Taking on what one former U.S. ambassador called "the last ghost of the Vietnam War," this book examines the far-reaching impact of Agent Orange, the most infamous of the dioxin-contaminated herbicides used by American forces in Southeast Asia. Edwin A. Martini's aim is not simply to reconstruct the history of the "chemical war" but to investigate the ongoing controversy over the short- and long-term effects of weaponized defoliants on the environment of Vietnam, on the civilian population, and on the troops who fought on both sides.

Beginning in the early 1960s, when Agent Orange was first deployed in Vietnam, Martini follows the story across geographical and disciplinary boundaries, looking for answers to a host of still unresolved questions. What did chemical manufacturers and American policymakers know about the effects of dioxin on human beings, and when did they know it? How much do scientists and doctors know even today? Should the use of Agent Orange be considered a form of chemical warfare? What can, and should, be done for U.S. veterans, Vietnamese victims, and others around the world who believe they have medical problems caused by Agent Orange?

Martini draws on military records, government reports, scientific research, visits to contaminated sites, and interviews to disentangle conflicting claims and evaluate often ambiguous evidence. He shows that the impact of Agent Orange has been global in its reach affecting individuals and communities in New Zealand, Australia, Korea, and Canada as well as Vietnam and the United States. Yet for all the answers it provides, this book also reveals how much uncertainty—scientific, medical, legal, and political—continues to surround the legacy of Agent Orange.

Each day, headlines warn that baby bottles are leaching dangerous chemicals, nonstick pans are causing infertility, and plastic containers are making us fat. What if green chemistry could change all that? What if rather than toxics, our economy ran on harmless, environmentally-friendly materials?
 
Elizabeth Grossman, an acclaimed journalist who brought national attention to the contaminants hidden in computers and other high tech electronics, now tackles the hazards of ordinary consumer products. She shows that for the sake of convenience, efficiency, and short-term safety, we have created synthetic chemicals that fundamentally change, at a molecular level, the way our bodies work. The consequences range from diabetes to cancer, reproductive and neurological disorders.
 
Yet it’s hard to imagine life without the creature comforts current materials provide—and Grossman argues we do not have to. A scientific revolution is introducing products that are “benign by design,” developing manufacturing processes that consider health impacts at every stage, and is creating new compounds that mimic rather than disrupt natural systems. Through interviews with leading researchers, Grossman gives us a first look at this radical transformation.
 
Green chemistry is just getting underway, but it offers hope that we can indeed create products that benefit health, the environment, and industry.

One morning in 2000, Dr. Jane Hightower walked into her exam room to find a patient with disturbing symptoms she couldn’t explain. The woman was nauseated, tired, and had difficulty concentrating, but a litany of tests revealed no apparent cause. She was not alone. Dr. Hightower saw numerous patients with similar, inexplicable ailments, and eventually learned that there were many more around the nation and the world. They had little in common—except a healthy appetite for certain fish.
 
Dr. Hightower’s quest for answers led her to mercury, a poison that has been plaguing victims for centuries and is now showing up in seafood. But this “explanation” opened a Pandora’s Box of thornier questions. Why did some fish from supermarkets and restaurants contain such high levels of a powerful poison? Why did the FDA base its recommendations for “safe” mercury consumption on data supplied by Saddam Hussein’s Ba’athist extremists? And why wasn’t the government warning its citizens?
 
In Diagnosis: Mercury, Dr. Hightower retraces her investigation into the modern prevalence of mercury poisoning, revealing how political calculations, dubious studies, and industry lobbyists endanger our health. While mercury is a naturally occurring element, she learns there’s much that is unnatural about this poison’s prevalence in our seafood. Mercury is pumped into the air by coal-fired power plants and settles in our rivers and oceans, and has been dumped into our waterways by industry. It accumulates in the fish we eat, and ultimately in our own bodies. Yet government agencies and lawmakers have been slow to regulate pollution or even alert consumers.
 
Why? The trail of evidence leads to Canada, Japan, Iraq, and various U.S. institutions, and as Dr. Hightower puts the pieces together, she discovers questionable connections between ostensibly objective researchers and industries that fear regulation and bad press. Her tenacious inquiry sheds light on a system in which, too often, money trumps good science and responsible government. Exposing a threat that few recognize but that touches many, Diagnosis: Mercury should be required reading for everyone who cares about their health.

In the industrialized nations of the global North, well-funded agencies like the CDC attend to citizens' health, monitoring and treating for toxic poisons like lead. How do the under-resourced nations of the global South meet such challenges? In Edges of Exposure, Noémi Tousignant traces the work of toxicologists in Senegal as they have sought to warn of and remediate the presence of heavy metals and other poisons in their communities. Situating recent toxic scandals within histories of science and regulation in postcolonial Africa, Tousignant shows how decolonization and structural adjustment have impacted toxicity and toxicology research. Ultimately, as Tousignant reveals, scientists' capacity to conduct research—as determined by material working conditions, levels of public investment, and their creative but not always successful efforts to make visible the harm of toxic poisons—affects their ability to keep equipment, labs, projects, and careers going.

Fighting Toxics is a step-by-step guide illustrating how to investigate the toxic hazards that may exist in your community, how to determine the risks they pose to your health, and how to launch an effective campaign to eliminate them.

Though polychlorinated biphenyls (PCBs) have been banned in the United States for more than thirty years, the toxic effects of their presence in local environments continue to be a significant public health concern. PCBs: Human and Environmental Disposition and Toxicology brings together more than fifty established specialists on PCB toxicity to discuss recent trends and specialized investigations of PCB influences on the environment and on humans. Renowned scientists including Paul S. Cooke, Takeshi Nakano, Tomas Trnovec, Deborah C. Rice, Linda S. Birnbaum, and Charles S. Wong present cutting-edge research on Hudson River PCBs, human contamination, homologue profiles, high PCB exposure in Slovakia, and PCB effects on the thyroid hormone, nutrition, and estrogen levels in humans and animals. Focusing on the detection, movement, metabolism, toxicity, remediation, and risk assessment of PCB contamination, this multi-disciplinary study is a valuable resource for regulatory agencies and scientists working with PCBs.

“Informed, utterly blindsiding account.” - Booklist, starred review

It’s falling from the sky and in the air we breathe. It’s in our food, our clothes, and our homes. It’s microplastic and it’s everywhere—including our own bodies. Scientists are just beginning to discover how these tiny particles threaten health, but the studies are alarming.
 
In A Poison Like No Other, Matt Simon reveals a whole new dimension to the plastic crisis, one even more disturbing than plastic bottles washing up on shores and grocery bags dumped in landfills. Dealing with discarded plastic is bad enough, but when it starts to break down, the real trouble begins. The very thing that makes plastic so useful and ubiquitous – its toughness – means it never really goes away. It just gets smaller and smaller: eventually small enough to enter your lungs or be absorbed by crops or penetrate a fish’s muscle tissue before it becomes dinner.
 
Unlike other pollutants that are single elements or simple chemical compounds, microplastics represent a cocktail of toxicity: plastics contain at least 10,000 different chemicals. Those chemicals are linked to diseases from diabetes to hormone disruption to cancers.
 
A Poison Like No Other is the first book to fully explore this new dimension of the plastic crisis, following the intrepid scientists who travel to the ends of the earth and the bottom of the ocean to understand the consequences of our dependence on plastic. As Simon learns from these researchers, there is no easy fix. But we will never curb our plastic addiction until we begin to recognize the invisible particles all around us. 
 

The highly toxic PBB poisoning of Michigan remains the most widespread chemical contamination known in U.S. history. The Poisoning of Michigan is an investigative journalist's account of the contamination of Michigan's dairy cattle with the highly toxic chemical PBB (polybrominated biphenyl) in 1973. A near relation of PCB, this now-banned substance, designed as a fire retardant, was mistaken for a nutritional supplement at a chemical plant. It ended up in cattle feed that was distributed to farms throughout the state. By the time the error was discovered, virtually all nine million residents of Michigan had been ingesting contaminated milk and meat for almost a year.
     A new introduction by the author and an afterword by three distinguished environmental scientists explain how the legacy of Michigan's poisoning lives on—and how equally toxic substitutes for PBB still invade our homes and lives. This new edition of Egginton's environmental classic—first published in 1980 and long out of print—tells how the tragedy affected both the farm community and the wider populace, and how federal and state authorities failed to respond. "We were mired in a swamp of ignorance," one state official admitted.

Sediment contamination is an issue of concern throughout the world, and a major goal of the AEHMS has been to encourage the exchange of scientific knowledge on a worldwide basis. This is reflected in the global distribution of papers presented in this book, which summarizes the key findings of the Fourth International Symposium on Sediment Quality Assessment, held in Otsu, Japan, in October 2000. Sediment Quality Assessment and Management demonstrates how sediments and the organisms living in them provide an indication of spatial and temporal trends in contamination, how bioaccumulation is used to measure the bioavailable fraction of these contaminants, how toxicity tests can be used to measure environmental impacts, and how the cause of these effects can be identified.

Susan Zimmermann talked with forty women about perhaps one of the most sensitive issues of body image and health - their breasts, the chief attribute of femininity. In the aftermath of the early 1990s controversy over the use of silicone breast implants, how do women decide to undergo surgery o enhance or reconstruct their bodies? How does surgery alter a woman's self-image? How did they face the possibility of debilitating autoimmune disease from rupturing or leaking implants?

Some opted for breast implants after mastectomies, others for cosmetic reasons. Some felt empowered by the surgery: "Being a woman, I just like breasts and felt like I got ripped off. ... I did it for myself." Others were pressured by their husbands: "He used to make fun of parts of my body. .... And, he made me believe that if I was ever to leave him, no one would have anything to do with me because I was this deformed type of person."

After surgery, some women were ecstatic, while others had a sense of inner conflict about what they had done to themselves: were they "faking it"? And a few were angry: "I was really angry inside that I had  had to put plastic bags filled with chemicals in my body in order for me to feel like I could do the Hoochie Koo on Saturday nights. ... I didn't wear tight clothes; I didn't want my children to find out."

Now, having faced years of medical and personal uncertainty, many have coped by reassessing their lives and their relationships, by sharing information and support with other women with implants, outreach that became a means for self-empowerment.

An interdisciplinary environmental humanities volume that explores human-environment relationships on our permanently polluted planet.

While toxicity and pollution are ever present in modern daily life, politicians, juridical systems, media outlets, scholars, and the public alike show great difficulty in detecting, defining, monitoring, or generally coming to terms with them. This volume’s contributors argue that the source of this difficulty lies in the struggle to make sense of the intersecting temporal and spatial scales working on the human and more-than-human body, while continuing to acknowledge race, class, and gender in terms of global environmental justice and social inequality.

The term toxic timescapes refers to this intricate intersectionality of time, space, and bodies in relation to toxic exposure. As a tool of analysis, it unpacks linear understandings of time and explores how harmful substances permeate temporal and physical space as both event and process. It equips scholars with new ways of creating data and conceptualizing the past, present, and future presence and possible effects of harmful substances and provides a theoretical framework for new environmental narratives. To think in terms of toxic timescapes is to radically shift our understanding of toxicants in the complex web of life.

Toxicity, pollution, and modes of exposure are never static; therefore, dose, timing, velocity, mixture, frequency, and chronology matter as much as the geographic location and societal position of those exposed. Together, these factors create a specific toxic timescape that lies at the heart of each contributor’s narrative. Contributors from the disciplines of history, human geography, science and technology studies, philosophy, and political ecology come together to demonstrate the complex reality of a toxic existence. Their case studies span the globe as they observe the intersection of multiple times and spaces at such diverse locations as former battlefields in Vietnam, aging nuclear-weapon storage facilities in Greenland, waste deposits in southern Italy, chemical facilities along the Gulf of Mexico, and coral-breeding laboratories across the world.

The Treatment is the story of one tragedy of medical research that stretched over eleven years and affected the lives of hundreds of people in an Ohio city. Thirty years ago the author, then an assistant professor of English, acquired a large set of little-known medical papers at her university. These documents told a grotesque story. Cancer patients coming to the public hospital on her campus were being swept into secret experiments for the U.S. military; they were being irradiated over their whole bodies as if they were soldiers in nuclear war. Of the ninety women and men exposed to this treatment, twenty-one died within a month of their radiations.
Martha Stephens’s report on these deaths led to the halting of the tests, but local papers did not print her charges, and for many years people in Cincinnati had no way of knowing that lethal experiments had taken place there. In 1994 other military tests were brought to light, and a yellowed copy of Stephens’s original report was delivered to a television newsroom. In Ohio, major publicity ensued—at long last—and reached around the world. Stephens uncovered the names of the victims, and a legal action was filed against thirteen researchers and their institutions. A federal judge compared the deeds of the doctors to the medical crimes of the Nazis during World War II and refused to dismiss the researchers from the suit. After many bitter disputes in court, they agreed to settle the case with the families of those they had afflicted. In 1999 a memorial plaque was raised in a yard of the hospital.
Who were these doctors and why had they done as they did? Who were the people whose lives they took? Who was the reporter who could not forget the story, the young attorney who first developed the case, the judge who issued the historic ruling against the doctors? This is Stephens’s moving account of all that transpired in these lives and her own during this epic battle between medicine and human rights.

When leaded gasoline was first developed in the 1920s, medical experts were quick to warn of the public health catastrophes it would cause. Yet government regulators did not heed their advice, and for more than half a century, nearly all cars used leaded gasoline, which contributed to a nationwide epidemic of lead poisoning. By the 1970s, 99.8% of American children had significantly elevated levels of lead in their blood.
 
Unleaded tells the story of how crusading scientists and activists convinced the U.S. government to ban lead additives in gasoline. It also reveals how, for nearly fifty years, scientific experts paid by the oil and mining industries abused their authority to convince the public that leaded gasoline was perfectly harmless. 
 
Combining environmental history, sociology, and neuroscience, Carrie Nielsen explores how lead exposure affects the developing brains of children and is linked to social problems including academic failure, teen pregnancies, and violent crime. She also shows how, even after the nationwide outrage over Flint’s polluted water, many poor and minority communities and communities of color across the United States still have dangerously high lead levels. Unleaded vividly depicts the importance of sound science and strong environmental regulations to protect our nation’s most vulnerable populations.