The dominant social theory used by archaeologists has tended to focus on either small scale agency or large-scale cultural patterns and processes of change. The authors of this volume argue that archaeologists should use nonlinear models to more accurately model the connections between scales of analysis, and show how micro-scale variation can lead to macro-scale cultural change. This work examines the applications of nonlinear systems models within archaeology and evaluates the range of approaches currently encompassed within Complexity Theory.

The ancient societies of western Mexico have long been understudied and misunderstood. Focusing on recent archaeological data, Ancient West Mexicos highlights the diversity and complexity of the region's pre-Hispanic cultures and argues that western Mexico was more similar to the rest of the Mesoamerican world than many researchers have believed. Chapters that treat investigations in Durango, Colima, Jalisco, Nayarit, Aguascalientes, and Michoacan draw on new evidence dating from across millennia, spanning different periods in the history of pre-Columbian Mesoamerica. Contributors analyze materials including ceramics, architectural remains, textiles, and weaving tools to discern the settlement patterns, political structures, and cosmologies of the people who lived at these sites. Featuring intriguing case studies that point to unexpected pathways to sociopolitical complexity in these and other ancient societies, these essays illustrate that the region's archaeological record can contribute meaningfully to a more nuanced picture of Mesoamerica as a whole.

The dominant social theory used by archaeologists has tended to focus on either small scale agency or large-scale cultural patterns and processes of change. The authors of this volume argue that archaeologists should use nonlinear models to more accurately model the connections between scales of analysis, and show how micro-scale variation can lead to macro-scale cultural change. This work examines the applications of nonlinear systems models within archaeology and evaluates the range of approaches currently encompassed within Complexity Theory.