2024 Best Indigenous Studies Award, The Mormon History Association
2024 Southwest Book of the Year, Pima County Public Library
A history of how the construction of the Glen Canyon Dam was built and sustained by social inequalities
The second highest concrete-arch dam in the United States, Glen Canyon Dam was built to control the flow of the Colorado River throughout the Western United States. Completed in 1966, the dam continues to serve as a water storage facility for residents, industries, and agricultural use across the American West. The dam also generates hydroelectric power for residents in Colorado, Wyoming, New Mexico, Utah, Nevada, Arizona, and Nebraska. More than a massive piece of physical infrastructure and an engineering feat, the dam exposes the cultural structures and complex regional power relations that relied on Indigenous knowledge and labor while simultaneously dispossessing the Indigenous communities of their land and resources across the Colorado Plateau.
Erika Marie Bsumek reorients the story of the dam to reveal a pattern of Indigenous erasure by weaving together the stories of religious settlers and Indigenous peoples, engineers and biologists, and politicians and spiritual leaders. Infrastructures of dispossession teach us that we cannot tell the stories of religious colonization, scientific exploration, regional engineering, environmental transformation, or political deal-making as disconnected from Indigenous history. This book is a provocative and essential piece of modern history, particularly as water in the West becomes increasingly scarce and fights over access to it continue to unfold.
Wesley Bernardini now draws on an unconventional source, Hopi traditional knowledge, to show how hypotheses that are developed from oral tradition can stimulate new and productive ways to think about the archaeological record. Focusing on insights that oral tradition has to offer about general processes of prehistoric migration and identity formation, he describes how each Hopi clan acquired its particular identity from the experiences it accumulated on its unique migration pathway. This pattern of “serial migration” by small social groups often saw the formation of villages by clans that briefly came together and then moved off again independently, producing considerable social diversity both within and among villages.
Using Anderson Mesa and Homol’ovi as case studies, Bernardini presents architectural and demographic data suggesting that the fourteenth century occupation of these regions was characterized by population flux and diversity consistent with the serial migration model. He offers an analysis of rock art motifs—focusing on those used as clan symbols—to evaluate the diversity of group identities, then presents a compositional analysis of Jeddito Yellow Ware pottery to evaluate the diversity of these groups’ eventual migration destinations.
Evidence supporting serial migration greatly complicates existing notions of links between ancient and modern social groups, with important implications for the implementation of the Native American Graves Protection and Repatriation Act. Bernardini’s work clearly demonstrates that studies of cultural affiliation must take into account the fluid nature of population movements and identity in the prehistoric landscape. It takes a decisive step toward better understanding the major demographic change that occurred on the Colorado Plateau from 1275 to 1400 and presents a strategy for improving the reconstruction of cultural identity in the past.
Natural History of the Colorado Plateau and Great Basin provides an up-to-date summary of the region's geology, climates, and biology, including thorough treatments of the area's insects, fish, and reptiles. Also discussed are the ecology and distribution of prehistoric human cultures in the region; how modern humans have used (and abused) resources in the Intermountain West; and the impact of post-Pleistocene environmental changes on genetics of disjunct populations of conifer trees.
Written by a diverse group of acknowledged experts, Natural History of the Colorado Plateau and Great Basin offers invaluable background information for all students and resource managers who want to work in or visit the Intermountain West.
Driving across I-70 in southern Utah one can’t help but wonder about the magnificent upturned rocks of the San Rafael Reef. With A Travelers Guide to the Geology of the Colorado Plateau in hand, you’ll soon discover that you were driving through Page and Navajo Sandstone formations, sharply folded into a monocline along one of the "Basin and Range" fault lines. Nearing Flagstaff, Arizona, on Highway 89, you will learn that Mt. Humphry of the San Francisco Peaks, a Navajo Sacred Mountain, was once an active volcano. Keep reading and you’ll find many things worth a slight detour.
A Traveler's Guide to the Geology of the Colorado Plateau will enrich and enliven all of your trips through the varied landscapes of the Colorado Plateau as you learn about the geological forces that have shaped its natural features. The mile-by-mile road logs will take you from Vernal, Utah, in the north to the southernmost reaches of the Plateau in Sedona, Arizona; from the red rocks of Cedar Breaks National Monument near Cedar City, Utah, to the edges of the soaring peaks of the San Juan Mountains near Durango, Colorado. The most comprehensive geological guide to the Colorado Plateau
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