
Global Street Design Guide
This must-have manual will help you to design safer city streets throughout the world. More than 1.2 million people die every year from traffic fatalities, and with cities growing more by the minute there is a need for safer and more effective streets. This world-wide guide will help you with the standard that has been defined and set through NACTO’s other publications. Some of the countries highlighted are the United State, India, Canada, New Zealand, Denmark, Korea, Columbia, and Australia.
Table of Contents
Forewords
About the Guide
Streets Around the World
Global Influences
A New Approach to Street Design
How to Use the Guide
A – About Streets
1. Defining Streets
What is a Street
Shifting the Measure of Success
The Economy of Streets
Streets for Environmental Sustainability
Safe Streets Save Lives
Streets Shape People
Multimodal Streets Serve More People
What is Possible
2. Shaping Streets
The Process of Shaping Streets
Aligning with City and Regional Agendas
Involving the Right Stakeholders
Setting a Project Vision
Communication and Engagement
Costs and Budgets
Phasing and Interim strategies
Coordination and Project Management
Implementation and Materials
Management
Maintenance
Institutionalizing Change
How to Measure Streets
Summary Chart
Measuring the Street
Measuring and Evaluating Streets
B – Street Design Guidance
3. Designing Streets for Great Cities
Key Design Principles
4. Designing Streets for Place
Defining Place
Local and Regional Contexts
Immediate Context
Changing Contexts
5. Designing Streets for People
A Variety of Street Users
Comparing Street Users
Designing for Pedestrians
Overview
Pedestrian crossings
Pedestrian Refuges
Sidwalk extensions
Universal Accessibility
Wayfinding
Designing for Cyclists
Overview
Cycle of Networks
Cyclist Toolbox
Cycle Facilities
Cycle Share
Designing for Transit Riders
Overview
Transit Networks
Transit Toolbox
Transit Facilities
Transit Stops
Designing for Motorists
Overview
Motorist Networks
Motorist Toolbox
Travel Lanes
Corner Radii
Visibility and Sight Distance
Traffic Calming Strategies
Designing for Freight and Service Operators
Overview
Freight Networks
Freight Toolbox
Geometry
Freight Management and Safety
Designing for People doing Business
Overview
People Doing Business Toolbox
Geometry
Siting Guidance
6. Utilities and Infrastructure
Underground Utilities Design Guidance
Green Infrastructure and Stormwater Management
Green Infrastructure Design Guidance
Benefits of Green Infrastructure
Lighting and Technology
Lighting Design Guidance
7. Operational and Management Strategies
Overview
General Strategies
Demand Management
Network Management
Volume and Access Management
Parking and Curbside Management
Speed Management
Signs and Signals
8. Design Controls
Design Speed
Design Vehicle and Motor Control Vehicle
Design Year and Modal Capacity
Design Hour
C – Street Transformations
9. Streets
Street design Strategies
Street Typologies
Pedestrian-Priority Spaces
Laneways and Alleys
Parklets
Pedestrian Plazas
Shared Streets
Commercial Shared Streets
Residential Shared Streets
Neighborhood Streets
Residential Streets
Neighborhood Main Streets
Avenues and Boulevards
Central One-Way Streets
Central Two-Way Streets
Transit Streets
Large Streets with Transit
Grand Streets
Special Conditions
Elevated Structure Improvement
Elevated Structure Removal
Streets to Streams
Temporary Street Closures
Post-Industrial Revitalization
Waterfront and Parkside Streets
Streets in Informal Areas
Overview
Existing Conditions
Recommendations
10. Intersections
Intersection Design Strategies
Intersection Analysis
Intersection Redesign
Mini Roundabout
Small Raised Intersection
Neighborhood Gateway Intersection
Intersection of Two-Way and One-Way Streets
Major Intersection: Reclaiming the Corners
Major Intersection: Squaring the Circle
Major Intersection: Cycle Protection
Complex Intersection: Adding Public Plazas
Complex Intersection: Improving Traffic Circles
Complex Intersection: Increasing Permeability
Resources
Acknowledgements
Key Terms
Notes
Appendix