budget. This chapter is much longer than the others because there are two major hotel sites to discuss, and, because there exist far more sources for these events, the stories are more complex. The stories of Margaret Benson, Janet Gourlay, Emma Andrews, and E. Harold Jones are detailed here. I also argue for a new view of the excavation of the tomb of Tutankhamun.
Having finished preparing for the season, some archaeologists went out to the desert areas near Cairo, and throughout Lower Egypt. But many went south to Luxor, heading up the river by steamboat, dahabeah, or train, and sometimes stopping at various points along the way. The third chapter follows these river travellers and centralises their activities on these semi-private boats as scientific institutions in Egyptology. The boats served as labs, classrooms, offices, storerooms, and homes. Some archaeologists, like Charles Wilbour, Emma Andrews, Theodore Davis, Archibald Sayce, and James Breasted, travelled to Luxor in dahabeahs, or private houseboats. They would live on the river in these floating homes, entertain guests, host scientific meetings, and even store their artefacts to keep them safe. While dahabeahs were not necessarily options for all archaeologists on limited budgets, there were enough of them to analyse the role they played as semi-public spaces and as scientific institutions. James Breasted used dahabeahs in this manner, deliberately beginning to do so in 1905 and then continually after that for the next thirty years. He saw these floating laboratories as so important to Egyptology that he attempted, but failed, to get funding for a custom-built steamer to house his work in Egypt. Travelling up the Nile in any conveyance usually strengthened the bonds in each network, and, by turning the dahabeahs and steamers into scientific institutions themselves, they became truth spots by giving credibility to the work the travellers were doing.
The first chapter investigates Alexandria, the city that welcomed most Europeans and Americans upon their first arrival in Egypt. Alexandria was then, as it is now, largely ignored by visitors. Archaeologists and tourists alike usually stayed for just one night while waiting for the train to Cairo, and many left the city out of their stories. From 1885 until the end of the period covered by the book, we see that some tourists extended their stay in Alexandria for two or three days before moving south, to Cairo. This was due to the development of Greco-Roman archaeology. The first chapter briefly traces the development of Greco-Roman archaeology in Alexandria and how those discoveries impacted travel in that city. Chapter 1 is more a history of archaeological tourism than of hotels as central sites. This discussion is included because Alexandria, a city that welcomed countless travellers to Egypt, was an important space that is so often ignored.
The emergence of social complexity is at the heart of archaeological inquiry, but to date, there has been insufficient global comparative analysis of this phenomenon. This volume offers archaeologists and other social scientists reconstructions of past societies in all parts of the world, some of which challenge currently popular accounts. Using recently developed analytical approaches robust enough to yield compatible results from disparate datasets, the reconstructions presented here rest on fresh comparative analysis of archaeological data from 57 regions. They reveal the highly varied pathways to social complexity in ways that make it possible to see previously conflicting ideas as complementary. The analytical approaches and the full datasets are presented in detail in the book as well as an online data base. Offering new insights into the forces that have shaped human societies for millennia, this study provides a deeper understanding of the ways in which archaeology uses the material remains of past societies to reconstruct how they were organized.
Assessing the physical integrity of archaeological sites is vital for heritage conservation management. Using the example of Arslantepe, a prehistoric tell site in south-eastern Türkiye, this article demonstrates the application of RUSLE modelling to estimate surface erosion vulnerability, employing ultra-high-resolution photogrammetry and a field-based geoarchaeological framework. The results reveal contained erosion across the site with localised degradation limited to steep trench walls and spoil heaps, indicating remarkably good site conservation and consolidating the effectiveness of RUSLE modelling as a scalable method for evaluating surface processes and informing conservation strategies on individual archaeological sites.
Traditionally, classical multivariate statistical methods have been applied to relate cultural materials recovered at archaeological sites to their respective raw material sources. However, when reviewing published research, which usually claims to have reached a high degree of confidence in the assignment of materials, the authors have detected that those applying these methods can make serious errors that compromise the inferences made. This Element reconsiders the use of statistical methods to address the problem of provenance analysis of archaeological materials using a step-by-step procedure that allows the recognition of natural groups in the data, thus obtaining better quality classifications while avoiding the problems of total or partial overlaps in the chemical groups (common in biplots). To evaluate the methods proposed here, the challenge of group search in ceramic materials is addressed using algorithms derived from model-based clustering. For cases with partial data labeling, a semi-supervised algorithm is applied to obsidian samples.
Sovereign Heritage Crime: Security, Autocracy, and the Material Past explores why autocracies intentionally exacerbate anxieties associated with an aggrieved ethnoterritorial minority's tangible heritage. Since discriminatory domestic campaigns of state-sponsored erasure are political choices, this theoretical study proposes to understand them as sovereign heritage crimes. This framework predicts that heritage securitisation - constructing disquieting material memories into ontological threats - enables legitimacy-deficient yet affluent autocracies to pursue 'performance legitimacy' by delivering a real or imagined 'permanent security'. Since this state crime is both enabled and exposed by traditional and emerging technologies, the study also explores their dual use for human rights and wrongs. This title is also available as open access on Cambridge Core.
Excavations at Kalat-e Yavar offer new insights into prehistoric connectivity between the Iranian Plateau and Central Asia. Stratified deposits yielded ceramics and burials from the third/second millennia BCE, alongside architectural remains, pits, faunal/botanical assemblages and a kiln, marking the Bojnord Plain as a cultural contact zone.
Long-lived trees support biodiversity at multiple scales, maintain ecosystem functionality, serve as natural archives, and hold cultural and aesthetic value. Despite their importance, the maximum longevity of many tree species remains poorly understood, limiting the design of effective conservation strategies. Challenges in obtaining reliable tree ages are commonly represented by natural wood decay, sampling obstacles, and indistinct or absent annual rings, which prevent or limit the application of tree-ring analyses (dendrochronology). Radiocarbon dating, increasingly accessible and applicable to all species, provides a flexible approach to study tree longevity and its ecological implications. For tropical trees, which mostly lack annual rings, radiocarbon dating is one of the few reliable methods to determine tree ages. Even in sections of the calibration curve characterized by oscillations and plateaus, statistical methods such as wiggle-matching or deposition models may be used to reduce the range of probable tree ages. In this paper, we illustrate a mismatch between tree-ring and radiocarbon-derived estimates of the longevity of angiosperm trees, with tree-ring maximum ages often half of those obtained through radiocarbon dating. We also present the most up-to-date estimates of maximum longevity for 42 arboreal angiosperm species worldwide, based on a literature review. Radiocarbon results indicate that ages of 400–500 years are a common feature of many broadleaved species, while exceptional old ages are restricted to a small minority of individual trees. Our results underscore the need for increased efforts to locate old and ancient trees, investigate their role in ecosystem ecology and ensure their protection.
The WEAR project is developing integrative methods to analyse and predict use-related shape transformation of Neolithic stone tools from Central Europe through experimental archaeology and computational modelling.