EMERGENCY PREPAREDNESS AND RESPONSE TECHNICAL

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EMERGENCY PREPAREDNESS AND RESPONSETECHNICAL SERVICES CATALOGUEI

EMERGENCY PREPAREDNESS AND RESPONSETECHNICAL SERVICES CATALOGUEEffective national and global responsecapabilities are essential to minimize theimpacts from nuclear and radiologicalemergencies and to build public trust in thesafety and security of nuclear technology. T heIAEA promotes the international EmergencyPreparedness and Response (EPR) framework,which is based on international legalinstruments to efficiently implement roles inresponse to nuclear or radiological incidents andemergencies regardless of whether they arise fromaccident, negligence or deliberate act.Capacity BuildingEducation and TrainingNetworksToolsThe IAEA helps maintain and strengthen effectiveEPR capabilities on national and international levels. As part of these activities, the IAEAprepares safety standards and guidelines and provides technical tools to assist Member Statesin building EPR capacities.T his catalogue provides detailed IAEA service-related and capacity building informationto Member States to assist them in strengthening and maintaining their national and localEPR.The technical service fact sheets within this catalogue are for informational purposes only.Member States desiring a specific service should send a request through formal channels tothe IAEA Incident and Emergency Centre.For more information on Emergency Preparedness and Response services,please contact: iec-information@iaea.orgorgo to: lt.asp?s 1&l 5.

CAPACITY BUILDING

Emergency Preparednessand ResponseCAPACITY BUILDINGBuilding EPR CapacityWhy is this important?The global nuclear community is experiencing a period of dynamic change. The introduction of new nuclearpower plants, the rapid expansion of existing nuclear power programmes and the wider use of radioactive sourcesand ionizing radiation in general highlight the need for continued and improved international cooperation toaddress the associated challenges.The IAEA, through its Incident and Emergency Centre (IEC), is implementing a global programme to improvethe effectiveness of emergency preparedness and response (EPR) in Member States by building capacity at thenational, regional and international levels. The EPR capacity building programme is comprehensive and builtupon IAEA Safety Standards, good practices and lessons learned. It is aimed at building and strengtheningthe preparedness and response abilities of individuals, organizations, and systems to perform core functionssustainably, and to continue to improve and develop over time.What do I need to know?Capacity building is an inherent part of IAEA’s initiatives and activities underway in EPR. Success of the IAEAEPR Capacity Building programme stresses the interrelationship of several components, to include — developinghuman resources (training, workshops, exercises, capacity building centres), developing organizational andinstitutional infrastructures and legal frameworks and conducting large-scale exercises to test preparednessand response capability levels, strengths and weaknesses.Essential programme information:The IAEA provides both standardized and customized training programmes and materials, e-learning tools,train-the-trainer workshops, and training simulator equipment. IAEA also maintains a roster of regionalexperts who can provide assistance. It covers wide areas of EPR topics for various specialists involved in EPR.

Building EPR CapacityWhat actions are recommended?Member States interestedin capacity buildingservices, should senda request to the IAEAIncident and EmergencyCentre.Member States shouldwork with the IAEA toperiodically evaluatetheir EPR needs andprogrammes for buildingcapacity.Member States areencouraged to contact theIAEA should they needfurther information onbuilding EPR capacity.For a list of training anddates scheduled by theIAEA, check the IAEAMeeting Schedule.What is IAEA’s strategy for EPR capacity building?STRATEGY FOR EPR CAPACITY BUILDING PROGRAMMEThe IAEA’s strategy for building capacity in EPR uses an integrated approach that works toward realistic andmeasurable objectives, outputs, and activities to develop, strengthen and sustain emergency preparedness foreffective response nationally, regionally and internationally.This strategy strives to be cost-effective, providing support to Member States in developing their own countryspecific action plans based on high-priority needs.Both at the policy level and the operational level, some of the goals of the EPR capacity building strategyinclude: building consensus, developing collaborative networks for information exchange; and improvingintergovernmental and interagency EPR capabilities.ResourcesEmail: iec-information@iaea.orgVisit: 81IAEA Meeting Schedule ent.pdfPreparedness and Response for a Nuclear or Radiological Emergency (IAEA Series No. GSR Part 7)http://www-pub.iaea.org/MTCD/Publications/PDF/P 1708 web.pdfArrangements for Preparedness for a Nuclear or Radiological Emergency (IAEA Series No. /PDF/Pub1265web.pdfCriteria for Use in Preparedness and Response for a Nuclear or Radiological Emergency (IAEA Series No. GSG2) 467 web.pdf

Emergency Preparednessand ResponseCAPACITY BUILDINGSchool of Radiation Emergency ManagementWhy is this important?One of the major lessons learned from past nuclear and radiological emergencies (such as the Chernobyl,Goiânia and Fukushima Daiichi accidents) is that a nuclear or radiological emergency is unpredictable andcan occur anywhere and at any time. Experience from responses to these and other emergencies has clearlydemonstrated the importance of Member States having efficient management systems in place that includes,among other components, emergency plans, procedures, and internally consistent national criteria—and evenmore importantly, having properly trained personnel to effectively coordinate and implement emergencypreparedness and response (EPR) arrangements in their countries.One function of the IAEA is to assist Member States in developing appropriate training programmes forpersonnel to prepare for and respond to nuclear and radiological emergencies. The School of Radiation EmergencyManagement is part of IAEA’s ongoing efforts to designate capacity building centres on different EPR areas ofspecialization, and is consistent with similar IAEA regional initiatives aimed at providing participants with indepth knowledge in different aspects of EPR to handle nuclear or radiological emergencies.What do I need to know?Students through classroom lectures, presentations and practical exercises will receive a comprehensivegrounding in the basic principles of EPR in nuclear or radiological incidents and emergencies, based uponIAEA Safety Standards, technical guidance and tools on EPR.School information:Who should attend this school? Qualified professionals from organizations involved in planning for and responseto a nuclear and radiological emergency are invited to enrol in this school.What should I know before I attend? The school is key in the IAEA’s strategy for Capacity Building on EmergencyPreparedness and Response. The school syllabus is modular and flexible, topics selected designed with theaim of ensuring participants receive through training on EPR principles based on the most recently publishedIAEA Safety Standards and Guidelines. This structure allows highlighting some significant elements of an EPRprogramme.How long is this school? The duration of the school is three weeks, but can be shorter or longer based on selectedcurriculum content.

School of Radiation Emergency ManagementWhat actions are recommended?Member States desiringinformation on theschool, can send arequest for informationto the IAEA Incident andEmergency Centre.Member States shouldselect qualifiedprofessionals fromorganizations involvedin planning for andresponse to a nuclearand radiologicalemergency.Member States areencouraged to contactthe IAEA should theyconsider having nationalcourses on this subject.For a list of training anddates scheduled by theIAEA, check the IAEAMeeting Schedule.Who teaches in this school? IAEA and international lecturers.What could a school curriculum cover?RADIATION EMERGENCY MANGEMENT SCHOOL MODULESModular topics could include: Basic elements of preparedness for and response to nuclear and radiological emergencies Emergency management systems Protective actions Instructions to the public Radiological responses Nuclear emergenciesExercises could include: Simulated situations of a nuclear or radiological emergency Visits to an actual emergency operations centre Visits to a nuclear facilityResourcesIAEA Meeting Schedule ent.pdfPreparedness and Response for a Nuclear or Radiological Emergency (IAEA Series No. GSR Part 7)http://www-pub.iaea.org/MTCD/Publications/PDF/P 1708 web.pdfArrangements for Preparedness for a Nuclear or Radiological Emergency (IAEA Series No. /PDF/Pub1265web.pdfEmail: iec-information@iaea.orgVisit: 03Criteria for Use in Preparedness and Response for a Nuclear or Radiological Emergency(IAEA Series No. GSG-2) 467 web.pdf

EDUCATION AND TRAINING

Emergency Preparednessand ResponseEDUCATION AND TRAININGCommunication with the Public in a Nuclear orRadiological EmergencyWhy is it important?Experience from nuclear and radiological emergencies highlights public communication as one of the mostimportant challenges in emergency management. Communicating effectively with the public about nuclearand radiological emergencies will help mitigate the risks, support the implementation of protective actions andcontribute to minimizing fear.Effective public communication needs to be timely, clear, factually correct, objective and easily understandable.This can only be achieved by establishing a public communication programme with a specific strategy tailoredto the relevant scenarios and key audiences. Failure to do so will consequently lead to a loss of the public’strust in the response organization jeopardizing compliance with protective actions. Therefore, effective publiccommunication during nuclear or radiological emergencies needs be to be well prepared and trained for inadvance.What do I need to know?This training course provides practical training to those responsible for communicating with the public andthe media, and for coordinating with all sources of official information, in a nuclear or radiological emergency.This training course shows how to strengthen the efficiency of public communications in preparedness andresponse to a nuclear or radiological emergency, including supporting the implementation of public protectiveactions, mitigating the consequences of misconception, and gaining and maintaining public trust. Thistraining is based on the Communication with the Public in a Nuclear or Radiological Emergency (EPR-PUBLICCOMMUNICATIONS, 2012).Course information:Who should attend this course? Participants are public information officers at facility, local and national levels,emergency managers and emergency coordinators.What should I know before I attend this course? Participants attending this training should be familiar with theseIAEA Safety Standards Series Publications: Preparedness and Response for a Nuclear or Radiological Emergency (IAEA Series No. GSR Part 7),Arrangements for Preparedness for a Nuclear or Radiological Emergency (IAEA Series No. GS-G-2.1)Criteria for Use in Preparedness and Response for a Nuclear or Radiological Emergency (IAEA Series No.GSG-2) Establishing the Safety Infrastructure for a Nuclear Power Programme (IAEA Series No. SSG 16)

Communication with the Public in a Nuclear or Radiological EmergencyWhat actions are recommended?Member States desiringtraining should senda request to the IAEAIncident and EmergencyCentre.Member States shouldselect participants whoare public informationofficers at facility, localand national levels,emergency managersand emergencycoordinators.Member States areencouraged to contact theIAEA should they needfurther assistance with thiscourse.For a list of additionaltraining and datesscheduled by the IAEA,check the IAEA MeetingSchedule.How long is this course? The course duration is 5 days.Who teaches this course? IAEA and international lecturers.What does this course cover?Through lectures and exercises, this training course covers communication principles and tools to assistPIOs in achieving effective communication during a nuclear and radiological emergency and to help inmitigating its effects.ResourcesEmail: iec-information@iaea.orgVisit: 82IAEA Meeting Schedule ent.pdfCommunication with the Public in a Nuclear or Radiological Emergency (EPR-PUBLIC ublications/PDF/EPR-Communcation web.pdfMethod for Developing a Communication Strategy and Plan for a Nuclear or Radiological Emergency (EPRPUBLIC COMMUNICATIONS PLAN, /EPR-CommPlan2015 web.pdfPreparedness and Response for a Nuclear or Radiological Emergency (IAEA Series No. GSR Part 7)http://www-pub.iaea.org/MTCD/Publications/PDF/P 1708 web.pdfArrangements for Preparedness for a Nuclear or Radiological Emergency (IAEA Series No. /PDF/Pub1265web.pdfCriteria for Use in Preparedness and Response for a Nuclear or Radiological Emergency (IAEA Series No. GSG2) 467 web.pdf

Emergency Preparednessand ResponseEDUCATION AND TRAININGCytogenetic Dosimetry: Applications in a Nuclearor Radiological EmergencyWhy is it important?Cytogenetic Dosimetry is a biological form of dosimetry that focuses on chromosome and cell analysis in casesof actual or suspected overexposure of individuals to ionizing radiation. Cytogenetic dosimetry can estimatethe whole body absorbed dose, providing relevant information for medical treatment and eventual prognosisof an exposed individual. This analysis provides one source of diagnostic information that needs to be collectedand considered when a nuclear or radiological emergency is investigated.What do I need to know?The purpose of this multiple-day training course is to provide information to participants on how to selectand implement, in a standardized manner, the appropriate cytogenetic techniques to ensure comparable doseassessments following accidental exposure to ionizing radiation. It is based on the IAEA publication CytogeneticDosimetry: Applications in Preparedness for and Response to Radiation Emergencies (EPR- BIODOSIMETRY2011).This training is presented at the technical level through lecture materials, tools and other resources. Uponcompletion, participants should have a comprehensive understanding of this subject.Course information:Who should attend this course? This is a technical training class, biologists, medical technologists, and laboratorystaff performing biological dosimetry and relevant medical specialists (physicians, radiopathologists andhaematologists) should attend.What should I know before attending this course? This training course on preparedness and response for nuclearand radiological emergencies follows Preparedness and Response for a Nuclear or Radiological Emergency (IAEASeries No. GSR Part 7), Arrangements for Preparedness for a Nuclear or Radiological Emergency (IAEA Series No.GS-G-2.1), and Criteria for Use in Preparedness and Response for a Nuclear or Radiological Emergency (IAEASeries No. GSG-2,). Participants attending this training should be familiar with these IAEA Safety StandardSeries publications.How long is this course? The course duration is 4 to 5 days.

Cytogenetic Dosimetry ApplicationsWhat actions are recommended?Member States desiringtraining should senda request to the IAEAIncident and EmergencyCentre.Member States areencouraged to contact theIAEA should they needfurther assistance with thiscourse.Member States shouldselect participants whoperform biologicaldosimetry (technical/medical specialists).For list of additionaltraining and datesscheduled by the IAEA,check the IAEA MeetingSchedule.Who teaches this course? IAEA and international lecturers.What does this course cover?CYTOGENETIC DOSIMETRY: APPLICATIONS IN A NUCLEAR OR RADIOLOGICAL EMERGENCYThrough lectures, case studies and exercises this training course covers, for example: Basics of biological effects of ionizing radiation.Basics of biodosimetry.Retrospective dosimetry by translocationanalysis.Premature chromosome condensation analysis.Cytokinesis block micronucleus assay. Automatic analysis of chromosomal assay.Biodosimetry in mass casualty events.Applied statistics for biological dosimetry.Safety of laboratory staff and quality programmes.Case studies of accident investigations.ResourcesIAEA Meeting Schedule ent.pdfCytogenetic Dosimetry: Applications in Preparedness for and Response to Radiation Emergencies (EPRBIODOSIMETRY /EPR-Biodosimetry%202011 web.pdfPreparedness and Response for a Nuclear or Radiological Emergency (IAEA Series No. GSR Part 7)http://www-pub.iaea.org/MTCD/Publications/PDF/P 1708 web.pdfArrangements for Preparedness for a Nuclear or Radiological Emergency (IAEA Series No. /PDF/Pub1265web.pdfEmail: iec-information@iaea.orgVisit: 04Criteria for Use in Preparedness and Response for a Nuclear or Radiological Emergency(IAEA Series No. GSG-2) 467 web.pdf

Emergency Preparednessand ResponseEDUCATION AND TRAININGDevelopment and Use of Operational InterventionLevels for Reactor EmergenciesWhy is it important?Member States need to establish or enhance capabilities for protecting the public in the event of a severeemergency at a reactor or its spent fuel pool.OILs (Operational Intervention Levels) are operational criteria that allow the prompt implementation ofprotective actions and other response actions on the basis of monitoring results that are available during anuclear or radiological emergency.What do I need to know?The purpose of this multiple-day training course is to enable the participants to understand the need for OILsas part of the protection strategy for nuclear and radiological emergencies as emphasized by IAEA SafetyStandards, EPR-Series publications, Technical Documents and Accident Reports.This training course will support Member States in establishing or enhancing adequate capabilities forprotecting the public in the event of a severe emergency at a reactor or its spent fuel pool, by providing adetailed explanation on the use of IAEA’s default OILs and the methodology for their derivation and revision.In addition, it will contribute to the harmonization of national criteria for implementing protective actions andother response actions.Course information:Who should attend this course? Participants should ideally be involved in the development of national criteria forthe implementation of protective actions and other response actions during a nuclear or radiological emergency.Background knowledge in emergency preparedness and response for nuclear and radiological emergencies andin the evaluation of monitoring results is of clear advantage.What should I know before attending this course? Participants attending this training should be familiar withthese IAEA

Arrangements for Preparedness for a Nuclear or Radiological Emergency (IAEA Series No. GS-G-2.1) Criteria for Use in Preparedness and Response for a Nuclear or Radiological Emergency (IAEA Series No. GSG-2) Establishing the Safety Infrastructure for a Nuclear Power Programme (IAEA S

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