Additional information about traffic congestion can be found in the following articles.

• Arnott, Richard J., de Palma, Andre and Lindsey, Robin (1993) A structural model of peak-period congestion: a traffic bottleneck with elastic demand The American Economic Review 83(1) p. 161

• Boarnet, Marlon G., Kim, Eugene Jae and Parkany, Emily (1998) Measuring traffic congestion Transportation Research Record (1634) p. 93

• Brady, Michael Emmett (1993) Dynamic stability traffic equilibrium and the law of peak-hour expressway Transportation Research Part B: Methodologica 27(3) p. 229

• City of Burnaby Planning Department (1999) Cycle Roads Network http://www.city.burnaby.bc.ca/planning/cycleroads.html

• Dougherty, M.S., Kirby, H.R. and Boyle, R.D. (1993) The use of neural networks to recognize and predict traffic congestion Traffic Engineering and Control 34 (6) p. 311

• Florian, Michael (1999) Untangling traffic congestion OR/MS Today 26(2): 52

• Geddes, Robert (1997) Metropolis unbound: the sprawling American city and the search for alternatives The American Prospect (35) p. 40

• Hernandez, Roy R. (1995) Enterprisewide GIS reduces traffic congestion GIS World 8(4) p. 48

• Johnston, Robert A, Lund, Jay R. and Craig, Paul P. (1995) Capacity-allocation methods for reducing urban traffic congestion Journal of Transportation Engineering 121 (1) p. 27

• Knowles, Richard (2000) Urban traffic congestion and integrated transport Journal of the Geographical Association 85(366) p. 1-72

• McMullen, B. Starr and Gut, Thomas (1992) HOV Lane Effectiveness in Controlling Traffic Congestion. Transportation Quarterly 46(3) p. 429

• Samuel, Peter (1999) Traffic congestion: a solvable problem Issues in Science and Technology 15(3) p.49

• TransLink http://www.translink.bc.ca/

• Verhoef, E.T. (1999) Time, speeds, flows and densities in static models of road traffic congestion and congestion pricing. Regional Science and Urban Economics. 29 (3) p. 341

• Wright, C. and Roberg-Orenstein, P. (1999) Simple models for traffic jams and congestion Control Transport 135 (3) p. 123