Work interruptions and nearby-falls in geriatric nurses: attention failure as a mediator and job tenure as moderator
Abstract
In industrial countries, caring for the elderly in geriatric nursing homes is rapidly growing. Caregivers face intensive demands and often suffer from high workloads and frequent work interruptions. Not only in patients but also in geriatric nurses, slips, trips, and falls (STF) are frequent. We expect work interruptions to increase attentional failure, and attentional failure to increase the risk of STF (hypothesis 1). Moreover, we expect caregiver’s job tenure to moderate the indirect effect of work interruptions via attention failure on STF. The indirect mediation path should to be stronger in caregivers with less job tenure compared to caregivers who are rather tenured (hypothesis 2). With increasing job experience task regulation in many tasks has become automatic and less resource consuming and therefore more experienced caregivers attention capacity is less likely to be overcharged by work interruptions. Purpose: The current study tests a mediation model with attentional failure as a mediator between work interruptions and STF and job tenure as a potential moderator of such mediation. The sample comprised 45 geriatric nurses. Methods: All measures were self-report. Interruptions of work were assessed by a shortened version of the Instrument for Stress- Oriented Task Analysis (Semmer et al., 1995). Attention failure at work was assessed with the subscale of attention failure from the Workplace Cognitive Failure Scale (Wallace & Chen, 2005) in the German-validated translation). STFs at work were assessed with a scale from Elfering et al. (2013). Job tenure was assessed with a single item. The moderated mediation model was based on OLS regression analyses. The mediation tests were done using the PROCESS SPSS macro tool (Hayes, 2018). Results: The test of the mediation model showed significant path coefficients for the path between task interruptions and attention failure and the path between attention failure and STF. Variance explanation in the prediction of attentional failure (33% variance explanation, p = 002) and prediction of STF (27% variance explained, p = .003) was satisfactory. Moreover, the strength of the indirect path (path a * path b) was significant for the mean of job tenure (B = 0.10, SE = .06, CI = 0.02 to 0.21), but higher with low job tenure and smaller with high job tenure. The indirect path for those participants with low job tenure was stronger (PR 16% or 1 year of job tenure: B = 0.16, SE = .09, CI = 0.04 to 0.32). For those participants with the highest job tenure (PR 84% or 5 years of job tenure), the indirect path was smaller and not significant anymore (B = 0.04, SE = .07, CI = -0.04 to 0.18). Hence, the strength of mediation did depend on job tenure, but the test of moderation failed to reach statistical significance, although the interaction of job tenure * task interruptions explained 4% of the variation in attentional failure (p = .085). In sum, the mediation model (hypothesis 1) was confirmed while the moderated mediation (hypothesis 2) was rejected but data showed a tendency that pointed in the expected direction. Conclusions: The study needs replication in a larger sample and preliminary evidence should be consolidated by use of a longitudinal and/or experimental design. The preliminary evidence suggests that interruptions should be targeted not only in the prevention of work stress and efforts to increase patient safety but also in the prevention of STF in geriatric nurses. Training should address nurses, managers, and residents on how to reduce interruptions and how to cope with task interruptions.
Keywords: Nursing, Work Design, Cognitive Failure, Occupational Safety, Older Workers
DOI: 10.54941/ahfe1005308
Cite this paper
More from this volume
- The Role of Artificial Intelligence in Transportation Safety Management Systems: The Aviation Safety II Case study
- Human Factors Safety Management Issues in Marine and Pipeline Accident Investigations
- The role of human factors in transport accident investigation
- AI-enhanced Ergonomics: Revolutionizing Industrial Safety through real-time Posture analysis and PPE detection
- Is there a future for Safety Management Systems?
- Feasibility of Integrating Electromyography and Computer Vision for Occupational Safety during Tractor Ingress and Egress
- "Stop investigating events": Combining in-depth and HOF driven analysis of work, as performed in the reality of day-to-day operations
- Reliability and Safety Embedded Design Thinking and Frugal Engineering-based Approach in Assistive Product System Engineering
- Protecting the First Responders: Improving FR situational awareness through multi-modal interfaces leveraging the ubiquitous personal smartphone
- Prevention and risk analysis of Hydrogen refueling station – case study
- Occupational health and safety risk management with help of ARIS software: Case Study
- Use of smartphones in construction projects: Proposal for a worker monitoring system to avoid safety risks


AHFE Open Access