Peer Reviewed Science Articles
- Build your fatigue management strategies and programs using well established science
- Make science based decisions with these factual resources
Always check these resources first. They have been scrutinized by experts in the fields of fatigue and sleep science and accepted as reliable findings. They should be considered as fundamental for all fatigue management initiatives.
Remember…if you don’t find exactly what you need here, let other FMN members help you by posting a request on the Discussion Board
| File | Size | Type | Download |
|---|---|---|---|
| Peer Reviewed Science Articles - Shift-Work | - | FOLDER | Open Folder |
| Peer Reviewed Science Articles - Rail | - | FOLDER | Open Folder |
| Peer Reviewed Science Articles - Marine | - | FOLDER | Open Folder |
| Peer Reviewed Science Articles - Pipeline, Oil and Gas | - | FOLDER | Open Folder |
| Peer Reviewed Science Articles - Fatigue Management and Investigation | - | FOLDER | Open Folder |
| Peer Reviewed Science Articles - Fatigue and Performance | - | FOLDER | Open Folder |
| Peer Reviewed Science Articles - Highway | - | FOLDER | Open Folder |
| Peer Reviewed Science Articles - Sleep | - | FOLDER | Open Folder |
| Peer Reviewed Science Articles - Aviation | - | FOLDER | Open Folder |
| Files | Size | Type | Download |
|---|---|---|---|
| Wingelaar-Jagt et al.,2021 | Fatigue in Aviation: Safety Risks, Preventive Strategies and Pharmacological Interventions | 1.07 MB | DOWNLOAD | |
| Waterhouse et al.,2007 | Jet Lag: Trends and Coping Strategies | 171.26 KB | DOWNLOAD | |
| Samel et al.,1997 | Aircrew Fatigue Long Haul Operation | 821.27 KB | DOWNLOAD | |
| Samel et al.,2004 | Sleep Deficit and Stress Hormones in Helicopter Pilots on 7-Day Duty for Emergency Medical Services | 160.03 KB | DOWNLOAD | |
| Rosekind et al.,1997 | Laboratory to Flightdeck: Promoting Operational Alertness | 594.98 KB | DOWNLOAD | |
| Powell et al.,2007 | Pilot Fatigue in Short-Haul Operations: Effects of Number of Sectors, Duty Length, and Time of Day | 540.60 KB | DOWNLOAD | |
| Nguyen et al. | Fatigue Factors of Concern for Current Air Transport Pilots | NASA-ARC | 120.17 KB | DOWNLOAD | |
| NASA-ARC 1997 | Crew Fatigue Research Focusing on Development and Use of Effective Countermeasures | 1.67 MB | DOWNLOAD | |
| McFarland 1975 | Air Travel Across Time Zones | Abstract | 40.55 KB | DOWNLOAD | |
| Jaeger 2018 | Digit Symbol Substitution Test | The Case for Sensitivity Over Specificity in Neuropsychological Testing | 487.33 KB | DOWNLOAD | |
| Jackson et al.,2006 | Prevalence of Fatigue Among Commercial Pilots | 246.52 KB | DOWNLOAD | |
| Hobbs et al.,2011 | Fatigue Risk Management in Aviation Maintenance: Current Best Practices and Potential Future Countermeasures | 1.51 MB | DOWNLOAD | |
| Hauty et al.,1966 | Phase Shifts of the Circadian System and Performance Deficits During Transitions | 614.65 KB | DOWNLOAD | |
| Gislason et al.,2017 | Fatigue Monitoring Tool for Airline Operations | 417.87 KB | DOWNLOAD | |
| Gander et al.,1993 | Age, Circadian Rhythms, and Sleep Loss in Flight Crews | 504.23 KB | DOWNLOAD | |
| Gander et al.,1994 | Crew Factors in Flight Operations VI: Psychophysiological Responses to Helicopter Operations | 6.51 MB | DOWNLOAD | |
| Gander et al.,1998 | Flight Crew Fatigue III: North Sea Helicopter Air Transport Operations | 894.04 KB | DOWNLOAD | |
| Eriksen et al.,2006 | Fatigue in Trans-Atlantic Airline Operations: Diaries and Actigraphy for Two- vs. Three-Pilot Crews | 371.22 KB | DOWNLOAD | |
| Dinges et al.,2005 | Pilot Test of Fatigue Management Technologies | 962.40 KB | DOWNLOAD | |
| Dinges et al.,1996 | Principles and Guidelines for Duty and Rest Scheduling in Commercial Aviation | 1.15 MB | DOWNLOAD | |
| Cho 2001 | Chronic 'Jet Lag' Produces Temporal Lobe Atrophy and Spatial Cognitive Deficits | Abstract | 85.96 KB | DOWNLOAD | |
| Caldwell et al.,2009 | Fatigue Countermeasures in Aviation | 694.76 KB | DOWNLOAD | |
| Caldwell et al.,2005 | Fatigue in Military Aviation: An Overview of U.S. Military-Approved Pharmacological Countermeasures | 118.91 KB | DOWNLOAD | |
| Bourgeois-Bougrine 2020 | The Illusion of Aircrews' Fatigue Risk Control | 1.61 MB | DOWNLOAD | |
| Bennett 2003 | Flight Crew Stress and Fatigue in Low-Cost Commercial Air Operations | 695.56 KB | DOWNLOAD | |
| Ingre et al.,2014 | Validating Extending the Three Process Model of Alertness in Airline Ops | 1.90 MB | DOWNLOAD | |
| Klein et al.,1980 | Significance of Circadian Rhythms in Aerospace Operations | 4.55 MB | DOWNLOAD | |
| Arsintescu et al.,2005 | Predicting Total Sleep Time During Layovers | 73.38 KB | DOWNLOAD | |
| Goode,2003 | Risk of Accidents Due to Fatigue | 126.89 KB | DOWNLOAD |
| Files | Size | Type | Download |
|---|---|---|---|
| Himali et al.,2022 _Association Between Slow-Wave Sleep Loss and Incident Dementia | 152.15 KB | DOWNLOAD | |
| Zhao et al.,2020 | Perceived Stress and Sleep Quality Among the Non-diseased General Public in China During the 2019 Coronavirus Disease: A Moderated Mediation Model | 1.06 MB | DOWNLOAD | |
| Weitzman et al.,1970 | Acute Reversal of the Sleep-Waking Cycle in Man | Effect on Sleep Stage Patterns | Abstract | 105.75 KB | DOWNLOAD | |
| Weaver et al.,2021 | Adverse Impact of Polyphasic Sleep Patterns in Humans: Report of the National Sleep Foundation Sleep Timing and Variability Consensus Panel | Splitting sleep into more than 2 periods leads to negative physical and mental health consequences and performance outcomes | 6.99 MB | DOWNLOAD | |
| Verster et al.,2008 | Validation of the Dutch Occupational Impact of Sleep Questionnaire (OISQ) | 65.14 KB | DOWNLOAD | |
| Thorpy et al.,1992 | The Clinical Use of the Multiple Sleep Latency Test | 41.40 KB | DOWNLOAD | |
| Qui et al.,2022 | Long Working Hours, Work-Related Stressors and Sleep Disturbances Among Chinese Government Employees: A Large Population-Based Follow-Up Study | 137.57 KB | DOWNLOAD | |
| Prather et al.,2015 | Behaviorally Assessed Sleep and Susceptibility to the Common Cold | 367.61 KB | DOWNLOAD | |
| Perron et al.,2012 | Review of the Effect of Aircraft Noise on Sleep Disturbance in Adults | As exposure to noise during sleep increases, so do negative outcomes on sleep including increased awakenings, longer periods of wakefulness after falling asleep and shorter periods of deep sleep | 142.52 KB | DOWNLOAD | |
| Pallesen et al.,2015 | “I Wish I'd Slept Better in That Hotel”: Guests’ Self-Reported Sleep Patterns in Hotels | Abstract | 305.32 KB | DOWNLOAD | |
| Ohayon et al.,2017 | National Sleep Foundation's Sleep Quality Recommnedations | 2.83 MB | DOWNLOAD | |
| Munkhjargal et al.,2022 | Discrepancy Between Subjective and Objective Sleepiness in Adolescents | 10.9% of the time people will show objective signs of fatigue even though they do not subjectively report that they feel fatigued | 207.85 KB | DOWNLOAD | |
| Morin et al.,2008 | Behavioral and Pharmacological Therapies for Late-Life Insomnia | 243.18 KB | DOWNLOAD | |
| Morin 2004 | Cognitive-Behavioral Approaches to the Treatment of Insomnia | 71.20 KB | DOWNLOAD | |
| Maisey et al.,2021 | Digging for Data: How Sleep is Losing Out to Roster Design, Sleep Disorders, and Lifestyle | 4.01 MB | DOWNLOAD | |
| Laakso et al.,1994 | Twenty Four Hour Rhythms in Relation to the Natural Photoperiod: A Field Study in Humans | 751.19 KB | DOWNLOAD | |
| Kales et al.,1984 | Evaluation and Treatment of Insomnia | Abstract | 456.89 KB | DOWNLOAD | |
| Huan et al.,2023 | Changes in Daily Sleep Duration and Subsequent Risk of Mortality Among Older People | Abstract | 189.59 KB | DOWNLOAD | |
| Hirshkowitz et al.,2015 | National Sleep Foundation's Sleep Time Duration Recommendations: Methodology and Results Summary | 363.74 KB | DOWNLOAD | |
| Haskell et al.,1981 | The Effects of High and Low Ambient Temperatures on Human Sleep Stages | Abstract | 167.68 KB | DOWNLOAD | |
| Hall et al.,2000 | Symptoms of Stress and Depression as Correlates of Sleep in Primary Insomnia | 127.82 KB | DOWNLOAD | |
| Griefahn 1991 | Environmental Noise and Sleep | Abstract | Continuous noise should be limited to 40 dBA and intermittent noise increases should be limited to no more than a 10dBA increase | Going beyond these limits for a long term can lead to negative health outcomes | 215.03 KB | DOWNLOAD | |
| Depner et al.,2019 | Ad Libitum Weekend Recovery Sleep Fails to Prevent Metabolic Dysregulation During a Repeating Pattern of Insufficient Sleep and Weekend Recovery Sleep | 1.67 MB | DOWNLOAD | |
| Cole et al.,1992 | Automatic Sleep/Wake Identification From Wrist Activity | 789.64 KB | DOWNLOAD | |
| Coelho et al.,2022 | Circadian Misalignment is Associated with Covid-19 Infection | 396.68 KB | DOWNLOAD | |
| Chen et al.,2018 | "How'd you sleep?" Measuring Business Travelers' Sleep Quality and Satisfaction in Hotels | 75.02 KB | DOWNLOAD | |
| Chaput et al.,2017 | Duration and Quality of Sleep Among Canadians Aged 18 to 79 | 493.54 KB | DOWNLOAD | |
| Carskadon et al.,1986 | Guidelines for the Multiple Sleep Latency Test (MSLT): A Standard Measure of Sleepiness | 2.24 MB | DOWNLOAD | |
| Caddick et al.,2018 | A Review of the Environmental Parameters Necessary for an Optimal Sleep Environment | 437.01 KB | DOWNLOAD | |
| Basner et al.,2018 | WHO Environmental Noise Guidelines for the European Region: A Systematic Review on Environmental Noise and Effects on Sleep | A 10dBA transient increase in background transportation noise will likely wake people up | 4.60 MB | DOWNLOAD | |
| Aasvang 2011 | Effects of Traffic and Railway Noise on Polysomnographic Sleep Parameters | Noise during sleep can reduce REM sleep durations | 284.45 KB | DOWNLOAD | |
| Lan et al.,2017 | Thermal Environment and Sleep Quality | 239.85 KB | DOWNLOAD |
| Files | Size | Type | Download |
|---|---|---|---|
| Fletcher et al.,2005 | Countermeasures to Driver Fatigue: A Review of Public Awareness Campaigns and Legal Approaches | 1.19 MB | DOWNLOAD | |
| Duffy et al.,2015 | The Case for Addressing Operator Fatigue | 590.49 KB | DOWNLOAD | |
| Adams-Guppy et al.,2003 | Truck Driver Fatigue Risk Assessment and Management: A Multinational Survey | 154.68 KB | DOWNLOAD | |
| Udholm et al.,2022 | Obstructive Sleep Apnea and Road Traffic Accidents: A Danish Nationwide Cohort Study | 246.30 KB | DOWNLOAD | |
| Anderson et al.,2013 | Driving Drowsy Also Worsens Driver Distraction | 394.52 KB | DOWNLOAD |
| Files | Size | Type | Download |
|---|---|---|---|
| Ziebertz et al.,2015 | The Relationship of On-Call Work with Fatigue, Work-Home Interference, and Perceived Performance Difficulties | 1.26 MB | DOWNLOAD | |
| Zakaria et al.,2012 | Workplace Accident in Malaysia: Most Common Causes and Solutions | 480.18 KB | DOWNLOAD | |
| Yoo et al.,2007 | The Human Emotional Brain Without Sleep-A Prefrontal Amygdala Disconnect | A functional magnetic resonance imaging (fMRI) study showed that the amygdala’s reaction to negative emotional stimuli is greater in magnitude/ intensity and volume in people who miss a night of sleep when compared to a control group | 258.10 KB | DOWNLOAD | |
| Yang et al.,2004 | A Standard Procedure Enhances the Correlation Between Subjective and Objective Measures of Sleepiness | The context in which the subjective assessment of fatigue is made can influence one’s ability to predict subsequent performance from a subjective fatigue estimate. For example, if a person is in a stimulating environment he may not be able to accurately assess his subjective fatigue level and predict subsequent performance on the shift | 357.26 KB | DOWNLOAD | |
| Wong et al.,2014 | For Better or Worse? Changing Shift Schedules and the Risk of Work Injury Among Men and Women | 313.42 KB | DOWNLOAD | |
| Wong et al.,2019 | Editorial: Consensus Statements on Non-Standard Working Time Arrangements and Occupational Health and Safety | Working Time Society Consensus Statement Editorial | 363.38 KB | DOWNLOAD | |
| WHO-IARC 2010 | Monographs on the Evaluations of Carcinogenic Risks to Humans | World Health Organization | International Agency for Research on Cancer | 4.19 MB | DOWNLOAD | |
| Wesensten et al.,2004 | Modafinil vs. Caffeine: Effects on Fatigue During Sleep Deprivation | 143.58 KB | DOWNLOAD | |
| Watson 2019 | Time to Show Leadership on the Daylight Saving Debate | 246.10 KB | DOWNLOAD | |
| Verster et al.,2010 | Prolonged Nocturnal Driving Can be as Dangerous as Severe Alcohol-Impaired Driving | 1.01 MB | DOWNLOAD | |
| Van Dongen et al.,2004 | Systematic Interindividual Differences in Neurobehavioral Impairment from Sleep Loss: Evidence of Trait-Like Differential Vulnerability | 406.68 KB | DOWNLOAD | |
| Van Dongen et al.,2003 | The Cumulative Cost of Additional Wakefulness: Dose-Response Effects on Neurobehavioral Functions and Sleep Physiology From Chronic Sleep Restriction and Total Sleep Deprivation | 206.08 KB | DOWNLOAD | |
| Van Dongen et al.,2001 | Caffeine Eliminates Psychomotor Vigilance Deficits from Sleep Inertia | 240.41 KB | DOWNLOAD | |
| Van Dongen et al.,2000 | Circadian Rhythms in Fatigue, Alertness and Performance | 127.63 KB | DOWNLOAD | |
| Van Dongen 2004 | Comparison of Mathematical Model Predictions to Experimental Data of Fatigue and Performance | 4.65 MB | DOWNLOAD | |
| Uehli et al.,2014 | Sleep Problems and Work Injuries: A Systemic Review and Meta-analysis | 470.11 KB | DOWNLOAD | |
| Tucker 2003 | The Impact of Rest Breaks Upon Accident Risk, Fatigue and Performance: A Review | 881.92 KB | DOWNLOAD | |
| Tietzel et al.,2001 | The Short-Term Benefits of Brief and Long Naps Following Nocturnal Sleep Restriction | 42.93 KB | DOWNLOAD | |
| Tassi et al.,2000 | Sleep Inertia | 568.33 KB | DOWNLOAD | |
| Tai et al.,2022 | Impact of Sleep Duration on Executive Function and Brain Structure |Individuals who sleep between six-to-eight hours had significantly greater grey matter volume in 46 of 139 different brain regions including the orbitofrontal cortex, hippocampi, precentral gyrus, right frontal pole and cerebellar subfields | 2.02 MB | DOWNLOAD | |
| Simons et al.,1998 | Early Starts: Effects on Sleep, Alertness, and Vigilance | 529.99 KB | DOWNLOAD | |
| Silva et al.,2010 | Circadian and Wake-Dependent Influences on Subjective Sleepiness, Cognitive Throughput, and Reaction Time Performance in Older and Young Adults | 536.36 KB | DOWNLOAD | |
| Shimura et al.,2022 | On Workdays, Earlier Sleep for Morningness and Later Wakeup for Eveningness are Associated with Better Work Productivity | Abstract | 123.45 KB | DOWNLOAD | |
| Shahidi et al.,2010 | Analysis of Speech Metrics to Estimate Crew Alertness Using Fuzzy Logic | 477.79 KB | DOWNLOAD | |
| Satterfield et al.,2019 | Sleep Loss, Executive Function, and Decision-Making | Sleep loss impacts a variety of cognitive domains, including vigilant attention, working memory, inhibitory control, cognitive control, problem solving, risk- taking, judgment, and decision-making | 1.95 MB | DOWNLOAD | |
| Sallinen et al.,2015 | Fatigue-Inducing Factors in Transportation Operators | Mentions the fact that night duties generally result in the greatest fatigue risk and level due to acute and chronic sleep disruption associated with daytime sleep, long periods of continuous wakefulness in between the last sleep period and the end of the night duty, and the circadian rhythm effect of being awake during a period of time when biology is programmed to be asleep | 5.24 MB | DOWNLOAD | |
| Sallinen et al.,2008 | Recovery of Cognitive Performance From Sleep Debt: Do a Short Rest Pause and a Single Recovery Night Help? | Abstract | 45.34 KB | DOWNLOAD | |
| Rogers et al.,2003 | Sleep, Waking and Neurobehavioral Performance | 78.20 KB | DOWNLOAD | |
| Richter et al.,2005 | Task Dependent Differences in Subjective Fatigue Scores | 180.64 KB | DOWNLOAD | |
| Rajaratnam et al.,2001 | Health in a 24-h Society | 100.63 KB | DOWNLOAD | |
| Popkin et al.,2019 | Working Time Society Consensus Statements Foreword | 293.68 KB | DOWNLOAD | |
| Plante et al.,2020 | Impaired Neurobehavioral Alertness Quantified by the Psychomotor Vigilance Task is Associated with Depression in the Wisconsin Sleep Cohort Study | 325.38 KB | DOWNLOAD | |
| Mitler et al.,1989 | Catastrophes, Sleep and Public Policy: Consensus Report | 584.87 KB | DOWNLOAD | |
| Mills 1976 | Partial Adaptation to Simulated Time Zone Shifts | 543.04 KB | DOWNLOAD | |
| McCauley et al., 2009 | A New Mathematical Model for the Homeostatic Effects of Sleep Loss | 809.67 KB | DOWNLOAD | |
| Matchock et al.,2006 | Visual Attention, Reaction Time, and Self Reported Alertness Upon Awakening from Sleep Bouts of Varying Length | 1.08 MB | DOWNLOAD | |
| Lovato et al.,2010 | The Effects of Napping on Cognitive Functioning | 265.62 KB | DOWNLOAD | |
| Lo et al.,2012 | Effects of Partial and Acute Total Sleep Deprivation on Performance Across Cognitive Domains, Individuals and Circadian Phase | 1.57 MB | DOWNLOAD | |
| Lim et al.,2008 | Sleep Deprivation and Vigilant Attention | 6.84 MB | DOWNLOAD | |
| Lamond et al.,1999 | Quantifying the Performance Impairment Associated with Fatigue | 236.97 KB | DOWNLOAD | |
| Kaida et al.,2006 | Validation of the Karolinska Sleepiness Scale Against Performance and EEG Variables | Standardized questionnaires (e.g., Karolinska Sleepiness Scale, Epworth Sleepiness Scale) that ask people to rate their level of fatigue can be accurate and correlate well with objective measures of sleepiness like changes in electroencephalograph patterns (brainwaves). This suggests that standardized questionnaires should always be used to assess fatigue rather than leaving the assessment method up to the discretion of the fatigued person | 135.02 KB | DOWNLOAD | |
| Juliano et al.,2004 | A Critical Review of Caffeine Withdrawal: Empirical Validation of Symptoms and Signs, Incidence, Severity, and Associated Features | 368.08 KB | DOWNLOAD | |
| Johnson et al.,1988 | The Relationship Between Subjective and Objective Measures of Sleepiness | Some subjective estimates of fatigue (e.g., using the Visual Analogue Scale (VAS) and Stanford Sleepiness Scale (SSS)) do not correlate well with objective measures of fatigue (e.g., Multiple Sleep Latency Test (MSLT) and number of lapses during a tapping test; highest correlation was non-significant and only 0.18 between lapses and VAS, this could mean that not all measures of fatigue are measuring the same thing | 974.32 KB | DOWNLOAD | |
| Ingre et al.,2005 | Subjective Sleepiness, Simulated Driving Performance and Blink Duration: Examining Individual Differences | 248.87 KB | DOWNLOAD | |
| Howard et al.,2002 | Fatigue in Anesthesia | Implications and Strategies for Patient and Provider Safety | 152.37 KB | DOWNLOAD | |
| Howard et al.,2007 | Interactive Effects of Extended Wakefulness and Low-Dose Alcohol on Simulated Driving and Vigilance | 415.31 KB | DOWNLOAD | |
| Horne 2012 | Working Throughout the Night: Beyond 'Sleepiness' - Impairments to Critical Decision Making | 386.55 KB | DOWNLOAD | |
| Honn et al.,2017 | Sleep Deprivation Effects on the Digit Symbol Substitution Test: General Cognitive Slowing or Wake State Instability? | 180.69 KB | DOWNLOAD | |
| Harrison et al.,2000 | The Impact of Sleep Deprivation on Decision Making: A Review | Fatigue directly affects decision making by changing how individuals assess risk. Fatigued individuals will change their perception of how risky a decision may be or will tolerate an increased level of risk | 1.37 MB | DOWNLOAD | |
| Gillberg et al.,1994 | Relations Between Performance and Subjective Ratings of Sleepiness During a Night Awake | 443.09 KB | DOWNLOAD | |
| Gill 1997 | Behavioural and Performance Characteristics of Sleep Inertia Following Awakening from Naps | 9.94 MB | DOWNLOAD | |
| Gershon et al.,2009 | Effects of an Interactive Cognitive Task (ICT) in Suppressing Fatigue Symptoms in Driving | 220.69 KB | DOWNLOAD | |
| Folkard et al.,2006 | Modelling the Impact of the Components of Long Work Hours on Injuries and "Accidents" | 281.99 KB | DOWNLOAD | |
| Folkard et al.,2004 | Trends in The Risk of Accidents and Injuries and Their Implications for Models of Fatigue and Performance | 108.17 KB | DOWNLOAD | |
| Folkard 1997 | Black Times: Temporal Determinants of Transport Safety | 1.21 MB | DOWNLOAD | |
| Fletcher et al.,2012 | Measuring and Predicting Sleep and Performance During Military Operations | Chapter 3 of Military Quantitative Physiology: Problems and Concepts in Military Operational Medicine | 1.67 MB | DOWNLOAD | |
| Evans et al.,2022 | Caffeine | 432.36 KB | DOWNLOAD | |
| Durmer et al.,2005 | Neurocognitive Consequences of Sleep Deprivation | 176.78 KB | DOWNLOAD | |
| Dorrian et al.,2003 | Ability to Self-Monitor Performance During a Week of Simulated Night Shifts | Individuals have only a moderate ability to predict performance impairment during a week of night shifts | 386.00 KB | DOWNLOAD | |
| Dorrian et al.,2005 | Psychomotor Vigilance Performance: Neurocognitive Assay Sensitive to Sleep Loss | 686.38 KB | DOWNLOAD | |
| Dorrian et al.,2000 | Ability to Self-Monitor When Fatigued | Research seems to indicate that subjective fatigue levels may be correlated with predicted global performance decrements; this means that if people remember to assess their own fatigue levels and determine that they are fatigued before a shift, they may realize that their performance may suffer during the shift | 376.67 KB | DOWNLOAD | |
| Dornbierer et al.,2021 | A Novel Bedtime Pulsatile-Release Caffeine Formula Ameliorates Sleep Inertia Symptoms Immediately Upon Awakening | 986.33 KB | DOWNLOAD | |
| Dinges et al.,1985 | Microcomputer Analyses of Performance on a Portable, Simple Visual RT Task During Sustained Operations | 568.08 KB | DOWNLOAD | |
| Dinges et al.,1997 | Cumulative Sleepiness, Mood Disturbance, and Psychomotor Vigilance Performance Decrements During a Week of Sleep Restricted to 4-5 Hours per Night | 814.56 KB | DOWNLOAD | |
| Dinges 2004 | Critical Research Issues in Biomathematical Models of Fatigue and Performance | 118.41 KB | DOWNLOAD | |
| Dembe et al.,2005 | Impact of Overtime and Long Work Hours on Occupational Injuries and Illnesses | 119.54 KB | DOWNLOAD | |
| Dawson et al.,1997 | Fatigue, Alcohol and Performance Impairment | 334.54 KB | DOWNLOAD | |
| Cruz et al.,2019 | Impact of Daylight Saving Time on Circadian Timing System: An Expert Statement | 385.67 KB | DOWNLOAD | |
| Coelho et al.,2019 | Staying Alert: Incorporating Human Fatigue in Risk Management | 6.03 MB | DOWNLOAD | |
| Carskadon et al.,1981 | Cumulative Effects of Sleep Restriction of Daytime Sleepiness | 369.12 KB | DOWNLOAD | |
| Bourgeois-Bougrine et al.,2003 | Perceived Fatigue for Short- and Long-Haul Flights: A Survey of 739 Airline Pilots | 477.49 KB | DOWNLOAD | |
| Bonnar et al.,2018 | Sleep Interventions Designed to Improve Athletic Performance and Recovery: A Systematic Review of Current Approaches | 301.64 KB | DOWNLOAD | |
| Ben-David et al.,2011 | Stroop Effects in Persons with Traumatic Brain Injury: Selective Attention, Speed of Processing, or Color-Naming? A Meta-Analysis | 178.98 KB | DOWNLOAD | |
| Belenky et al.,2003 | Patterns of Performance Degradation and Restoration During Sleep Restriction and Subsequent Recovery: A Sleep Dose-Response Study | 1.23 MB | DOWNLOAD | |
| Beaumont et al.,2001 | Slow Release Caffeine and Prolonged (64-h) Continuous Wakefulness: Effects on Vigilance and Cognitive Performance | 1,008.64 KB | DOWNLOAD | |
| Basner et al.,2011 | Validity and Sensitivity of a Brief Psychomotor Vigilance Test (PVT-B) to Total and Partial Sleep Deprivation | 1.18 MB | DOWNLOAD | |
| Banks et al.,2007 | Behavioral and Physiological Consequences of Sleep Restriction | 608.27 KB | DOWNLOAD | |
| Banks et al.,2004 | Low Levels of Alcohol Impair Driving Simulator Performance and Reduce Perception of Crash Risk in Partially Sleep Deprived Subjects | 243.89 KB | DOWNLOAD | |
| Banks et al.,2010 | Neurobehavioral Dynamics Following Chronic Sleep Restriction: Dose-Response Effects of One Night for Recovery | 873.09 KB | DOWNLOAD | |
| Baldwin et al.,2004 | Sleep Deprivation and Fatigue in Residency Training: Results of a National Survey of First- and Second-Year Residents | 366.51 KB | DOWNLOAD | |
| Arnedt et al.,2001 | How do Prolonged Wakefulness and Alcohol Compare in the Decrements They Produce on a Simulated Driving Task? | 95.88 KB | DOWNLOAD | |
| Angus et al.,1985 | Effects of Sleep Loss on Sustained Cognitive Performance During a Command and Control Simulation | 1.13 MB | DOWNLOAD | |
| Angus et al.,1992 | Sustained-Operations Studies: From the Field to the Laboratory | 656.88 KB | DOWNLOAD | |
| Alhola et al.,2007 | Sleep Deprivation: Impact on Cognitive Performance | Sleep deprivation’s connection to decreased attention & working memory “is well established,” according to the journal Neuropsychiatric Disease & Treatment, “but it also affects other functions, such as long-term memory & decision-making" | 203.83 KB | DOWNLOAD | |
| Akerstedt et al.,2008 | Accounting for Partial Sleep Deprivation and Cumulative Sleepiness in the Three-Process Model of Alertness Regulation | 260.41 KB | DOWNLOAD | |
| Akerstedt 2006 | Altered Sleep/Wake Patterns and Mental State | 1.24 MB | DOWNLOAD |
| Files | Size | Type | Download |
|---|---|---|---|
| Akerstedt et al.,2016 | Comparing Two Versions of the Karolinska Sleepiness Scale(KSS) | See also: https://fatiguemanagersnetwork.org/the-karolinska-sleepiness-scale/ | 406.74 KB | DOWNLOAD | |
| Akerstedt et al.,1994 | Karolinska Sleepiness Scale KSS Chapter | See also: https://fatiguemanagersnetwork.org/the-karolinska-sleepiness-scale/ | 80.39 KB | DOWNLOAD | |
| Schweitzer et al.,2006 | Laboratory and Field Studies of Naps and Caffeine as Practical Countermeasures For Sleep-Wake Problems Associated With Night Work | Coffee Nap | 1.23 MB | DOWNLOAD | |
| Rosekind et al.,1995 | Alertness Management: Strategic Naps in Operational Settings | 526.85 KB | DOWNLOAD | |
| Rosekind et al.,1996 | Managing Fatigue in Operational Settings 1: Physiological Considerations and Countermeasures | 903.18 KB | DOWNLOAD | |
| Rosekind et al.,1996 | Managing Fatigue in Operational Settings 2: An Integrated Approach | 471.50 KB | DOWNLOAD | |
| Price et al.,2015 | A Method for Applying Fatigue Science to Accident Investigation | Describes how the sleep quantity and quality, wakefulness and “biological programming” contributors to fatigue can be categorized into Fatigue Risk Factors | 5.67 MB | DOWNLOAD | |
| Lerman et al.,2012 | Fatigue Risk Management in the Workplace | 934.97 KB | DOWNLOAD | |
| Lamond et al.,2005 | Fatigue Assessment in the Field: Validation of a Hand-Held Electronic Psychomotor Vigilance Task | 115.94 KB | DOWNLOAD | |
| Gooley 2008 | Treatment of Circadian Rhythm Sleep Disorders with Light | 847.57 KB | DOWNLOAD | |
| Dawson et al.,2005 | Managing Fatigue: It's About Sleep | 201.92 KB | DOWNLOAD | |
| Darwent et al.,2015 | Managing Fatigue: It Really is About Sleep | 621.28 KB | DOWNLOAD |
| Files | Size | Type | Download |
|---|---|---|---|
| Rosa et al.,2007 | Performance and Alertness on 8h and 12h Rotating Shifts at a Natural Gas Utility | Abstract | 323.84 KB | DOWNLOAD | |
| Mariana et al.,2018 | Fatigue and Human Errors Analysis in Petrochemical and Oil and Gas Plant's Operation | 1.14 MB | DOWNLOAD |
| Files | Size | Type | Download |
|---|---|---|---|
| Phillips 2000 | Sleep, Watchkeeping and Accidents: A Content Analysis of Incident at Sea Reports | 138.33 KB | DOWNLOAD | |
| Grech 2015 | Fatigue Risk Management: A Maritime Framework | 1.17 MB | DOWNLOAD | |
| Eriksonet al.,2007 | Sleepiness and Sleep in Simulated 6hrs On/6hrs Off Sea Watch System | 647.58 KB | DOWNLOAD |
| Files | Size | Type | Download |
|---|---|---|---|
| Thomas et al.,1997 | The Effects of Work Schedule on Train Handling Performance and Sleep of Locomotive Engineers: A Simulator Study | 7.40 MB | DOWNLOAD | |
| Sallinen et al.,2003 | Sleep-Wake Rhythm in an Irregular Shift System | 119.99 KB | DOWNLOAD | |
| Sallinen et al.,2005 | Sleepiness in Various Shift Combinations of Irregular Shift Systems | 207.20 KB | DOWNLOAD | |
| Roach et al.,2003 | Amount of Sleep Obtained By Locomotive Engineers: Effects of Break Duration and Time of Break Onset | 206.01 KB | DOWNLOAD | |
| Raslear et al.,2013 | Work Schedules, Sleep, Fatigue, and Accidents in the US Railroad Industry | 453.22 KB | DOWNLOAD | |
| Pilcher et al.,2000 | Work/Rest Cycles in Railroad Operations: Effects of Shorter than 24h Shift-Work Schedules and On-Call Schedules on Sleep | 3.77 MB | DOWNLOAD | |
| Kecklund et al.,2001 | The TRAIN Project: Rail Safety and the Train Driver Information Environment and Work Situation | 46.86 KB | DOWNLOAD | |
| Jay et al.,2007 | Driver Fatigue During Extended Rail Operations | 190.74 KB | DOWNLOAD | |
| Ingre et al.,2009 | Sleep Length as a Function of Morning Shift-Time in Irregular Shift Schedules for Train Drivers: Self-Rated Health and Individual Differences | 474.56 KB | DOWNLOAD | |
| Harma et al.,2002 | Effect of an Irregular Shift System on Sleepiness at Work in Train Drivers and Railway Traffic Controllers | 295.50 KB | DOWNLOAD | |
| Dorrian et al.,2004 | Effects of Fatigue on Train Handling During Speed Restrictions | 8.18 MB | DOWNLOAD | |
| Dorrian et al.,2011 | Work Hours, Workload, Sleep and Fatigue in Australian Rail Industry Employees | 346.76 KB | DOWNLOAD | |
| Darwent et al.,2008 | Sleep and Performance of Train Drivers During an Extended Freight-Haul Operation | 570.94 KB | DOWNLOAD | |
| Aguirre et al.,1997 | Sleep Apnea as a Risk Factor in Railroad Operations | Abstract | 80.62 KB | DOWNLOAD |
| Files | Size | Type | Download |
|---|---|---|---|
| Zhou et al.,2017 | Do Split Sleep/Wake Schedules Reduce or Increase Sleepiness for Continuous Operations? | With split sleep, people felt sleepier during the first 1/2 of the waking period than people with 1 sleep period | 125.44 KB | DOWNLOAD | |
| Yazdi et al.,2014 | Prevalence of Sleep Disorders and Their Impacts on Occupational Performance: A Comparison Between Shift-Workers and Non Shift-Workers | 1.20 MB | DOWNLOAD | |
| Wong et al.,2019 | A Multi-Level Approach to Managing Occupational Sleep-Related Fatigue | Working Time Society Consensus Statement | 929.50 KB | DOWNLOAD | |
| Wagstaff et al.,2011 | Shift and Night Work and Long Working Hours-A Systemic Review of Safety Implications | 338.90 KB | DOWNLOAD | |
| Tilley et al.,1982 | The Sleep and Performance of Shift-Workers | 799.76 KB | DOWNLOAD | |
| Thorne et al.,2010 | Returning From Night Shift to Day Life: Beneficial Effects of Light on Sleep | 146.11 KB | DOWNLOAD | |
| Smolensky et al.,2019 | Circadian Time Structure Impacts Vulnerability to Xenobiotics-Relevance to Industrial Toxicology and Nonstandard Work Schedules | Working Time Society Consensus Report | 794.18 KB | DOWNLOAD | |
| Smith et al.,1997 | Work Shift Duration: A review Comparing 8 hour and 12 hour Shift Systems | 142.43 KB | DOWNLOAD | |
| Skinner et al.,2015 | A Work-Life Perspective on Sleep and Fatigue: Looking Beyond Shift Workers | 475.31 KB | DOWNLOAD | |
| Sallinen et al.,2010 | Shift-Work, Sleep, and Sleepiness – Differences Between Shift Schedules and Systems | 306.18 KB | DOWNLOAD | |
| Ruggiero et al.,2014 | Effects of Napping on Sleepiness and Sleep-Related Performance Deficits in Night-Shift Workers: A Systematic Review | 142.38 KB | DOWNLOAD | |
| Ritonja et al.,2019 | Individual Differences in Shift-Work Tolerance and Recommendations for Research and Practice | Working Time Society Consensus Statement | 516.12 KB | DOWNLOAD | |
| Reinbeg et al.,2008 | Internal Desynchronization of Circadian Rhythms and Tolerance to Shift-Work | 499.27 KB | DOWNLOAD | |
| Pati et al.,2001 | Shift-Work: Consequences and Management | 352.97 KB | DOWNLOAD | |
| Niu et al.,2011 | The Effect of Shift Rotation on Employee Cortisol Profile, Sleep Quality, Fatigue, and Attention Level: A Systemic Review | 706.61 KB | DOWNLOAD | |
| Nicol et al.,2004 | On-Call Work and Health | 238.70 KB | DOWNLOAD | |
| Mulhall et al.,2019 | Sleepiness and Driving Events in Shift-Workers: The Impact of Circadian and Homeostatic Factors | 7.20 MB | DOWNLOAD | |
| Moreno et al.,2019 | Evidence Based Effects of Shift-Work on Physical and Mental Health | Working Time Society Consensus Statement | 756.90 KB | DOWNLOAD | |
| Lowden et al.,2019 | Evidence Based Interventions Using Light to Improve Circadian Adaptation to Working Hours | Working Time Society Consensus Statement | 813.44 KB | DOWNLOAD | |
| Lee et al.,2015 | High Risk of Near-Crash Driving Events Following Night-Shift Work | 817.05 KB | DOWNLOAD | |
| Knauth et al.,2003 | Preventive and Compensatory Measures for Shift-Workers | 129.16 KB | DOWNLOAD | |
| Knauth 2006 | Extended Work Periods | 259.47 KB | DOWNLOAD | |
| Khastar et al.,2020 | Sleep Improvement Effect on Sexual Life Quality Among Rotating Female Shift-Workers | Abstract | 201.06 KB | DOWNLOAD | |
| Kerkhof 2018 | Shift-Work and Sleep Disorder Comorbidity Tend to Go Hand in Hand | 1.23 MB | DOWNLOAD | |
| Honn et al.,2019 | Prescriptive Rule Sets and Risk Management-Based Approaches for Management of Fatigue-Related Risk in Working Time Arrangements | Working Time Society Consensus Statement | 997.19 KB | DOWNLOAD | |
| Harrington 1994 | Shift-Work and Health | A Critical Review of the Literature on Working Hours | Abstract | 190.17 KB | DOWNLOAD | |
| Grant et al.,2017 | The Impact of Meal Timing on Performance , Sleepiness, Gastric Upset, and Hunger During Simulated Night Shift | 1.77 MB | DOWNLOAD | |
| Gold et al.,1992 | Rotating Shift-Work Sleep and Accidents Related to Sleepiness in Hospital Nurses | 2.69 MB | DOWNLOAD | |
| Geiger-Brown et al.,2012 | Sleep, Sleepiness, Fatigue, and Performance of 12-Hour-Shift Nurses | 307.16 KB | DOWNLOAD | |
| Gartner et al.,2019 | Regulatory Approaches to Reduce Risks Associated with Shift-Work - A Global Comparison | Working Time Society Consensus Statement | 1.06 MB | DOWNLOAD | |
| Frick et al.,2018 | Cost of Shift-Work Absenteeism in a Large German Automobile Plant | Biologically incompatible backward rotating schedules are associated with greater absenteeism rates; changing from counterclockwise to clockwise rotating schedules, could reduce absenteeism by 10%; shift-workers may prefer biologically incompatible schedules if it gives them longer consecutive periods off duty, especially after night shifts | 1.83 MB | DOWNLOAD | |
| Folkard et al.,2003 | Shift-Work, Safety and Productivity | 103.73 KB | DOWNLOAD | |
| Folkard et al.,2004 | Shiftwork: Safety, Sleepiness and Sleep | 122.86 KB | DOWNLOAD | |
| Fischer et al.,2019 | Psychosocial Stressors Relevant to the Health and Wellbeing of Night and Shift-Workers | A Working Time Society Consensus Statement | 498.04 KB | DOWNLOAD | |
| Cruz et al.,2002 | A Laboratory Comparison of Clockwise and Counter-Clockwise Rapidly Rotating Shift Schedules | Part 3/3: Effects on Core Body Temperature and Neuroendocrine Measures | 1.08 MB | DOWNLOAD | |
| Cruz et al.,2002 | A Laboratory Comparison of Clockwise and Counter-Clockwise Rapidly Rotating Shift Schedules | Part 2/3: Performance | 1.53 MB | DOWNLOAD | |
| Cruz et al.,2002 | A Laboratory Comparison of Clockwise and Counter-Clockwise Rapidly Rotating Shift Schedules | Part 1/3: Sleep | 1.26 MB | DOWNLOAD | |
| Costa 2010 | Shift-Work and Health: Current Problems and Preventive Actions | 483.94 KB | DOWNLOAD | |
| Costa 1996 | Impact of Shift and Night Work on Health | Abstract | 190.40 KB | DOWNLOAD | |
| Centofani et al.,2020 | A Pilot Study Investigating the Impact of a Caffeine-Nap on Alertness During a Simulated Night Shift | Abstract | 47.35 KB | DOWNLOAD | |
| Bryden et al.,1973 | Effects of Night Duty on Sleep Patterns of Nurses | Abstract | 247.02 KB | DOWNLOAD | |
| Brown et al.,2020 | Mental Health Consequences of Shift-Work | Abstract | 102.26 KB | DOWNLOAD | |
| Baulk et al.,2008 | A Field Study of Sleep and Fatigue in a Regular Rotating 12-h Shift System | 269.81 KB | DOWNLOAD | |
| Arlinghaus et al.,2019 | Evidence-Based Effects of Shift-Work and Non-Standard Working Hours on Workers Family and Community | Working Time Society Consensus Statement | 617.02 KB | DOWNLOAD | |
| Arendt 2010 | Shift-Work: Coping With the Biological Clock | 225.19 KB | DOWNLOAD | |
| American Academy of Sleep Medicine 2001 | ICSD Shift-Work Sleep Disorder | 81.04 KB | DOWNLOAD | |
| Alonzo et al.,2022 | Does Shift-Work Impact Cognitive Performance? | In this very large, nationally representative sample, we found that shift worker showed poorer cognitive scores on tests for executive functioning but not for declarative memory, compared to non-shift workers | 628.56 KB | DOWNLOAD | |
| Mollicone et al.,2008 | Response Surface Mapping of Neurobehavioral Performance: Testing the Feasibility of Split Sleep Schedules for Space Operations | Splitting sleep into 1 main nocturnal period and a daytime nap can maintain performance and sleepiness at acceptable levels | 974.58 KB | DOWNLOAD |