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Exercising the System:The Federal/State/Local Response to Terrorist
AttackMichael May
Stanford UniversityMay 13, 2004
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Outline of Talk
• Structure of Exercise• Scenario and Questions• Risk Assessment and
Communication• Some General Observations:
– International Coordination – Short-Term versus Long-Term– How Do Organizations Learn?
3
Structure of Exercise
• Simultaneous radioactive attack in Seattle and biological attack in Chicago
• Practice coordination of federal, state and local responders over first 30 days
• Carried out in multiple locations over several months in 2002-2003
• One of a series of exercises
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Stanford Participation
• Provided observers to most locales during the exercise trained in radioactivity and biological sciences, risk evaluation and communication
• Provided feedback in planning phase• Provided a final report with
recommendations to DHS (initially DOJ, State and others)
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Acknowledgments
This presentation is based on the work of many people including:•Laura Donohue, the project leader•Tonya Putnam, the main report author•Chris Chyba, Mariano Cuellar, Lynn Eden, Michael Lynn, Elisabeth Pate-Cornell, Julie Pullen, Margaret Race, Amy Stuart, Larry Wein, Dean Wilkening and others
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Scenario 1: The Dirty Bomb
• NOT a nuclear explosion: • Regular explosive laced with as
much radioactive material as “feasible”
• Detonated in a building lot• Scenario considered first
responses, whom to evacuate, when to return
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Radiation Dangers and Evacuation
• Few immediate radiation casualties
• People about a mile downwind would receive dangerous doses if they stayed
• But contamination would be measurable over a much larger area
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Things to Work Out Ahead of Time
• Criteria for evacuation: The risks of evacuation and rerouting can exceed the risks of staying!
• Mechanisms to monitor and guide what people actually do
• Criteria for telling people they can return
• Clean up standards
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How Easy Is This Attack?
• Radioactive materials as contrasted with nuclear weapons materials are in worldwide industrial and medical use
• Some control of major sources in developed countries. Otherwise not.
• Making a big bomb requires skill, care.
• But a smaller attack is all too likely.
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Most Portable Sources are Weaker than Scenario Source
Larger sources are much heavier:10-20 Ci 340 lbs total225 lbs DU
A Typical Capsule:
10 Ci Cs-137Ceramic matrixWelded double SS Tested to 25,000 psi
Portable sources have limited activity:<100 mCi Co-6040 – 50 lbs30 – 40 lbs DU
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Scenario 2: The Plague Attack
• Pneumonic plague release in a hockey arena rest room
• First observed as people became ill• Plague is highly contagious, requires
prompt medical attention for survival• Illness spread over first two weeks,
tailed off gradually with remedial measures
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Things to Work Out Ahead of Time
• Criteria for identifying attacks:– Early identification important– Systematic syndrome surveillance can
help
• Triage plans• Infectious waste disposal plans• Thought-through options and criteria:
– Partial v total quarantines? Forced inoculations? Schools and other closures?
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Things to Work Out Ahead of Time
• Mechanisms for timely, clear, accurate communication with press and public– Monitor communications and their effects– Monitor unforeseen public reactions
• Capabilities questions:– First responders – Backup facilities, public and private– CDC, WHO
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Wider Consequences
• Closure of transport from affected sites– National– International
• Disruption of necessary deliveries• Need for international cooperation
on several areas
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How Easy Is Bio-Attack?
• Several cases have occurred historically
• The most sophisticated and lethal agents could be controlled with better international cooperation than exists
• For more routine agents, prevention may be very difficult
• Good worldwide system against disease is most effective precaution
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A Typical Technical Problem: Plume Models• Most attacks involve atmospheric
dispersion of some agent • Different models were developed
by different agencies for different purposes
• There is a lot of technical info. How to make it useful to users is the issue
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How To Deal With This?
• Pre-calculate complex urban situations so end users need only plug in new data
• Assure models use the same inputs• Update results as data come in• Convey uncertainty and changes in
uncertainty as data come in• Track new developments in state of the
art
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Risk Assessment and Communication
• Virtual News Network coverage was monitored for each of the four days of the FSE, and an account compiled of what happened from the perspective of the viewer
• Detailed observations and recommendations were given to DHS
• Testing and assessing how to communicate risk to media and public is essential: poor risk communication can wreck best laid plans
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Some Features of Effective Public Communications
• Responsible agencies should appear early, update often, be realistic rather than overly reassuring, avoid “mixed messages”
• One Joint Information Center where the media can get at it would be helpful
• Recommendations to public should give enough context to be actionable
• Misinformation will occur and should be countered as soon as possible
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More Specifically ...
• Pre-informing the media, via workshops and info packets, is useful
• Pre-informing all government agency spokespeople is the most essential
• Establish a government web site with constantly updated information and peg public statements to it
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Example: Radioactive Contamination
• Risk will vary from serious (for a small number) to negligible (to most)
• There will be no lack of “experts,” some helpful and knowledgeable, some not
• Public will rapidly educate itself, using right or wrong information
• Government should maintain a steady informed presence on TV, etc.
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Obstacles
• Changes in threat levels can confuse• Government officials at all levels will
speculate, often at cross-purposes• Cities and counties may not coordinate
or establish a single usable JIC• Public may not know how the official
warning system works
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International Coordination Is
Required ...• Dealing with travelers and other
public health implications, WHO warnings
• Control on radioactive sources• Law enforcement and intelligence• Commercial and financial impact• Possible new diplomatic
agreements
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Short Term versus Long Term
• Emergency actions have longer-term consequences:– Economic– Legal– Environmental– Bureaucratic and diplomatic
• Exercises surface some of those, not all• Risk assessors and lawyers should be
part of the emergency response team
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Some Artificialities
• Can’t run a no-notice exercise• Could run a “source unknown” exercise• Can’t fully model media presence or
effect of media coverage on public, such as difficulties with medical triage
• Time frame necessarily artificial• Transport stoppages and gridlocks
cannot be fully modeled
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Organizational Learning
• Personnel learned a great deal planning for the exercise, through assessing procedures, planning seminars
• They learned even more during the exercise, including who their counterparts were at various levels
• Follow-on analysis is needed so as not to learn wrong or idiosyncratic lessons