Vernon L. Scarborough – författare

The Precolumbian ballgame, played on a masonry court, has long intrigued scholars because of the magnificence of its archaeological remains. From its lowland Maya origins it spread throughout the Aztec empire, where the game was so popular that sixteen thousand rubber balls were imported annually into Tenochtitlan. It endured for two thousand years, spreading as far as to what is now southern Arizona. This new collection of essays brings together research from field archaeology, mythology, and Maya hieroglyphic studies to illuminate this important yet puzzling aspect of Native American culture. The authors demonstrate that the game was more than a spectator sport; serving social, political, mythological, and cosmological functions, it celebrated both fertility and the afterlife, war and peace, and became an evolving institution functioning in part to resolve conflict within and between groups. The contributors provide complete coverage of the archaeological, sociopolitical, iconographic, and ideological aspects of the game, and offer new information on the distribution of ballcourts, new interpretations of mural art, and newly perceived relations of the game with material in the Popol Vuh. With its scholarly attention to a subject that will fascinate even general readers, The Mesoamerican Ballgame is a major contribution to the study of the mental life and outlook of New World peoples.

The primary theoretical question addressed in this book focuses on the lingering concern of how the ancient Maya in the northern Petén Basin were able to sustain large populations in the midst of a tropical forest environment during the Late Classic period. This book asks how agricultural intensification was achieved and how essential resources, such as water and forest products, were managed in both upland areas and seasonal wetlands, or bajos. All of these activities were essential components of an initially sustainable land use strategy that eventually failed to meet the demands of an escalating population. This spiraling disconnect with sound ecological principles undoubtedly contributed to the Maya collapse. The book's findings provide insights that broaden the understanding of the rise of social complexity - the expansion of the political economy, specifically - and, in general terms, the trajectory of cultural evolution of the ancient Maya civilization.

The primary theoretical question addressed in this book focuses on the lingering concern of how the ancient Maya in the northern Petén Basin were able to sustain large populations in the midst of a tropical forest environment during the Late Classic period. This book asks how agricultural intensification was achieved and how essential resources, such as water and forest products, were managed in both upland areas and seasonal wetlands, or bajos. All of these activities were essential components of an initially sustainable land use strategy that eventually failed to meet the demands of an escalating population. This spiraling disconnect with sound ecological principles undoubtedly contributed to the Maya collapse. The book's findings provide insights that broaden the understanding of the rise of social complexity - the expansion of the political economy, specifically - and, in general terms, the trajectory of cultural evolution of the ancient Maya civilization.

This volume represents the concerted efforts of a group of Maya archaeologists to employ a different approach to their archaeological data that is consistent with an effort called IHOPE: Integrated History and Future of People on Earth. IHOPE is a global network of scientists and researchers that seeks to use a wide range of data to examine how changes in the Earth's systems of the past have been correlated with changes in the coupled human-biophysical environment (Costanza et al. 2007). “The specific objectives for IHOPE are to identify slow and rapidly moving features of complex social-ecological systems, on local to continental spatial scales, which induce resilience, stress, or collapse in linked systems of humans and nature. These objectives will be reached by exploring innovative ways of conducting inter and trans-disciplinary science, including theory, case studies, and integrated modeling” (Costanza et al. 2012:1). The integration of these data, a large portion of which are derived from archaeology, is seen as an important contribution to the accurate and applicable information base for addressing both short- and long-term planning issues facing modern populations.