(Redirected from Traffic planning)'Transportation planning' is the field involved with the siting of
transportation facilities (generally
streets,
highways, sidewalks, bike lanes and
public transport lines).
Transportation planning historically has followed the
Rational Planning model of Defining Goals and Objectives, Identifying Problems, Generating Alternatives, Evaluating Alternatives, and Developing the Plan. Other models for planning include
Rational actor,
Satisficing,
Incremental planning,
Organizational process, and
Political bargaining. However, planners are increasingly expected to adopt a multi-disciplinary approach, especially due to the rising importance of
environmentalism. For example, the use of
behavioral psychology to persuade drivers to abandon their
automobiles and use
public transport instead. The role of the transport planner is shifting from technical analysis to promoting
sustainability through integrated transport
policies.
[1]
United Kingdom
In the
United Kingdom transport planning has traditionally been a branch of
civil engineering. In the
1950s and
1960s it was generally believed that the
motor car was the future of transport with public transport playing only a marginal role. The role of the transport planner was to "predict and provide" - to predict future transport demand and provide the network for it, which usually involved building more
roads.
The publication of Planning Policy Guidance 13 in
1994 (revised in
2001),
[2] followed by A New Deal for Transport
[3] in 1998 and the
white paper Transport Ten Year Plan 2000
[4] indicated an increasing belief that unrestrained growth in road traffic was neither desirable nor feasible. The worries are threefold: concerns about
congestion, concerns about the effect of road traffic on the environment (both
natural and
built) and concerns that an emphasis on road transport discriminates against vulnerable groups in society such as the
poor, the
elderly and the
disabled.
These documents signalled a new approach based on
integration:
★ integration within and between different types of transport
★ integration with the environment
★ integration with
land use planning
★ integration with policies for
education,
health and
wealth creation.
This attempt to reverse decades of underinvestment in the transport system has resulted in a severe shortage of transport planners. It was estimated in
2003 that 2,000 new planners would be required by
2010 to avoid jeopardising the success of the Transport Ten Year Plan
[1].
During
2006 the Transport Planning Society defined the key purpose of transport planning as
::''to plan, design, deliver, manage and review transport, balancing the needs of society, the economy and the environment.''
[5]
The following key roles must be performed by transport planners:
★ take account of the social, economic and environmental context of their work
★ understand the
legal,
regulatory policy and
resource framework within which they work
★ understand and create transport policies, strategies and plans that contribute to meeting social, economic and environmental needs
★ design the necessary transport projects, systems and services
★ understand the commercial aspects of operating transport systems and services
★ know about and apply the relevant tools and techniques
★ must be competent in all aspects of management, in particular communications, personal skills and
project management.
[5]
United States
Transportation planning in the United States is in the midst of a shift similar to that taking place in the United Kingdom, away from the singular goal of moving vehicular traffic and towards an approach that takes into consideration the communities and lands which streets, roads, and highways pass through ("the context"). This new approach, known as Context Sensitive Solutions (CSS), seeks to balance the need to move vehicles efficiently and safely with other desirable outcomes, including
historic preservation, environmental
sustainability, and the creation of vital
public spaces.
The initial guiding principles of CSS came out of the 1998 "Thinking Beyond the Pavement" conference
[7] as a means to describe and foster transportation projects that preserve and enhance the natural and built environments, as well as the economic and social assets of the neighborhoods they pass through. CSS principles have since been adopted as guidelines for highway design in federal legislation.
[8] And in 2003, the
Federal Highway Administration announced that under one of its three Vital Few Objectives (Environmental Stewardship and Streamlining) they set the target of achieving CSS integration within all state Departments of Transportations by September of 2007.
[9] The recent pushes for advancing transportation planning has led to the development of a professional certification program, the
Professional Transportation Planner, to be launched in 2007.
See also
★
Transportation forecasting
★
Strategic Environmental Assessment
★
Professional Transportation Planner
Notes
1. Southern, A. (2006), Modern-day transport planners need to be both technically proficient and politically astute, ''Local Transport Today'', no. 448, 27 July 2006.
2. Department for Communities and Local Government (2001), Planning Policy Guidance 13: Transport
3. Department for Transport (1998), A New Deal for Transport
4. Department for Transport (2000), Transport Ten Year Plan 2000
5. Transport Planning Society (2006), Draft National Occupational Standards for Transport Planning
6. Transport Planning Society (2006), Draft National Occupational Standards for Transport Planning
7. State of Maryland (1998), Summary of Thinking Beyond the Pavement conference
8. U.S. Senate (2005), Senate Report 109-053 - Safe, Accountable, Flexible, and Efficient Transportation Equity Act OF 2005
9. Federal Highway Administration (2003) FHWA's Vital Few Goals — Environmental Stewardship and Streamlining
External links
★
Demo applet of a route planning algorithm solving TSP and VRPTW online
★ Cyburbia
Transportation Planning subforum
United Kingdom
★
Transport Planning Society
★
Transport Modelling.com
★
Transport Analysis Guidance
★
Design Manual for Roads and Bridges