Laurie Mercier's look at "community unionism" examines the distinctive culture of cooperation and activism fostered by residents in Anaconda, Montana, home to the world's largest copper smelter and the namesake of the Anaconda Copper Mining Company.
Mercier depicts the vibrant life of the smelter city at full steam, incorporating the candid commentary of the locals ("the company furnished three pair of leather gloves . . . and all the arsenic [dust] you could eat"). During five decades of devoted unionism, locals embraced an "alternative Americanism" that championed improved living standards for working people as the best defense against communism. Mercier also explores how gender limits on women's political, economic, and social roles shaped the nature and outcome of labor struggles, and traces how union rivalries, environmental concerns, and the 1980 closing of the Anaconda smelter transformed the town.
A fascinating portrait of how community molds working class consciousness, Anaconda offers important insights about the changing nature of working class culture and collective action.
The book is the first comprehensive study of the American copper industry to include labor markets, unionism, and labor relations as an integral part of its focus. It also undertakes a careful examination of the influences exerted by geography and geology in the shaping of the industry.
The study begins with the formation, development, and later histories of all the principal copper producers, their major business and labor policies, technical innovations, attempts at diversification, and foreign ventures. On the labor side, the book examines the beginnings of unionism in the 1880s; the emergence of the Western Federation of Miners in 1893; the later appearance of the International Union of Mine, Mill and Smelter Workers in 1916. The eventual takeover of the Mine Mill by the Steel workers in 1967 and the reasons for the eventual collapse of the pattern system in 1983 are also carefully considered.
The study emphasizes the role of strategic innovations in shaping American copper history, most prominently in the successive development of underground block-caving and open-pit mining; concentration and flotation; and solvent extraction and electrowinning. The study concludes with an evaluation of the lessons supplied by the past and the prospects for the future of the industry.
Mass destruction mining soon spread around the nation and the globe, providing raw materials essential to the mass production and mass consumption that increasingly defined the emerging "American way of life." At the dawn of the last century, Jackling's open pit replaced immense but constricted underground mines that probed nearly a mile beneath the earth, to become the ultimate symbol of the modern faith that science and technology could overcome all natural limits. A new culture of mass destruction emerged that promised nearly infinite supplies not only of copper, but also of coal, timber, fish, and other natural resources.
But, what were the consequences? Timothy J. LeCain deftly analyzes how open-pit mining continues to affect the environment in its ongoing devastation of nature and commodification of the physical world. The nation's largest toxic Superfund site would be one effect, as well as other types of environmental dead zones around the globe. Yet today, as the world's population races toward American levels of resource consumption, truly viable alternatives to the technology of mass destruction have not yet emerged.
Experts agree that the earth will eventually run out of certain low-cost, nonrenewable resources, possibly as early as a century from now. Will the transition to reliance on other, more abundant resources be smooth or discontinuous? Might industrial societies experience a marked decline in living standards—a radically different kind of society from the one we now know? Geologists maintain that once inexpensive high-grade resources are exhausted, economic growth will slow. Economists are more optimistic: they believe that new technologies and materials will be substituted rapidly enough to prevent minor economic dislocations.
Toward a New Iron Age? takes an important step toward reconciling these divergent views. It is the most comprehensive study of the economic consequences of resource depletion—in particular, it is a thorough exploration of the prospects for one key metal, copper. The authors draw on geological and engineering data to calculate the resources now available and to assess the feasibility of substituting alternatives. Using linear programming and a range of hypothetical base conditions, they are able to estimate the course, through the next century and beyond, of several crucial factors: the rate at which copper resources will be used and when they will be depleted; how the price of the metal will fluctuate; when alternative materials will be substituted, in what patterns, and at what costs. By the late twenty-first century, the authors believe, low-cost copper will no longer be available. Industrial societies will have to operate on more abundant resources such as iron, silica, and aluminum. They will enter, in short, a New Iron Age.
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