Neighborhood Traffic Control Plan:
Education Component

CALIFORNIA

PROJECT CHARACTERISTICS PROGRAM AREA(S)
  High media visibility   Injury Prevention
  Targets hard-to-reach/at risk population    
       
TYPE OF JURISDICTION    
  City    
       
TARGETED POPULATION(S) JURISDICTION SIZE
  General Population 380,000


PROBLEM IDENTIFICATION
The City of Oakland, California is the third most populous city in the San Francisco-Oakland Bay Area; and is the hub of the East Bay, offering many and various business opportunities and social amenities. However, the opportunities offered by the Oakland area also present traffic safety challenges to the city's neighborhoods. Many commuters, on their way to work use Oakland's residential streets to connect with major arterials and freeways, frequently at high speeds, endangering the safety of neighborhood residents.


GOALS AND OBJECTIVES
The goal of the Neighborhood Traffic Control Plan was the prevention of injuries and fatalities resulting from unsafe traffic practices. In addressing this goal, the city adopted the following objective: develop a multi-year, three component plan of engineering, education, and enforcement activities that address traffic safety.


STRATEGIES AND ACTIVITIES

The Neighborhood Traffic Control Plan was developed early in 1994 from a series of community meetings where the problem of traffic safety was addressed, and solutions to the problem were proposed. A three-year plan was adopted by the Oakland City Council that applied engineering, enforcement, and education strategies to solve the city's traffic problems. The Education Component of the plan was initiated in 1996 and funded through a grant from the California Office of Traffic Safety. Oakland employed a number of activities designed to meet the goals and objectives of this component:

 

RESULTS
The Education Component of the Neighborhood Traffic Control Plan ended in September, 1997, after 18 months. Formal evaluations of the three component plan are currently underway. A sampling of "before and after" data from the engineering component of the plan show initial dramatic improvements in traffic safety statistics:

  • In 31 residential blocks located in a community where speed bumps had been installed, a comparison of data from two years prior to installation to two years after installation showed a 33 percent reduction in traffic crashes, a 28 percent reduction in speed-related crashes and a 71 percent reduction in injuries
  • In a random sampling of 27 blocks parallel to speed bumps, data indicated a 24 percent reduction in traffic crashes, a 61 percent reduction in speed-related crashes and a 28 percent reduction in injuries
  • Traffic data from 26 locations where stop signs were installed or upgraded showed a 70 percent decrease in crashes

 

FUNDING
  Section 402:

$89,000

CONTACT  
  Iyackuddy Jeeva, Ph.D.
Supervising Transportation Engineer
Traffic Engineering and Parking Division
City of Oakland
1333 Broadway, Room 230
Oakland, CA 94612
(510) 238–3466


National Highway Traffic Safety Administration

Spring 1998