Projects per year
Abstract
Introduction: Incidents involving the exposure of large numbers of people to radiological material can have serious consequences for those affected, their community and wider society. In many instances, the psychological effects of these incidents have the greatest impact. People fear radiation and even incidents which result in little or no actual exposure have the potential to cause widespread anxiety and behavior change. The aim of this study was to assess public intentions, beliefs and information needs in the UK and Germany in response to a hidden radiological exposure device. By assessing how the
public is likely to react to such events, strategies for more effective crisis and risk
communication can be developed and designed to address any knowledge gaps,
misperceptions and behavioral responses that are contrary to public health advice.
Methods: This study had three stages. The first stage consisted of focus groups which identified perceptions of and reactions to a covert radiological device. The incident was introduced to participants using a series of mock newspaper and broadcast injects to convey the evolving scenario. The outcomes of these focus groups were used to inform national telephone surveys, which quantified intended behaviors and assessed what perceptions were correlated with these behaviors. Focus group and survey results were used to develop video and leaflet communication interventions, which were then evaluated in a second round of focus groups.
Results: In the first two stages, misperceptions about the likelihood and routes of
exposure were associated with higher levels of worry and greater likelihood of engaging in behaviors that might be detrimental to ongoing public health efforts. The final focus groups demonstrated that both types of misunderstanding are amenable to change following targeted communication.
Conclusion: Should terrorists succeed in placing a hidden radiological device in a
public location, then health agencies may find that it is easier to communicate effectively with the public if they explicitly and clearly discuss the mechanisms through which someone could be affected by the radiation and the known geographical spread of any risk. Messages which explain how the risk from a hidden radiological device ‘‘works’’ should be prepared and tested in advance so that they can be rapidly deployed if the need arises.
public is likely to react to such events, strategies for more effective crisis and risk
communication can be developed and designed to address any knowledge gaps,
misperceptions and behavioral responses that are contrary to public health advice.
Methods: This study had three stages. The first stage consisted of focus groups which identified perceptions of and reactions to a covert radiological device. The incident was introduced to participants using a series of mock newspaper and broadcast injects to convey the evolving scenario. The outcomes of these focus groups were used to inform national telephone surveys, which quantified intended behaviors and assessed what perceptions were correlated with these behaviors. Focus group and survey results were used to develop video and leaflet communication interventions, which were then evaluated in a second round of focus groups.
Results: In the first two stages, misperceptions about the likelihood and routes of
exposure were associated with higher levels of worry and greater likelihood of engaging in behaviors that might be detrimental to ongoing public health efforts. The final focus groups demonstrated that both types of misunderstanding are amenable to change following targeted communication.
Conclusion: Should terrorists succeed in placing a hidden radiological device in a
public location, then health agencies may find that it is easier to communicate effectively with the public if they explicitly and clearly discuss the mechanisms through which someone could be affected by the radiation and the known geographical spread of any risk. Messages which explain how the risk from a hidden radiological device ‘‘works’’ should be prepared and tested in advance so that they can be rapidly deployed if the need arises.
Original language | English |
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Pages (from-to) | 110-119 |
Number of pages | 10 |
Journal | PREHOSPITAL AND DISASTER MEDICINE |
Volume | 28 |
Issue number | 2 |
DOIs | |
Publication status | Published - 1 Apr 2013 |
Keywords
- Emergency
- Health Behaviour
- Persuasive Communication
- Radiation Protection
- Terrorism
Fingerprint
Dive into the research topics of 'Communicating with the Public Following Radiological Terrorism: Results from a Series of Focus Groups and National Surveys in Britain and Germany'. Together they form a unique fingerprint.Projects
- 1 Finished
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Public Intentions and information needs following biological and RAdiological TErrorism - PIRATE
Rogers, B., Rubin, J., Wessely, S. & Zimmerman, P.
1/12/2007 → 31/07/2010
Project: Research
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Delivering extreme event preparedness education in schools: A systematic review of educational preparedness resources available in England
Hodson, A., Pearce, J., Amlot, R. & Rogers, B., Jan 2024, In: International Journal of Disaster Risk Reduction. 100, 25 p., 104171.Research output: Contribution to journal › Review article › peer-review
Open Access -
Challenges for effective counterterrorism communication: Practitioner insights and policy implications for preventing radicalisation, disrupting attack planning and mitigating terrorist attacks
Parker, D., Pearce, J. M., Lindekilde, L. & Rogers, M. B., 26 Sept 2017, In: STUDIES IN CONFLICT AND TERRORISM. 42, 3, p. 264-291Research output: Contribution to journal › Article › peer-review
Open AccessFile12 Citations (Scopus)313 Downloads (Pure) -
Manchester Attack: What can be done to make public spaces safer?
Rogers, M. B., 24 May 2017, BBC News.Research output: Contribution to specialist publication › Article
Open Access