Broken Worlds: Towards an Archaeology of the Shatter Zone

In recent years, archaeological studies of long-term change and transformation in the human past have often been dominated by the discussion of dichotomous processes of ‘collapse’ and ‘resilience’. These discussions are frequently framed in relatively narrow terms dictated by specialist interests that place an emphasis on the role of single ‘trigger’ factors as motors for historic change. In order to address this issue, in this article I propose that the study of the ‘shatter zone’—a term with origins in physical geography and geopolitics that has been more recently harnessed in anthropological research—has the potential to facilitate multi-scalar, interdisciplinary analyses of the ways in which major historical changes unfold across both space and time, at local, regional, and inter-regional levels. This article unpacks the concept of the shatter zone and aligns this with existing archaeological frameworks for the study of long-term adaptive change. I then situate these arguments within the context of recent studies of colonial interaction and conflict in the Eastern Woodlands of North America during the sixteenth to eighteenth century. The study demonstrates how a more regulated approach to the shatter zone has the potential to yield new insights on the ways in which populations mitigate and react to instability and change while also facilitating comparative studies of these processes on a broader, global scale.

Interpreting Isotopic and Macrobotanical Evidence for Early Maize in the Eastern Woodlands: A Response to Hart and Colleagues

In the following response to Hart and colleagues (2021) we clarify our interpretations of the archaeological record for maize use from western Illinois. The robust archaeological record, newly obtained AMS dates, and evaluations of enamel apatite combine to support a late date for maize cultivation in this region. We reiterate that maize histories in the Eastern Woodlands may vary among different regions.

New Dates and Carbon Isotope Assays of Purported Middle Woodland Maize from the Icehouse Bottom and Edwin Harness Sites

Accelerated mass spectrometry (AMS) and carbon isotope analyses provide strong tandem methodologies used by archaeologists to evaluate and reevaluate the histories of maize use in the Midwest. In this article, we present newly obtained AMS dates and carbon isotope assays of alleged maize samples from the Icehouse Bottom (40MR23) and Edwin Harness sites (22RO33). Based on original studies, samples were thought to date to the Middle Woodland period (ca. 300 BC–AD 400). The results show that samples either were not maize or date to post-AD 900. As of this finding, there are no longer any securely dated Middle Woodland macrobotanical remains of maize from the Eastern Woodlands of North America.

“Together We Can Return to Balance”—Eastern Woodlands Native Perspectives and Type 2 Diabetes: A Qualitative Study

Purpose To explore the perspectives of Eastern Woodlands Native people with type 2 diabetes (T2DM) in the context of health beliefs, T2DM disease self-management, and family and community connections. Methods A qualitative descriptive method using face-to-face or telephonic semistructured interviews was employed with Native people ages 18 years or older who have a diagnosis of T2DM (N = 12) from an unidentified Eastern Woodlands tribe. The PEN-3 Cultural Model guided the study initially. Results The overarching theme “together we can return to balance” corresponded to 5 subthemes: coming to know life paths with T2DM, acknowledging the imbalance, negotiating my way forward, making important connections, and sticking closer to Mother Earth. Dimensions within the subthemes suggest why Native people may not be reaching T2DM treatment goals. Reasons include incomplete diabetes knowledge, difficulty accessing resources, and contextual variations in adoption of conventional diabetes treatments. Conclusion This study identified themes from Native perspectives about T2DM self-management and about prospects that may mitigate incomplete knowledge and support. Integrating indigenous health and wellness knowledge with conventional principles of diabetes care presents several opportunities for nurses to advance diabetes self-management (DSM) education and support. Including Native health concepts when educating patients about DSM should be viewed as desirable for holistic family and community involvement that is central toward preventing disease progression.

Isotopic Confirmation of the Timing and Intensity of Maize Consumption in Greater Cahokia

The history of maize (Zea mays L.) in the eastern Woodlands remains an important study topic. As currently understood, these histories appear to vary regionally and include scenarios positing an early introduction and an increase in use over hundreds of, if not a thousand, years. In this article, we address the history of maize in the American Bottom region of Illinois and its importance in the development of regional Mississippian societies, specifically in the Cahokian polity located in the central Mississippi River valley. We present new lines of evidence that confirm subsistence-level maize use at Cahokia was introduced rather abruptly at about AD 900 and increased rapidly over the following centuries. Directly dated archaeobotanical maize remains, human and dog skeletal carbon isotope values, and a revised interpretation of the archaeological record support this interpretation. Our results suggest that population increases and the nucleation associated with Cahokia were facilitated by the newly introduced practices of maize cultivation and consumption. Maize should be recognized as having had a key role in providing subsistence security that—combined with social, political, and religious changes—fueled the emergence of Cahokia in AD 1050.