Characteristics of the road infrastructure and injurious cyclist crashes resulting in a hospitalisation

Lynn B. Meuleners, Michelle Fraser, Marilyn Johnson, Mark Stevenson, Geoffrey Rose, Jennie Oxley

Research output: Contribution to journalArticleResearchpeer-review

1 Citation (Scopus)

Abstract

Faced with the current growth and change to Western Australia's road network as well as the promotion and increased uptake of cycling, further investigation into crash, injury and road infrastructure characteristics is necessary. An in-depth study was conducted of 100 cyclists who were injured due to involvement in a crash that occurred on-road and resulted in an admission to a hospital. Information collected included a researcher-administered questionnaire, crash details from the Integrated Road Information System (IRIS), injury information from the State Trauma Registry and a virtual on-line site inspection. Overall, 42 % of crashes involved a motor vehicle and 58 % did not involve a motor vehicle. Twenty-one percent of all crashes involved cyclist loss of control, 18% were crashes with another cyclist, 18% involved hitting an object and 1% involved a pedestrian. . Bicycle crashes were severely under-reported with only 40 percent reported to the Police. Approximately half of crashes occurred at intersections (51 %) and half at midblock (non-intersection) sites (49 %). Fifty-seven percent of crashes that occurred at intersections involved a motor vehicle, whereas only 27% of crashes that occurred at midblocks involved a motor vehicle. The majority of cyclists’ injuries were classified as minor according to the Injury Severity Score with the mean number of body regions injured being 4.5 (SD = 2.2). The mean number of days in hospital care was 5.2 days (SD = 5.6, range: 1–33). These findings can be used to guide road infrastructure treatments that reduce the risk of bicycle crashes in Western Australia and insights may inform action in other jurisdictions where cycling is increasing in popularity.

Original languageEnglish
Article number105407
Number of pages9
JournalAccident Analysis and Prevention
Volume136
DOIs
Publication statusPublished - Mar 2020

Keywords

  • Bicycle crash
  • Case control study
  • Cyclist injury
  • Risk factors

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