Social uncertainties related to stable iodine intake in a nuclear emergency

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Social uncertainties related to stable iodine intake in a nuclear emergency. / Turcanu, Catrinel; Perko, Tanja; Sala, Roser; Wolf, Hanna; Camps, Johan; Oughton, Deborah.

In: Radioprotection, 15.05.2020, p. 1-6.

Research output: Contribution to journalArticle

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Turcanu, Catrinel ; Perko, Tanja ; Sala, Roser ; Wolf, Hanna ; Camps, Johan ; Oughton, Deborah. / Social uncertainties related to stable iodine intake in a nuclear emergency. In: Radioprotection. 2020 ; pp. 1-6.

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@article{725678f9db8744949962e735cf8f1e55,
title = "Social uncertainties related to stable iodine intake in a nuclear emergency",
abstract = "Intake of stable iodine intake is considered as an effective countermeasure for reducing the risk of thyroid cancer in an eventual release of radioactive iodine following nuclear accident. However, there are a number of value and social uncertainties that are likely to impact on accident management. These include differences in public response as well as decisions made by emergency management actors during an actual incident. In order to explore these sources of uncertainty, this paper explored social uncertainties related to the potential administration of stable iodine. First, public understanding and compliance with the advice of authorities was studied by surveys, showing that less than half of the public knew when iodine tablets should be taken, or understood their protective role. There were also country specific differences in the level of expected compliance with authorities’ advice. Second, social uncertainties were identified through observations of emergency exercises; these were revealed to be mainly related to timing, public response, communication, effectiveness, cross-border issues and first responders. Third, studies on factors influencing communication about stable iodine were carried out and showed that public understanding and compliance with advice could be improved by communicating numerical and narrative information. Overall, the results indicate that enhanced focus on social uncertainties during the preparedness phase may improve the effectiveness of stable iodine administration in case of an emergency.",
keywords = "Social uncertainties, Stable iodine, Nuclear emergency, CONFIDENCE",
author = "Catrinel Turcanu and Tanja Perko and Roser Sala and Hanna Wolf and Johan Camps and Deborah Oughton",
note = "Score=10",
year = "2020",
month = "5",
day = "15",
doi = "10.1051/radiopro/2020027",
language = "English",
pages = "1--6",
journal = "Radioprotection",
issn = "0033-8451",
publisher = "Cambridge University Press",

}

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TY - JOUR

T1 - Social uncertainties related to stable iodine intake in a nuclear emergency

AU - Turcanu, Catrinel

AU - Perko, Tanja

AU - Sala, Roser

AU - Wolf, Hanna

AU - Camps, Johan

AU - Oughton, Deborah

N1 - Score=10

PY - 2020/5/15

Y1 - 2020/5/15

N2 - Intake of stable iodine intake is considered as an effective countermeasure for reducing the risk of thyroid cancer in an eventual release of radioactive iodine following nuclear accident. However, there are a number of value and social uncertainties that are likely to impact on accident management. These include differences in public response as well as decisions made by emergency management actors during an actual incident. In order to explore these sources of uncertainty, this paper explored social uncertainties related to the potential administration of stable iodine. First, public understanding and compliance with the advice of authorities was studied by surveys, showing that less than half of the public knew when iodine tablets should be taken, or understood their protective role. There were also country specific differences in the level of expected compliance with authorities’ advice. Second, social uncertainties were identified through observations of emergency exercises; these were revealed to be mainly related to timing, public response, communication, effectiveness, cross-border issues and first responders. Third, studies on factors influencing communication about stable iodine were carried out and showed that public understanding and compliance with advice could be improved by communicating numerical and narrative information. Overall, the results indicate that enhanced focus on social uncertainties during the preparedness phase may improve the effectiveness of stable iodine administration in case of an emergency.

AB - Intake of stable iodine intake is considered as an effective countermeasure for reducing the risk of thyroid cancer in an eventual release of radioactive iodine following nuclear accident. However, there are a number of value and social uncertainties that are likely to impact on accident management. These include differences in public response as well as decisions made by emergency management actors during an actual incident. In order to explore these sources of uncertainty, this paper explored social uncertainties related to the potential administration of stable iodine. First, public understanding and compliance with the advice of authorities was studied by surveys, showing that less than half of the public knew when iodine tablets should be taken, or understood their protective role. There were also country specific differences in the level of expected compliance with authorities’ advice. Second, social uncertainties were identified through observations of emergency exercises; these were revealed to be mainly related to timing, public response, communication, effectiveness, cross-border issues and first responders. Third, studies on factors influencing communication about stable iodine were carried out and showed that public understanding and compliance with advice could be improved by communicating numerical and narrative information. Overall, the results indicate that enhanced focus on social uncertainties during the preparedness phase may improve the effectiveness of stable iodine administration in case of an emergency.

KW - Social uncertainties

KW - Stable iodine

KW - Nuclear emergency

KW - CONFIDENCE

UR - https://ecm.sckcen.be/OTCS/llisapi.dll/open/38793650

U2 - 10.1051/radiopro/2020027

DO - 10.1051/radiopro/2020027

M3 - Article

SP - 1

EP - 6

JO - Radioprotection

JF - Radioprotection

SN - 0033-8451

M1 - 2020027

ER -

ID: 6813447