This project reexamines field notes and artifacts from a Works Progress Administration excavation of the Picnic Mound (8Hi3), a Safety Harbor-period burial mound located in Hillsborough County, Florida. The goals are to reconstruct burial practices digitally using a Geographic Information Systems approach to test Ripley Bullen's model of Woodland and Safety Harbor burial practices, and demonstrate ways that modern technologies can be used to provide new information from past investigations. This thesis also presents new information from a pXRF study about prehistoric ceramic manufacturing in the Tampa Bay area, and discusses additional archaeological resources associated with the Picnic Mound. This thesis also illustrates new ways that archaeological materials can be analyzed and exhibited using three-dimensional laser scanning. Results from the GIS modeling show that burial practices were varied, and cannot be used to assign temporal placement to burial mounds within the Safety Harbor period, as proposed by Bullen. This research illustrates the value of returning to extant archaeological collections and field notes to test models of past human lifeways in a manner that is non-destructive. Information derived from the technologies used for my research can be shared digitally among researchers and can be used to develop materials for public education and furthers additional research efforts.

Depuis les premières fouilles de la nécropole tumulaire de Vergina dans les années 1950, nos connaissances sur les pratiques funéraires de l’âge du Fer en Macédoine se sont profondément renouvelées. Si le tertre funéraire collectif demeure un trait caractéristique du nord de la Grèce, les nombreuses découvertes faites depuis une trentaine d’années témoignent en réalité d’une richesse et d’une grande diversité de rituels et de types de tombes dans cette vaste région située entre les Balkans et l’Egée. A partir d’un corpus de nécropoles datées entre le XIe et le VIIe siècle avant notre ère, situées entre le versant oriental du Pinde et la région de Drama, nous proposons un état de la question des modes funéraires en nous interrogeant sur cette diversité particulièrement remarquable en Macédoine. Ce travail nous permet d’établir une carte funéraire complexe, constituée de plusieurs régions aux pratiques spécifiques, qu’on peut comparer avec le mobilier abordé sous l’angle des thématiques et des idéologies funéraires dont la logique spatiale est différente. / Since the first excavations in the burial mounds cemetery in Vergina during the 1950s, the new discoveries and different works led in Macedonia have yielded important new data, updating our vision of the burial customs during the Iron Age. The burial mounds, characteristic of northern Greece are not anymore the only known type of cemetery. The data analysis depicts a rich and eclectic representation of the burial practices in this vast area between the Balkans and the Aegean Sea. Based on a catalogue of cemeteries dated from the 11th to the 7th century B. C., located between the eastern slopes of the Pindus range and the region of Drama, we propose a survey of burial customs and question this diversity which is particularly striking in Macedonia. As a result, we propose a complex funerary map of several regions with their own features that can be compared with the funerary ideologies and beliefs reflected in the burial gifts, whose distribution pattern are different.

This thesis should serve as a comprehensive site report for both Porter’s Bar (8Fr1) and Green Point (8Fr11) mounds in northwest Florida. These prehistoric burial mounds and their associated village shell midden are determined to have been constructed during two different time periods, Middle Woodland and Early Woodland, respectively. This is the first time that all materials and data have been described and compiled for both sites, despite the fact that they were both originally recorded over a century ago and described differently later by multiple researchers. The mounds served as an important ceremonial center along Apalachicola Bay some 1500 years ago, beginning perhaps during the Early Woodland (1200 B.C. – A.D. 250) and continuing through the Middle Woodland (A.D. 250 – A.D. 650). Evidence indicates an earlier Late Archaic component, and a much later historic nineteenth-century component. People living here probably experienced slightly different coastlines as sea levels fluctuated. The village midden associated with the two mounds extends for nearly 300 meters along the bay shore and has been damaged by sea-level change, while other parts have been borrowed for road material. The mounds have been damaged by looting and residential construction. All known materials and data from the two sites are presented and compared, including burial styles and associated funerary goods. Ceramic types and tempers indicate that Green Point mound was one of the few built during the Early Woodland known in the region. The same population may have constructed Porter’s Bar during Middle Woodland times, perhaps a century or two later, and included artifacts that are rarely found in the research area. Potential areas of further investigation are noted, but time is limited as the midden will probably be inundated within the next fifty years.

This thesis represents the first example of a pre-agricultural, pre-colonial land disturbance event in the archaeological record of North America. It demonstrates the critical importance of multivariate analysis and µ-XRF core scanning in determining precise chronologies for episodes of heightened clastic input from soil erosion, enhanced by human occupation, shellfish harvesting, and burial mound construction. / Serpent Mounds is a prehistoric (Middle Woodland Period, ca. 2000--1000 BP) burial mound complex located on the north shore of Rice Lake, in southern Ontario, Canada. The complex includes a 60m long and 10m wide sinuous earthwork ridge interpreted as a serpent effigy and eight smaller oval mound structures. Archaeological excavations determined seasonal site occupation for harvesting wild rice and shellfish and conducting mortuary rites. The timing of mound construction and site occupation is poorly constrained by limited radiocarbon dates, restricted to burials. The site is of high cultural importance as the only known effigy mound structure in Canada and is a sacred First Nations burial ground; thus all investigation must employ non-invasive techniques. High-resolution XRF Core Scanning and micropaleontologic analysis (testate amoebae) of 12 lake sediment cores was employed to investigate the timing of mound construction, and assess geochemical records of prehistoric land disturbance. Land disturbance is indicated by increased sediment flux, by rising abundance of minerogenic elements (K, Ti, Zr, Si, Fe) within a distinctive silt-rich gyttja unit. The event is also recorded in the thecamoebian assemblage, which is dominated by indicators of a eutrophic, turbid lake environment. Principal Component Analysis and Cluster Analysis of µ-XRF data identify distinctive chemofacies across several cores. AMS 14C dates for the prehistoric land disturbance episode correspond with the Point Peninsula occupation, indicating a protracted occupation period of \textasciitilde 750 years (2050 - 1300 cal BP) with two major peaks in soil erosion at 1900 and 1450 cal BP. The sedimentation rate (>1.5mm/yr) during the Middle Woodland phase of enhanced erosion was comparable to that during the 1838 CE dam construction at Hastings. The reconstructed Middle Woodland paleoshoreline and water levels indicate a shallow lake and wetland environment, with viable habitats for wild rice stands and shellfish resources. The results demonstrate that XRF Core Scanning and micropaleontological methods are important for the investigation of culturally-sensitive archaeological sites, including sacred burial grounds where conventional archaeological excavation cannot be undertaken. / Thesis / Master of Science (MSc) / Serpent Mounds is a prehistoric (Middle Woodland Period, ca. 2000 - 1000 BP) burial mound complex located in Rice Lake, Ontario. Archaeological excavation (1897 - 1970) determined the site was occupied by people of the Point Peninsula culture (ca. 2200 - 1350 BP) on a seasonal basis, for burial rites and shellfish gathering. Many questions remain with regard to the date of mounds construction, how long the site was occupied, and how occupation and construction activities impacted the local environment. The site has been designated as a National Historical Site and excavation is no longer permitted in the interest of site preservation and cultural value to First Nations. This study investigated the history of environmental changes associated with prehistoric indigenous and European land use changes using minimally-invasive methods, including sonar bathymetric mapping, XRF Core Scanning and microfossil analysis of lake sediment cores. Sonar data were employed to map the lake bottom relief (bathymetry) and to reconstruct past changes in lake levels and shoreline positions. µ-XRF methods measures changes in elemental abundance in lake core samples to identify human occupation phases and land disturbance. Microfossils (testate amoebae) track the ecosystem response to environmental changes associated with human occupation. The geochemical and microfossil data identified an interval of increased sediment delivery to Rice Lake, coinciding with the arrival of Point Peninsula peoples. The land disturbance is recognized in cores by an increase in zirconium (Zr), titanium (Ti) and other soil-derived elements. During this phase, lake levels rose gradually, wetlands expanded and wild rice was abundant resource available to indigenous peoples. Following European colonization in the 1820’s, and the construction of the Hastings Dam (1838 CE), lake levels increased rapidly by over \SI{2}{\metre}, causing a shift to a more nutrient-rich (eutrophic) lake environment and a decline in wild rice stands. Soil erosion associated with European land clearance is recorded by in a dramatic increase in the abundance of soil-derived elements.