Focus on Cycling Copenhagen Guidelines for the Design of Road Projects Foreword
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The Effect of Road Narrowings on Cyclists
The effect of road narrowings on cyclists Prepared for Charging and Local Transport Division, Department for Transport A Gibbard, S Reid, J Mitchell, B Lawton, E Brown and H Harper TRL Report TRL621 First Published 2004 ISSN 0968-4107 Copyright TRL Limited 2004. This report has been produced by TRL Limited, under/as part of a contract placed by the Department for Transport. Any views expressed in it are not necessarily those of the Department. This report focuses on highway infrastructure as installed by a highway authority. Some illustrations may depict non- prescribed and unauthorised signing and road markings, which may be unlawful. Unless specifically referred to and explained in the report, the inclusion of non-standard signing in illustrations does not imply endorsement of its use by the Department for Transport. All prescribed signs are set out in Regulations (the Traffic Signs Regulations and General Directions and the Pedestrian Crossings Regulations) made under the provisions of the Road Traffic Regulation Act and published by the Stationery Office. TRL is committed to optimising energy efficiency, reducing waste and promoting recycling and re-use. In support of these environmental goals, this report has been printed on recycled paper, comprising 100% post-consumer waste, manufactured using a TCF (totally chlorine free) process. ii CONTENTS Page Executive Summary 1 1 Introduction 3 1.1 Study objectives 3 2 Current guidance 3 3 Consultation exercise 5 3.1 Consultation results 5 4 Questionnaire survey 7 4.1 Survey results 8 4.2 -
Bicycle Master Plan
Bicycle Master Plan OCTOBER 2014 This Environmental Benefit Project is undertaken in connection with the settlement of the enforcement action taken by the New York State Department of Environmental Conservation related to Article 19 of the Environmental Conservation Law. ACKNOWLEDGEMENTS PUBLIC PARTICIPANTS Thank you to all those who submitted responses to the online survey. Your valuable input informed many of the recommendations and design solutions in this plan. STEERING COMMITTEE: Lisa Krieger, Assistant Vice President, Finance and Management, Vice President’s Office Sarah Reid, Facilities Planner, Facilities Planning Wende Mix, Associate Professor, Geography and Planning Jill Powell, Senior Assistant to the Vice President, Finance and Management, Vice President’s Office Michael Bonfante, Facilities Project Manager, Facilities Planning Timothy Ecklund, AVP Housing and Auxiliary Enterprises, Housing and Auxiliary Services Jerod Dahlgren, Public Relations Director, College Relations Office David Miller, Director, Environmental Health and Safety Terry Harding, Director, Campus Services and Facilities SUNY Buffalo State Parking and Transportation Committee John Bleech, Environmental Programs Coordinator CONSULTANT TEAM: Jeff Olson, RA, Principal in Charge, Alta Planning + Design Phil Goff, Project Manager, Alta Planning + Design Sam Piper, Planner/Designer, Alta Planning + Design Mark Mistretta, RLA, Project Support, Wendel Companies Justin Booth, Project Support, GObike Buffalo This Environmental Benefit Project is undertaken in connection -
Town of Glastonbury Bid No. Gl-2020-07
TOWN OF GLASTONBURY BID NO. GL-2020-07 MAIN STREET RAISED TRAFFIC ISLAND ADDENDUM NO. 1 SEPTEMBER 16, 2019 BID DUE DATE: SEPTEMBER 19, 2019 11:00 A.M. The attention of bidders submitting proposals for the above-referenced project is called to the following Addendum to the specifications. The items set forth herein, whether of omission, addition, substitution or other change, are all to be included in and form a part of the proposed Contract Documents for the work. Bidders shall acknowledge this Addendum in the Bid Proposal by inserting its number on Page BP-1. Make the following modifications to the Contract Documents: BID PROPOSAL FORM: The bid proposal form is hereby replaced with the attached. ALL BIDDERS MUST USE THE REVISED BID PROPOSAL FORM. CONSTRUCTION PLANS: Sheets 1 of the plan set titled “PLAN DEPICTING PROPOSED TRAFFIC ISLAND IMPROVEMENTS LOCATED AND MAIN STREET AND HEBRON AVENUE, GLASTONBURY CONNECTICUT” is hereby replaced with the attached plan. Changes shown on Sheet 1 include notes depicting removal and resetting of existing brick pavers in the vicinity of the existing town-owned locus tree which is to be completed as described in the special provision listed below. SPECIAL PROVISIONS: The following Special Provisions are hereby added to the contract: ITEM 0992093A REMOVE AND RESET BRICK PAVERS This Addendum Contains 6 Pages including the above text and 1 Plan Sheet. MAIN STREET RAISED TRAFFIC ISLAND ADDENDUM 1 BID PROPOSAL – REVISED BID #GL-2020-07 TOWN OF GLASTONBURY * 2155 MAIN STREET * GLASTONURY * CT BID / PROPOSAL NO: GL-2020-07 DATE DUE: September 19, 2019 DATE ADVERTISED: September 6, 2019 TIME DUE: 11:00 AM NAME OF PROJECT: Main Street Raised Traffic Island In compliance with this Invitation to Bid, the Bidder hereby proposes to provide goods and/or services as per this solicitation in strict accordance with the Bid Documents, within the time set forth therein, and at the prices submitted with their bid response. -
Exploring Changes to Cycle Infrastructure to Improve the Experience of Cycling for Families
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by UWE Bristol Research Repository Exploring changes to cycle infrastructure to improve the experience of cycling for families Dr William Clayton1 Dr Charles Musselwhite Centre for transport and Society Centre for Innovative Ageing Faculty of Environment and Technology School of Human and Health Sciences University of the West of England Swansea University Bristol, UK Swansea, UK BS16 1QY SA2 8PP Tel: +44 (0)1792 518696 Tel: +44 (0) 117 32 82316 Web: www.drcharliemuss.com Email: [email protected] Twitter: @charliemuss Website: www.uwe.ac.uk/et/research/cts Email: [email protected] KEYWORDS: Cycling, infrastructure, motivation, families, behaviour change. Abstract: Positive changes to the immediate cycling environment can improve the cycling experience through increasing levels of safety, but little is known about how the intrinsic benefits of cycling might be enhanced beyond this. This paper presents research which has studied the potential benefits of changing the infrastructure within a cycle network – here the National Cycle Network (NCN) in the United Kingdom (UK) – to enhance the intrinsic rewards of cycling. The rationale in this approach is that this could be a motivating factor in encouraging greater use of the cycle network, and consequently help in promoting cycling and active travel more generally amongst family groups. The project involved in-depth research with 64 participants, which included family interviews, self-documented family cycle rides, and school focus groups. The findings suggest that improvements to the cycling environment can help maintain ongoing motivation for experienced cycling families by enhancing novel aspects of a routine journey, creating enjoyable activities and facilitating other incidental experiences along the course of a route, and improving the kinaesthetic experience of cycling. -
Access Management Manual, September 5, 2019 TABLE of CONTENTS
AccessAccess ManagementManagement ManualManual T E X A S Prepared by the City of Irving Public Works/Traffic and Transportation Department Adopted September 5, 2019 Access Management Manual, September 5, 2019 TABLE OF CONTENTS Section 1 Introduction Page 1.0 Purpose 1 1.1 Scope 1 1.2 Definitions 3 1.3 Authority 10 Section 2 Principles of Access Management 2.1 Relationship between Access and Mobility 11 2.2 Integration of Land Use and Transportation 11 2.3 Relationship between Access and Roadway Efficiency 12 2.4 Relationship between Access and Traffic Safety 12 Section 3 Access Management Programs and Policies 3.1 Identifying Functional Hierarchy of Roadways 14 3.1.1 Sub-Classifications of Roadways 14 3.1.1.1 Revising the “Master Thoroughfare Plan” 15 3.1.2 Comprehensive Plan 15 3.1.3 Discretionary Treatment by the Director 15 3.2 Land Use 15 3.3 Unified Access Planning Policy 16 3.4 Granting Access 16 3.4.1 General Mutual Access 17 3.4.2 Expiration of Access Permission 17 3.4.3 “Grandfathered” Access and Non-Conforming Access 17 3.4.4 Illegal Access 19 3.4.4.1 Stealth Connection 19 3.4.5 Temporary Access 19 3.4.6 Emergency Access 19 3.4.7 Abandoned Access 20 3.4.8 Field Access 20 3.4.9 Provision for Special Case Access 20 3.4.10 Appeals, Variances and Administrative Remedies 20 3.5 Parking and Access Policy 20 3.6 Access vs Accessibility 21 3.7 Precedence of Access Rights Policy 21 3.8 Right to Access A Specific Roadway 22 3.9 Traffic Impact Analyses (TIA’s) 22 3.9.1 Level of Service (LOS) 22 3.9.2 Traffic Impact Analysis (TIA) Requirements -
Intersections
Design Concept for a CycleTrack On the East Side of Herndon Parkway for 2,000 Feet South of the Washington & Old Dominion Railroad Regional Park Trail Final Report Revised July 14, 2017 September 20, 2016 Prepared by: Table of Contents Introduction 3 Intersections 4 Relevant Case Studies 5 Cycle Track Approach to Intersection 8 Near-Term Recommendation: Bend-Out 8 Long-Term Recommendation: Protected Intersection 9 Intersection Crossing 10 Signal Phasing 11 Bus Stops 12 Relevant Case Studies 12 Near-Term and Future Lower-Ridership Bus Stop Recommendation: Bus Passengers Cross the Cycle Track 14 Long-Term Recommendation for High-Ridership Bus Stops: Bus Stop on an Island 14 Access Roads and Private Driveways 15 Relevant Case Studies 15 Near-Term and Future Lower-Volume Access Road/Private Driveway 17 Long-Term Recommendation for Higher Volume Assess Roads/Private Driveways: Recessed Crossing 18 Additional Considerations 19 Transitions to Adjoining Bicycle and Pedestrian Facilities 19 Stormwater Management 19 Summary of Recommended Improvements 20 Prepared by: others address long-term conditions that will likely Introduction result from increased development in the Herndon Transit-Oriented Core, opening of the Herndon An improved bicycle facility has been proposed Metrorail Station, and restructuring of the Herndon along Herndon Parkway in the Herndon Metrorail Parkway and Spring Street intersection. Stations Access Management Study (2014) and the Transportation chapter of the Town of Herndon’s The recommendations for the proposed cycle track 2030 Comprehensive Plan (2008). The Fairfax are organized as follows: County Bicycle Master Plan (2014) and Urban Design and Architectural Guidelines for the Herndon • Intersections Transit-Oriented Core (2014) defined this potential Relevant Case Studies improvement as a cycle track, separated from Approaching an intersection pedestrian and vehicular traffic. -
Chapter 3 - Intersections Publication 13M (DM-2) Change #1 – Revised 12/12 CHAPTER 3
Chapter 3 - Intersections Publication 13M (DM-2) Change #1 – Revised 12/12 CHAPTER 3 INTERSECTIONS 3.0 INTRODUCTION By definition, an intersection is the general area where two or more highways join or cross including the roadway and roadside facilities for traffic movements within the area. The efficiency, safety, speed, cost of operation and capacity of an intersection depends upon its design. Since each intersection involves innumerable vehicle movements, these movements may be facilitated by various geometric design and traffic control depending on the type of intersection. The three general types of highway crossings are: (1) at-grade intersections, (2) grade separations without ramps and (3) interchanges. The most important design considerations for intersections fall into two major categories: (1) the geometric design including a capacity analysis and (2) the location and type of traffic control devices. For the most part, these considerations are applicable to both new and existing intersections, although on existing intersections in built-up areas, heavy development may make extensive design changes impractical. The design elements, capacity analysis and traffic control concepts presented in this Chapter apply to intersections and their appurtenant features. Additional sources of information and criteria to supplement the concepts presented in this Chapter are contained in the 2004 AASHTO Green Book, Chapter 9 and the MUTCD. 3.1 OBJECTIVES AND FACTORS FOR DESIGN CONSIDERATIONS The main objective of intersection design is to facilitate the convenience, ease and comfort of people traversing the intersection while enhancing the efficient movement of motor vehicles, buses, trucks, bicycles, and pedestrians. Refer to the section "General Design Considerations and Objectives" in the 2004 AASHTO Green Book, Chapter 9, for details about the five basic elements that should be considered in intersection design: human factors, traffic considerations, physical elements, economic factors, and functional intersection area. -
California Transportation Plan 2050 - Comments
December 20, 2018 Sent via email and FedEx (if applicable) California Department of Transportation (Caltrans) Division of Transportation Planning California Transportation Plan Office of State Planning 1120 N Street, MS 32 Sacramento, CA 95814 (916) 654-2852 [email protected] Re: California Transportation Plan 2050 - Comments Dear California Transportation Plan 2050 Planners: These comments are submitted on behalf of the Center for Biological Diversity (the “Center”) regarding the California Transportation Plan (CTP) 2050. The Center is encouraged by Caltrans’ commitment to increase safety and security on bridges, highways, and roads and create a low-carbon transportation system that protects human and environmental health. To achieve these goals, it is imperative that Caltrans integrate wildlife connectivity into the design and implementation of California’s transportation infrastructure. The Center urges Caltrans to improve driver safety and minimize the impact of roads and traffic on wildlife movement and habitat connectivity with the following actions: 1. Collect and analyze standardized roadkill and wildlife vehicle collision data. 2. Build climate-wise wildlife crossing infrastructure in high priority areas. 3. Prioritize wildlife movement and habitat connectivity on ALL transportation projects. 4. Designate an expert unit dedicated to address wildlife connectivity issues. This unit should form strategic collaborations and partnerships with other connectivity experts. 5. Evaluate the effectiveness of wildlife crossing infrastructure to inform future mitigation. 6. Upgrade existing culverts to facilitate wildlife connectivity as part of routine maintenance. 7. Provide up-to-date guidance for best practices for climate-wise connectivity. 8. Engage with volunteer and community scientists and platforms. 9. Improve multimodal transportation design. -
Costing of Bicycle Infrastructure and Programs in Canada Project Team
Costing of Bicycle Infrastructure and Programs in Canada Project Team Project Leads: Nancy Smith Lea, The Centre for Active Transportation, Clean Air Partnership Dr. Ray Tomalty, School of Urban Planning, McGill University Researchers: Jiya Benni, The Centre for Active Transportation, Clean Air Partnership Dr. Marvin Macaraig, The Centre for Active Transportation, Clean Air Partnership Julia Malmo-Laycock, School of Urban Planning, McGill University Report Design: Jiya Benni, The Centre for Active Transportation, Clean Air Partnership Cover Photo: Tour de l’ile, Go Bike Montreal Festival, Montreal by Maxime Juneau/APMJ Project Partner: Please cite as: Benni, J., Macaraig, M., Malmo-Laycock, J., Smith Lea, N. & Tomalty, R. (2019). Costing of Bicycle Infrastructure and Programs in Canada. Toronto: Clean Air Partnership. CONTENTS List of Figures 4 List of Tables 7 Executive Summary 8 1. Introduction 12 2. Costs of Bicycle Infrastructure Measures 13 Introduction 14 On-street facilities 16 Intersection & crossing treatments 26 Traffic calming treatments 32 Off-street facilities 39 Accessory & support features 43 3. Costs of Cycling Programs 51 Introduction 52 Training programs 54 Repair & maintenance 58 Events 60 Supports & programs 63 Conclusion 71 References 72 Costing of Bicycle Infrastructure and Programs in Canada 3 LIST OF FIGURES Figure 1: Bollard protected cycle track on Bloor Street, Toronto, ON ..................................................... 16 Figure 2: Adjustable concrete barrier protected cycle track on Sherbrook St, Winnipeg, ON ............ 17 Figure 3: Concrete median protected cycle track on Pandora Ave in Victoria, BC ............................ 18 Figure 4: Pandora Avenue Protected Bicycle Lane Facility Map ............................................................ 19 Figure 5: Floating Bus Stop on Pandora Avenue ........................................................................................ 19 Figure 6: Raised pedestrian crossings on Pandora Avenue ..................................................................... -
Euroa Working Group Meeting Presentation
EUROA WORKING GROUP 1 AGENDA: MEETING 3 NO. AGENDA ITEM TOPIC LEADER 1 Open meeting, welcome Todd Beavis 2 Actions from last meeting Todd Beavis 3 Adoption of minutes Todd Beavis 4 Conversations with community Group 5 Noise report Simon De Lisle 7 Break 8 Requirements Ed Walker 9 Explore options (continued) Ed Walker 10 Other business Todd Beavis Inland Rail 11 Future meetings Todd Beavis Enhancing the North East Rail line to allow for double-stacked freight train clearance 12 Close meeting Todd Beavis Euroa Working Group: Meeting Two 2 ACTIONS FROM LAST MEETING NO. ACTIONS 1 Stop all planned communication, including the Q&A campaign in the paper 2 Provide baseline noise monitoring report, including noise logger locations 3 Information on oversize vehicle routes and limits through Euroa 4 Explore the possibility that the road underpass could be limited to smaller vehicles 5 Investigate whether flooding or traffic studies are available 6 Present more information on road under rail and bridge replacement variations Euroa Working Group: Meeting Two 3 ADOPTION OF MINUTES • Will include attendance, apologies, declarations of interest; and a record of topics discussed and assigned actions. • Be reviewed and approved for circulation to members by ARTC and the Chair. • Be circulated to all members for review and to confirm accuracy. Any request for major changes to the minutes must be sent in writing to ARTC and forward to the Chair, to be tabled for agreement at the next Working Group meeting. • Be published on the ARTC website once approved. Any confidential information will be redacted from the minutes published on the ARTC website. -
A Review of the Evidence on Cycle Track Safety Paul Schimek, Ph.D
A Review of the Evidence on Cycle Track Safety Paul Schimek, Ph.D. October 11, 2014 This memo reviews the evidence on cycle track safety. As used by bicycling advocates in North America in recent years, the terms “cycle track” or “protected bike lane” refer to a segregated path for bicyclists adjacent to an urban roadway with a curb or raised object between the bicycle path and the portion of the road used by vehicular traffic and, in some cases, also between the portion used by pedestrians. Scandinavia, Germany, and the Netherlands have the most experience with urban bicycle paths adjacent to roads, the best data, and the most comprehensive studies. In addition to a review of the best of these studies, the memo includes a review of all of the studies of cycle tracks in North America that have been conducted in the past five years. The Netherlands A 1988 Dutch study analyzed 5,763 injury crashes recorded by police between 1973 and 1977 in 14 municipalities of more than 50,000 people.1 The share of cyclists and moped users from road traffic counts was compared to the share of cyclist and moped user injuries in police reports, according to location (intersection or road segment) and according to facility type (bike lane, cycle track, or mixed traffic). The traffic counts were multiplied by road length for the segments and by the number of intersections for the intersections. For bicyclists using bicycle paths, there was a 24% reduction in risk along segments, but a 32% increase in risk in intersections, compared to bicyclists in mixed traffic (with no separate bicycle facilities). -
Traffic-Light Intersections
Give Cycling a Push Infrastructure Implementation Fact Sheet INFRASTRUCTURE/ INTERSECTIONS AND CROSSINGS TRAFFIC-LIGHT INTERSECTIONS Overview Traffic-light intersections are inherently dangerous for cyclists. However, they are indispensable when cyclists cross heavy traffic flows. Cycle-friendly design must make cyclists clearly visible, allow short and easy maneuvers and reduce waiting time, such as a right-turn bypass or an advanced stop-line. On main cycle links, separate cycle traffic light and cycle-friendly light regulation can privilege cycle flows over motorized traffic. Background and Objectives Function Intersections are equipped with a traffic control system when they need to handle large flows of motorized traffic on the busiest urban roads, often with multiple lanes. A cycle-friendly design can greatly improve safety, speed and comfort, by increasing visibility, facilitating maneuvers and reducing waiting time. Scope Traffic-light intersections are always a second-best solution for cyclists, in terms of safety. Actually, traffic light intersections with four branches are very dangerous and should be avoided in general. Dutch guidance states that roundabouts are significantly safer than traffic lights for four- branch intersections of 10,000 to 20,000 pcu/day. In practice, traffic lights are used when an intersection needs to handle large flows of motorized traffic speedily. They can handle up to 30,000 pcu/day, more than is possible with a roundabout. These will typically include at least one very busy distributor road with multiple traffic lanes (50 km/h in the built-up area, higher outside the built-up area). Often, these busy roads are also of great interest as cycle links.