"Cyberbullying
involves the use of information and communication technologies such as
e-mail, cell phone and pager text messages, instant messaging, defamatory
personal Web sites, and defamatory online personal polling Web sites, to
support deliberate, repeated, and hostile behaviour by an individual or
group, that is intended to harm others."
Terrorism
Terrorism refers here to the public health consequences and the
methods for prevention of the purposeful use of violence or threats of
violence by groups or individuals in order to serve political or
personal agendas. This article does not include what has been termed
"state terrorism," the use of violence by a nation-state without clear
necessity for self-defense and without the authorization of the United
Nations.
Examples of Terrorism
Use or threat of
use of violence has long caused concern among those responsible for
public health. Examples include indiscriminate violence, such as the
1993 bombing of the World Trade Center in New York City and the 1995
bombing of the Federal Building in Oklahoma City, and targeted
violence, such as attacks on facilities for the termination of
pregnancy or on those who work in such facilities. The primary
responsibility for response to the health consequences of such violence
has resided largely in emergency medical services and the primary
responsibility for prevention in agencies concerned with public order
and safety, such as the police and the Federal Bureau of Investigation.
Recent
instances of use or threatened use of biological or chemical agents in
terrorism have raised interest in the role of public health agencies
and public health personnel in primary or secondary prevention.
Documented episodes, although extremely rare, have been dramatic. In
Japan, the chemical warfare agent Sarin was released by the Aum
Shinrikyo cult in Matsumoto in 1994 and in the Tokyo subway in 1995. In
1984, an Oregon cult allegedly contaminated salad bars with a
biological agent, salmonella. These episodes, and recent hoaxes
concerning anthrax release, have led to well publicized, costly
responses by public health and public safety officials. Chemical
terrorism could include the purposeful contamination of water and food
supplies or the aerosolization of toxicants within enclosed public
spaces. Biological terrorist actions could include purposeful
contamination with infectious materials, as well as the purposeful
release of insects or other vectors infected with a transmissible
disease.
Availability of Chemical and Biological Weapons
Underlying
concern about bioterrorism is the long history of use of chemical and
biological weapons (CBW) in war. Since World War II, worldwide military
forces have built up major stockpiles of such weapons and tested them
at a number of sites around the world. Although the Biological Weapons
Convention (BWC) and the Chemical Weapons Convention (CWC) outlawed the
development, production, stockpiling, and transfer of these weapons,
large stockpiles of chemical weapons still await destruction in several
nations, and it is alleged that stockpiles of biological weapons are
still maintained in a few nations. Although the technical knowledge and
materials needed to produce CBW are relatively available, the ability
to "weaponize" and target these materials remains extremely limited.
The risk of their use appears to be small, but any use constitutes a
threat to public health.
Types of Biological Agents
There
are at least seventy types of bacteria, viruses, rickettsiae, and fungi
that can be weaponized, including tularemia, anthrax, Q fever, epidemic
typhus, smallpox, brucellosis, Venezuelan equine encephalitis,
botulinum toxin, dengue fever, Russian spring-summer encephalitis,
Lassa fever, Marburg, Ebola, Bolivian hemorrhagic fever (Machupo), and
Argentinean hemorrhagic fever (Junin). Antibiotic resistant strains of
anthrax, plague, tularemia, and glanders have allegedly been developed.
Viruses and toxins can be genetically altered to heighten their
infectiousness, permitting the development of pathogens capable of
overcoming existing vaccines. It is estimated that no more than 20 to
30 percent of the diseases the aforementioned agents cause can be
effectively treated.
Recent History of Control
In
1994 U.S. president Bill Clinton issued an Executive Order asserting
that the potential use of nuclear, biological and chemical weapons "by
terrorist groups or rogue states" represents "an unusual and
extraordinary threat to the national security, foreign policy and
economy of the United States." This Order, renewed annually, makes it
illegal for anyone in the United States to help anyone to acquire,
design, produce, or stockpile CBW. The Order was amended in 1998 to
include penalties for trafficking in equipment that could indirectly
contribute to a foreign biological warfare program.
In 1995
President Clinton announced a new policy against
"superterrorism"—terrorism involving weapons of mass destruction. The
Departments of Defense, Energy, and State, together with the FBI and
the CIA, were to oversee a wide network of military and civilian
agencies, including the Centers for Disease Control and Prevention,
dedicated to identifying CBW attacks and to coping with their
consequences. In 1997, a $52.6 million Domestic Preparedness Program
was authorized for emergency response teams in 120 selected cities,
whereby police, fire departments, and public health officials were to
receive special training and equipment to help them combat biological
and chemical terrorism.
In 1998 President Clinton announced new
initiatives to address bioterrorism. Hearings before a committee of the
U.S. Senate in 1998 included witnesses who stated that such proposals
were misguided because so many resources were being assigned to
military rather than to medical or public health authorities. Ethical
questions raised include whether such funds could be better spent on
providing adequate public health measures, preventive medicine, and
treatment for endemic illness to the population.
Limitations of Counter-Terrorism Measures
Overall,
there is little evidence that specific vaccine programs or other
technical defensive programs are effective or ethical preventive
measures against the use or threat of use of biologic weapons. Many
public health experts argue that the best defenses against use of
biological weapons lie in ethical proscription of work on them by
health professionals and scientists and protection of the global
population against all serious infectious disease, not just diseases
caused intentionally, by ameliorating poverty and inadequate nutrition,
housing, and education.
As part of this effort, it is argued,
industrialized countries should enable developing countries to build
capacity for detection, diagnosis, and treatment of all disease by
providing technical information and needed resources. Article X of the
BWC, encouraging the exchange of information and materials for peaceful
purposes, should be strengthened. Research organizations, professional
societies, and individual scientists should pledge not to engage
knowingly in research or teaching that furthers the development and use
of biological weapons. Furthermore, all countries could prohibit the
development of novel biological agents that do not have an
unambiguously peaceful purpose, even if these activities are promoted
for defensive purposes.
An important reason that a few nations,
groups, or individuals may continue to develop or stockpile chemical or
biological weapons, known as "the poor nation's nuclear weapons," lies
in the massive stockpiles of nuclear weapons maintained by the United
States and other nuclear powers. As long as these nations fail to
recognize their obligations under the 1970 Nuclear Non-Proliferation
Treaty to move expeditiously toward nuclear weapons abolition,
biological and chemical weapons will remain a threat.