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No / This volume grew out of an interdisciplinary discussion held in the context of the Leverhulme-funded project 'Changing Beliefs in the Human Body', through which the image of the body in pieces soon emerged as a potent site of attitudes about the body and associated practices in many periods. Archaeologists routinely encounter parts of human and animal bodies in their excavations. Such fragmentary evidence has often been created through accidental damage and the passage of time - nevertheless, it can also signify a deliberate and meaningful act of fragmentation. As a fragment, a part may acquire a distinct meaning through its enchained relationship to the whole or alternatively it may be used in a more straightforward manner to represent the whole or even act as stand-in for other variables. This collection of papers puts bodily fragmentation into a long-term historical perspective. The temporal spread of the papers collected here indicates both the consistent importance and the varied perception of body parts in the archaeological record of Europe and the Near East. By bringing case studies together from a range of locations and time periods, each chapter brings a different insight to the role of body parts and body wholes and explores the status of the body in different cultural contexts. Many of the papers deal directly with the physical remains of the dead body, but the range of practices and representations covered in this volume confirm the sheer variability of treatments of the body throughout human history. Every one of the contributions shows how looking at how the human body is divided into pieces or parts can give us deeper insights into the beliefs of the particular society which produced these practices and representations.

no / No abstract

Human scent and human remains detection canines are used to locate living or deceased humans under many circumstances. Human scent canines locate individual humans on the basis of their unique scent profile, while human remains detection canines locate the general scent of decomposing human remains. Scent evidence is often collected by law enforcement agencies using a Scent Transfer Unit, a dynamic headspace concentration device. The goals of this research were to evaluate the STU-100 for the collection of human scent samples, and to apply this method to the collection of living and deceased human samples, and to the creation of canine training aids. The airflow rate and collection material used with the STU-100 were evaluated using a novel scent delivery method. Controlled Odor Mimic Permeation Systems were created containing representative standard compounds delivered at known rates, improving the reproducibility of optimization experiments. Flow rates and collection materials were compared. Higher air flow rates usually yielded significantly less total volatile compounds due to compound breakthrough through the collection material. Collection from polymer and cellulose-based materials demonstrated that the molecular backbone of the material is a factor in the trapping and releasing of compounds. The weave of the material also affects compound collection, as those materials with a tighter weave demonstrated enhanced collection efficiencies. Using the optimized method, volatiles were efficiently collected from living and deceased humans. Replicates of the living human samples showed good reproducibility; however, the odor profiles from individuals were not always distinguishable from one another. Analysis of the human remains samples revealed similarity in the type and ratio of compounds. Two types of prototype training aids were developed utilizing combinations of pure compounds as well as volatiles from actual human samples concentrated onto sorbents, which were subsequently used in field tests. The pseudo scent aids had moderate success in field tests, and the Odor pad aids had significant success. This research demonstrates that the STU-100 is a valuable tool for dog handlers and as a field instrument; however, modifications are warranted in order to improve its performance as a method for instrumental detection.

The repatriation of the human remains of Indigenous peoples collected within a colonial context has been the subject of debate within UK museums over the last 30 years, with many museums now having returned human remains to their countries of origin. Although the repatriation of human remains is often characterised as the 'journey home', there has been a lack of consideration of the physical presence and mobility of the remains and the meanings created as they move through different spaces. This study uses the repatriations from The Royal College of Surgeons of England (RCS) to Australia, New Zealand and Hawaii as case studies to consider three key areas: (i) the impact of repatriation on museum landscapes; (ii) the journey of the repatriated remains and how this mobility intersects with wider discussions about restitution, sovereignty, identity, relatedness, memory and memorialisation; and (iii) the repatriation archives, how they are thought about by the institutions that hold them and their future potential and meaning within a post-colonial context. Taking a more-than-representational approach and engaging with the materiality, mobility and agency of the repatriated remains and the documentation that relates to them, this study bridges the gap between research considering the approach of museums to repatriation, and ethnographic studies on the meanings of the return of ancestral remains to individual communities. Combining work on museum geographies, deathscapes and absence opens up new ways of theorising and discussing repatriation through understanding the process in terms of the tension between absence and presence, and human remains as being in or out of place. Through engaging with the materiality and agency of the remains and viewing repatriation through a spatial lens, this thesis deals with aspects of the process that have received little attention in previous studies, foregrounding the challenging nature of repatriation for communities, the issues around unprovenanced remains, and discussions about the control, management and meaning of information and data, identifying that a significant legacy of repatriation for RCS is the documentation the museum continues to hold. What the journey of the ancestral remains repatriated by RCS illustrates is the emotive materiality of the remains, and agency that they and the distributed repatriation archive have as actors within social networks. It is therefore proposed that the concept of repatriation as having problematised human remains collections within UK museums is replaced with a nuanced and contextually sensitive understanding that recognises the role of the human remains in social interactions that impact on the emotional geographies of museum practice, and that rather than framing repatriation as post-colonial act that is either political or therapeutic, the return of ancestral remains be understood as part of a process of decolonisation in which there is space for discussion, disagreement and debate amongst all stakeholders.

Thesis (M.Sc.)--University of Alberta, 2009. / A thesis submitted to the Faculty of Graduate Studies and Research in partial fulfillment of the requirements for the degree of Master of Arts, Department of Anthropology. Title from pdf file main screen (viewed on July 30, 2009). Includes bibliographical references.

The manner in which remains decompose has been and is currently being researched around the world, yet little is still known about the generated scent of death. In fact, it was not until the Casey Anthony trial that research on the odor released from decomposing remains, and the compounds that it is comprised of, was brought to light. The Anthony trial marked the first admission of human decomposition odor as forensic evidence into the court of law; however, it was not “ready for prime time” as the scientific research on the scent of death is still in its infancy. This research employed the use of solid-phase microextraction (SPME) with gas chromatography-mass spectrometry (GC-MS) to identify the volatile organic compounds (VOCs) released from decomposing remains and to assess the impact that different environmental conditions had on the scent of death. Using human cadaver analogues, it was discovered that the environment in which the remains were exposed to dramatically affected the odors released by either modifying the compounds that it was comprised of or by enhancing/hindering the amount that was liberated. In addition, the VOCs released during the different stages of the decomposition process for both human remains and analogues were evaluated. Statistical analysis showed correlations between the stage of decay and the VOCs generated, such that each phase of decomposition was distinguishable based upon the type and abundance of compounds that comprised the odor. This study has provided new insight into the scent of death and the factors that can dramatically affect it, specifically, frozen, aquatic, and soil environments. Moreover, the results revealed that different stages of decomposition were distinguishable based upon the type and total mass of each compound present. Thus, based upon these findings, it is suggested that the training aids that are employed for human remains detection (HRD) canines should 1) be characteristic of remains that have undergone decomposition in different environmental settings, and 2) represent each stage of decay, to ensure that the HRD canines have been trained to the various odors that they are likely to encounter in an operational situation.

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.

In order to determine if there is a shared biological lineage among four east central Indiana skeletal populations, the remains have been subjected to nonmetric trait analysis. This technique examines the directly observable manifestations of the genome on the skeleton in order to determine if two or more groups have a shared genetic background beyond the genes that all humans share. This information supplements the archaeological information already available from the cultural remains of these groups, in addition to the metrical data. / Department of Anthropology