The Consequences to National Security of Jurisdictional Gray Areas Between Emergency Management and Homeland Security

The Consequences to National Security of Jurisdictional Gray Areas Between Emergency Management and Homeland Security

Paperback (26 Dec 2014)

  • $16.95
Add to basket

Includes delivery to the United States

10+ copies available online - Usually dispatched within 7 days

Publisher's Synopsis

The September 11, 2001, terrorist attack on United States (U.S.) soil memorialized as 9/11 served as the catalyst for major reforms in the federal government. Twenty-two agencies combined to form the Department of Homeland Security with a mission of preventing homeland attacks and reducing U.S. vulnerability to terrorism. Accomplishing this amalgamation has led Federal Emergency Management Agency supported emergency management discipline principles and homeland security supported discipline principles to create jurisdictional gray areas (JGAs) with stakeholders on a path of division in preparedness, training, and command. Defining "all-hazards" placed them at opposite ends of the spectrum. The purpose of this research is to determine the presence of JGAs, and define "all-hazards." Case study and qualitative methodologies are utilized to examine three cases for JGAs, a disaster, act of terrorism, and an act of workplace violence. The results revealed utilizing an incident command system on any of these incidents reduces JGAs, Presidential Policy Directive-8 (PPD-8) provides a holistic approach to disaster and terrorism, and an "all-hazards" incident also requires a management component. The recommendations are: 1) further research in reducing U.S. vulnerability to terrorism, 2) support to sustain HS as a recognized discipline, and 3) research that identifies mentally unstable employees prior to acts of workplace violence.

Book information

ISBN: 9781505727012
Publisher: On Demand Publishing, LLC-Create Space
Imprint: Createspace
Pub date:
Language: English
Number of pages: 74
Weight: 195g
Height: 279mm
Width: 216mm
Spine width: 4mm