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A. Nicholson, P. Pascoe, T. Roehrs, T. Roth, Spencer Mb, B. Stone, F. Zorick (1985)
Sustained performance with short evening and morning sleeps.Aviation, space, and environmental medicine, 56 2
D. F. Dinges (1989)
Sleep and Alertness: Chronobiological, Behavioral and Medical Aspects of NappingSleep
D. Dinges, M. Orne, W. Whitehouse, E. Orne (1987)
Temporal placement of a nap for alertness: contributions of circadian phase and prior wakefulness.Sleep, 10 4
M. A. Carskadon, W. C. Dement (1986)
Effects of a daytime nap on sleepiness during sleep restrictionSleep Res., 15
D. R. Haslam (1984)
The military performance of soldiers in sustained operationsJ. Abnorm. Psychol., 55
J. Taub, P. Tanguay, R. Rosa (1977)
Effects of afternoon naps on physiological variables performance and self-reported activationBiological Psychology, 5
J. Taub, P. Tanguay, D. Clarkson (1976)
Effects of daytime naps on performance and mood in a college student population.Journal of abnormal psychology, 85 2
J. Taub (1982)
Effects of scheduled afternoon naps and bedrest on daytime alertness.The International journal of neuroscience, 16 2
(1993)
Wake Up America: A National Sleep Alert
P. Naitoh, T. L. Kelly, H. Babkoff (1992)
Sleep, Arousal, and PerformancePsychophysiology
L. Torsvall, Torbjöurn Akerstedt, K. Gillander, Anders Knutsson (1989)
Sleep on the night shift: 24-hour EEG monitoring of spontaneous sleep/wake behavior.Psychophysiology, 26 3
D. Langdon, B. Hartman (1961)
Performance upon sudden awakening.Technical documentary report. SAM-TDR. USAF School of Aerospace Medicine, 62-17
L. Torsvall, T. Åkerstedt (1988)
Extreme sleepiness: quantification of EOG and spectral EEG parameters.The International journal of neuroscience, 38 3-4
T. Åkerstedt, M. Gillberg (1979)
Effects of sleep deprivation on memory and sleep latencies in connection with repeated awakenings from sleep.Psychophysiology, 16 1
F. Evans, M. Cook, H. Cohen, E. Orne, M. Orne (1977)
Appetitive and replacement naps: EEG and behavior.Science, 197 4304
T. Åkerstedt, M. Gillberg (1986)
Sleep duration and the power spectral density of the EEG.Electroencephalography and clinical neurophysiology, 64 2
D. Dinges, W. Whitehouse, E. Orne, M. Orne (1988)
The benefits of a nap during prolonged work and wakefulnessWork & Stress, 2
M. R. Rosekind, P. H. Gander, L. J. Connell, E. L. Co (1995)
Crew Factors in Flight Operations X: Strategies for Alertness Management in Flight Operations (NASA Technical Memorandum)
D. Dinges, M. Orne, E. Orne, F. Evans (1980)
Voluntary Self-Control of Sleep to Facilitate Quasi-Continuous Performance
M. Rosekind, P. Gander, D. Dinges (1991)
Alertness Management in Flight Operations: Strategic Napping
M. Gillberg (1984)
The effects of two alternative timings of a one-hour nap on early morning performanceBiological Psychology, 19
D. F. Dinges, M. T. Orne, E. C. Orne (1985)
Sleep depth and other factors associated with performance upon abrupt awakeningScience, 14
M. Gillberg (1984)
The effects of two alternative timings of a one‐hour nap on early morning performanceInt. J. Neurosci., 19
D. E. Langdon, B. Hartman (1961)
Performance Upon Sudden AwakeningBiol. Psychol.
D. F. Dinges, W. G. Whitehouse, E. C. Orne, M. T. Orne (1988)
The benefits of a nap during prolonged work and wakefulnessAviat. Space Environ. Med., 2
Haslam Dr (1984)
The military performance of soldiers in sustained operations.Aviation, Space, and Environmental Medicine, 55
Michael Bonnet, Michael Bonnet, Steven Gomez, Oliver Wirth, D. Arand (1995)
The use of caffeine versus prophylactic naps in sustained performance.Sleep, 18 2
SUMMARY Managing fatigue in complex operational settings requires attention to multiple factors, including hours of service, scheduling, education and training, countermeasures, technology, and research. Alertness‐management strategies can be used to promote safety, performance, and productivity in operational settings. These strategies can involve both preventive (used prior to duty/shift) and operational (used during duty/shift) approaches. Studies have demonstrated the effectiveness of naps to improve subsequent performance and alertness. Strategic naps can be used effectively to promote performance and alertness in operational settings. Two potential negative effects of naps, sleep inertia and effects on subsequent sleep periods, are discussed. Sleep inertia can involve sleepiness and decreased performance immediately upon awakening from a nap. It should be a consideration prior to implementing nap strategies in work environments. A study of planned rest periods in long‐haul flight operations demonstrated the effectiveness of in‐flight naps to promote performance and alertness during subsequent critical phases of flight (descent and landing). Empirical evaluation of alertness‐management strategies during regular operations will be critical to their implementation. Combining strategies may be the most effective approach to managing fatigue engendered by 24‐h operational demands. Other considerations prior to implementing alertness‐management strategies in operational environments are discussed.
Journal of Sleep Research – Wiley
Published: Jan 1, 1995
Keywords: ; ;
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