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In the fall of 2001, a bioterrorism attack using letters laced with anthrax spores killed five U.S. citizens. Termed “Amerithrax” by the FBI, the attacks stunned the nation and elevated domestic bioterrorism into the public consciousness. Bioterrorism and biowarfare are closely related activities that use biological organisms as weapons. Both exploit microbes or toxins for their deadly or disruptive effect; both are destined to remain important topics of both policy analysis and science communication. However, bioterror-ism and biowarfare generally differ in a number of important characteristics. These differences might include motivation for use, resources necessary to execute an attack, likely perpetrators, potential targets, delivery strategies, and potential effect.

Biowarfare is a state-sponsored activity and is defined as the intentional use of microorganisms or toxins derived from living organisms to produce death or disease in humans, animals, and/or plants. Biowarfare agents are usually intended for military purposes and have potential for both operational (on the immediate battlefield) and strategic (beyond the theater of conflict) use. In contrast, bioterrorism is the random use of disease-producing microorganisms or toxins, generally for nonmilitary purposes. Examples include demoralizing or intimidating a population or country, exacting revenge, and affecting national or international policy. Bioterrorism is far less likely to be state sponsored.

Under certain circumstances, bioweapons are capable of producing significant numbers of casualties and causing widespread panic or severe economic damage. Plausible threats or even hoaxes can have a profound and destructive effect. It is this potential that earns biological agents, along with nuclear and chemical weapons, a place in the classic triad of weapons mass of destruction. Both bioterrorism and biowarfare are universally prohibited by either domestic criminal laws or by international treaties or agreements.

History of Biowarfare

The potential for use of biological organisms as weapons has been a concern for many decades. Indeed, there are numerous historical accounts of incidents when deliberate activities with polluted or contaminated materials were deemed responsible for significant sickness and disease in humans. Anecdotal examples include Scythian archers (440 BCE) dipping arrowheads in the blood of corpses to increase lethality of the projectiles, Mongols catapulting deceased plague victims over walls of besieged cities in the Crimea (14th century), and the purposeful distribution of smallpox-contaminated blankets among indigenous tribes in the United States.

The 20th century saw global military and ideological conflicts that spurred many of the world's industrialized nations' attempts to develop biological weapons. During World War II, several Imperial Japanese Army units covertly engaged in offensive biowarfare programs, including terminal experiments on prisoners of war and use of bio-weapons against unsuspecting civilian populations in Manchuria and China. During the cold war, the United States and others conducted clandestine offensive biowarfare research and development programs on human, plant, and animal pathogens. In 1969, the United States unilaterally terminated its offensive biowarfare programs.

Alarmed by the proliferation of bioweapons programs, the international community sought to establish restraints. The 1972 Biological and Toxin Weapons Convention (BWC) was the first multilateral disarmament treaty banning the production and use of an entire category of weapons and theoretically halted offensive biowarfare programs in signatory states. However, there was no effective verification regime to monitor treaty compliance. Mounting evidence of Soviet noncompliance with the BWC resulted in the 1992 Trilateral Agreement on biological weapons between the United States, the United Kingdom, and Russia—the successor state to the Union of Soviet Socialist Republics. Neither the Trilateral Agreement nor the BWC could solve the dilemma of accurately assessing dual-use biological programs and facilities—those useful for both peaceful or defensive purposes and those with offensive military aims.

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