Date of Award
5-2007
Document Type
Thesis
Degree Name
Master of Disaster Science
Department
Disaster Science
First Advisor
Dr. Jan C. Thomas
Second Advisor
Dr. Ronald Wakeham
Third Advisor
Dr. Michael J. Wriston
Abstract
The emergency operations center organizational model used by the Charlottesville/Albemarle/University of Virginia (CAUVA) Emergency Management Agency is organized around the various departments that staff the center. The EOC model has been used to coordinate small scale natural disasters and training exercises, but has never been used to coordinate a significant actual event. After-action reports of previous events and exercises have highlighted several functional deficiencies and have led some local and state officials to doubt the model's ability to coordinate a significant event... The research process involved a literature and extant document review which discovered that there were four recognized EOC models. A survey of CAUVA EOC staff members was conducted and revealed that eight EOC functions needed improvement. A benchmark study was conducted of like-sized Virginia localities and it was determined that the incident command system/emergency support function (ICSIESF) EOC model was best the performing model. The final phase involved surveying the same group of CAUVA EOC staff members, presenting them with the list of deficiencies, the current CAUVA and best practice EOC models, and asking participants to choose which best practice components could be adopted to address found deficiencies. The survey results revealed that the ICSIESF EOC model was selected to be the model of choice for a growing, midsized city-county region. Although additional plan development and staff training will be required, the ICSIESF model may prove to be a more effective method to deal with a challenging natural or man-made disaster.
Recommended Citation
Eggleston, John D., "The next generation of emergency management : proposal for a new model of emergency operations center for a growing regional emergency management system" (2007). Master's Theses. 667.
https://scholarship.richmond.edu/masters-theses/667