Robert B. Gordon – författare

While historians have given ample attention to stories of entrepreneurship, invention, and labor conflict, they have told us little about actual work-places and how people worked. Workers seldom wrote about their daily employment. However, they did leave behind their tools, products, shops, and factories as well as the surrounding industrial landscapes and communities. In this book, Gordon and Malone look at the industrialization of North America fro the perspective of the industrial archaeologist. Using material evidence from such varied sites as Indian steatite quarries, automobile plants, and coal mines, they examine manufacturing technology, transportation systems, and the effects of industrialization on the land. Their research greatly expands our understanding of industry and focuses attention on the contributions of anonymous artisans whose skills shaped our industrial heritage.

This book examines the industrial ecology of 200 years of ironmaking with renewal energy resources in northwestern Connecticut. It focuses on the cultural context of people's decisions about technology and the environment, and the gradual transition they effected in their land from industrial landscape to pastoral countryside.

This book examines the industrial ecology of 200 years of ironmaking with renewal energy resources in northwestern Connecticut. It focuses on the cultural context of people''s decisions about technology and the environment, and the gradual transition they effected in their land from industrial landscape to pastoral countryside.

While historians have given ample attention to stories of entrepreneurship, invention, and labor conflict, they have told us little about actual work-places and how people worked. Workers seldom wrote about their daily employment. However, they did leave behind their tools, products, shops, and factories as well as the surrounding industrial landscapes and communities. In this book, Gordon and Malone look at the industrialization of North America from the perspective of the industrial archaeologist. Using material evidence from such varied sites as Indian steatite quarries, automobile plants, and coal mines, they examine manufacturing technology, transportation systems, and the effects of industrialization on the land. Their research greatly expands our understanding of industry and focuses attention on the contributions of anonymous artisans whose skills shaped our industrial heritage.

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.