Not a day goes by that humans aren’t exposed to toxins in our environment—be it at home, in the car, or workplace. But what about those toxic places and items that aren’t marked? Why are we warned about some toxic spaces’ substances and not others? The essays in Inevitably Toxic consider the exposure of bodies in the United States, Canada and Japan to radiation, industrial waste, and pesticides. Research shows that appeals to uncertainty have led to social inaction even when evidence, e.g. the link between carbon emissions and global warming, stares us in the face. In some cases, influential scientists, engineers and doctors have deliberately “manufactured doubt” and uncertainty but as the essays in this collection show, there is often no deliberate deception. We tend to think that if we can’t see contamination and experts deem it safe, then we are okay. Yet, having knowledge about the uncertainty behind expert claims can awaken us from a false sense of security and alert us to decisions and practices that may in fact cause harm.
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Brinda Sarathy is a professor of Environmental Analysis and director of the Robert Redford Conservancy for Southern California Sustainability at Pitzer College. She holds a Ph.D. in Environmental Science, Policy, and Management from the University of California, Berkeley. In addition to the books, Pineros: Latino Labour and the Changing Face of Forestry in the Pacific Northwest(UBC Press, 2012) and Partnerships for Empowerment: Participatory Research for Community Based Natural Resource Management(Earthscan Press, 2008), Sarathy has published articles in Journal of Forestry, Society and Natural Resources, Policy Sciences, Race Gender & Class, and Local Environment.
Vivien Hamilton is an associate professor of history of science and director of the Hixon-Riggs Program for Responsive Science and Engineering at Harvey Mudd College. Her work examines the history of medical technologies, focusing on questions of authority, expertise and cross-disciplinary collaboration. She holds a PhD in history of science from the University of Toronto and is currently completing a book examining the role of physics in the early history of radiology. She is a member of the History of Science Society, The Canadian Society for the History and Philosophy of Science and the Society for the Social Studies of Science.
Janet Farrell Brodie is a professor of U.S. history at Claremont Graduate University. Her recent scholarship focuses on secrecy in the nuclear era with articles in the Journal of Diplomatic History and The Journal of Social History.. She is currently finishing a book about the history of the site of the first atomic bomb test in New Mexico and how it became a national historical landmark. She has a Ph.D. in history from the University of Chicago.
Situating Toxicity
Toxic environments may be situated as an outcome and characteristic of our political-economic system and, more broadly, represent what sociologist Anthony Giddens has termed “manufactured risks:” risks created by “the very progression of human development, especially by the progression of science and technology for which history provides us with very little previous experience.”[v] Historian of science Michelle Murphy helps us further conceptualize the manufactured risks associated with toxic substances in relation to the historical emergence of “a chemical regime of living,” in which toxics pervade environments at multiple scales, from individual bodies and ecologies, to geographic terrains and processes of production and consumption. The fact that toxics traverse so many kinds of boundaries, Murphy argues, requires “us to tie the history of technoscience with political economy.”[vi] Scholarship in environmental history, in particular, has traced the extent to which conditions of pervasive toxicity have resulted from technological hubris and manipulations of scientific uncertainty.[vii] The case studies in this volume build upon this work and harness ways of thinking critically about toxicity at multiple scales, to more explicitly lay bare the political-economic foundations, modes of logic, and bases of knowledge upon which toxic spaces have been produced and obscured.
On the one hand, these cases could be read as proof of an increasing awareness of the toxic landscapes we inhabit, demonstrated by attempts to regulate and manage toxic substances, to study their circulation in the environment, and to create structures of safety to minimize exposure and keep bodies safe. Such actions are indicative of what sociologist Ulrich Beck has termed a “risk society,” in which we anticipate, organize around, and respond to manufactured risks.[viii] Yet, a closer look reveals just how inadequate and compromised these processes of regulation have been almost from their very inception.[ix] As far back as the early 20th century, toxic experiments were real time practices, in the sense that new toxic agents were actively implemented in social and ecological contexts, and not studied first in isolation to assess possible negative impacts.
Scholars elsewhere and in this volume show how this trend has continued, evident in the development and deployment of nuclear weapons and technologies during and after World War II, the marketing of pesticides—initially developed for military uses—to consumers in newly concocted battles against insects and weeds, and the eventual ways in which these substances have been disposed of.[x]
The proliferation of nuclear technologies and subsequent contamination, moreover, has been uniquely hidden by a culture of Cold War secrecy. Scholars have only recently started to show us the widespread global impacts of this vast nuclear complex, uncovering for instance the ways in which scientists and politicians have made decisions about where to dump nuclear waste.[xi] The experiences of individuals impacted by these decisions are increasingly coming into focus, including stories about growing up near secret weapons facilities, working in plutonium plants, and surviving nuclear disasters like Chernobyl.[xii] The struggle for recognition and reparation is ongoing for multiple communities impacted by the nuclear industry globally.[xiii]
In all of these cases, individuals in positions of authority— among them scientists, military officials, and politicians— have been willing to take risks with new toxic technologies for the sake of growth and progress, waiting to deal with the consequences later. In writing about toxic substance regulation in the United States, Sheila Jasanoff once asserted that the issue “is not whether expertise detracts from political processes, but how it is harnessed and steered to serve some political interests over others.”[xiv] The majority of stories in this volume attend to this question. Chapters highlight the inherently political ways in which scientific expertise has been wielded in contexts of uncertainty to facilitate dominant economic and military interests, often at the expense of environmental and human health.
Expert Knowledge and Uncertainty
Understanding the ways in which toxic landscapes have become unremarkable and ubiquitous requires an examination of the development of modern institutions of scientific and technical expertise. Most of us know very little about the chemical and physical properties of particular toxic agents, their physiological impacts or the ways in which they circulate in different ecological systems. But we feel confident that chemists, physicists, toxicologists, epidemiologists, and safety engineers have that knowledge and have worked with legislators to put adequate regulations in place to keep bodies and spaces safe. This division of labor and deference to the special knowledge of experts, then, is a crucial component of societal complacency. Institutions of expertise and patterns of science communication, however, tend to mask the uncertain, tentative or disputed nature of expert knowledge claims, while excluding the voices of those most impacted by toxicity.
Uncertainty is a central and disconcerting feature of histories of toxicity,[xv] wielded differently depending on the interests of government and industry. Recent historical work has shown, for instance, that appeals to the uncertainty of experts have been extremely successful in nurturing social inaction, even in the face of the increasingly evident links between smoking and cancer and carbon emissions and global warming.[xvi] Those stories reveal the conscious efforts of a small group of influential scientists to “manufacture doubt.” Our stories, however, are rarely ones of deliberate deception. Many of the cases in this collection focus on the judgments of scientists, doctors, and engineers who have been called on to decide whether a health impact exists, or whether a given space is safe. In the course of passing judgment, developing protocols, and shaping regulations, these experts often unintentionally obscured all that was still unknown about a particular toxic agent. Such actions led to an appearance of safety, certainty, and consensus even when none existed. In this way, many of the essays in our collection study the production of ignorance as much as the production of knowledge, contributing to the project outlined in Robert Proctor and Londa Schiebinger's Agnotology.[xvii] The imperceptibility and also proliferation of different kinds of toxic substances, the difficulty of untangling causes and clusters of symptoms, and the inevitable messiness of scientific measurement outside of a lab have worked together to make simple statements about the impact of toxic exposure rare.[xviii]
Stabilizing any scientific phenomenon and creating scientific consensus is always messy, but knowledge about toxicity is particularly incoherent. In part, this has to do with structures of national and industrial secrecy that have restricted the free communication of information about new chemicals, radioactive isotopes and industrial waste products. The nuclear weapons development of the Manhattan Project in World War II ushered in a new era of classified military research and regimes of secrecy that have continued to structure contemporary institutions, hampering the circulation of knowledge about toxicity, and nuclear technologies in particular.[xix]
While classified knowledge and military-industrial secrecy are inherently exclusive, broader patterns of science education and communication have al...
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