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Covers the history of this form of warfare, information on chemical agents themselves, as well as regulation, controls, and disposal policies. Scientific research on CBW, extending as far back as 1940 is organized under categories of CBW agents and their corresponding subheadings.
This is the second edition of this publication which focuses on the public health aspects of the possible deliberate use of biological or chemical agents. Issues discussed include: the key principles for public health planning, risk assessment, hazard identification and evaluation, risk management strategies, and response planning as part of existing national emergency plans, disease surveillance and early warning systems, the national and international legal framework, and international sources of assistance. Technical annexes cover a range of issues including chemical agents, toxins, biological agents, principles of protection, precautions against the sabotage of drinking water, food and other products, information resources and the affiliation of WHO Member States to the international treaties on biological and chemical weapons.
Scientific advances over the past several decades have accelerated the ability to engineer existing organisms and to potentially create novel ones not found in nature. Synthetic biology, which collectively refers to concepts, approaches, and tools that enable the modification or creation of biological organisms, is being pursued overwhelmingly for beneficial purposes ranging from reducing the burden of disease to improving agricultural yields to remediating pollution. Although the contributions synthetic biology can make in these and other areas hold great promise, it is also possible to imagine malicious uses that could threaten U.S. citizens and military personnel. Making informed decisions about how to address such concerns requires a realistic assessment of the capabilities that could be misused. Biodefense in the Age of Synthetic Biology explores and envisions potential misuses of synthetic biology. This report develops a framework to guide an assessment of the security concerns related to advances in synthetic biology, assesses the levels of concern warranted for such advances, and identifies options that could help mitigate those concerns.
The armaments of chemical and biological warfare (CBW) are now widely held not just by nation-states, but by terrorist and criminal enterprises. The weapons themselves are relatively inexpensive and very easy to hide, allowing organizations of just a few dozen people to deploy potentially devastating attacks. While in the twentieth century most arms-control efforts focused, rightly, on nuclear arsenals, in the twenty-first century CBW will almost certainly require just as much attention. This book defines the basics of CBW for the concerned citizen, including non-alarmist scientific descriptions of the weapons and their antidotes, methods of deployment and defensive response, and the likelihood in the current global political climate of additional proliferation.
Until the events of September 11 and the anthrax attacks of 2001, biological weapons had never been a major public concern in the United States. Today, the possibility of their use by terrorists against Western states looms large as an international security concern. In Biological Weapons, Jeanne Guillemin provides a highly accessible and compelling account of the circumstances under which scientists, soldiers, and statesmen were able to mobilize resources for extensive biological weapons programs and also analyzes why such weapons, targeted against civilians, were never used in a major conflict. This book is essential for understanding the relevance of the historical restraints placed on the use of biological weapons for today's world. It serves as an excellent introduction to the problems biological weapons pose for contemporary policymakers and public officials, particularly in the United States. How can we best deter the use of such weapons? What are the resulting policies of the Department of Homeland Security? How can we constrain proliferation? Jeanne Guillemin wisely points out that these are vitally important questions for all Americans to consider and investigate—all the more so because the development of these weapons has been carried out under a veil of secrecy, with their frightening potential open to exploitation by the media and government. Public awareness through education can help calm fears in today's tension-filled climate and promote constructive political action to reduce the risks of a biological weapons catastrophe. Biological Weapons is required reading for every concerned citizen, government policymaker, public health official, and national security analyst who wants to understand this complex and timely issue.
"Biological weapons are widely feared, yet rarely used. Biological weapons were the first weapon prohibited by an international treaty, yet the proliferation of these weapons increased after they were banned in 1972. Biological weapons are frequently called 'the poor man's atomic bomb,' yet they cannot provide the same deterrent capability as nuclear weapons. One of my goals in this book is to explain the underlying principles of these apparent paradoxes."—from Living Weapons Biological weapons are the least well understood of the so-called weapons of mass destruction. Unlike nuclear and chemical weapons, biological weapons are composed of, or derived from, living organisms. In Living Weapons, Gregory D. Koblentz provides a comprehensive analysis of the unique challenges that biological weapons pose for international security. At a time when the United States enjoys overwhelming conventional military superiority, biological weapons have emerged as an attractive means for less powerful states and terrorist groups to wage asymmetric warfare. Koblentz also warns that advances in the life sciences have the potential to heighten the lethality and variety of biological weapons. The considerable overlap between the equipment, materials and knowledge required to develop biological weapons, conduct civilian biomedical research, and develop biological defenses creates a multiuse dilemma that limits the effectiveness of verification, hinders civilian oversight, and complicates threat assessments. Living Weapons draws on the American, Soviet, Russian, South African, and Iraqi biological weapons programs to enhance our understanding of the special challenges posed by these weapons for arms control, deterrence, civilian-military relations, and intelligence. Koblentz also examines the aspirations of terrorist groups to develop these weapons and the obstacles they have faced. Biological weapons, Koblentz argues, will continue to threaten international security until defenses against such weapons are improved, governments can reliably detect biological weapon activities, the proliferation of materials and expertise is limited, and international norms against the possession and use of biological weapons are strengthened.
This explosive look into the dawn of chemical warfare during World War I is "a terrifying piece of history that almost no one knows" (Hampton Sides). In 1915, when German forces executed the first successful gas attack of World War I, the world watched in horror as the boundaries of warfare were forever changed. Cries of barbarianism rang throughout Europe, yet Allied nations immediately jumped into the fray, kickstarting an arms race that would redefine a war already steeped in unimaginable horror. Largely forgotten in the confines of history, the development of the U.S. Chemical Warfare Service in 1917 left an indelible imprint on World War I. This small yet powerful division, along with the burgeoning Bureau of Mines, assembled research and military unites devoted solely to chemical weaponry, outfitting regiments with hastily made gas-resistant uniforms and recruiting scientists and engineers from around the world into the fight. As the threat of new gases and more destructive chemicals grew stronger, the chemists' secret work in the laboratories transformed into an explosive fusion of steel, science, and gas on the battlefield. Drawing from years of research, Theo Emery brilliantly shows how World War I quickly spiraled into a chemists' war, one led by the companies of young American engineers-turned-soldiers who would soon become known as the "Hellfire Boys." As gas attacks began to mark the heaviest and most devastating battles, these brave and brilliant men were on the front lines, racing against the clock -- and the Germans -- to protect, develop, and unleash the latest weapons of mass destruction.
This report surveys opportunities for future Army applications in biotechnology, including sensors, electronics and computers, materials, logistics, and medical therapeutics, by matching commercial trends and developments with enduring Army requirements. Several biotechnology areas are identified as important for the Army to exploit, either by direct funding of research or by indirect influence of commercial sources, to achieve significant gains in combat effectiveness before 2025.