Abstract
Objectives: To compare child pedestrian injury rates on one-way versus two-way streets in Hamilton, and examine whether the characteristics of child pedestrian injuries differ across street types.
Methods: The rates of injury per child population, per kilometre, per year were calculated by age, sex and socio-economic status (SES). Child, environment and driver characteristics were investigated by street type.
Results: The injury rate was 2.5 times higher on one-way streets than on two-way streets and 3 times higher for children from the poorest neighbourhoods than for those from wealthier neighbourhoods. SES, injury severity, number of lanes, collision location and type of traffic control were also found to be significantly different across street types.
Conclusions: One-way streets have higher rates of child pedestrian injuries than two-way streets in this community. Future risk factor and intervention studies should include the directionality of streets to further investigate its contribution to child pedestrian injuries.
Résumé
Objectifs: Comparer les taux de blessures chez les enfants-piétons dans les rues à sens unique par opposition aux rues à double sens à Hamilton, et voir si les caractéristiques de ces blessures varient en fonction du type de rue.
Méthodes: On a calculé les taux de blessures par enfant, par kilomètre et par année en fonction de l’âge, du sexe et de la situation socioéconomique. On a examiné les caractéristiques des enfants, de l’environnement et des conducteurs en fonction du type de rue.
Résultats: Le taux de blessures est apparu 2,5 fois plus élevé dans les rues à sens unique que dans les rues à double sens, et 3 fois plus élevé chez les enfants vivant dans les quartiers pauvres par opposition à ceux habitant les quartiers riches. Selon le type de rue, on a constaté des différences significatives aux plans de la situation socio-économique, de la gravité des blessures, du nombre de voies, de l’endroit de la collision et de la réglementation de la circulation.
Conclusions: À Hamilton, les taux de blessures chez les enfants-piétons sont plus élevés dans les rues à sens unique que dans les rues à double sens. Les prochaines études sur les facteurs de risque et les interventions devraient prendre en considération le sens des rues pour voir quelle influence cela a sur les blessures des enfants-piétons.
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References
Roberts I. Why have pedestrian death rates fallen. BMJ 1993;303:1737–39.
Rivara F. Unintentional injuries, In: Pless IB (Ed.), Epidemiology of Childhood Disorders. New York: Oxford University Press, 1994.
Ontario Ministry of Health. 1986–1990. Morbidity and Mortality Report.
MacWilliam L, Mao Y, Nicholls E, Wigle DT. Fatal accidental childhood injuries in Canada. Can J Public Health 1987;78(2):129–35.
Pless IB. The scientific basis of childhood injury prevention: A review of the medical literature. London: Child Accident Prevention Trust, 1993.
Towner EM, Downswell T, Jarvis S. Reducing childhood accidents. The effectiveness of health promotion interventions: A literature review. London: Health Education Authority, 1993.
Roberts I, Norton R, Jackson R, Hassal I. Effect of environmental factors on risk of injury of child pedestrians by motor vehicles: A case-control study. BMJ 1995;310:91–94.
Wazana A, Krueger P, Raina P, Chambers L. A review of risk factor studies of child pedestrian injuries. Injury Prevention 1997;3:295–304.
Wazana A. Are there injury prone children? A critical review of the literature. Can J Psychiatry 1997;42:602–10.
Ewens PE. Report on the one-way street system. Prepared for the Hamilton Transportation and Traffic Committee, 1960.
Bruce JA. One-way major arterial streets, In: Special Report 93: Improved Street Utilization through Traffic Engineering. Highway Research Board, National Research Council, Washington, DC, 1967;24–36.
Zeeger CV, Opiela KS, Cyneeki MJ. Effect of pedestrian signals and signal timing on pedestrian accidents, In: Transportation Research Record 847: Analysis of Highway Accidents, Pedestrian Behaviour and Bicycle Program Implementation. Transportation Research Board, National Research Council, Washington, DC, 1982;62–72.
Model Pedestrian Safety Program — User’s Guide. Federal Highway Administration, Washington, DC, 1987.
AAA. Manual on Pedestrian Safety. American Automobile Association, Washington, DC, 1964.
MapInfo software. MapInfo Corporation One Global View. Troy, New York, USA, 1995.
Statistics Canada. Profiles of Census Divisions and Subdivisions in Ontario, Part B. Ottawa: Industry, Science and Technology Canada, 1994.
Joly MF, Foggin PM, Pless IB. Geographical and socio-ecological variations of traffic accidents among children. Soc Sci Med 1991;33(7):765–69.
Mueller BA, Rivara FP, Lii S, Weiss NS. Environmental factors and the risk for childhood pedestrian-motor vehicle collision occurrence. Am J Epidemiol 1990;132(3):550–60.
King WD, Palmissano PA. Racial differences in childhood hospitalized pedestrian injuries. Pediatr Emerg Care 1992;8(4):221–24.
Dougherty G, Pless IB, Wilkins R. Social class and the occurrence of traffic injuries and deaths in urban children. Can J Public Health 1990;81:204–9.
Backett EM, Johnson AM. Social patterns of road accidents to children: Some characteristics of vulnerable families. BMJ 1959;1:409–13.
Read JH, Bradley EJ, Morrison JD, et al. The epidemiology and prevention of traffic accidents involving child pedestrians. CMAJ 1963;89:687–701.
Pless IB, Taylor HG, Arsenault L. The relationship between vigilance deficits and traffic injuries involving children. Pediatrics 1995;95(2):219–24.
Bull JP, Roberts BJ. Road accident statistics — a comparison of police and hospital information. Accid Anal Prev 1973;5:45–53.
Agran PF, Dunkle DE. A comparison of reported and unreported events. Accid Anal Prev 1985;17(1):7–13.
Morrison MB, Kjellstrom T. A comparison of hospital admissions data and official government statistics of serious traffic accident injuries. NZ Med J 1987;100:517–20.
Agran PF, Castillo DN, Winn DG. Limitations of data compiled from police reports on pediatric pedestrian and bicycle motor vehicle events. Accid Anal Prev 1990;22(4):361–70.
Roberts IG, Keale MD, Frith WJ. Pedestrian exposure and the risk of child pedestrian injury. J Paediatr Child Health1994;30:220–23.
Roberts I. Auckland’s children’s exposure to risk as pedestrians. NZ Med J 1994;107:331–33.
The National Committee for Injury Prevention and Control. American Journal of Preventive Medicine. Injury Prevention; Meeting the Challenge. New York: Oxford University Press, 1989.
Alexander K, Cane T, Lyttle J. Pedestrian Accident Project. Melbourne: Road Traffic Authority of Victoria, 1990 Report No. 6.
Stevenson M, Jamrozik K, Spittle J. A case control study of traffic risk factors and child pedestrian injuries Int J Epidemiol 1995;24:1–8.
Zeeger CV, Zeeger SF. Pedestrian and traffic-control measures, In: NCHRP Synthesis of Highway Practice 139. Transportation Research Board, National Research Council, Washington, DC, 1988.
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This project was funded in part by the Ontario Ministry of Transportation Project Number 909103. Ashley Wazana was supported by a grant from the Medical Research Council of Canada, Farquharson Award in the course of this project.
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Wazana, A., Rynard, V.L., Raina, P. et al. Are Child Pedestrians at Increased Risk of Injury on One-way Compared to Two-way Streets?. Can J Public Health 91, 201–206 (2000). https://doi.org/10.1007/BF03404272
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DOI: https://doi.org/10.1007/BF03404272