This book integrates class, environmental, and political analysis touncover the history of clearcutting in the Douglas fir forests of B.C.,Washington, and Oregon between 1880 and 1965. Part I focuses on the mode of production, analyzing thetechnological and managerial structures of worker and resourceexploitation from the perspective of current trends in labour processresearch. Rajala argues that operators sought to neutralize thevariable forest environment by emulating the factory model of workorganization. The introduction of steam-powered overhead loggingmethods provided industry with a rudimentary factory regime by 1930,accompanied by productivity gains and diminished workplace autonomy forloggers. After a Depression-inspired turn to selective logging withcaterpillar tractors timber capital continued its refinement ofclearcutting technologies in the post-war period, achieving completemechanization of yarding with the automatic grapple. Driviing thisprocess of innovation was a concept of industrial efficiency thatresponded to changing environmental conditions, product and labourmarkets, but sought to advance operators' class interests byroutinizing production. The managerial component of the factory regimetook shape in accordance with the principles of the early 20th centuryscientific management movement. Requiring expertise in the organizationof an expanded, technologically sophisticated exploitation process,operators presided over the establishment of logging engineeringprograms in the region's universities. Graduates introducedrational planning procedures to coastal logging, contributing to a rateof deforestation that generated a corporate call for technical forestryexpertise after 1930. Industrial foresters then emerged from theuniversities to provide firms with data needed for long-rangeinvestment decisions in land acquisition and management. Part II constitutes an environmental and political history ofclearcutting. This reconstructs the process of scientific researchconcenring the factory regime's impact on the ecology of theDouglas fir forest, assessing how knowledge was utitized in theregulation of cutting practices. Analysis of business-governmentrelations in British Columbia, Washington and Oregon suggests that thereliance of those client states on revenues generated by timber capitalenouraged a pattern of regulation that served corporate rather thansocial and ecological ends.

This book integrates class, environmental, and political analysis to uncover the history of clearcutting in the Douglas fir forests of B.C., Washington, and Oregon between 1880 and 1965. Part I focuses on the mode of production, analyzing the technological and managerial structures of worker and resource exploitation from the perspective of current trends in labour process research. Rajala argues that operators sought to neutralize the variable forest environment by emulating the factory model of work organization. The introduction of steam-powered overhead logging methods provided industry with a rudimentary factory regime by 1930, accompanied by productivity gains and diminished workplace autonomy for loggers. After a Depression-inspired turn to selective logging with caterpillar tractors timber capital continued its refinement of clearcutting technologies in the post-war period, achieving complete mechanization of yarding with the automatic grapple. Driviing this process of innovation was a concept of industrial efficiency that responded to changing environmental conditions, product and labour markets, but sought to advance operators' class interests by routinizing production. The managerial component of the factory regime took shape in accordance with the principles of the early 20th century scientific management movement. Requiring expertise in the organization of an expanded, technologically sophisticated exploitation process, operators presided over the establishment of logging engineering programs in the region's universities. Graduates introduced rational planning procedures to coastal logging, contributing to a rate of deforestation that generated a corporate call for technical forestry expertise after 1930. Industrial foresters then emerged from the universities to provide firms with data needed for long-range investment decisions in land acquisition and management. Part II constitutes an environmental and political history of clearcutting. This reconstructs the process of scientific research concenring the factory regime's impact on the ecology of the Douglas fir forest, assessing how knowledge was utitized in the regulation of cutting practices. Analysis of business-government relations in British Columbia, Washington and Oregon suggests that the reliance of those client states on revenues generated by timber capital enouraged a pattern of regulation that served corporate rather than social and ecological ends.

Temperate rainforests are biogeographically unique. Compared to their tropical counterparts, temperate rainforests are rarer and are found disproportionately along coastlines. Because most temperate rainforests are marked by the intersection of marine, terrestrial, and freshwater systems, these rich ecotones are among the most productive regions on Earth. Globally, temperate rainforests store vast amounts of carbon, provide habitat for scores of rare and endemic species with ancient affinities, and sustain complex food-web dynamics. In spite of their global significance, however, protection levels for these ecosystems are far too low to sustain temperate rainforests under a rapidly changing global climate and ever expanding human footprint. Therefore, a global synthesis is needed to provide the latest ecological science and call attention to the conservation needs of temperate and boreal rainforests. A concerted effort to internationalize the plight of the world’s temperate and boreal rainforests is underway around the globe; this book offers an essential (and heretofore missing) tool for that effort. DellaSala and his contributors tell a compelling story of the importance of temperate and boreal rainforests that includes some surprises (e.g., South Africa, Iran, Turkey, Japan, Russia). This volume provides a comprehensive reference from which to build a collective vision of their future.

Information is crucial when it comes to the management of resources. But what if knowledge is incomplete, or biased, or otherwise deficient? How did people define patterns of proper use in the absence of cognitive certainty? Discussing this challenge for a diverse set of resources from fish to rubber, these essays show that deficient knowledge is a far more pervasive challenge in resource history than conventional readings suggest. Furthermore, environmental ignorance does not inevitably shrink with the march of scientific progress: these essays suggest more of a dialectical relationship between knowledge and ignorance that has different shapes and trajectories. With its combination of empirical case studies and theoretical reflection, the essays make a significant contribution to the interdisciplinary debate on the production and resilience of ignorance. At the same time, this volume combines insights from different continents as well as the seas in between and thus sketches outlines of an emerging global resource history.

Born in the timber colony of New Brunswick, Maine, in 1848, Andrew Benoni Hammond got off to an inauspicious start as a teenage lumberjack. By his death in 1934, Hammond had built an empire of wood that stretched from Puget Sound to Arizona—and in the process had reshaped the American West and the nation’s way of doing business. When Money Grew on Trees follows Hammond from the rough-and-tumble world of mid-nineteenth-century New Brunswick to frontier Montana and the forests of Northern California—from lowly lumberjack to unrivaled timber baron. Although he began his career as a pioneer entrepreneur, Hammond, unlike many of his associates, successfully negotiated the transition to corporate businessman. Against the backdrop of western expansion and nation-building, his life dramatically demonstrates how individuals—more than the impersonal forces of political economy—shaped capitalism in this country, and in doing so, transformed the forests of the West from functioning natural ecosystems into industrial landscapes. In revealing Hammond’s instrumental role in converting the nation’s public domain into private wealth, historian Greg Gordon also shows how the struggle over natural resources gave rise to the two most pervasive forces in modern American life: the federal government and the modern corporation. Combining environmental, labor, and business history with biography, When Money Grew on Trees challenges the conventional view that the development and exploitation of the western United States was dictated from the East Coast. The West, Gordon suggests, was perfectly capable of exploiting itself, and in his book we see how Hammond and other regional entrepreneurs dammed rivers, logged forests, and leveled mountains in just a few decades. Hammond and his like also built cities, towns, and a vast transportation network of steamships and railroads to export natural resources and import manufactured goods. In short, they established much of the modern American state and economy.

Provides an overview of the rain forests of the world and describes the rain forests of the Pacific Northwest and the life that they support.

The Wind River Experimental Forest has been called the cradle of forestry in the Pacific Northwest. Located in the Gifford Pinchot National Forest in southwest Washington, the forest is a nexus of groundbreaking discoveries in forest genetics and ecology, and is one of more than seventyfive Forest Service landscapes across the U.S. devoted to forest and range research. Forest of Time follows one hundred years of forest science at Wind River, as social and scientific changes transformed the twentieth century and the Pacific Northwest forest itself. The Forest Service began research at Wind River in 1908 to learn the secrets of the giant Douglas fir. During the course of the century, generations of scientists studied the forest from different angles, and their conclusions changed through time. Initially, Wind River scientists saw the region in need of protec tion from fire and careless logging. They saw scorched, cutover land that required replanting. Later they saw the forest in need of improvement, needing to be freed from pests and unprofitable s pecies and replaced with thrifty, fastgrowing plantations. Wind River soon became a laboratory where foresters from around the world came to learn how to grow the best possible lumber in the shortest amount of time. As plantations replaced natural forest stands, scientists came to Wind River to explore the complexity of oldgrowth forest ecosystems. And today, Wind River is the center of a twentyfirst century exploration of forest canopies and the global connec tion between forests and atmos phere. In Forest of Time, Margaret Herring and Sarah Greene show readers how science grows and changes in unexpec ted ways, much like a forest through time. It is a story of discovery and blindness, of opportunities taken and missed, in a forest dedicated to longterm research.