In this paper I highlight the potential of social memory research to enhance our archaeological understanding of Mississippian social organization and identity politics. Mississippian communities commemorated and invoked the past through the creation and manipulation of landscapes, places, and things. To demonstrate the utility of this approach I examine and discuss Mississippian architectural and mortuary data from the Moundville site in west-central Alabama. On the basis of this examination I argue that social memory played an important role in the negotiation of social identities and the organization of community space at the Moundville site and the Mississippian Black Warrior Valley.

Evolutionary approaches to agency offer some of the most promising frameworks for identifying individual agents and their archaeological correlates. Agency theory calls attention to the individual as the fundamental feature of human relations, and evolutionary theory provides historically situated models that allow archaeologists to precisely investigate the complex behavioral strategies that underlie artifact patterns. The following paper offers one such model. Using data from 41 slave-site occupations from eighteenth-century Virginia, I explore how and why enslaved African Americans actively participated in the burgeoning "consumer revolution" that swept across the early modern Atlantic World. Artifact patterning suggests that the acquisition and display of costly imported goods functioned as a form of communication for slaves in both public and private venues. The data show that enslaved women and men used several different consumption strategies to solidify social and economic relationships within precarious and rapidly changing environments. Signaling theory, derived from evolutionary theory, illuminates the contextual factors that structured slaves’ consumer choices and provides a model for understanding their choices as the result of dynamic and mutually beneficial behaviors.

Dichotomies or bipolar scales usually provide the conceptual framework for discussions of historic period Native American cultural change in the western Great Lakes. Archaeological and historical studies of Removal period (A.D. 1795-1840) Potawatomi of northern Indiana and southern Michigan provide challenges to common dichotomous frameworks used to define identity, political affiliation, geographic location, or other attributes of individual Potawatomi. Examples of these classifications include dichotomies such as Catholic vs. Non-Catholic, assimilationist vs. traditionalist, or accommodationist vs. non-accommodationist (among others). Case studies of four Potawatomi, two of whom successfully resisted removal (Pokagon and Benack) and two who did not (Menominee and Ashkum), illustrate the need for multiple lines of evidence that facilitate comparisons between diverse communities living in a rapidly changing world. Relations with the colonizer were the most significant element related to successful resistance. Site location provides a visible signal of these wider social ties extending beyond the local community.

Evolutionary ecology provides a rich pool of models from which archaeologists derive expectations about prehistoric human behavior. Signaling Theory (ST) has been applied successfully in ethnographic and certain archaeological contexts. Other applications have fallen prey to post-hoc explanation of aberrant archaeological patterns. This paper evaluates the claim that big-game hunting was a costly foraging behavior when traveling great distances, and therefore was undertaken as a form of costly signaling. The central place foraging model is used in conjunction with caloric expenditure formulae, derived from human energetics and locomotion research, to evaluate the cost of travel and transport versus the returns for large and small prey items. It is shown that big game continues to yield significant energetic returns even in situations where travel costs are comparatively high (i.e., 100-200 km round-trip). Small game hunting becomes energetically costly when a forager makes a procurement round-trip of more than ca.10 km. Large game animals are the highest return prey items even when procurement distances are comparatively great because humans are physiologically well-adapted for carrying objects over long distances. While the capture of big game animals may have bestowed prestige upon prehistoric hunters or served as some other signal of individual quality, these prey animals were not overly costly in terms of energetic efficiency—even under increased travel costs. These results emphasize the difficulty of separating social prestige from optimal foraging as the basis for big-game hunting in archaeological contexts.

The Intermountain West is rarely included in discussions of the North American Paleoindian record, largely because there is so little evidence for Clovis in that region. What has been ignored in these discussions is the presence of an early record in the region associated not with Clovis, but with a different technology, the main diagnostic of which is the large, contracting stemmed projectile point. Dates associated with this technology are comparable to the earliest Clovis dates on the Plains. An examination of the spatial and temporal distributions of Clovis diagnostics suggests that elements of this technology arrived relatively late in the Intermountain West, apparently the termination of a diffusion (or migration) process that began in the southern Plains or Southeast, moved northward along the Rocky Mountain front, and eventually onto the Columbia Plateau. We argue that initial colonization of the intermountain region most likely involved groups moving inland from the Pacific coast carrying a non-Clovis technology, which was already in place by the time Clovis technology arrived.

Corn (Zea mays ssp. mays) was a key economic plant in the Americas, yet little information exists on the northern limit of maize consumption before European contact. Based on the analysis of carbonized food residue on pottery for plant microfossils (phytoliths and starch granules) from 58 precontact archaeological sites, we report the first evidence of maize consumption in the subarctic boreal forest. Recovery of maize microfossils from several widely distributed Laurel phase (Middle Woodland/Initial Shield Woodland) vessels indicates that the diffusion of corn into this region was surprisingly early (ca. A.D. 500) and may have initially spread through long-distance exchange networks linking temperate and boreal North America during the Woodland period. After A.D. 1000 maize was a widespread component of diet and was consumed by every major Late Woodland culture in the region. These results have profound implications both for the history of this cultigen and for small-scale human societies in northern North America.

Late prehistoric sites on the Central Plains contain both grit/grog- (mineral-) tempered pottery and shell-tempered pottery. This appearance of shell-tempered pottery around cal A.D. 1000 has traditionally been explained as a colonization from the Mississippi River valley with further dispersal via trade. As a result, very little is known about the role of this material in the region. We report the results of a provenance analysis of shell-tempered pottery from seven sites extending from the Missouri River valley to north-central Kansas. We use petrography and oxidation analysis to compare the shell-tempered pottery across these localities and the shell-tempered to the mineral-tempered pottery from each locality, and we compare mineral inclusions and clay characteristics in all pottery with published geological and pedological information for each locality. The results demonstrate that shell-tempered pottery was locally produced throughout at least a portion of the Central Plains. Differences in firing technology are apparent across the study area and may play a role in the distribution of shell-tempered pottery. Two other results are the identification of composite temper in a notable proportion of the sherds studied, and indications of from where on the landscape Central Plains potters were procuring their raw materials.

New methodologies are needed to address multiple componentcy and short reuse episodes that are characteristic of mobile group residential and logistical strategies. Chronometric results are often misinterpreted when evaluated within a framework suited to long-term sedentary occupations. The standard practices of age-averaging, eliminating apparent "anomalous" results, and relying on high profile diagnostic tools and vessels and the most visible features—along with the expectation for "contextual congruence"—mask multi-componentcy and episodic reuse. High incidences of site reuse have been detected by considering alternate site development models and looking specifically for evidence of distinct shorter term occupations.

Chert outcrops on eastern Santa Cruz Island were of vital importance to the inhabitants of the Santa Barbara Channel region because of their comparatively limited availablity elsewhere on the California Channel Islands. Temporally diagnostic artifacts and radiocarbon dates from associated shell middens suggest that chert quarries were exploited throughout the Holocene. The importance of these quarries has been well documented in regard to microlith production as part of the shell bead industry during the late Holocene. However, relatively little is known about local chert tool manufacture and exchange in earlier times. Systematic documentation of 26 known chert quarries, and sampling at associated shell middens on eastern Santa Cruz Island has resulted in the identification of significant spatial variability in chert exploitation through time. Whereas chert quarrying during the middle Holocene appears to have been opportunistic and dispersed throughout the landscape, comparable activities during the late Holocene became increasingly circumscribed as microlith production was intensified. These trends in chert procurement are interpreted in the context of temporal changes in subsistence, tool manufacture, and residential mobility on the northern Channel Islands, and have broad implications for spatial and temporal patterning in prehistoric lithic exploitation.