"This book is more than theory-building, it is paradigm-changing. Cynthia Robin and her colleagues have discovered how the farming village of Chan achieved sustainability in the tropics for two thousand years, in contrast to the three cities that emerged nearby but only lasted two hundred years and then collapsed. The successes of Chan in managing their rainforest, soils, population relative to resources, society, and religion embody lessons for today. There is no other book like it, clearly demonstrating from the ground up how a society can adapt to a challenging environment by understanding and respecting it, thereby avoiding the population explosions, environmental degradations and collapses of the competitive big cities."—Payson Sheets, University of Colorado, Boulder
The farming community of Chan thrived for over twenty centuries, surpassing the longevity of many larger Maya urban centers. Between 800 BC and 1200 AD it was a major food production center, and this collection of essays reveals the important role played by Maya farmers in the development of ancient Maya society.
Chan offers a synthesis of compelling and groundbreaking discoveries gathered over ten years of research at this one archaeological site in Belize. The contributors develop three central themes, which structure the book. They examine how sustainable farming practices maintained the surrounding forest, allowing the community to exist for two millennia. They trace the origins of elite Maya state religion to the complex religious belief system developed in small communities such as Chan. Finally, they describe how the group-focused political strategies employed by local leaders differed from the highly hierarchical strategies of the Classic Maya kings in their large cities.
In breadth, methodology, and findings, this volume scales new heights in the study of Maya society and culture.
"This book is more than theory-building, it is paradigm-changing. Cynthia Robin and her colleagues have discovered how the farming village of Chan achieved sustainability in the tropics for two thousand years, in contrast to the three cities that emerged nearby but only lasted two hundred years and then collapsed. The successes of Chan in managing their rainforest, soils, population relative to resources, society, and religion embody lessons for today. There is no other book like it, clearly demonstrating from the ground up how a society can adapt to a challenging environment by understanding and respecting it, thereby avoiding the population explosions, environmental degradations and collapses of the competitive big cities."—Payson Sheets, University of Colorado, Boulder
The farming community of Chan thrived for over twenty centuries, surpassing the longevity of many larger Maya urban centers. Between 800 BC and 1200 AD it was a major food production center, and this collection of essays reveals the important role played by Maya farmers in the development of ancient Maya society.
Chan offers a synthesis of compelling and groundbreaking discoveries gathered over ten years of research at this one archaeological site in Belize. The contributors develop three central themes, which structure the book. They examine how sustainable farming practices maintained the surrounding forest, allowing the community to exist for two millennia. They trace the origins of elite Maya state religion to the complex religious belief system developed in small communities such as Chan. Finally, they describe how the group-focused political strategies employed by local leaders differed from the highly hierarchical strategies of the Classic Maya kings in their large cities.
In breadth, methodology, and findings, this volume scales new heights in the study of Maya society and culture.
Chan: An Ancient Maya Farming Community
416
Chan: An Ancient Maya Farming Community
416Paperback
Product Details
| ISBN-13: | 9780813049632 |
|---|---|
| Publisher: | University Press of Florida |
| Publication date: | 10/17/2013 |
| Series: | Maya Studies |
| Pages: | 416 |
| Product dimensions: | 6.10(w) x 9.20(h) x 1.10(d) |