TY - JOUR
T1 - Methodological Challenges to Tracking Zea mays (Maize) Historical Pathways Through Macrobotanical, Microbotanical, and Stable Isotope Evidence
T2 - Maize’s Adoption and Consumption by Precontact Populations in the North American Midcontinent
AU - Emerson, Thomas E
AU - Hedman, Kristin M.
AU - Simon, Mary L
N1 - This article drew from published studies and compliance literature, many of which were undertaken as part of ISAS\u2019s Illinois Department of Transportation compliance process between 1995 and 2018 and as part of ISAS\u2019s conformance with the processes outlined in Illinois 20 ILCS 3440. Funding and support for the original investigations were provided by the Illinois Transportation Archaeological Research Program (subsequently the Illinois State Archaeological Survey), the Illinois Department of Transportation, and the University of Illinois. We would especially like to acknowledge our colleagues, Gayle Fritz, Sissel Johannesen, and Kathryn Parker, whose decades of cutting-edge archaeobotanical research in the midcontinent set the stage for our isotopic research. The assistance of Della Cook in facilitating these analyses was critical to their overall success. Additionally, we are grateful to Matthew A. Fort for his past collaborative isotopic research, to John Lambert for preparing Figure , to Dr. Stanley Ambrose for access to his isotopic lab facilities in the Department of Anthropology, and to the assistance of the Illinois State Geological Survey. The comments of the reviewers were important in assisting us in broadening our perspectives and sharpening our presentation.
This article drew from published studies and compliance literature, many of which were undertaken as part of ISAS\u2019s Illinois Department of Transportation compliance process between 1995 and 2018 and as part of ISAS\u2019s conformance with the processes outlined in Illinois 20 ILCS 3440. Funding and support for the original investigations were provided by the Illinois Transportation Archaeological Research Program (subsequently the Illinois State Archaeological Survey), the Illinois Department of Transportation, and the University of Illinois. We would especially like to acknowledge our colleagues, Gayle Fritz, Sissel Johannesen, and Kathryn Parker, whose decades of cutting-edge archaeobotanical research in the midcontinent set the stage for our isotopic research. The assistance of Della Cook in facilitating these analyses was critical to their overall success. Additionally, we are grateful to Matthew A. Fort for his past collaborative isotopic research, to John Lambert for preparing Figure 1, to Dr. Stanley Ambrose for access to his isotopic lab facilities in the Department of Anthropology, and to the assistance of the Illinois State Geological Survey. The comments of the reviewers were important in assisting us in broadening our perspectives and sharpening our presentation.
PY - 2025/3
Y1 - 2025/3
N2 - The process of plant domestication and subsequent adoption of agriculture have long been viewed by archaeologists as key factors in the emergence of social and political complexity. Ongoing research by botanists, archaeobotanists, and archaeologists, with ever-improving methodologies and technologies, reveal that the adoption of agriculture varies significantly in terms of chronologies, dietary intensity, and social impacts. It has become clear that broad-sweeping theories of agricultural adoption obscure meaningful micro-historical variations. Nowhere is this more true than in the Western Hemisphere, where the dates of the adoption of maize may differ in even geographically adjacent regions — thus the importance of focused regional studies of the history of maize consumption. In this review, we examine in detail the various methodological approaches employed in micro- and macro-botanical and isotopic studies and, importantly, appraise ongoing challenges to interpreting the findings of such research. We undertake this evaluation in the context of the northern midcontinent USA where these methodologies have produced regional maize histories that differ by as much as a thousand years in terms of both the presence of maize and the ultimate adoption of maize agriculture. We conclude that incorporating multiple refined methodological approaches is a key to understanding this variability.
AB - The process of plant domestication and subsequent adoption of agriculture have long been viewed by archaeologists as key factors in the emergence of social and political complexity. Ongoing research by botanists, archaeobotanists, and archaeologists, with ever-improving methodologies and technologies, reveal that the adoption of agriculture varies significantly in terms of chronologies, dietary intensity, and social impacts. It has become clear that broad-sweeping theories of agricultural adoption obscure meaningful micro-historical variations. Nowhere is this more true than in the Western Hemisphere, where the dates of the adoption of maize may differ in even geographically adjacent regions — thus the importance of focused regional studies of the history of maize consumption. In this review, we examine in detail the various methodological approaches employed in micro- and macro-botanical and isotopic studies and, importantly, appraise ongoing challenges to interpreting the findings of such research. We undertake this evaluation in the context of the northern midcontinent USA where these methodologies have produced regional maize histories that differ by as much as a thousand years in terms of both the presence of maize and the ultimate adoption of maize agriculture. We conclude that incorporating multiple refined methodological approaches is a key to understanding this variability.
KW - Archaeobotanical methods
KW - Maize consumption levels, Western Hemisphere
KW - Microbotanical evidence
KW - Spread of maize
KW - Stable dietary isotopes
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UR - http://www.scopus.com/inward/citedby.url?scp=85218266558&partnerID=8YFLogxK
U2 - 10.1007/s10816-025-09699-4
DO - 10.1007/s10816-025-09699-4
M3 - Article
AN - SCOPUS:85218266558
SN - 1072-5369
VL - 32
JO - Journal of Archaeological Method and Theory
JF - Journal of Archaeological Method and Theory
IS - 1
M1 - 29
ER -