This thesis utilises the evidence from mortuary archaeology to explore the identity of the inhabitants of Britain during the period of Roman rule. It assimilates burial evidence from diverse sources both published and unpublished and integrates it with other material and literary evidence to investigate the people of the province and examine aspects of their lives. By assessing the extent and reliability of the mortuary evidence and by combining this evidence from major cemeteries, smaller burial sites and individual or isolated burials it has been possible to determine aspects of their lives from a different perspective than that previously employed. The thesis has been divided into five parts. Part 1 (chapters 1 to 3) serves as an introduction. Part 2 (chapters 4 and 5) considers the evidence available while Part 3 (chapters 6 to 8) focuses on specific groups within the population. Part 4 (chapter 9) looks at instances of death and burial that differ from the norm and Part 5 (chapters 10-12) presents a picture of the daily life of these people. The study concludes with a summing up of the evidence and a look at the future of mortuary studies of Roman Britain. The introductory chapters set out the objectives of the dissertation, look at the work that has already been done in this area and evaluates the need for a synthesis of the available evidence. The scope of the project, both temporally and geographically is outlined in chapter 2. The third chapter takes a look at the contemporary written evidence available, in the form of literary and epigraphic contributions, and assesses its reliability as an indicator of the appearance and lives of the Romano-Britons. This survey looks not only at the Roman view of the natives of the province but extends beyond the Roman period to examine the literary evidence that is available from the subsequent centuries. Chapters 4 and 5 take an in-depth look at the evidence available on the people of Roman Britain. The extent of the burial evidence is reviewed in chapter 4 while chapter 5 deals specifically and in depth with how this evidence can be utilised. The skeletal evidence is assessed for its extent and reliability. Factors affecting the survival of the remains is appraised and the effects of the biases created by such differential survival considered. Grave-goods and the organisation of the cemeteries are brought into the evaluation and the strengths and weaknesses of all of the evidence evaluated. The following chapters (6 to 11) focus on discrete aspects of the population. Chapters 6 to 8 look at the representation of specific groups within the community - the young, the elderly and those who arrived from other parts of the empire. With the aim of providing an indication of the diversity of both the composition of the population, the communities they represent and the associated burial rites, chapter 9 examines some of the more distinctive burials from Britain during this period. An area of intense interest, decapitation burials provides the focal point of this chapter. What may appear to be more mundane aspects of the lives of these people occupy chapters 10 to 12. What kept them busy, their occupations and their pastimes is viewed from the perspective of the burial evidence in chapters 10 and 11, while chapter 12 examines the mortuary evidence, in the form of funerary art and the remains of clothing, hair and accessories for their appearance.

Thesis (Ph. D.)--State University of New York at Binghamton, Anthropology Department, 2007. / Includes bibliographical references.

Thesis (Kandidatspeciale / MA)--Institute of Anthropology, University of Copenhagen. / Title from screen page; viewed 25 July 2005. Includes bibliographical references. Also available in print format.

Thesis (Ph. D.)--Ohio State University, 2008. / Title from first page of PDF file. Includes bibliographical references (p. 743-826).

Cremated bone occurs in many archaeological sites as small grey and white fragments. The high temperatures reached during heating induce structural, chemical and isotopic changes to bone apatite (the inorganic fraction of bone). These changes are investigated here by infrared spectroscopy and mass spectrometry (d13C, d18O and 87Sr/86Sr) in both modern heated bone and archaeological cremated specimens. The results of various heating experiments (in laboratory and natural conditions) highlight the significant carbon and oxygen exchanges with the fuel used as well as with bone organic matter (mainly collagen). While not informing on dietary practice and hydrology as is the case with unburned bone, the d13C and d18O values of calcined samples together with infrared results provide information on the conditions in which the bone was heated (e.g. presence of fuel, size of the pyre, temperatures reached, dry or fresh bone, etc.). In parallel, the effect of heat on the strontium present in bone is minimal, if not undetectable. Furthermore, as observed through artificial contamination experiments, post-burial alterations also appear to be extremely limited, which is to be expected due to the higher crystallinity of calcined bone apatite compared to tooth enamel and unburned bone. These experiments demonstrate that calcined bone provides a reliable substrate for mobility studies using its strontium isotope composition. The application of these results to the study of six Neolithic and one Bronze Age sites from Ireland showed the possibility of discriminating cremated individuals that ate food originating from different regions, as well as highlighting possible variations in cremation practices between different sites. The results of this thesis greatly extend the application of strontium isotopes to places and periods in which cremation was the dominant mortuary practice, or where unburned bone and enamel do not survive. They also provide insights into the reconstruction of ancient cremation practices.

The aim of this thesis was to reconstruct dietary choices for Neolithic populations in Anatolia and Poland using stable isotope analysis, and to examine the extent to which local environmental factors in these regions affected the isotope values recorded from skeletal collagen. In total 278 new δ13C and δ15N values were obtained from human and animal bone collagen for this project (161 from the site of Oslonki 1, 59 from Barçin Höyük, and 58 from the site of Aktopraklik). From an environmental perspective, the multi-level statistical modelling highlighted a clear relationship with δ13C and δ15N and moisture availability, which was most evident through the proxy of mean annual precipitation (MAP). The modelling highlighted a 0.4‰ decrease in d13C for every 100mm decrease of MAP, and a 0.5‰ decrease in d15N for every 100mm decrease between sites. The δ13C and δ15N values for the North-West Anatolian sites are the first dietary isotopic studies for the Neolithic period in the region. The values are largely commensurate with the dietary isotope studies from Neolithic sites located on the Central Anatolian plateau, with the caveat that the North-West sites perhaps had a greater reliance on herbivore protein (instead of plant protein) than their plateau counterparts. The dietary reconstruction of Oslonki 1 uncovered a rather unexpected outcome - namely that status exerted a degree of control over human diet. If this is indeed true it will be the earliest evidence in Europe of a distinct relationship between the socioeconomic status and diet of an individual.

Clandestine burials, the interred human remains of forensic interest, are generally small features located in isolated environments. Typical ground searches can be both time-consuming and dangerous. Thermal remote sensing has been recognized for some time as a possible search strategy for such burials that are in relatively open areas; however, there is a paucity of published research with respect to this application. This project involved image manipulation, the analyses of signatures for "graves" of various depths when compared to an undisturbed background, and the use of image classification techniques to tease out these features. This research demonstrates a relationship between the depth of burial disturbance and the resultant signature. Further, image classification techniques, especially object-oriented algorithms, can be successfully applied to single band thermal imagery. These findings may ultimately decrease burial search times for law enforcement and increase the likelihood of locating clandestine graves.

Postmortem interval (PMI) estimation is a necessary but often difficult task that must completed during a death investigation. The level of difficulty rises as time since death increases, especially with the case of skeletonized remains (long PMI). While challenging, a reliable PMI estimate may be of great importance for investigative direction and cost-savings (e.g. suspect identification, tailoring missing persons searches, non-forensic remains exclusion). Long PMI can be estimated by assessing changes in the organic content of bone (i.e. collagen), which degrades and is lost as the PMI lengthens. Visible-near infrared (VNIR) spectroscopy is one method that can be used for analyzing organic constituents, including proteins, in solid specimens. A 2013 preliminary investigation using a limited number of human cortical bone samples suggested that VNIR spectroscopy could provide a fast, reliable technique for assessing PMI in human skeletal remains. Clear separation was noted between "forensic" and "archaeological" specimen spectra within the near-infrared (NIR) bands. The goal of this research was to develop reliable multivariate classification models that could assign skeletal remains to appropriate PMI classes (e.g. "forensic" and "non-forensic"), based on NIR spectra collected from human cortical bone. Working with a large set of cortical samples (n=341), absorbance spectra were collected with an ASD/PANalytical LabSpec® 4 full range spectrometer. Sample spectra were then randomly assigned to training and test sets, where training set spectra were used to build internally cross-validated models in Camo Unscrambler® X 10.4; external validations of the models were then performed on test set spectra. Selected model algorithms included soft independent modeling of class analogy (SIMCA), linear discriminant analysis on principal components (LDA-PCA), and partial least squares discriminant analysis (PLSDA); an application of support vector machines on principal components (SVM-PCA) was attempted as well. Multivariate classification models were built using both raw and transformed spectra (standard normal variate, Savitzky-Golay) that were collected from the longitudinally cut cortical surfaces (Set A models) and the superficial cortical surface following light grinding (Set B models). SIMCA models were consistently the poorest performers, as were many of the SVM-PCA models; LDA-PCA models were generally the best performers for these data. Transformed-spectra model classification accuracies were generally the same or lower than corresponding raw spectral models. Set A models out-performed Set B counterparts in most cases; Set B models often yielded lower classification accuracy for older forensic and non-forensic spectra. A limited number of Set B transformed-spectra models out-performed the raw model counterparts, suggesting that these transformations may be removing scattering-related noise, leading to improvements in model accuracy. This study suggests that NIR spectroscopy may represent a reliable technique for assessing the PMI of unknown human skeletal remains. Future work will require identifying new sources of remains with established extended PMI values. Broadening the number of spectra collected from older forensic samples would allow for the determination of how many narrower potential PMI classes can be discriminated within the forensic time-frame.

A paleodemographic analysis was conducted using skeletal data from Jōmon period sites in Japan. 15P5 ratios were produced as proxy birth rate values for sites throughout the Jōmon period. Previous studies based on numbers of residential sites indicated a substantial population increase in the Kantō and Chūbu regions in central Japan, climaxing during the Middle Jōmon period, followed by an equally dramatic population decrease, somewhat resembling changes that occurred during a Neolithic Demographic Transition (NDT). The Jōmon are viewed as a relatively sedentary, non-agricultural group, and provided an opportunity to attempt to separate the factors of sedentism and agriculture as they relate to the NDT. Skeletal data showed fairly stable trends in birth rates, instead of the expected increase and decrease in values. This discrepancy calls into question the validity of previous studies. The stable population levels suggest that sedentism alone was not the primary driver of the NDT. / Includes bibliography. / Thesis (M.A.)--Florida Atlantic University, 2017. / FAU Electronic Theses and Dissertations Collection

New data on human skeletal remains from Site 35 in Salango, Ecuador is combined with existing data presented by Jastremski (2006) to compile a more comprehensive report about the health conditions of the people. Site 35, which is associated with the Manteño culture that flourished in the Integration period from A.D. 500 – 1532, has been determined to comprise a singular population that is represented by a minimum of 27 individuals. In addition to more comprehensive conclusions about Site 35, this thesis uses the data from Site 35 in an extended comparison of health among prehistoric sites from six additional sites to observe general trends over time and across geography. Through an indepth analysis of distinct health traits, the general conclusion matches previous reports that the overall quality of health in Ecuador declined over time. However, the present analysis shows a less dramatic decline for coastal sites than for inland sites. / Includes bibliography. / Thesis (M.S.)--Florida Atlantic University, 2013.