That week, at the commencement ceremony of the U.S. Naval Academy, I outlined an aggressive approach to deal with sophisticated global terrorist networks, including a plan to detect, deter, and defend against attacks on our power systems, water supplies, police, fire and medical services, air traffic control, financial services, telephone systems, and computer networks, and a concerted effort to prevent the spread and use of biological weapons and protect our people from them. I proposed to strengthen the inspection system of the Biological Weapons Convention; vaccinate our armed forces against biological threats, especially anthrax; train more state and local officials and National Guard personnel to respond to biological attacks; upgrade our system of detection and warning; stockpile medicines and vaccines against the most likely biological attacks; and increase research and development to create the next generation of vaccines, medicines, and diagnostic tools.
Over the previous several months I had become particularly worried about the prospect of a biological attack, perhaps with a weapon that had been genetically engineered to resist existing vaccines and medicines. The previous December, at Renaissance Weekend, Hillary and I had arranged to have dinner with Craig Venter, a molecular biologist whose company was attempting to finish sequencing the human genome. I asked Craig about the possibility that genetic mapping would permit terrorists to develop synthetic genes, reengineer existing viruses, or combine smallpox with another deadly virus to make it even more harmful.
Craig said those things were possible and urged me to read Richard Preston’s new novel,
We had begun working on the biological warfare issue in 1993, after the World Trade Center bombing made it clear that terrorism could strike at home, and a defector from Russia had told us that his country had huge stocks of anthrax, smallpox, Ebola, and other pathogens, and had continued to produce them even after the demise of the Soviet Union. In response, the mandate of the Nunn-Lugar program was broadened to include cooperation with Russia on biological as well as nuclear weapons. After the sarin gas release in the Tokyo subway in 1995, the Counterterrorism Security Group (CSG), headed by National Security Council staffer Richard Clarke, began to focus more on planning defenses against chemical and biological attacks. In June 1995, I signed Presidential Decision Directive (PDD) 39
to allocate responsibilities among various government agencies for preventing and dealing with such attacks, and for reducing terrorists’ capabilities through covert action and aggressive efforts to capture terrorists abroad. In the Pentagon, a few military and civilian leaders were interested in the issue, including the commandant of the Marine Corps, Charles Krulak, and Richard Danzig, the undersecretary of the navy. In late 1996, the Joint Chiefs endorsed Danzig’s recommendation to vaccinate the entire military force against anthrax, and Congress moved to tighten control over biological agents in American labs, after a fanatic, using false identification, was caught buying three vials of plague virus from a lab for about $300.
By late 1997, when it became clear that Russia had even larger stocks of germ warfare agents than we had believed, I authorized American cooperation with scientists who had worked at the institutes where a lot of the bioweapons had been built in the Soviet era, in the hope of finding out exactly what was going on and preventing them from providing their expertise or biological agents to Iran or other high bidders.
In March 1998, Dick Clarke gathered about forty members of the administration at Blair House for a
“table top exercise” on handling terrorist attacks of smallpox, a chemical agent, and a nuclear weapon. The results were troubling. With smallpox, it took them too much time and the loss of too many lives to bring the epidemic under control. The stocks of antibiotics and vaccines were inadequate, the quarantine laws were antiquated, the public-health systems were in bad shape, and the state emergency plans were not well developed.