Critical Relief for Traffic Congestion

Higher business costs. In an increasingly competitive global economy that relies on “just-in-time” flows of raw materials and finished products, on-time deliveries are critical. Because trucks are the sole providers of goods to 75 percent of American communities, congestion delays increase business costs. (*6) As a consequence of the auto dependence that has created our congestion problem, in 2000, $71.5 billion was lost in wages and productivity due to motor vehicle injuries.(*10)

Continued dependence on foreign oil. Nearly 43 percent of America’s energy resources are used for transportation -- compared to industrial use (39 percent) and residential use (11 percent) -- and a substantial amount is consumed because of congestion. (*11) The 5.7 billion gallons of gasoline wasted in congestion in 2000 (an average of 100 gallons annually by each peak-period road user) would fill 114 supertankers or 570,000 gasoline trucks. (*11)

Growing Public Frustration

Traffic congestion is now a top concern of residents across the country. According to the Federal Highway Administration (FHWA), since 1995 traffic flow has been the only roadway characteristic out of eight that has experienced a decline in public satisfaction levels. (*2)

The sentiment is expressed in areas around the country. For example, according to 2000 and 2001 surveys in Houston, congestion has become the number one issue, more important than the economy and crime, which topped the charts in previous surveys. (*12) In Atlanta, 63 percent of residents favored expanding transportation options or reducing sprawl, compared to 22 percent who favored expanding roads. (*13) Across the country, the FHWA found that 7 of 10 respondents favored expanding existing public transportation, while fewer than 4 in 10 favored building more highways to ease traffic problems. (*2)

The Solution: Added Emphasis on PublicTransportation

Our options are clear. To relieve congestion, our emphasis -- and investment priority -- must shift toward dramatic expansion of high-capacity public transportation systems, including light rail, heavy rail, commuter rail, bus rapid transit (BRT), express bus services and transit/HOV lanes. This must be coupled with targeted investments in and better management of the current highway network.

The rationales for greater emphasis on transit are powerful.

Public transportation reduces the number of vehicles on the road and vehicle miles traveled. The Maryland Department of Transpor tation estimates that:

• A full rail car removes 200 cars from the road.

• A full bus removes 60 cars.

• A full van removes 12 cars. (*14)

Public transportation reduces hours of delay in major travel corridors. Increased public transportation use reduces delays for both public transportation riders and highway users. According to an FTA study of six urban corridors served by high-capacity rail transit:

• Public transportation passengers saved 17,400 hours daily over auto travel in the corridors.

• Remaining road users in the corridors saved 22,000 hours of delay per day due to the absence of vehicles from public transportation users.

• Travelers on surrounding roads in the corridors saved an additional 20,700 hours daily as spillover congestion was reduced.

These reductions represent a savings of $225 million annually in the six corridors analyzed. (*19)

Public transportation generates substantial savings to the economy. The FTA values the aggregate benefits from transit- related congestion relief at $19.4 billion annually. (*20) Another study indicates that ever y dollar of public funds invested in public transportation returns up to $6 in economic benefits in urban regions. (*21)

Public transportation reduces the need for highway expansion. Highway expansion has become increasingly difficult and controversial. There often is not space, money and public support to add roadway capacity needed to create and sustain acceptable conditions. (*1) In addition, there is mounting evidence that additions to highway capacity “induce” added traffic. Increasing lane-miles by one percent may induce a nearly equivalent increase in vehicle-miles of travel within a period as short as five years. By inducing significant traffic, additional road building may do little to reduce congestion. (*22)

Congestion Relief Provided by Public Transportation
Area	Congestion relief in key locations at critical times
Albany, NY	Preferential treatment for buses along a 16-mile corridor will provide riders with a 15-20 percent savings in travel time. (*15)
Los Angeles, CA	Transit carries 30 percent of all trips into central Los Angeles. Without transit, Los Angeles would need an additional 1,400 freeway lane-miles. (*16)
Maryland	Transit removes 570,000 cars from traffic daily. (*14)
Minneapolis, MN	Buses in the Twin Cities bypass congestion by operating on 200 miles of bus shoulder lanes. (*17)
St. Louis, MO	MetroLink light rail users keep 12,700 cars a day out of rush-hour traffic. (*18)
San Diego, CA	Transit carries 18 percent of trips into San Diego, removing 35,000 cars from the road daily. (*16)
San Francisco, CA Bay Bridge Corridor	Transit carries 38 percent of all trips in the corridor, without which a 50- percent increase in freeway capacity would be needed.16

Benefits Support Other National and Local Goals

Public transportation offers a host of important ancillary benefits by taking the place of private vehicles when and where the highway network is most burdened.

Improved air quality. For ever y passenger-mile traveled, public transpor tation produces 95 percent less carbon monoxide, more than 92 percent fewer volatile organic compounds and nearly half as much carbon dioxide and nitrogen oxides. (*11)

Reduced energy consumption and dependence. According to Shapiro et al: (*11)

• Energy consumed in transportation in 2000 exceeded the energy consumed in producing all the country’s goods.

• Public transportation uses about one-half the fuel of private automobiles, SUVs and light trucks per passenger-mile traveled.

• Public transportation users today save the U.S. the equivalent of one month’s oil imports from Saudi Arabia, over 850 million gallons a year or 45 million barrels of oil. Preservation of land for smarter growth and more productive development. As much as one third of a city’s land is devoted to serving the motor vehicles when roads, service stations and parking lots are considered.23 Public transportation drastically reduces the amount of land needed for cars.

Preservation of land for smarter growth and more productive development. As much as one third of a city’s land is devoted to serving the motor vehicles when roads, service stations and parking lots are considered. (*23) Public transportation drastically reduces the amount of land needed for cars.

• Urban rail systems can provide more capacity in a 100-foot right-of-way than a six-lane freeway requiring a 300-foot rightof- way. (*18)

• Required parking spaces can be reduced 30 and 50 percent, respectively, for office and retail development in transit-intensive areas. (*24)

• For a peak-period transit trip, the roadway space and time required for an auto passenger may be 25 times greater than for the time and space required for a bus passenger and 60 times greater than the time and space required for a rail transit passenger. (*25)

Investing in Policies that Make Public Transportation Work

Public transportation systems in many areas are now beginning to experience their own congestion. Since 1995, public transportation ridership has grown over 22 percent -- faster than both highway travel and airline travel -- forcing many systems to the limits of their capacity, and sometimes beyond.

Substantial increases in public transportation investment are needed now to assure that current and planned services remain comfortable, convenient and attractive. To obtain the greatest return from that investment, however, renewed emphasis also must be placed on a number of existing, public transportationsupportive policies and initiatives.

Intelligent transportation systems (ITS). New technologies applied to both public transportation and highways can help relieve congestion. In public transportation, universal fare systems based on “smartcard” technology; real-time, on-street customer information; and integrated scheduling and dispatching systems can dramatically enhance the attractiveness of public transportation use.

Source: Vuchic, Vukan R., Transportation for Livable Cities, Center for Urban Policy Research, Rutgers University, New Brunswick, NJ, 1999, p. 58

The public transportation/land-use connection. As a strategy in relieving congestion, public transportation can be more effective with policies and actions that expand “transit-oriented development.” In the interest of serving travel demand more effectively with public transportation, more investment, incentives and pilot projects and programs should be introduced to encourage or provide for increased density, mixed-use and walkable design in development in major public transportation corridors.

Enlarging and expanding the public transportation commute benefit. Employers can offer a powerful incentive to their employees to help reduce roadway congestion by offering a taxfree transit pass of up to $100 per month. The cost of this commute benefit is deductible as a normal business expense. Alternatively, the transit commute benefit can be provided through payroll deductions before taxes, with employer and employee sharing the cost, as desired. The $100 ceiling should be raised to match parking cost deductibility, and many more businesses should be encouraged to offer the commuter benefit.

Location-efficient mortgages. Proximity to public transportation reduces the costs of auto-oriented transportation, freeing household income for other uses, such as home mortgages. Fannie Mae, the nation’s largest source of financing for home mortgages, is currently testing a 2-year, $100 million program that makes home buying more affordable for buyers locating near public transportation. The pilot program is now underway in Chicago, Los Angeles, Orange County, San Francisco and Seattle. Watch for expansion of this partnership of public transportation agencies, mortgage lenders and housing financiers and its effect on congestion.

Works Cited

1. Lomax, Timothy J. and Schrank, David L., The 2002 Urban Mobility Report, Texas Transportation Institute, Texas A&M University, College Station, TX, 2002, http://mobility.tamu.edu/ums/ study/short_report.stm

2. Keever, David B., et al, Moving Ahead: The American Public Speaks on Roadways and Transportation in Communities, Report No. FHWAOP- 01-017, February 2000, http://www.fhwa.dot.gov/reports/movingahead.htm

3. U.S. Census Bureau, www.census.gov

4. Highway Statistics Series, U.S. Federal Highway Administration, Washington, DC, www.fhwa.dot.gov/ohim/ohimstat.htm

5. Surface Transportation Policy Project, Transit Growing Faster Than Driving: A Historic Shift in Travel Trends, Decoding Transportation Policy and Practice, #3, May 29, 2002, www.transact.org/library/transit_VMT.asp

6. Card, Michael S., President, Combined Transport, Inc. in testimony on behalf of the American Trucking Associations, Inc. before the Subcommittee on Highways and Transit, Transportation and Infrastructure Committee, U.S. House of Representatives, May 21, 2002

7. Wilkens, William M., The Cost of Congestion in Las Vegas: The Region’s 15 Worst Traffic Jams, The Road Information Program, Washington, DC, October 2, 2002, http://www.tripnet.org/state/LasVegas100202.htm

8. Reed, Philip, Your Car’s Total Cost of Ownership, April 2002, www.edmonds.com/advice/buying/articles/47079/article.html

9. Downs, Anthony, "Can Transit Tame Sprawl?" Governing Magazine, January 2002

10. National Traffic Safety Council, Injury Facts, 2001

11. Shapiro et al, Conserving Energy and Preserving the Environment: The Role of Public Transportation, American Public Transportation Association, July 2002

12. Klineberg, Stephen L., Facing the New Realities: Findings from 20 Years of Houston Surveys, Draft Report, Rice University, February 2002, http://mobility.tamu.edu/ums/study/issues_measures/ perception. stm

13. Surface Transportation Policy Project, Easing the Burden: A Companion Analysis of the Texas Transportation Institute’s Congestion Study, Washington, DC, May 2001, http://www.transact.org/pdfs/etb_report.pdf

14. The Future of Transit in Maryland: One Million Riders a Day by the Year 2020, Report of the Maryland Transit Advisory Panel, January 1999

15. http://www.fta.dot.gov/BRT/projects/albany.html

16. http://www.transact.org/ca/public_transport1.htm

17. http://www.metrocommuterservices.org/mcstransit.htm

18. Weyrich, Paul M. and Lind, William S., Twelve Anti-Transit Myths: A Conservative Critique, A Study Prepared by the Free Congress Research and Education Foundation, 2001

19. Transit Benefits 2000 Working Papers: A Public Choice Policy Analysis, Federal Transit Administration, Office of Policy Development Policy Paper, Washington, DC, 2000

20. (updated),1999 Status of the Nation’s Highways, Bridges and Transit: Conditions and Performance, Appendix H U.S. Department of Transportation, Washington, DC, May 2000

21. Cambridge Systematics, Inc., Public Transportation and the Nation’s Economy, October 1999

22. Hansen, Mark, “Do New Highways Generate Traffic?” Access, No. 7, Fall, 1995, University of California Berkeley, p. 22

23. Motavalli, Jim, “Getting Out of Gridlock: Thanks to the Highway Lobby, Now We’re Stuck in Traffic. How Do We Escape?” Emagazine, Vol. XIII, No. 2, March-April 2002

24. Cambridge Systematics, Inc., Cervero, Robert and Aschauer, David, Economic Impact Analysis of Transit Investments: Guidebook for Practitioners, Report 35, Transit Cooperative Research Program, Washington, DC, 1998

25. Vuchic, Vukan R., Transportation for Livable Cities, Center for Urban Policy Research, Rutgers University, New Brunswick, New Jersey, 1999, pp. 55-56 For more information on public transportation and its many benefits, visit www.publictransportation.org.

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