Stressful by design: Exploring health risks of ride-share work (original) (raw)

Introduction: For-hire driving work, such as taxi driving, is characterized by long hours of sedentary behaviour, passenger assault, lack of benefits or support, and isolating working conditions that jeopardize good health. The for-hire driving industry has recently expanded to include a new group of ride-share drivers from digital platforms such as Uber and Lyft; this has substantially increased the number of people engaged in for-hire driving. However, there is very little existing research on ride-share drivers' health and safety in relation to their work, and no research on the Canadian context. Methods: This paper draws from a qualitative study consisting of in-depth interviews and focus groups with ride-share drivers and passengers, taxi drivers, taxi and ride-share managers, and other industry key informants in a large Canadian city. This paper focuses on ride-share drivers' health risks on the job. Results: This study finds that ride-share drivers face physical and mental health risks resulting from ride-sharing work that are distinct to ride-share work, as well as ones similar to taxi driving and other transportation work. We find that the nature of the work is stressful by design: rideshare drivers face regular stressors and pressures from passengers, such as to speed and drive young children without proper booster seats. They also describe weight gain and muscle pain. Conclusion: As greater numbers of passengers opt for ride-share transportation and more people take up ride-share work, understanding potential short-and long-term health implications is an important area of inquiry. Understanding the working conditions of ride-share drivers can support the development of appropriate policy and practice tools to improve ride-share drivers' health and safety.

Sign up for access to the world's latest research.

checkGet notified about relevant papers

checkSave papers to use in your research

checkJoin the discussion with peers

checkTrack your impact

Loading...

Loading Preview

Sorry, preview is currently unavailable. You can download the paper by clicking the button above.