Elderly Driver Safety: Annotated Bibliography Review
This annotated bibliography explores the epidemiology of elderly driving safety through five peer-reviewed studies. The sources address cognitive training interventions that reduce motor vehicle collision rates among older drivers, mortality and injury patterns following crashes, the influence of state license renewal policies on driving mobility, predictors of lane-change errors, and clinical screening tools designed to identify at-risk older drivers. Together, these studies provide a multidisciplinary perspective on the physical, cognitive, and policy-related factors that affect driving safety in adults aged 65 and older.
- Introduction to Elderly Driving Safety: Overview of elderly driving safety as a topic
- Cognitive Training and Collision Reduction: Cognitive training reduces at-fault collision rates
- Mortality and Injury Patterns in Elderly Drivers: Elderly crash victims face higher mortality and injury severity
- License Renewal Policies and Driving Mobility: State license requirements affect older driver mobility
- Lane-Change Errors and Visuospatial Predictors: Auditory attention predicts lane-change failure in older drivers
- The 4Cs Screening Tool for At-Risk Drivers: Clinical 4Cs tool screens older drivers for safety
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What makes this paper effective
- Each annotation clearly identifies the study design, sample characteristics, key findings, and limitations, giving readers a structured and consistent framework for comparison across sources.
- The bibliography covers multiple dimensions of elderly driving safety — cognitive, physical, policy, and clinical — demonstrating breadth of engagement with the topic.
- The author consistently evaluates the practical value and generalizability of each study, which shows critical reading rather than simple summary.
Key academic technique demonstrated
This paper demonstrates the annotated bibliography format effectively: each entry moves beyond mere description to evaluate methodological strengths and limitations. For example, the annotations for Munro (2010) and O'Connor et al. (2010) explicitly note sampling restrictions and retrospective design constraints, showing the student's ability to assess research quality critically.
Structure breakdown
The paper is organized as five numbered annotations, each following the same internal logic: citation, study purpose and design, sampling, findings, and evaluative commentary. This parallel structure makes the bibliography easy to navigate and signals methodological awareness. A Works Cited section closes the document, adhering to standard academic formatting conventions.
Introduction to Elderly Driving Safety
The following annotated bibliography examines five peer-reviewed studies on the epidemiology of elderly driving safety. The sources collectively address cognitive interventions, crash mortality, state licensing policy, lane-change performance, and clinical screening tools for older drivers. Together, they reflect the multidisciplinary nature of research into older adult driver safety and the range of factors — cognitive, physical, and regulatory — that influence driving outcomes in this population.
Cognitive Training and Collision Reduction
Ball, K., Edwards, J. D., Ross, L. A., and McGwin, G. (2010). Cognitive Training Decreases Motor Vehicle Collision Involvement of Older Drivers. The American Geriatrics Society, Journal Compilation, 58, 2107–2113.
The work of Ball, Edwards, Ross, and McGwin (2010) reports a randomized, controlled, multisite, single-blind clinical trial conducted in communities of seniors across four U.S. cities: Birmingham, Alabama; Baltimore, Maryland; Indianapolis, Indiana; and State College, Pennsylvania. The mean age of drivers in the study was 73.1 years, with 18.6% of participants identified as African American. The intervention consisted of cognitive training targeting memory, reasoning, and speed of processing. Outcomes were measured using state-recorded motor vehicle collision (MVC) involvement up to six years following study enrollment.
The results indicate that the interventions produced a 50% decrease (per person-mile) in at-fault MVCs compared to the control group (p. 2107). The study concludes that cognitive speed-of-processing and reasoning training were effective in reducing at-fault motor vehicle collision rates among older drivers. This study demonstrates the value of cognitive training in older drivers as a means of lowering motor vehicle collision rates within this age group.
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