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Bicyclist and Pedestrian Safety and Mobility in Europe
1. International Scan on Pedestrian and Bicyclist Safety and Mobility: May 2009 Sponsored by Federal Highway Administration (FHWA) American Association of State Highway Transportation Officials (AASHTO) National Cooperative Highway Research Program (NCHRP) N C H R P
7. Scan Team Ed Fischer Traffic Safety Engineer Oregon DOT Gabe Rousseau Bike/Ped Program Mgr. -FHWA Shawn Turner (Report Facilitator), Texas Transportation Institute Ernie Blais, FHWA, Vermont Division Cindy Engelhart, Virginia DOT David Henderson, Miami‐Dade County MPO Jon Kaplan, Bike/Ped Program Mgr. - Vermont AOT Kit Keller, Association of Pedestrian & Bicycle Professionals James Mackay, Bicycle Technical Committee, National Committee on Uniform Traffic Control Devices Priscilla Tobias,Traffic Safety Enginer Illinois DOT Diane Wigle, National Highway Traffic Safety Administration Charlie Zegeer, The University of North Carolina Highway Safety Research Center
30. Conscious Effort to Change Forty years ago Copenhagen was just as car-clogged as anywhere else but now 37% of commuters crossing the city boundary ride bicycles each day. That number rises to 55% in the city proper. Copenhagenizing is possible anywhere. www.copenhagenize.com
31. Winterthur, Switzerland 11 Pedestrian Priority Zone in Historical City Center, 2009 (Source: Presentation by Stefan Gerber, City of Winterthur, Switzerland) Introduction General Findings Key Findings Recommendations
32. 12 1980 2000 Winterthur, Switzerland 1955 1970 (Source: Presentation by Stefan Gerber, City of Winterthur, Switzerland)
33. Strøget, Copenhagen, 1960 13 Source: Gehl and Gemzøe, New City Spaces, 2000 Introduction General Findings Key Findings Recommendations
34. Strøget, Copenhagen, 2000 14 Source: Gehl and Gemzøe, New City Spaces, 2000 Introduction General Findings Key Findings Recommendations
37. Safety-in-Numbers(Awareness-in-Numbers) When pedestrians and bicyclists are a common element on/along streets, motorists expect their presence For this reason, biking and walking is actively promoted beyond providing “asphalt and concrete” 17 Introduction General Findings Key Findings Recommendations
38. Engineering Measures for Pedestrians Passive detection to call, truncate, extend, or cancel pedestrian phase (PUFFIN signal) Near-side pedestrian signal heads 18 Introduction General Findings Key Findings Recommendations
39. Engineering Measures for Pedestrians Crossing islands Railing to direct pedestrians to preferred crossing locations Raised crosswalks at unsignalized crossings 19 Introduction General Findings Key Findings Recommendations
50. Engineering Measures for Bicyclists Pavement markings Dashed bike lanes through intersections Color at conflict points Longitudinal bike symbols 30 Introduction General Findings Key Findings Recommendations
54. Low-Speed Street Design Residential and commercial areas 20 mph, 20 to 30 kilometers per hour 4 conditions for use 34 Introduction General Findings Key Findings Recommendations
58. Widespread Photo Enforcement Not just a tool for motor vehicle safety Better motorist compliance with speed limits and traffic signals improves walking and biking safety 38 Introduction General Findings Key Findings Recommendations
59. Traffic Safety Education Pervasive, widespread, ongoing education programs for children Participation from wide range of agencies and organizations Branded traffic safety campaigns 39 Introduction General Findings Key Findings Recommendations
61. Encouragement Promotion was important for both mode share and safety goals Variety of programs and activities Route signing and maps Online travel planners Employer-sponsored programs (bike-to-work) Public health-sponsored programs Government marketing campaigns 41 Introduction General Findings Key Findings Recommendations
63. Integration With Public Transport Plentiful, convenient bike parking at stations Bikes on trains & buses, even during peaks Bike rental or sharing near stations Channels/ramps on stairways for bike access 43 Introduction General Findings Key Findings Recommendations
74. Recommended Implementation Establish policies that gives biking & walking modes highest priority in the road user hierarchy Collect transportation and land use policies and strategic plans Draft examples of successful policies 54 Introduction General Findings Key Findings Recommendations
75. Recommended Implementation Develop & implement a performance reporting program that regularly measures progress toward stated goals Performance measure framework Data collection systems 55 Introduction General Findings Key Findings Recommendations
76. Recommended Implementation Deploy engineering measures for pedestrian and bicyclist safety (under consideration) Passive detection Accessible confirmation for ped pushbuttons Crossing islands Raised crosswalks at unsignalizedped crossings Convex mirrors Advanced stop bars for bike lanes Separated facilities Bicyclist pavement markings 56 Introduction General Findings Key Findings Recommendations
77. Recommended Implementation Evaluate engineering measures in US context (under consideration) Near side pedestrian signals Near side traffic signals at midblock pedestrian crossing Bike boxes Bicycle traffic signals 57 Introduction General Findings Key Findings Recommendations
78. Recommended Implementation Evaluate applicability of lower-speed street design in commercial and residential areas Develop guidance on best practices for integrating biking and walking with public transit Review available TCRP synthesis/case studies 58 Introduction General Findings Key Findings Recommendations
79. Recommended Implementation Institutionalize ongoing traffic safety education at an early age Unify all US traffic safety campaigns under a single national brand Promote the use of photo enforcement as a tool to improve pedestrian and bicyclist safety Develop & implement programs that encourage and enable regular walking and biking 59 Introduction General Findings Key Findings Recommendations
80. Next Steps Scan team identified numerous approaches Have already started implementation phase Will also rely on “champions” in the U.S. to implement policies and practices 60 WANTED: CHAMPIONS Introduction General Findings Key Findings Recommendations
81. Implementation in Vermont Wider use of pedestrian refuges to enhance crossing safety Passive detection incorporated into ped signals Regional “Traffic Garden” for youth to practice on-road cycling skills Crash data/bike-ped count report Enhanced bicycle/public transit coordination Introduction General Findings Key Findings Recommendations 61
Notes de l'éditeur
Pictures: Left – Blue cycle crossing in Copenhagen, Denmark (JM8470)Left center – Pedestrian crosswalk at Hauptbahnhoff in Bern, Switzerland (ST5948)Right center – Colored bike lane in Bristol, UK (JM0175)Right – Pedestrian street in Winterthur, Switzerland (ST6066)
City names appear after 1st click
Pictures:Bottom left – Blue cycle crossing (double-wide) in Copenhagen, Denmark (ST5526)Bottom right – Blue cycle crossing in Copenhagen, Denmark (ST5262)
Pictures:Top right– Pedestrian sensors for PUFFIN crossing in Bristol, UK (ST6183)Bottom right – Near-side pedestrian and bike signal in Bristol, UK (JM0157)
Pictures:Top right – Median refuge island at roundabout exit in London (Wimbledon), UK (ST6166)Bottom left – Raised crosswalk at 2-lane roundabout exit in Malmo, Sweden (JK0679)Bottom right – Railing at offset pedestrian crossing in London, UK (JM0072)
Pictures:Top right – Heated convex mirror (Trixi mirror) in Bern, Switzerland (JM7520)Bottom left – Bike box in London, UK (JM9027)Bottom center – Bicycle traffic signal in Potsdam, Germany (ST5735)Bottom right – Advance stop line for bike lane in Bern, Switzerland (JM0030)
Pictures:Top right – Cycle track in Copenhagen, Denmark (ST5253)Bottom center – Two-way cycle path in Winterthur, Switzerland (ST5864)Bottom right – Cycle lane on the outside of a tram stop in Bern, Switzerland (ST6039)
Pictures:Top right – Dashed bike lane in Osnabruck, Germany (ST4846)Bottom left – Bike symbols for turning vehicles in Berlin, Germany (ST6032)Bottom right – Colored bike lane in Winterthur, Switzerland (ST5689)
Pictures:Bottom left – 20-km/hr pedestrian priority street in Bern, Switzerland (ST5873)Bottom right - Pedestrian street in Winterthur, Switzerland (ST6066)4 Conditions for UseUsed in “special places”Speeds of different modes should be similarFlows of different modes should be similar“See and be seen” is critical design element
Pictures:Top right - Red light camera in Bern, Switzerland (JM7519)
Pictures:Top right – Aerial photo from Google Earth of “Traffic Garden” in Winterthur, SwitzerlandBottom right - Blue cycle crossing in Copenhagen, Denmark (JM8470)Bottom center – clip art from website of Children’s Traffic Club in the UK
Pictures:Top right – Indoor secure bike parking at main train station in Lund, Sweden (JM8658)Bottom right – Bike on train in Berlin, Germany (JM8913)
Pictures:Top right - Chart is a page from Copenhagen’s 2006 Bicycle AccountBottom right – bike barometer in Copenhagen, Denmark (ST5234)
Deploy nowPassive detectionAccessible confirmation for pedestrian pushbuttonsCrossing islandsRaised crosswalks at unsignalized pedestrian crossingsConvex mirrorsAdvanced stop bars for bike lanesSeparated facilitiesPavement markingsEvaluateNear side pedestrian signalsNear side traffic signals at midblock pedestrian crossingBike boxesBicycle traffic signals
Deploy nowPassive detectionAccessible confirmation for pedestrian pushbuttonsCrossing islandsRaised crosswalks at unsignalized pedestrian crossingsConvex mirrorsAdvanced stop bars for bike lanesSeparated facilitiesPavement markingsEvaluateNear side pedestrian signalsNear side traffic signals at midblock pedestrian crossingBike boxesBicycle traffic signals
Deploy nowPassive detectionAccessible confirmation for pedestrian pushbuttonsCrossing islandsRaised crosswalks at unsignalized pedestrian crossingsConvex mirrorsAdvanced stop bars for bike lanesSeparated facilitiesPavement markingsEvaluateNear side pedestrian signalsNear side traffic signals at midblock pedestrian crossingBike boxesBicycle traffic signals
Pictures:Top right – scan team at Swiss Federal Roads Office (FEDRO) in Bern, Switzerland (JM7664)