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Preparedness for improvised nuclear devices (INDs) in Chicago has advanced since 2010, but significant gaps remain, particularly in technical resources for response and monitoring. New national initiatives aim to bolster these capabilities.
Area of Science:
- Emergency management
- Nuclear event preparedness
- Public health response
Background:
- Illinois and Chicago have undertaken extensive planning for improvised nuclear device (IND) events since 2010.
- Over 300 public and private entities collaborated on these preparedness efforts.
- A key planning assumption was a 10 kT IND detonation in downtown Chicago.
Purpose of the Study:
- To review past, current, and future preparedness strategies for IND events in Illinois, focusing on Chicago.
- To identify capability gaps and task sequencing challenges in response planning.
- To highlight national initiatives addressing resource deficiencies for IND and radiological dispersal device (RDD) response.
Main Methods:
- Review of past preparedness efforts, summits, and workshops.
- Analysis of task sequencing, interdependencies, and resource constraints.
- Conducting a Federal Emergency Management Agency (FEMA) Region V integrated IND Senior Leaders Tabletop Exercise.
- Highlighting the Radiological Operations Support Specialist (ROSS) initiative and the Radiation Response Volunteer Corps Program.
Main Results:
- Essential response planning documents were produced, and major tasks were identified.
- A tabletop exercise revealed challenges in performing key response tasks, indicating a need for further preparedness.
- A significant capability gap exists in technical resources for response, recovery, and population monitoring.
Conclusions:
- Despite considerable planning efforts, substantial work remains to enhance IND preparedness in Illinois.
- The ROSS initiative and Radiation Response Volunteer Corps Program are crucial national efforts to address resource deficiencies.
- These programs aim to provide necessary resources consistent with the Emergency Management Assistance Compact for all hazards.
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