In Great Plains archaeology, differences in projectile point morphologies are used to define typological groups, which are subsequently inferred to reflect unique cultural groups. The goal of this project was to investigate the variability between projectile points dating to the Late Middle Prehistoric period (2,500 – 1,300 BP) since some researchers associate these cultural remains with one group (Besant phase) while others separate them into Outlook, Besant, and Sonota phases/complexes. Metric and non-metric attributes of projectile points from six single component sites, Fincastle, One-Eleven, Happy Valley, Muhlbach, Fitzgerald, and Ruby, were statistically examined. The results showed that basal attributes remain relatively constant, while blade aspects vary greatly. Since the base of a point is considered more typologically indicative than the blade, which is connected to functional aspects, it was concluded that, based on the projectile points, these represent one typological group. / xii, 277 leaves ; 29 cm

The Fincastle Bison Kill Site (DlOx-5), located approximately 100 km east of Lethbridge, Alberta, has been radiocarbon dated to 2 500 BP. Excavations at the site yielded an extensive assemblage of lithics and faunal remains, and several unique features. The elongated point forms, along with the bone upright features, appeared similar to those found at Sonota sites within the Dakota region that dated between 1 950 BP and 1 350 BP. The relatively early date of the Fincastle Site prompted a re-investigation into the origins of the Besant Culture. The features, faunal and lithic assemblages from twenty-three Late Middle Prehistoric sites in Southern Alberta, Saskatchewan, Montana, Wyoming, and the Dakotas were analyzed and compared. The findings show that Fincastle represents an early component of the Besant Culture referred to as the Outlook Complex. This analysis also suggests a possible Middle Missouri origin of the Fincastle hunters, as well as the entire Besant Culture. / xii, 183 leaves : ill. (chiefly col.) ; 29 cm

An assemblage of distinctive projectile points from the Fincastle site (DlOx-5), Alberta at c. 2500 B.P. instigated an analysis of archaeological cultures on the Northern Plains during the late Middle Prehistoric Period. Archaeological sites included in this study are from the Pelican Lake Phase, the Besant Phase, the Sandy Creek Complex, a previously Unnamed Complex, and the Plains Woodland at approximately 2500 – 1250 B.P. A projectile point analysis was conducted on assemblages from Fincastle, EbPi-63, EgPn-111, Kenney (DjPk-1), Leavitt (24LT22), Muhlbach (FbPf-1), and Smith-Swainson (FeOw-1) sites. As part of this study, nearly 40 metric and non-metric attributes were examined in approximately 500 projectile points from these seven sites. Research findings indicate that two coeval groups existed in Alberta, identified as the Kenney and Sonota subphases of the Besant Phase. Two additional subphases are hypothesized for the Besant Phase in Wyoming and Montana. / xix, 379 leaves ; 29 cm.

The Fincastle site (DlOx-5) is located in Southern Alberta, Canada. Excavations from 2004-2007 unearthed a significant number of lithic artefacts, fire-broken rock and a dense bone bed. Radiocarbon dates (ca. 2500 BP) place the single occupancy kill site in the Late Middle Prehistoric Period. This thesis investigates the butchering activities that took place in the East Block of the site, where 60,000 bone fragments were collected. Of these faunal remains, 5,540 records were processed and examined using Brumley’s (1991) Bone Unit (BU) analysis scheme. They were then assigned to a Bone Unit Butchering Category, a classification system created to identify specific butchering activities. Detailed analyses of the articulations, location and quantity of impact and/or cut marks, and specific fracture types and lengths were also carried out. The evidence shows that both primary and secondary butchering operations occurred at Fincastle, including joint dismemberment, meat removal, marrow extraction and grease rendering processes. / xviii, 298 leaves : col. ill. ; 29 cm. --