Cbrne-terrorism newsletter august 2013 editor’s comment

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sp_coll_aug13_nsl.jpgEDITOR’S COMMENTcrosshair.png
This is a collection of papers focusing on preparedness and hardening of certain soft targets such as airports, shopping malls and luxury hotels & resorts. It aims to mobilize those involved in infrastructure security to proceed to necessary hardening measures that will fortify their installations against new emerging threats (CBRNE). The unexpected always happens and we have to be prepared to respond in a proper and efficient way. Since there are no specific defense products for these potential targets we have to use our imagination and innovative thinking to use available products in a different way that will fill the needs in the targets mentioned. It was quite difficult to collect specialized papers on subject matter but there are some good ideas that can make the difference.

The myth of preparedness

By Claudia Aradau

Source: http://www.radicalphilosophy.com/commentary/the-myth-of-preparedness

Look at this place! It’s buzzing… [Bomb explosion. People screaming. Chaos] Were you caught off-guard? That’s the problem. Can you imagine life without the places where we congregate? These are convenient places; places where we want to go, are free to go. In airports and stadiums you can monitor access, they are contained. Public spaces are not contained. You have a part to play to ensure that freedom doesn’t make you vulnerable. When people are freely collected together, it presents an opportunity to those who want to cause mayhem. You not only have the skill and knowledge to cope with a terrorist attack, but help prevent it. Maybe you don’t realize it yet. Until then we’re back to anxiety, confusion, and fear: just what they wanted’.1

Thus starts one of the DVDs shown as part of preparedness exercises across the UK. In a shopping centre, an urban square, a nightclub or a hotel, a bomb explodes. All preparedness exercises start from the moment of the unexpected event: the screen goes blank, the sound takes over and the action reverts to the ‘real’ participants in the exercises. These are not fragments of disaster movies which effectively modulate an excitable public, but the very opposite of mediatic representations: they are modalities of expert knowledge mobilized anew as part of extensive emergency preparedness plans in the UK. Rather than faded memories of the Cold War civil defence drills or the much derided ‘duck and cover’ rituals, preparedness exercises have remained at the centre of emergency management knowledge and practice. More recently, they have been reinvented and have increasingly proliferated, their practice required by law and their knowledge taught in dedicated institutions for emergency planners: the UK Civil Contingencies Act requires emergency responders to hold regular exercises to prepare for future potential emergencies, while the government’s Emergency Planning College provides expert knowledge for the growing profession of emergency planners. Every local police force, every local council, every NHS body, every fire service, electricity supplier, gas supplier, train, airport, railways operator and so on is required to hold regular exercises to test emergency preparedness.

From floods and other weather disasters to the ‘next terrorist attack’ as a potential CBRN emergency, preparedness exercises create worst-case scenarios as ‘[t]his helps the emergency services and all those who respond to incidents of this nature to prepare for similar events of smaller scale, which are more likely to occur, as well as for worst case scenario.’2 As potential disasters appear now as indeterminate, unpredictable and unexpected, preparedness exercises are placed at the heart of a new ratio which challenges or replaces statistical calculability. In this sense, the future of unexpected events cannot be known or predicted; it can only be enacted. Uncertainty becomes an opportunity to ‘speculate not just about “the future”, but about a range of possible futures that might arise from the uncertain course of the forces of change’.3 This is what futurists have concerned themselves with since Herman Kahn’s work on ‘thinking the unthinkable’ at the RAND Corporation, through the Schell scenarios in the 1960s and 1970s, to the more recent governmental scenarios by the National Intelligence Council in the USA or horizon-scanning projects in the UK. Preparedness proposes a mode of ordering the future that embraces uncertainty and ‘imagines the unimaginable’ rather than ‘taming’ dangerous irruptions through statistical probabilities. The archival knowledge of the past is replaced by the enactment-knowledge of continual rehearsal of the performance to come.4

Project Argus, a series of counterterrorist exercises organized by the National Counter-Terrorism Security Office (NaCTSO) is ‘exploring ways to aid you in preventing, handling and recovering from a terrorist attack’.5 Exercise Osiris aimed to test the operational response to a chemical attack on the tube. Atlantis considered London’s response to a scenario where four areas of London were flooded at a result of a river breach. Exercises simulate an emergency situation and aim to prepare organizations to withstand disruptive challenges. Yet these exercises do much more (or much less, in a sense). Despite their claims of embracing radical uncertainty and openness, exercises do not prepare subjects to imagine the unimaginable or even a more limited range of different futures. Preparedness exercises do not imagine an overturning of the present social order. They also don’t exactly engage in performative enactments of neoliberal speculation or in fostering entrepreneurial subjects willing to bet on the future. The ratio they act out has more in common with myth.

Exercises like Argus, Griffin, Osiris, Kali, Demeter, Atlantis, Agni or Enki have resurrected the ancient names of deities and other mythological or legendary beings. ‘Enki – the Sumerian God of Fresh Water and Wisdom. Associated with the intellect and medicine, creation and fertility’ notes the Major Incident Exercise Report from Barking and Dagenham. ‘Agni is a Hindu deity. The word Agni is Sanskrit for “fire”’ explains another exercise. Argus, the hundred-eyed giant of Greek mythology appears to be the aleatory result of acronymed ‘Area Reinforcement Gained Using Scenarios’. Although many exercises have more mundane names (such as Domino, Herald, Avon Express or Willow), the mythical references are symptomatic of the return to myth in the confrontation with the unexpected, the incalculable and the unpredictable. As Adorno and Horkheimer have formulated the mythical tendencies underpinning Enlightenment rationality, both myth and rationality are responses to the fear of the unknown and attempts to devise strategies of ‘mere self-preservation’ and resisting radical change.6 Rather than shattering scientific certainty, the unexpected and the catastrophe return the ratio of preparedness to the mythical process of rite in which the possible consequences of unexpected events are suppressed. The futurity of unexpected events cannot be sustained and subjects–players inhabit the future as a mythical space of inevitable fate, inconsequential activity and mimetism.

Mythic inevitability

After 9/11, organizations, bureaucracies and intelligence services are required to expect the unexpected and replace the improbable with the mere possible and imaginable.7 Preparedness entails modes of organization not based on the past or the present but in relation to a radically uncertain future. Yet the limits of scientific calculability do not break the mould of enlightenment knowledge but revert back to ritual enactments of factuality. With the ratio of preparedness, as with Enlightenment, there is a return to mythology as ‘[f]actuality wins the day: cognition is restricted to its repetition; and thought becomes mere tautology.’8 While exercises appear to set out an unexpected event in the future, this unknown possibility is not new but harks back to an inevitable necessity. ‘The next terrorist attack is a question of when, not if’ repeat the counterterrorism security advisers at the beginning of Argus exercises. Or ‘What happens abroad is replicated domestically’, so there will be a next terrorist attack as in Bali, Mumbai or Kandahar! The principle of fatal necessity rules preparedness as it had ruled rationalistic science and the destiny of mythical heroes.

Preparedness exercises do not create something new, they do not organize subjects with a view to radical change, but rehearse in a ritual play that which has already been set out as inevitable: the ‘next terrorist attack’ which will differ from previous ones only in the intensity and/or extensivity of destruction. Mythic time replaces the temporal indeterminacy of the unexpected future event. Exercises function in the modality of the future anterior, not as a wager made in the present for changing the future, but as the continuity of a pregiven future back into the present: the next terrorist attack will have been. The future anterior of preparedness allows exercises to function in a time of certainty, of tautology and of a ‘foregone conclusion’ in which the unexpected is always expected as it will already have been.9

The anterior futurity of preparedness suspends argument and debate about truth and falsity, meaning and representation. What matters are not distinctions between true and false but those of credible and incredible, between plausible and implausible. Project Argus depicts a scenario, through audiovisual media, which takes place in real time, and asks players to make decisions in the event of a terrorist attack. It combines a series of video and audio materials to develop a credible terrorist attack scenario to which participants are expected to respond. Credibility is the result of artifice: realistic but inconsequential details need to be included as part of scenario planning and delivery. Thus, exercises start with clear indications of time, space and weather, incorporate maps and other visual representations of urban spaces, flows of people, traffic and materials which create a ‘false clarity’ of the event. The future event will have been at ‘16:15 hours, Wednesday 16th February 2005. It’s a cold and dry afternoon, with a temperature of 7°C. There’s a light east, south-easterly breeze of about 5mph.’10

Exercises establish a sensorial regime of inhabiting the future in which indeterminacy and uncertainty revert to mythical inevitability. Historical time is withdrawn from detailed spatial representations and replaced with the cyclical time of weather patterns or the linearity of clock time. Inevitable is not only the disruptive event but also the response to a disaster. Response unfolds according to predetermined clock time: each time interval requires predetermined actions and processes. The first 5 minutes are about communicating with those around, 15 minutes about ‘taking control’, 40 minutes about reassuring those around, 2 hours about working together with the emergency services; longer times are about business continuity and return to normality. Clock time unfolds to allow the planning to reach the conclusion that the exercise authors wanted and ‘tames’ the unexpected event under the linearity of response. The exercise ultimately ‘imprisons human beings in the cycle objectified in the laws of nature, to which they believe they owe their security as free subjects’.11


As The Odyssey combined myth and rational labour giving expression to the dialectic of Enlightenment, preparedness responds to the mythical inevitability of fate not by avoiding it but through cunning and artifice. Preparedness does not try to find a rational way to avoid the ‘next terrorist attack’ or to confront it with superior knowledge, but to use artifice to avoid its consequences and ensure the self-preservation of atomistic individuals, the entrepreneurs who have taken precautionary measures. Artifice allows exercise players, like Odysseus, to lose themselves in order to save themselves.

According to manuals for emergency planning, the goal of exercises is to test plans, train staff and validate existing emergency procedures. The injunction to act entails not a series of goal-oriented actions, but a state of activation in which one ‘expects the unexpected’, is alert, ready for action, vigilant. It means to be able to read signs and interpret omens: detect the potential terrorist behind the ordinary neighbour, the bomb in the anonymous bag, the explosive in the white van, the chemical device in the innocuous garbage bin. It is to be ready for ‘pseudo-activity’ as the spurious and meaningless activity reflecting the impossibility to change social relations.12 Activated subjects both recognize artifice and use it for self-preservation.

What matters is not the content of action, but the ways in which one makes use of artifice and cunning to present one’s actions visibly as something different. Exercise players accomplish standard gestures and fulfil a ritual that is subsequently reflected in the media coverage of the event. As with all rituals, activity is a ‘determined process’ which can be influenced by magic (i.e. expert knowledge). The subject of exercises takes on automaton-like qualities. Following expected procedures, performing the right gestures, the subject withdraws from historical action and relinquishes political responsibility. ‘Who is to blame? Architects who designed the buildings’ notes a post-emergency imaginary BBC broadcast shown as part of an Argus Professional exercise. Argus exercises reduce blame to mediatic shaming and legal procedures. Not to be blamed can only be therefore to be seen as acting responsibly, visibly following emergency protocols, enacting the artifice of contractual responsibility. Responsibility is artifice, appearance rather than substance, and the response to an unexpected event is ordered at the level of appearance. Setting up connectivities, finding alternative means of communication, is the answer out of the emergency situations; causes and pre-evental circumstances are immaterial.

The artifice of activation is not without dangers: activated subjects can become unpredictable, disruptive and unruly. To activate is to create potential exposure to excitable reactions. Therefore exercises need to channel activation through pastoral care. Pastoral care is the form that leadership takes rather than a goal for action; it is directed at irrational, emotional and suggestible crowds whose activated alertness needs to be channelled and managed. What is needed in emergency times, exercise wisdom teaches, is a ‘strong leader’ who can assuage panic and fear among the crowds. From a concert stadium to a demonstration or a shopping place, there is no difference, as fickle crowds and their unstable affects need to be channelled by a leader. The economic subjects who congregate in shopping centres and other public spaces can dangerously morph into potentially destructive crowds that could disrupt the socio-economic system. Nominating key individuals as leaders can help tame the potential violence of crowds and de-collectivize their power.

The collective subject of unexpected events is individualized, reduced to lists of business employees whose names are to be called out in the event of a disruption. Activating subjects to anticipate the future through preparedness exercises is not to inhabit a future where failings of the present would be overcome. Activating subjects is also not to train them to become more alert or imaginative – but to accustom them to artifice as the essence of what they have always been. ‘You already have the knowledge and skill to cope with a terrorist attack’ repeat all the Argus DVDs. Exercises return subject to the myth of the atomized individual, deprived of collective power and its potentially destructive capacity. Activation becomes a form of political disactivation and disarray, as innocently noted by an exercise on emergency evacuation after an aircraft accident:

Passengers in the forward end of the cabin were uncertain what to do when the ‘accident’ started, many staying in their seats for some time without attempting to evacuate. The ‘dead’ status of the two cabin staff was not clear to the passengers; this was confusing because they were waiting for a lead from them.13


While experts never tire of emphasizing the unpredictability and indeterminacy of disruptive events, their possible activation at any moment and catastrophic effects, preparedness exercises ultimately rely on mimetism. The mimetic faculty, as described by Benjamin, is ‘the compulsion to become or behave like something else’.14 It entails both the cognitive capacity to see resemblances, correlations, patterns and the expressive capacity of imitation. In that sense, preparedness exercises are both semblance and play. The semblance or correlative function of mimesis re-emerges in preparedness exercises as a replacement to the function of probabilistic calculation. At the same time, similarly to children’s mimetic play, exercise players enact themselves as others, from the safety manager to the business manager.

The players’ perception of correlations and similarities is structured by the sensuous images replayed on the DVD. The white van, the garbage bin, the suspect rucksack, these are all instant triggers of possible correlations that spell ‘danger’. Yet sensuousness can be deceiving and emergency planners need to create habits of decoding nonsensuous similarities. The mimetism of exercises is reinforced through mnemonics: each stage of the response has its easy-to-remember constructs. During the first 15 minutes, security managers are required to take control of the situation by simple action words such as ‘survey’, ‘assess’, ‘disseminate’. When contacting the emergency services, the mnemonic CHALET contains all the indications for information needed: C (casualties), H (hazards in the areas), A (access to the location), L (location of the incident), E (emergency services required), T (Type of explosion. In the event of a Mumbai-type shooting, four Cs encapsulate the exemplary behaviours: C (cover), C (confirm), C (contact) and C (control).15 By privileging semblance, exercises replace genuine cognition and thinking with automaton-like stimuli and correlations.

As the worst-case scenario is taken as the object of mimetic adaptation, any disaster becomes equivalent to any other and universal interchangeability is made possible. Exercises activate habits of preparedness to a whole array of events, from terrorist attacks to climatic disasters, as set out by the 2004 Civil Contingencies Act, which lists together under emergency events serious industrial strikes, disruptive political protests, terrorist outrages, disasters arising from storms or epidemics, and incursions on national infrastructures such as computer networks. No protest or mobilization can be safely outside the list of emergencies. By repressing the conditions of the emergence of catastrophe, preparedness exercises become exemplar for any disruption businesses can be confronted with and where the mythical gestures of survival and continuity are at stake.

Through the compulsion of mimetic similitude, players can simultaneously be self and other, leader and led, worker and managed, disciplined and flexible. Thus, players simultaneously establish rituals of command and leadership while undertaking an adaptation to nature understood as complex, adaptive, non-hierarchical. Players are required to make themselves similar to the threat environment through affinity and adaptation: ‘The whole community has a part to play in devising and implementing measures that are dynamic, flexible, agile and adaptive.’16 As threats are virtualities which can be activated at any moment, they need to be tackled in a similar modality of activation which allows mimetic adaptation to external changes. Preparedness aims at modelling the social world on ecological systems analysis and its theories of resilience and complex adaptive systems. As ecological knowledge is increasingly concerned with the persistence of ecosystems in the face of abrupt change, preparedness replicates this rationality and attempts to sustain a desired state in the face of any possible and unexpected disruption. Through adaptation, systems do not remain exactly unchanged, but, as definitions of resilience suggest, they absorb disturbances and reorganize so as to retain essentially the same main functions.

Stabilizing identity and retaining the system’s main functions is at the heart of ecological knowledge about adaptive systems. Disruptions can be absorbed through increased adaptability: by creating diversification of tasks, redundancy, co-management, communication channels, ‘social memory’. Yet, the non-sensuous similarity assumed by the ratio of preparedness is constantly subverted by the sensuous similitude between social world and hierarchical systems. If the adaptive capacity to withstand disruption and absorb it is to work on the model of ecological systems, order, hierarchy and leadership are needed. Unlike ecologically adaptive complex systems which can also reorganize in a new state, social systems cannot be allowed to morph into a new identity. At the same time, in line with ecological systems knowledge, preparedness exercises do not enact unchanged recovery (it is not physical survival that is the main aim of preparedness), but the continuity of a commodified environment of business survival and continuity. ‘Nearly 1 in 5 businesses suffer a major disruption every year. Yours could be next. With no recovery plan, you have less chance of survival’ ominously warns a preparedness document offered as supplementary reading with the Argus exercises.

A stark rendition of the goal of preparedness inadvertently appeared in a scenario by the National Intelligence Council in the USA. The ‘Caliphate’ scenario uses a fictional letter written by a fictional grandson of bin Laden to a fictional relative in 2020 about Islam’s struggle to wrest control from traditional regimes. ‘Oh, what confusion did we sow with the Crusaders’, exults the fictional character. ‘An almost forgotten word reentered the Western lexicon and histories of early Caliphs suddenly rose to be bestsellers on Amazon.com.’17 This final sentence is revealing for what is implied in the new preparedness myths: every disruption, however catastrophic, is ultimately absorbed by a system which preserves its identity as a capitalist system above anything else. While the CIA conjures images of a spiritual caliphate, we will still have Amazon.com.


1. Notes from Argus Retail, 9 June 2009, Doncaster.

2. London Fire Brigade, ‘London Community Risk Register’, London, 2010, http://www.london-fire. gov.uk/Documents/LondonCommunityRiskRegister.pdf.

3. Bill Ralston and Ian Wilson, The Scenario-Planning Handbook: A Practitioner’s Guide to Developing and Using Scenarios to Direct Strategy in Today’s Uncertain Times, Thomson/South-Western, Crawfordsville IN, 2006.

4. Stephen Collier, ‘Enacting Catastrophe: Preparedness, Insurance, Budgetary Rationalization.’ Economy and Society, vol. 37, no. 2, 2008, pp. 224–50; Tracy C. Davis, Stages of Emergency: Cold War Nuclear Civil Defense, Durham NC, Duke University Press, 2007.

5. National Counter Terrorism Security Office (NaCTSO), ‘Project Argus: Protecting against Terrorist Attack’, London, 2008, http://www.nactso.gov.uk/argus.php.

6. Theodor Adorno and Max Horkheimer, Dialectic of Enlightenment, Verso, London, 1997.

7. National Commission on Terrorist Attacks upon the United States, ‘The 9/11 Commission Report’, 2004, http://www.gpoaccess.gov/911/Index.html.

8. Adorno and Horkheimer, Dialectic of Enlightenment, p. 27.

9. Brian Massumi, ‘The Future Birth of the Affective Fact’, in Conference Proceedings: Genealogies of Biopolitics 2005, http://browse.reticular.info/text/collected/massumi.pdf.

10. Humber Emergency Planning Service, ‘Exercise Guide’, http://heps.eastriding.gov.uk/index. asp?docid=1002540, p. 8.

11. Adorno and Horkheimer, Dialectic of Enlightenment, p. 12.

12. Theodor Adorno, The Stars Down to Earth and Other Essays on the Irrational in Culture, Routledge, London, 2002, p. 86.

13. N. McDonald, R. Fuller and G. White, ‘The Design and Evaluation of an Emergency Exercise’, Simulation Games for Learning 22, 1992, p. 326.

14. Walter Benjamin, ‘On the Mimetic Faculty’, in Selected Writings: 1931–1934, ed. Michael W. Jennings, Howard Eiland and Gary Smith, Harvard University Press, Cambridge MA, 1999.

15. Notes from Argus Hotels, Cambridge, 20 June 2009.

16. NaCTSO, ‘Crowded Places’, London, www.nactso.gov.uk/crowdedplaces.php.

17. National Intelligence Council, ‘Mapping the Global Future’, National Intelligence Council, Washington DC, 2004.
Claudia Aradau is Senior Lecturer in International Relations (King’s College, London, UK) and member of the Centre for the Study of Political Community. She joined the department in 2011, after having been a lecturer at the Open University. She had also previously been a research associate in the department, working on the European FP7 project Challenge (‘The Changing Landscape of Security and Liberty in Europe’).  Her research interrogates contemporary developments in the international sphere – from the governance of mobility and the prevention of human trafficking to practices of counter-terrorism – in order to explore their political effects for democracy and justice globally. She is an Associate Editor of the journal Security Dialogue and member of the editorial collective of Radical Philosophy. Her most recent book, Politics of Catastrophe: Genealogies of the Unknown, co-authored with Rens van Munster is now available in paperback.

San Francisco Airport Serves As Lab To Quietly Test Bioterror Sensors

Source: http://archives.californiaaviation.org/airport/msg25511.html
As more than 65,000 people a day heft luggage into San Francisco International Airport to be scanned for guns and bombs, hidden machines occasionally sniff the air they breathe for lethal gases and germs.

Inside SFO, defense scientists are quietly testing a variety of chemical and bio-warfare sensors in a race to guard airports nationwide against terrorist attacks.

Today, chemical or biological detectors are at work in New York, Washington and other U.S. cities. But SFO is the nation's only major international airport testing detectors for chemical and biological agents, sensors that are equally or more accurate than the military detectors rolling and flying into Iraq with U.S. forces.

SFO is, in fact, a laboratory, serving as the nation's model for protecting airports and perhaps other large indoor, public places viewed as attractive terrorist targets.

Over months of experimenting, scientists, airport managers and security staff are getting a preview of complications in the domestic war on terror, where they face decisions largely hidden from the flying public.

The SFO experiments suggest that sensor technology, while promising for crisis management, may never be a full answer to bioterrorism. Even the best of today's biosensors, relying on DNA fingerprinting, pose built-in delays of up to four hours in confirming the existence of some key bioterror agents. Guarding airports probably will require multiple biosensors, some slow and accurate, others fast and open to false alarms.

In the event of an attack, that means airport managers still will face a difficult calculus, tinged with uncertainty as they weigh the risk of greater loss of life against frightening or alienating the public through airport evacuations. To compensate, their actions will have to be fast, intelligent and made with a grasp for the consequences.

The SFO experiments put those consequences before airport managers with more clarity than ever before. Scientists already have found new ways to minimize casualties in attacks on any airport. They plan to offer that advice to Oakland International, San Jose International and other airports, even as the SFO work continues.

Using smoke releases and computer simulations, for example, the need for rethinking airport evacuations became obvious. If terrorists strike an airport for maximum effect -- releasing gas or germs in a crowded main terminal -- then evacuating passengers would expose healthy passengers and spread the cloud.

"We discovered evacuation (through main terminals) would actually kill more people," said Duane Lindner, deputy director of Chem/Bio Programs at Sandia National Laboratories/California at a recent biodefense conference.

Sandia executives decline to identify the airports where detectors are installed under PROACT, the federal research project on detectors and other ways to protect airports, now housed in the Department of Homeland Security.

Officials at San Francisco International also decline to talk about the experiments. "I can't talk about that for security reasons right now," said Michael McCarron, SFO director of community affairs.

Officials involved in the experiments insisted on keeping details of the detectors secret -- their number, location, appearance and capabilities -- so that terrorists could not identify, disable or defeat them. But all were designed for anonymity, to be unobtrusive boxes breathing on a wall or floor.

Despite the secrecy, sufficient details have emerged in public statements and interviews with government officials and scientists to show SFO has a leading role in exploring national anti-terror defenses.

It could be a year or more before the SFO experiments lead scientists to a standard chem-bio sniffer system that federal security officials will recommend for every U.S. airport and possibly airports abroad. But in a matter of months, officials expect much of what is learned at SFO will change how U.S. airport managers plan to respond to terror attacks.

Scientists began studying subways and airports in the late 1990s as anti-terror experts realized both were chillingly efficient at magnifying the effects of terror attacks. In airports, the greatest fear is the release of smallpox or other contagious agents, unwittingly carried by airline passengers across the nation and across the globe in hours.

The latest evidence came last week when a germ leaped two oceans in a few days, stowing away in the lungs of a Singapore doctor en route to New York then Frankfurt. The bug triggers a mysterious pneumonia classified as Severe

Acute Respiratory Syndrome (SARS) and has spread to at least 16 countries, with 10 suspected cases of infected individuals in California, half of them in Santa Clara, Alameda and Sonoma counties -- most having flown from Asia.

Scientists are mapping the air flows of subways and airports, designing sensor networks and advising airports on responding to alarms from a variety of detectors. But the fastest and most relevant are the most open to mistaking common bacteria for biowarfare agents.

For now, no biodetector is capable of foolproof, "real-time" identification of the likeliest bioterror agents. The most accurate commercial biodetectors, originally devised by Lawrence Livermore Lab, issue a false alarm just once every 10,000 tests. But the turnaround time for results is two to four hours.

That may be enough time for authorities to intercept airliners full of infected passengers before they reach their next destination and start administering antibiotics or vaccines. It is what anti-terror scientists call a "detect to treat" technology.

Yet even as Livermore scientists roll out a new, robotic smoke-alarm for germs, performing both antigen tests and DNA-fingerprinting tests in less than half an hour -- a staggering feat -- it probably still won't be fast enough to alert airport officials to evacuate a terminal.

"Today, there is no silver bullet," said Pat Fitch, director of Livermore lab's Chemical and Biological National Security Program (Oakland Tribune, 2003).
An Action Plan To Reopen A Contaminated Airport

Source: https://www.llnl.gov/str/Dec06/pdfs/12_06.2.pdf

How would authorities respond if San Francisco International Airport (SFO) were to be contaminated with anthrax, and how long would it take to restore the airport to full usability? An intentional bioterrorist attack at the airport could endanger the health of hundreds of people. Long-term closure of this critical transportation hub during decontamination would have disastrous effects on the regional and national economy.

Recall the events of late 2001 when letters containing anthrax spores contaminated office buildings and postal facilities in Florida, New York City, Washington, DC, and other locations. Although some buildings were back in full operation in less than a month, others took many months to reopen, and one Department of State facility was closed for three years. With that experience in mind, the Department of Homeland Security (DHS) funded a project to minimize the time a major transportation facility would be closed following a biological attack.

Lawrence Livermore and Sandia national laboratories led the project, in partnership with SFO, to develop response and restoration protocols for such events. The group’s work culminated in January 2006 when 120 officials from local, state, and federal agencies participated in a two-day demonstration at SFO’s old international terminal to test the new procedures. Returning the international terminal and a boarding area at SFO to full operation from a large-scale terrorist incident may have taken up to two years based on other biorestoration activities and the decontamination and restoration methods that were available in 2001. Using the protocols developed by the Livermore–Sandia team reduces that time by at least 50 percent. In fact, the team estimates that the time required would actually be less than six months, depending on the level of planning in place prior to an attack.

A new DHS assignment for Livermore is to develop protocols for responding to and cleaning up a large outdoor area contaminated by a bioagent. Researchers already know that sunlight will naturally degrade many biological pathogens. Also, when some bioagent particles hit soil, they stay there, so re-aerosolization is less of a problem. Still, planning for such an attack is new territory. Says Raber, “At this point, no one has experience with wide-area urban decontamination.” The Laboratory is also developing a site-specific biological restoration plan for Grand Central Station in New York City, where Livermore’s Autonomous Pathogen Detection System has been tested. (See S&TR, October 2004, pp. 4–5.) A major subway station offers yet another set of challenges because it is part of a web of tunnels, staircases, and large semi-contained areas. “We look forward to continuing our involvement with major transportation facilities,” says Carlsen. “They are a key to our nation’s economic vitality and the well-being of our citizens” (Lawrence Livermore National Laboratory, 2006).

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