News Release
RAND Study Provides Framework for Passenger-Rail Systems to Cost-Effectively Protect Riders from Terrorist Attacks
Dec 11, 2007
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U.S. communities depend on reliable, safe, and secure rail systems. Each weekday, more than 12 million passengers take to U.S. railways. Recent attacks on passenger-rail systems around the world highlight the vulnerability of rail travel and the importance of rail security for these passengers. The use of passenger rail and the frequency with which terrorists target it call for a commitment to analyzing and improving rail security in the United States. This book explains a framework for security planners and policymakers to use to guide cost-effective rail-security planning, specifically for the risk of terrorism. Risk is a function of threat (presence of terrorists with intent, weapons, and capability to attack), vulnerability (likelihood of damage at a target, given an attack), and consequences (nature and scale of damages if an attack succeeds). While effective security solutions may address all three components of risk, this book focuses on addressing vulnerabilities and limiting consequences, since these are the two components of risk most within the realm of rail-security personnel. The analysis is based on a notional rail system that characterizes rail systems typically found in the United States. The methodology presented is useful for planning rail-security options.
Chapter One
Introduction
Chapter Two
What Are the Key Rail-Attack Threats and Their Consequences?
Chapter Three
Qualitative Risk Assessment for a Notional Passenger-Rail System
Chapter Four
Baseline Security and Operational Characteristics of the Notional Rail System
Chapter Five
Cost-Effectiveness Assessment of Security-Improvement Options for the Notional Rail System
Chapter Six
Rail-Security Policy Considerations
Appendix A
Qualitative Risk Assessment of Rail-Attack Scenarios
Appendix B
Cost-Effectiveness Assessment Details
The research described in this report was supported by the National Institute of Justice, Office of Justice Programs, U.S. Department of Justice and was conducted under the auspices of the Homeland Security Program within RAND Infrastructure, Safety, and Environment. The opinions, findings, and conclusions or recommendations expressed in this publication are those of the authors and do not necessarily reflect the views of the Department of Justice.
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