On April 20, 2010, the gigantic drilling rig Deepwater Horizon blew up in the Gulf of Mexico, killing eleven crew members and causing a massive eruption of oil from BP’s Macondo well. For months, oil gushed into the Gulf, spreading death and destruction. Americans watched real-time video of the huge column of oil and gas spewing from the obviously failed “blowout preventer.” What was missing, though, was the larger story of this disaster. In Blowout in the Gulf, energy experts William Freudenburg and Robert Gramling explain both the disaster and the decisions that led up to it.
Blowout in the Gulf weaves a fascinating narrative of failures, missteps, and bad decisions, explaining why this oil spill was a disaster waiting to happen--and how making better energy choices will help prevent others like it.
Greater knowledge and transparency are often promoted as the keys to solving a wide array of governance problems. In Instituting Nature, Andrew Mathews describes Mexico’s efforts over the past hundred years to manage its forests through forestry science and biodiversity conservation. He shows that transparent knowledge was produced not by official declarations or scientists’ expertise but by encounters between the relatively weak forestry bureaucracy and the indigenous people who manage and own the pine forests of Mexico. Mathews charts the performances, collusions, complicities, and evasions that characterize the forestry bureaucracy. He shows that the authority of forestry officials is undermined by the tension between local realities and national policy; officials must juggle sweeping knowledge claims and mundane concealments, ambitious regulations and routine rule breaking. Moving from government offices in Mexico City to forests in the state of Oaxaca, Mathews describes how the science of forestry and bureaucratic practices came to Oaxaca in the 1930s and how local environmental and political contexts set the stage for local resistance. He tells how the indigenous Zapotec people learned the theory and practice of industrial forestry as employees and then put these skills to use when they become the owners and managers of the area’s pine forests--eventually incorporating forestry into their successful claims for autonomy from the state. Despite the apparently small scale and local contexts of this balancing act between the power of forestry regulations and the resistance of indigenous communities, Mathews shows that it has large implications--for how we understand the modern state, scientific knowledge, and power and for the global carbon markets for which Mexican forests might become valuable.
Biological sewage treatment, like electricity, power generation, telephones, and mass transit, has been a key technology and a major part of the urban infrastructure since the late nineteenth century. But sewage treatment plants are not only a ubiquitous component of the modern city, they are also ecosystems--a hybrid variety that incorporates elements of both nature and industry and embodies multiple contradictions. In Hybrid Nature, Daniel Schneider offers an environmental history of the biological sewage treatment plant in the United States and England, viewing it as an early and influential example of an industrial ecosystem. The sewage treatment plant relies on microorganisms and other plants and animals but differs from a natural ecosystem in the extent of human intervention in its creation and management. Schneider explores the relationship between society and nature in the industrial ecosystem and the contradictions that define it[: the naturalization of industry versus the industrialization of nature; the public interest versus private (patented) technology; engineers versus bacterial and human labor; and purification versus profits in the marketing of sewage fertilizer.] Schneider also describes biotechnology’s direct connections to the history of sewage treatment, and how genetic engineering is extending the reaches of the industrial ecosystem to such “natural” ecosystems as oceans, rivers, and forests. In a conclusion that shows how industrial ecosystems continue to evolve, Schneider discusses John Todd’s Living Machine, a natural purification method of sewage treatment, as the embodiment of the contradictions of the industrial ecosystem.
Over the course of nearly thirty years, the environmental justice movement has changed the politics of environmental activism and influenced environmental policy. In the process, it has turned the attention of environmental activists and regulatory agencies to issues of pollution, toxics, and human health as they affect ordinary people, especially people of color. This book argues that the environmental justice movement has also begun to transform science and engineering. The chapters present case studies of technical experts’ encounters with environmental justice activists and issues, exploring the transformative potential of these interactions.
Technoscience and Environmental Justice first examines the scientific practices and identities of technical experts who work with environmental justice organizations, whether by becoming activists themselves or by sharing scientific information with communities. It then explore scientists’ and engineers’ activities in such mainstream scientific institutions as regulatory agencies and universities, where environmental justice concerns have been (partially) institutionalized as a response to environmental justice activism. All of the chapters grapple with the difficulty of transformation that experts face, but the studies also show how environmental justice activism has created opportunities for changing technical practices and, in a few cases, has even accomplished significant transformations.
The United States and other nations are facing large-scale risks at an accelerating rhythm. In 2005, three major hurricanes--Katrina, Rita, and Wilma--made landfall along the U.S. Gulf Coast within a six-week period. The damage caused by these storms led to insurance reimbursements and federal disaster relief of more than $180 billion--a record sum. Today we are more vulnerable to catastrophic losses because of the increasing concentration of population and activities in high-risk coastal regions of the country. The question is not whether but when, and how frequently, future catastrophes will strike and the extent of damages they will cause. Who should pay the costs associated with catastrophic losses suffered by homeowners in hazard-prone areas? In At War with the Weather, Howard Kunreuther and Erwann Michel-Kerjan with their colleagues deliver a groundbreaking analysis of how we currently mitigate, insure against, and finance recovery from natural disasters in the United States. They offer innovative, long-term solutions for reducing losses and providing financial support for disaster victims that define a coherent strategy to assure sustainable recovery from future large-scale disasters. The amount of data collected and analyzed and innovations proposed make this the most comprehensive book written on these critical issues in the past thirty years.
The widespread but virtually invisible problem of pesticide drift--the airborne movement of agricultural pesticides into residential areas--has fueled grassroots activism from Maine to Hawaii. Pesticide drift accidents have terrified and sickened many living in the country’s most marginalized and vulnerable communities. In this book, Jill Lindsey Harrison considers political conflicts over pesticide drift in California, using them to illuminate the broader problem and its potential solutions. The fact that pesticide pollution and illnesses associated with it disproportionately affect the poor and the powerless raises questions of environmental justice (and political injustice). Despite California’s impressive record of environmental protection, massive pesticide regulatory apparatus, and booming organic farming industry, pesticide-related accidents and illnesses continue unabated. To unpack this conundrum, Harrison examines the conceptions of justice that increasingly shape environmental politics and finds that California’s agricultural industry, regulators, and pesticide drift activists hold different, and conflicting, notions of what justice looks like. Drawing on her own extensive ethnographic research as well as in-depth interviews with regulators, activists, scientists, and public health practitioners, Harrison examines the ways industry, regulatory agencies, and different kinds of activists address pesticide drift, connecting their efforts to communitarian and libertarian conceptions of justice. The approach taken by pesticide drift activists, she finds, not only critiques theories of justice undergirding mainstream sustainable-agriculture activism, but also offers an entirely new notion of what justice means. To solve seemingly intractable environmental problems such as pesticide drift, Harrison argues, we need a different kind of environmental justice. She proposes the precautionary principle as a framework for effectively and justly addressing environmental inequities in the everyday work of environmental regulatory institutions.
Global warming is the most significant environmental issue of our time, yet public response in Western nations has been meager. Why have so few taken any action? In Living in Denial, sociologist Kari Norgaard searches for answers to this question, drawing on interviews and ethnographic data from her study of "Bygdaby," the fictional name of an actual rural community in western Norway, during the unusually warm winter of 2000-2001.
In 2000-2001 the first snowfall came to Bygdaby two months later than usual; ice fishing was impossible; and the ski industry had to invest substantially in artificial snow-making. Stories in local and national newspapers linked the warm winter explicitly to global warming. Yet residents did not write letters to the editor, pressure politicians, or cut down on use of fossil fuels. Norgaard attributes this lack of response to the phenomenon of socially organized denial, by which information about climate science is known in the abstract but disconnected from political, social, and private life, and sees this as emblematic of how citizens of industrialized countries are responding to global warming.
Norgaard finds that for the highly educated and politically savvy residents of Bygdaby, global warming was both common knowledge and unimaginable. Norgaard traces this denial through multiple levels, from emotions to cultural norms to political economy. Her report from Bygdaby, supplemented by comparisons throughout the book to the United States, tells a larger story behind our paralysis in the face of today’s alarming predictions from climate scientists.
We don't think much about how food gets to our tables, or what had to happen to fill our supermarket's produce section with perfectly round red tomatoes and its meat counter with slabs of beautifully marbled steak. We don't realize that the meat in one fast-food hamburger may come from many different cattle raised in several different countries. In fact, most of us have a fairly abstract understanding of what happens on a farm. In America's Food, Harvey Blatt gives us the specifics. He tells us, for example, that a third of the fruits and vegetables grown are discarded for purely aesthetic reasons; that the artificial fertilizers used to enrich our depleted soil contain poisonous heavy metals; that chickens who stand all day on wire in cages choose feed with pain-killing drugs over feed without them; and that the average American eats his or her body weight in food additives each year.
Blatt also asks us to think about the consequences of eating food so far removed from agriculture; why unhealthy food is cheap; why there is an International Federation of Competitive Eating; what we don't want to know about how animals raised for meat live, die, and are butchered; whether people are even designed to be carnivorous; and why there is hunger when food production has increased so dramatically. America's Food describes the production of all types of food in the United States and the environmental and health problems associated with each.
After taking us on a tour of the American food system—not only the basic food groups but soil, grain farming, organic food, genetically modified food, food processing, and diet—Blatt reminds us that we aren't powerless. Once we know the facts about food in America, we can change things by the choices we make as consumers, as voters, and as ethical human beings.
Americans are concerned about the state of the environment, and yet polls show that many have lost faith in both scientists’ and politicians’ ability to solve environmental problems. In America’s Environmental Report Card, Harvey Blatt sorts through the deluge of conflicting information about the environment and offers an accessible overview of the environmental issues that are most important to Americans today. Blatt has thoroughly updated this second edition, revising and adding new material. He looks at water supplies and new concerns about water purity; the dangers of floods (increased by widespread logging and abetted by glacial melting); infrastructure problems (in a new chapter devoted entirely to this subject); the leaching of garbage buried in landfills; soil, contaminated crops, and organic food; fossil fuels; alternative energy sources (in another new chapter); controversies over nuclear energy; the increasing pace of climate change; and air pollution. Along the way, he outlines ways to deal with these problems--workable and reasonable solutions that map the course to a sustainable future. America can lead the way to a better environment, Blatt argues. We are the richest nation in the world, and we can afford it--in fact, we can’t afford not to.
Human history, as written traditionally, leaves out the important ecological and climate context of historical events. But the capability to integrate the history of human beings with the natural history of the Earth now exists, and we are finding that human-environmental systems are intimately linked in ways we are only beginning to appreciate. In Sustainability or Collapse?, researchers from a range of scholarly disciplines develop an integrated human and environmental history over millennial, centennial, and decadal time scales and make projections for the future. The contributors focus on the human-environment interactions that have shaped historical forces since ancient times and discuss such key methodological issues as data quality. Topics highlighted include the political ecology of the Mayans; the effect of climate on the Roman Empire; the "revolutionary weather" of El Niño from 1788 to 1795; twentieth-century social, economic, and political forces in environmental change; scenarios for the future; and the accuracy of such past forecasts as The Limits to Growth.