This landmark book synthesizes the results of more than a decade of fieldwork in southern Peru—where Stanish and his team systematically surveyed more than 1000 square kilometers in the northern Titicaca Basin—and it details several hundred new sites in the Huancané-Putina River valley.

One of the richest and most complex civilizations in ancient America evolved around Lake Titicaca in southern Peru and northern Bolivia. This book is the first comprehensive synthesis of four thousand years of prehistory for the entire Titicaca region. It is a fascinating story of the transition from hunting and gathering to early agriculture, to the formation of the Tiwanaku and Pucara civilizations, and to the double conquest of the region, first by the powerful neighboring Inca in the fifteenth century and a century later by the Spanish Crown. Based on more than fifteen years of field research in Peru and Bolivia, Charles Stanish's book brings together a wide range of ethnographic, historical, and archaeological data, including material that has not yet been published. This landmark work brings the author's intimate knowledge of the ethnography and archaeology in this region to bear on major theoretical concerns in evolutionary anthropology. Stanish provides a broad comparative framework for evaluating how these complex societies developed. After giving an overview of the region's archaeology and cultural history, he discusses the history of archaeological research in the Titicaca Basin, as well as its geography, ecology, and ethnography. He then synthesizes the data from six archaeological periods in the Titicaca Basin within an evolutionary anthropological framework. Titicaca Basin prehistory has long been viewed through the lens of first Inca intellectuals and the Spanish state. This book demonstrates that the ancestors of the Aymara people of the Titicaca Basin rivaled the Incas in wealth, sophistication, and cultural genius. The provocative data and interpretations of this book will also make us think anew about the rise and fall of other civilizations throughout history.

Advances in Titicaca Basin Archaeology-I is the first in a series of edited volumes that reports on recent research in the south central Andes. Volume I contains 18 chapters that cover the entire range of human settlement in the region, from the Early Archaic to the early Colonial Period. This book contains both short research reports as well as longer synthetic essays on work conducted over the last decade. It will be a critical resource for scholars working in the central Andes and adjacent areas.

Advances in Titicaca Basin Archaeology-I is the first in a series of edited volumes that reports on recent research in the south central Andes. Volume I contains 18 chapters that cover the entire range of human settlement in the region, from the Early Archaic to the early Colonial Period. This book contains both short research reports as well as longer synthetic essays on work conducted over the last decade. It will be a critical resource for scholars working in the central Andes and adjacent areas.

This volume brings together exciting new field data by more than two dozen Andean scholars who came together to honor their friend, colleague, and mentor. These new studies cover the enormous temporal span of Moseley's own work from the Preceramic era to the Tiwanaku and Moche states to the Inka empire. And, like Moseley's own studies -- from Maritime Foundations of Andean Civilization to Chan Chan: The Desert City to Cerro Baul's brewery -- these new studies involve settlements from all over the Andes -- from the far northern highlands to the far southern coast. An invaluable addition to any Andeanist's library, the papers in this book demonstrate the enormous breadth and influence of Moseley's work and the vibrant range of exciting new work by his former students and collaborators in fieldwork.

The focus of this volume is the northern Titicaca Basin, an area once belonging to the quarter of the Inka Empire called Collasuyu. The original settlers around the lake had to adapt to living at more than 12,000 feet, but as this volume shows so well, this high-altitude environment supported a very long developmental sequence.