When an accident involves many people and when its consequences are many and serious, we speak of a disaster. Disasters have the same causal fac tors as accidents: they differ from accidents by the gravity of consequences, not by causes. The action of a single individual may result in thousands of deaths and huge financial losses. The metal fatigue of a screw may, by a chain of events, cause an explosion killing hundreds or lead to a break in a dam and a devastating flood. The fact that minor and unpredictable acts can lead to disasters is im portant because it allows us to predict that the years to come will bring with them more disasters with ever more severe consequences. The density ofhu man populations is growing. By the year 2025 some four fifths of the world's population will be living in urban settings. An explosion or a gas leak in a densely populated area will cause incomparably more damage than a simi lar event in a rural area. Modern technology is immensely powerful (and its power is continuing to grow) and can be used in a disastrous manner. Ag gression is just as possible now as it was in the past, but the tools of aggression are vastly more dangerous than ever before. This book, edited by Johan M. Havenaar, Julie G. Cwikel, and Evelyn J. Bromet, is therefore very timely.

Nerve agents are the world's deadliest means of chemical warfare. Nazi Germany developed the first military-grade nerve agents and massive industry for their manufacture--yet, strangely, the Third Reich never used them. At the end of the Second World War, the Allies were stunned to discover this advanced and extensive programme. The Soviets and Western powers embarked on a new arms race, amassing huge chemical arsenals. From their Nazi invention to the 2018 Novichok attack in Britain, Dan Kaszeta uncovers nerve agents' gradual spread across the world, despite international arms control efforts. They've been deployed in the Iran-Iraq War, by terrorists in Japan, in the Syrian Civil War, and by assassins in Malaysia and Salisbury--always with bitter consequences. Toxic recounts the grisly history of these weapons of mass destruction: a deadly suite of invisible, odourless killers.

This encyclopedia comprehensively covers all aspects of what has become the dynamic domain of behavioral medicine. It collects together the knowledge generated by this interdisciplinary field, highlighting the links between science and practice.

The Gulf War in 1990-1991 was considered a brief and successful military operation, with few injuries or deaths of US troops. The war began in August 1990, and the last US ground troops returned home by June 1991. Although most Gulf War veterans resumed their normal activities, many soon began reporting a variety of nonexplained health problems that they attributed to their participation in the Gulf War, including chronic fatigue, muscle and joint pain, loss of concentration, forgetfulness, headache, and rash. Because of concerns about the veterans' health problems, the Department of Veterans Affairs (VA) requested that the Institute of Medicine (IOM) review the scientific and medical literature on the long-term adverse health effects of agents to which the Gulf War veterans may have been exposed. This report is a broad overview of the toxicology of sarin and cyclosarin. It assesses the biologic plausibility with respect to the compounds in question and health effects.

The U.S. Congress asked the National Academy of Sciences to conduct a technical study on lessons learned from the Fukushima Daiichi nuclear accident for improving safety and security of commercial nuclear power plants in the United States. This study was carried out in two phases: Phase 1, issued in 2014, focused on the causes of the Fukushima Daiichi accident and safety-related lessons learned for improving nuclear plant systems, operations, and regulations exclusive of spent fuel storage. This Phase 2 report focuses on three issues: (1) lessons learned from the accident for nuclear plant security, (2) lessons learned for spent fuel storage, and (3) reevaluation of conclusions from previous Academies studies on spent fuel storage.

By tracking the distribution of disease and pinpointing relevant risk factors, social epidemiology reveals how social problems are intrinsically linked to the health of populations. The practice also takes into account the psychosocial, biological, and medical determinants of disease and health, encouraging a rich and multidisciplinary approach to analyzing and solving complex contemporary social issues. This book provides a clear and comprehensive set of tools for practice. Julie Cwikel begins with an overview of the historical roots of public health and social medicine and shows how they formed the theoretical basis for current social epidemiological methods. Cwikel then explains the theoretical and programmatic tools social epidemiologists use in their research, program planning, and evaluation. In conclusion, Cwikel demonstrates how the SOCEPID model can be applied to a range of topics, including chronic illness, obesity, violence prevention, occupational health, sexually transmitted diseases (especially HIV), environmental hazards, and addressing the needs of vulnerable populations such as immigrants and trafficked women. With compelling authority, Cwikel shows readers how the exciting and growing field of social epidemiology is both practical and activist, drawing on cutting-edge empirical findings to conduct policymaking research and promote health at both the personal and population levels.