Managing and Organizing Comprehensive Highway Safety in Europe
U.S.
Department of Transportation
Federal Highway Administration
International Technology Exchange Program
April 2003
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Highway safety is a primary focus of transportation professionals. Both the
U.S. Department of Transportation (USDOT) and the American Association of State
Highway and Transportation Officials (AASHTO) have identified safety as a key
emphasis, and both organizations have created strategic plans and priority programs
in the safety area. A number of State departments of transportation (DOTs) have
used AASHTO and USDOT as examples in creating their own safety plans and programs.
A reduction in highway fatalities and injuries is the common goal of all these
plans.
Highway safety improvements, or reductions in highway fatalities and injuries,
require the effective coordination of a diverse set of activities implemented
by a wide range of transportation professionals. Safety improvements traditionally
have been segmented into those related to the "3 E's" - engineering,
education, and enforcement measures - but other activities, such as emergency
medical services and maintenance, also are relevant. In the United States, individual
administrative units, agencies, or organizations focusing on one of the 3 E's
often complete safety improvements independently. Fortunately, many experts
now recognize that a "stovepipe" or nonsystematic mentality toward
implementing safety improvements is not always effective. Internationally, recognition
of this fact has produced specific safety policies and significant crash reductions.
The how, why, where, and when of programming decisions related to the implementation
of safety improvements can be complex. It often requires the cooperation and
coordination of a large number of people and funding sources. Recognizing that
innovations from other countries could greatly influence U.S. practice, the
Federal Highway Administration (FHWA) and AASHTO sponsored an international
technology scanning study to investigate management and organization of comprehensive
highway safety programs.
STUDY OBJECTIVE AND FOCUS AREAS
The objective of the scanning study was to investigate and review the supporting
mechanisms used in planning, developing, and implementing highway safety programs.
The team examined policies, strategies, programs, analytical tools, outreach
efforts, and public-private sector relationships and roles that guide these
decisions. Of particular interest to the team were:
Meetings with experts in each country were designed to address one or all of
these four focus areas, and the scanning study's goal was to identify safety
policies, programs, and practices from each country that helped reduce roadway
fatalities and injuries. The scanning team evaluated the possibility of implementing
the European approaches and measures observed. Significant findings and commonalities
among the countries are documented in this report. During the study, team members
met with a diverse set of representatives from national transportation administrations
and ministries, state departments of transportation, university faculty, research
organizations, and nongovernmental organizations.
Key findings of the scanning study of each country are described in Chapter
Two and the common themes found in these highly effective safety programs are
discussed in Chapter Three. Chapter Four summarizes the recommendations and
implementation strategies the scanning team proposes.
STUDY ORGANIZATION
The scanning team conducted its study of managing and organizing comprehensive
highway safety in Sweden, Germany, the Netherlands and the United Kingdom from
March 1 to 17, 2002. Primary contacts in these countries are listed in Appendix
A. The countries and dates they were visited are shown in Table 1.
Table 1. Safety scan countries and dates visited.
The team chose these countries because of their recent highway fatality reductions,
past highway safety records and experience, and international reputation for
cooperation and coordination in highway safety programming. Table 2, adapted
from a German summary of highway fatalities in Europe and the United States,
shows crash statistics and population of each country visited and the United
States.(1) Table 2. Scanning study country 1999 safety statistics.
Table 2 also shows that highway fatality rates per 100,000 population in the
four countries the scanning team visited were 40 to 60 percent of the rate found
in the United States. Fatality rates per billion vehicle-miles traveled, however,
were 84 to 97 percent of the U.S. rate in three of the countries visited. The
German rate was higher than the U.S. rate.
The scanning team also held three internal organizational meetings during the
study. The team met March 3, 2002, to organize the study, emphasize its purpose,
assign note-recording requirements, and identify team members' primary interests.
The team held a mid-study meeting March 10 to review primary findings and common
themes for the first two countries visited, discuss the remainder of the study,
and reiterate its purpose. The team met March 16 to review key findings from
the final two countries, determine common policy and themes in each of the four
countries, develop preliminary recommendations and a final report outline, and
organize a strategy implementation team.
PANEL COMPOSITION
FHWA and AASHTO sponsored the scanning study, which was organized by American
Trade Initiatives, Inc. The study was scheduled initially for September 2001,
but was rescheduled for March 2002 after the September 11, 2001, attacks on
New York and the Pentagon. The rescheduling required replacement of some team
members.
Team members were selected to represent the diversity of professionals involved
in highway safety. The 11-member team included representatives from FHWA, two
universities, five State DOTs, and a non-profit private research organization.
The team included engineers, a State patrol superintendent, and a governor’s
highway safety bureau representative. Team members’ safety expertise included
roadway design, enforcement measures, educational programs, research, and technology
transfer. Team members and their representative organizations are shown in Table
3. Contact information information and biographic sketches for each member are
included in Appendix B.
Table 3. Team members and organizations.
AMPLIFYING QUESTIONS
The scanning team developed a series of amplifying questions to help focus
the discussion with European safety experts and show them what subjects, topics,
and issues were of interest. They included investigation of national safety
goals and plans; decision-making and management processes, policies and procedures;
resources, analytical tools, and legislative policies; and examples and results
of good and poor safety improvements. The questions provided to the European
hosts before the scanning study are included in Appendix C.
Introduction
Study Objective and Focus Areas
Study Organization
Panel Composition
Amplifying Questions
The size of the countries visited during the study varied considerably. Sweden
is a little larger than California in land area and had an estimated July 1998
population of 8.9 million (1/30 of the U.S. population). Similarly, Germany
is slightly smaller than Montana and had an estimated July 2000 population of
82.8 million (1/3 of the U.S. population). The Netherlands is about twice the
size of New Jersey and had a July 2000 population of about 15.9 million (1/20
of the U.S. population). Finally, the United Kingdom is slightly smaller in
land area than Oregon and had a July 2000 population of about 59.5 million (1/5
of the U.S. population).
Germany
The Netherlands
Sweden
United Kingdom
United States
Population (millions)
Public Road Network
(1,000 Miles)
Total Annual Fatalities
Fatalities per 100,000 People
Fatalities per Billion Vehicle-Miles
(a) Data from 1997 (b) Data from 1998
Idaho Department of Transportation
Midwest Research Institute
FHWA Indiana Division
University of Wisconsin-Madison
Kansas Department of Transportation
Florida Department of Transportation
Oregon Department of Transportation
Wisconsin Department of Transportation
FHWA Office of Safety Research and Development
University of Wyoming
FHWA Office of Safety
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