A national study was conducted using a 62-item survey developed to examine nurse leader fatigue and the use of fatigue risk management systems in hospital organizations. Participants were recruited using the American Organization of Nurse Executives and state nurse executive listservs in Florida, Wisconsin, and Indiana. The Occupational Fatigue Exhaustion Recovery (OFER) scale was used to measure nurse leaders’ levels of acute fatigue, chronic fatigue and intershift recovery (Winwood, Winefield, Dawson & Lushington, 2005). Participants were also asked about their average number of hours of sleep per night and how long they plan to stay in their current role.
There were 158 responses from 29 states that were included in the analysis. The roles of the nursing leaders in the sample were Chief Nursing Officers (56%), Directors (30%), and Managers (14%). Correlation analysis was used to evaluate associations among participants reported acute fatigue, chronic fatigue and intershift recovery levels, age, reported average hours of sleep per night, and how long leaders planned to stay in their current role. Analyses of variance (ANOVA) were used to identify differences in acute fatigue, chronic fatigue, and intershift recovery levels as dependent variables based on participants’ average nightly hours of sleep and length of time they plan to stay in their current role.
Results indicated that most nurse leaders experience moderate levels of acute and chronic fatigue. Nurse managers reported higher levels of acute fatigue with less intershift recovery compared to nurse executives or directors. Acute fatigue and chronic fatigue levels were significantly negatively correlated with leaders’ responses on how long they planned to stay in their current role and average hours of sleep per night. Intershift recovery levels were significantly positively correlated with how long leaders planned to stay in their current role and average hours of sleep per night. Age was not significantly correlated with any of the other variables. Additionally, hours of sleep per night was not significantly correlated with leaders’ plans to stay in their current role. Results of the ANOVAs indicated there were significant differences in acute fatigue, chronic fatigue, and intershift recovery based on how long leaders planned to stay in their current role. Nurses who responded that they planned to stay in their current role less than 1 year had significantly higher acute fatigue compared to those who responded that they planed to stay 1-3 or 3-5 more years. Those who responded that they planned to stay in their current role more than 5 years had significantly lower acute fatigue levels compared to any other group. For chronic fatigue, nurses who reported that they planned to stay in their current role less than one year had significantly higher chronic fatigue than those who planned to stay in their current role more than five years. Similarly, nurses who planned to stay in their current role more than five years had significantly higher intershift recovery than those who planned to stay in their current role less than one year.
The results of this study demonstrated that nurse leader fatigue is a significant issue, impacting turnover intention and sustainability of nurse leader roles. Notably, hours of sleep per night in the current study was significantly associated with levels of fatigue and recovery, but was not significantly related to leaders’ plans to stay in their current role. Although many strategies exist to address fatigue and associated risks in staff nurses which focus on providing opportunities to sleep (e.g., scheduling policies, shift length), a focus on sleep alone may not be sufficient for reducing risks. A broader consideration of fatigue that arises not only in response to circadian disruption and lack of sleep, but also exposure to other demands and stressors during work is important for addressing fatigue risks in this population. Nurse leaders and organizations should develop strategies and implement comprehensive fatigue risk management systems to mitigate fatigue and enhance intershift recovery.