This project employs a modified version of the Bioarchaeology of Care (BoC) in an analysis of Burial 1 from the Mississippi State Asylum, Jackson, MS. Burial 1 is a skeletal individual recovered from the historic MSA cemetery. Notably, Burial 1 exhibits recidivistic cranial trauma in the form of cranial depression fractures (CDFs) and significant entheseal changes in the upper extremities. However, because there is no identifying information associated with Burial 1, interpretations of the caretaking they may have received, both prior to and after institutionalization, include short- and long-term outcomes from their community and the MSA. Additionally, Burial 1’s CDFs and subsequent traumatic brain injury likely increased their risk of being institutionalized and created complications for them in the MSA. Despite the limitations of this study, future research applying a modified BoC could lead to otherwise unknown information about the lived experiences of institutionalized patients in historic institutions of care.

Presidio Los Adaes (16NA16), located in present day northwest Louisiana, served as the capital of Spanish Texas for much of the 18th century. Maps and historical documents provide architectural plans for the fort and other buildings on the site but differ in the size and location of several buildings. In 2009, a geophysical survey of the site with ground penetrating radar, magnetometry, electrical resistance, and electromagnetic induction showed good preservation of architectural foundations. Visual assessment of the maps and geophysical data, information from archaeological excavations, and spatial statistics suggests that the fort was originally built as specified by the architect, but over time changed as the needs of the settlement evolved and the population dwindled.

Ground-penetrating radar (GPR) and magnetometry were used at Tel Shimron, an archaeological site in Israel’s Jezreel Valley. GPR primarily measures electric properties while magnetometry measures magnetic properties, making them complementary methods for subsurface prospection. Magnetometry can be collected and processed quickly, making it an ideal landscape-scale reconnaissance tool. It takes more time to collect, process, and interpret GPR data, but the result is a higher resolution dataset. In addition, GPR often works better than magnetometry in desert environments such as the Jezreel Valley. Conventional wisdom suggests that GPR should not be used as a landscape-scale reconnaissance tool unless there is ample time to process and interpret the data. Despite this, GPR was used at Tel Shimron with standardized, semi-automated processing routines and eight field technicians to produce an end product. The GPR survey revealed more about the subsurface than magnetometry, including three potential dwellings and a Bronze Age city gate.

The Brush Arbor Cemetery is an early-to-late 19th century Black cemetery that was also the meeting place of one of the first Black church congregations in Starkville, Mississippi. The cemetery has suffered greatly from structural violence and degradation. Utilizing Ground Penetrating Radar (GPR), this research has revealed important information about the Brush Arbor Cemetery. The results of the GPR survey suggest there are 54 potential unmarked burials in addition to 35 marked burials. The Viewshed analysis suggests that the likely meeting place of the church congregation is in complete view of the white Odd Fellows Cemetery directly across the street. The Nearest Neighbor Index shows that the remaining headstones are randomly distributed throughout the property, but that the vandalism of these headstones are dispersed indicating that vandals target undamaged headstones on the property. Although this research recognizes the structural violence that has taken place at the Brush Arbor Cemetery it also highlights the ongoing vandalism that continues to transpire on this landscape.

This research examines the relationship between growth, growth disruption, and skeletal indicators stress amongst juveniles (n=60) interred at the Late Antique infant and child cemetery at Poggio Gramignano (PG) (ca. 5th century CE), associated with a rural agricultural community. Growth disruption – evidenced by decreased long bone length compared to dental age – and stress experience – evidenced by skeletal stress indicators – were compared to those within juveniles from two urban Roman-era cemeteries (n=66), Villa Rustica (VR) (0-400 CE) and Tragurium City Necropolis (TCN) (400-700 CE). Results indicate that the PG juveniles had significantly smaller femoral lengths-for-age than VR and TCN; however, the frequency of skeletal stress indicators were higher among juveniles at VR and TCN. These differences in growth and stress experience likely resulted from differing biosocial and ecological environments present in the different regions at the time, including differing nutrition, disease, and socioeconomic structures between urban and rural Roman populations.

This thesis reconstructs and analyzes a Classic period (AD 250-800) burial collection from the archaeological site of Loma Don Genaro in Oaxaca, Mexico. This research aims to address two main questions: 1.) What information about the burial collection is available through the archaeological archives? 2.) What does this information tell us about social organization during the Classic period at Loma Don Genaro? In order to address these questions, the following objectives were explored: to reconstruct ancient burials using archival material; to describe the burial demography across the site; to describe variation in grave goods; to relatively date and order the burials chronologically; to draw conclusions about social organization through patterns visible in the burial record. This project included bringing together existing archival records such as field drawings, burial record forms, lot forms, field maps, photographs, and field notes in order to reconstruct detailed burial records for 25 individuals. This recontextualization of the burial collection has made the data concerning each burial easily accessible, enabling further data to be gleaned from the remains. After creating a usable data management system for the burial collection and its associated records, the burials were analyzed. Analysis included: providing relative dates for the burials and chronologically ordering the burials using stratigraphic information; demographic analysis in order to identify the number adults, juveniles, males, and females in the collection, as well as the ages of each individual; analysis of burial position and orientation; analysis of the diversity of both the amount and type of grave goods (such as ceramic vessels, jade beads, figurines, and lithics) present in each burial. Several patterns relating to sex, age, and social status across the site were identified: there is an emphasis on adult burials with minimal children in the burial collection; the more elaborate burials reflecting a higher social status for the buried individuals were those with greater than ten ceramic vessels, had slab-lined burials, or were slab-lined and contained greater than ten vessels, and contained both male and female individuals. The data from this thesis provide an important snapshot of life during a key period of social change in ancient Mexico.

This thesis is a field report on the archaeological sites surveyed by the author in Goshen Valley, Utah County, Utah. The survey has the threefold objectives of: (1) surveying and recording of sites in Goshen Valley; (2) providing information on the material culture of the ancient inhabitants of the valley; and (3) discovering whether there was a dividing line during the Fremont occupation between the Provo and Sevier regions as outlined by Jones (1961), Green (1964), and Ambler (1966).To this end, seventy-four sites are described along with the related material culture with an analysis of the material culture in the appropriate sections of the thesis. Cultural material has been catagorized into three main affiliations: Fremont, Shoshoni, and Unknown. A cultural sequence of food collecting followed by farming followed by food collecting was evidence in the material remains of the valley.The remainder of the thesis deals with theoretical developments and the relationships of the Fremont farming sites in the valley to the overall Fremont Culture. The information obtained from the survey and analysis of the material culture of the Fremont sites lends support to the Jones-Green-Ambler hypothesis that there was a division between the Provo and the Sevier sub-areas on the basis of trait distributions.

Ground-penetrating radar (GPR) can be a useful geophysical instrument in the search and detection of clandestine graves in a forensic context. Controlled research in the field of forensic archaeology has demonstrated the applicability of this technology and is vital for improving GPR search methods. The objectives of this research was to evaluate the applicability of GPR, using 250 MHz and 500 MHz antennae, to locate shallow graves containing small pig cadavers in various burial scenarios over a 12 month period. Data was collected on a controlled grid containing six graves at 0.5 m in depth: five graves containing pig carcasses and one control grave. The five graves containing the pig carcasses were devised to test a number of common forensic burial scenarios. The reflection profile data was processed using the computer program REFLEXW. The results demonstrate that the additional grave items did not always increase the detection of the grave for this monitoring period. Further, the low demarcation of the grave containing disturbed backfill illustrated that the hyperbolic reflection features were the result of the pig carcasses and not the disturbed soil. In terms of antenna performance, the 250 MHz data initially provided a higher resolution within the first few months. However, over time the higher detail provided by the 500 MHz data consistently resulted in easily discernable reflections.

Stable isotope analysis is often used to evaluate elements of the lives of past peoples, such as diet and health status, at a societal level. Analysis at an individual level is exceptionally rare, and has not been conducted using a variety of tissues representing both early life and life approximate to death. In this study, δ 13C and δ15N isotope signatures are used to create life histories for single individuals from Romano-Christian period Kellis 2 cemetery in the Dakhleh Oasis, Egypt. Samples are obtained from several different tissues, including tooth dentin, bone collagen, hair, nail, skin, and gut content, all of which have been previously researched, but have not been studied at such an individualistic level. By using data and previous research conducted by Drs. Tosha Dupras and Lana Williams, this research uses isotopic values from the aforementioned tissues, and the differing turnover rates of these tissues, to develop lifetime timetables for 15 individuals (female, male, and juvenile). Results show that individual analysis is possible, informative, and can enlighten researchers not just concerning the individual, but about the population as a whole. The methods presented can serve as a model for reconstructing individual life histories using isotope data from multiple tissues.

While side-scan sonar has become a valuable geophysical tool for forensic water searches, controlled research is paramount to determine the best practices for searches in aquatic environments as it provides a structured environment in which to investigate variables that influence the effectiveness of the technology and provides valuable experience for sonar operators. The purpose of this research is to conduct controlled research in order to evaluate the applicability of side-scan sonar to searches involving submerged firearms and proxy cadavers. In addition, the best practices for employing this technology in forensic searches in freshwater ponds and lakes in a humid, subtropical environment in Central Florida would be developed. Five street-level firearms were submerged in a pond, and two sets of three pig carcasses (Sus scrofa), utilized as proxies for human bodies, were staked to the bottom of a pond for this research. Transects were conducted over the firearms and the pig carcasses utilizing side-scan sonar. The first set of pig carcasses represented a child size (30-32 kg) and the second set a small adult size (51-54 kg). Results show that firearms were not detected due to the terrain and small size. However, this technology successfully located small to medium-sized proxy carcasses on a flat, sandy lake bottom when experienced operators were conducting the search. Conversely, vegetation obscured submerged bodies. While the smaller carcasses were difficult to detect throughout the data collection, medium-sized carcasses were easily discerned. Moreover, the medium-sized carcasses decomposed at the same rate as previous studies and were visible throughout each stage of decomposition. Finally, employing a 900 kHz frequency with a 20 m swath-width provided the best search parameters. Therefore, in the appropriate conditions, iv side-scan sonar is an effective tool for locating submerged bodies in freshwater lakes and ponds in a humid, subtropical environment.