The experience of fatigue is common to all human beings, since fatigue is a naturally occurring state of being. In occupational settings, fatigue can pose a threat to people, equipment, the environment, and corporate reputations. Although significant progress has been made in terms of understanding the causes of, and solutions for, worker fatigue, a great deal of complexity remains. This complexity is partly related to the fact that individuals are different in many ways (e.g., in terms of their genetically determined sleep need) and because of the general biological, psychological, and social components of personal fatigue. This chapter focuses on key fatigue-related principles, terminology, example frameworks, and key issues now and in the foreseeable future. The challenges for industry relate to both opportunities and potential threats, such as automation, fatigue-monitoring technologies, staffing levels, cultural differences within the workforce, and the remote locations of many operations. With evidence-based program development and evaluation, enhanced fatigue management can deliver improvements in safety, compliance, operational flexibility, worker satisfaction, and other relevant metrics.
ÅkerstedtT. (1994). Work injuries and time of day: National data. Work Hours, Sleepiness and Accident: Stress Research Reports, 248, 106.
2.
ÅkerstedtT.ArnetzB.AnderzénI. (1990). Physicians during and following night call duty − 36 hour ambulatory recording of sleep. Electroencephalography and Clinical Neurophysiology, 76, 193–196.
3.
ÅkerstedtT.FolkardS. (1990). A model of human sleepiness. In HorneJ. (Ed.), Sleep ’90 (pp. 310–313). Bochum, Germany: Pontenagel Press.
4.
American Automotive Association Foundation for Traffic Safety. (1985). A report on the determination and evaluation of the role of fatigue in heavy truck accidents. American Psychologist, 41, 813–819.
5.
AndersonC.GrunsteinR. R.RajaratnamS. M. W. (2013). Hours of work and rest in the rail industry. Internal Medicine Journal, 43, 717–721.
6.
AndersonC.SullivanJ.Flynn-EvansE.CadeB.CzeislerC.LockleyS. (2012). Deterioration of neurobehavioral performance in resident physicians during repeated exposure to extended duration work shifts. Sleep, 35, 1137–1146.
7.
BartlettF. (1943). Fatigue following highly skilled work. Proceedings of the Royal Society, 131, 247–257.
8.
BartlettF. (1953). Psychological criteria of fatigue. In FloydW.WelfordA. (Eds.), Symposium on fatigue. London, UK: H. K. Lewis.
9.
BaulkS.FletcherA. (2012). At home and away: Measuring the sleep of Australian truck drivers. Accident Analysis & Prevention, 45S, S36–40.
10.
BaysariM. T.McIntoshA. S.WilsonJ. R. (2008). Understanding the human factors contribution to railway accidents and incidents in Australia. Accident Analysis & Prevention, 40, 1750–1757.
11.
BelenkyG.BalkinT.RedmondD.SingH.ThomasM.ThorneD.WesenstenN. (1998). Sustaining performance during continuous operations: The U.S. Army’s sleep management system. In HartleyL. (Ed.), Managing fatigue in transportation (pp. 77–85). Oxford, UK: Elsevier Science.
12.
BorbélyA. (1982). A two process model of sleep regulation. Human Neurobiology, 1, 195–204.
13.
BroadbentD. (1979). Is a fatigue test possible now? The Society Lecture 1979. Ergonomics, 12, 1277–1290.
14.
BrownI. (1994). Driver fatigue. Human Factors, 36, 298–314.
15.
BrownM.TuckerP.RapportF.HutchingsH.DahlgrenA.DaviesG.EbdenP. (2010). The impact of shift patterns on junior doctors’ perceptions of fatigue, training, work/life balance and the role of social support. Quality & Safety in Health Care, 19(6), e36.
16.
CameronC. (1971). Fatigue problems in modern industry. Ergonomics, 14, 713–720.
17.
CameronC. (1973). A theory of fatigue. Ergonomics, 16, 633–648.
18.
CarusoC. (2006). Possible broad impacts of long work hours. Industrial Health, 44, 531–536.
19.
ChapmanC. (1990). The long reach of Harvard’s Fatigue Laboratory, 1926–1947. Perspectives in Biology and Medicine, 34(1), 17–33.
20.
ChimamiseC.GombeN.TshimangaM.ChadambukaA.ShambiraG.ChimusoroA. (2013). Factors associated with severe occupational injuries at mining company in Zimbabwe, 2010: A cross-sectional study. Pan African Medical Journal, 14, 5.
21.
CohenI.CzeislerC.LandriganC. (2013). Making residency work hour rules work. Journal Law Medical Ethics, 41, 310–314.
22.
CzeislerC.DijkD.DuffyJ. F. (1994). Entrained phase of the circadian pacemaker serves to stabilize alertness and performance throughout the habitual waking day. In OgilvieR.HarshJ. (Eds.), Sleep onset: Normal and abnormal processes (pp. 89–110). Washington, DC: American Psychological Association.
23.
CzeislerC.Moore-EdeM.ColemanR. (1982). Rotating shift work schedules that disrupt sleep are improved by applying circadian principles. Science, 217, 460–463.
24.
CzeislerC.PellegriniC.SadeR. (2013). Should sleep-deprived surgeons be prohibited from operating without patients’ consent?Annals of Thoracic Surgery, 95, 757–766.
25.
DarwentD.LamondN.DawsonD. (2008). The sleep and performance of train drivers during an extended freight-haul operation. Applied Ergonomics, 39, 614–622.
26.
DawsonD.McCullochK. (2005). Managing fatigue: It’s about sleep. Sleep Medicine Reviews, 9, 365–380.
27.
DembeA. (2009). Ethical issues relating to the health effects of long working hours. Journal of Business Ethics, 84, 195–208.
28.
DementW. (1993). Sleepiness. In CarskadonM.RechtschaffenA.RichardsonG.RothT.SiegelJ. (Eds.), Encyclopedia of sleep and dreaming (pp. 554–559). New York, NY: Macmillan.
29.
DesmondP.HancockP.MonetteJ. (1998). Fatigue and automation-induced impairments in simulated driving performance. Transportation Research Record, 1628, 8–14.
30.
DesmondP.MatthewsG. (1997). Implications of task-induced fatigue effects for invehicle countermeasures to driver fatigue. Accident Analysis & Prevention, 29, 515–523.
31.
DijkD.DuffyJ.CzeislerC. A. (1992). Circadian and sleep/wake dependent aspects of subjective alertness and cognitive performance. Journal of Sleep Research, 1, 112–117.
32.
Di MiliaL.SmolenskyM.CostaG.HowarthH.OhayonM.PhilipP. (2011). Demographic factors, fatigue, and driving accidents: An examination of the published literature. Accident Analysis & Prevention, 43, 516–532.
33.
DingesD. (1995). An overview of sleepiness and accidents. Journal of Sleep Research, 4(Suppl. S2), 4–14.
34.
DoranS.Van DongenH.DingesD. (2001). Sustained attention performance during sleep deprivation: Evidence of state instability. Archives of Italian Biology, 139, 253–267.
35.
DorrianJ.LamondN.KozuchowskiK.DawsonD. (2008). The driver vigilance telemetric control system (DVTCS): Investigating sensitivity to experimentally induced sleep loss and fatigue. Behavior Research Methods, 40, 1016–1025.
DulJ.BruderR.BuckleP.CarayonP.FalzonP.MarrasW.WilsonJ.van der DoelenB. (2012). A strategy for human factors/ergonomics: Developing the discipline and profession. Ergonomics, 55, 377–395.
38.
DunnN.WilliamsonA. (2012). Driving monotonous routes in a train simulator: The effect of task demand on driving performance and subjective experience. Ergonomics, 55, 997–1008.
39.
FergusonS.BakerA.LamondN.KennawayD.DawsonD. (2010). Sleep in a live-in mining operation: The influence of start times and restricted non-work activities. Applied Ergonomics, 42, 71–75.
40.
FergusonS.PaechG.DorrianJ.RoachG.JayS. (2011). Performance on a simple response time task: Is sleep or work more important for miners?Applied Ergonomics, 42, 210–213.
41.
FingretA. (2000). Occupational mental health: A brief history. Occupational Medicine, 50, 289–293.
42.
FletcherA. (1999). Measurement and management of work-related fatigue: Development and preliminary validations of a predictive model (PhD thesis). University of South Australia, Adelaide.
43.
FletcherA. (2010). Staying safe in the jungles of Borneo: Five studies of fatigue and cultural issues in remote mining projects. Industrial Health, 48, 406–415.
44.
FletcherA. (2011a). The 5-stage model of maturity for fatigue management systems. Paper presented at the 1st International Workshop on Management of Fatigue in the extractive Industries, Johannesburg, South Africa. Retrieved from http://www.icmm.com/document/2452
45.
FletcherA. (2011b, March). An introduction to the next generation fatigue risk management system (FRMS). Paper presented at the 8th International Conference on Managing Fatigue in Transportation, Resources and Health, Fremantle, Western Australia.
46.
FletcherA. (2011c, June). Using the international standard for risk management (ISO31000) to develop the next generation of fatigue risk management system. Paper presented at the 20th International Symposium on Shiftwork and Working Time, Stockholm, Sweden.
47.
FletcherA.DawsonD. (1998). A work-related fatigue model based on hours-of-work. In HartleyL. (Ed.), Managing fatigue in transportation (pp. 189–208). Oxford, UK: Pergamon Press.
48.
FletcherA.DawsonD. (2001a). Field-based validations of a work-related fatigue model based on hours of work. Transportation Research Part F: Traffic Psychology and Behaviour, 4, 75–88.
49.
FletcherA.DawsonD. (2001b). A quantitative model of work-related fatigue: Empirical evaluations. Ergonomics, 44, 475–488.
50.
FletcherA.McCullochK.BaulkS.DawsonD. (2005). Countermeasures to driver fatigue: A review of public awareness campaigns and legal approaches. Australian and New Zealand Journal of Public Health, 29, 471–476.
51.
FolkG. (2010). The Harvard Fatigue Laboratory: Contributions to World War II. Advances in Physiology Education, 34, 119–127.
52.
FolkardS.MonkT. (1979). Shiftwork and performance. Human Factors, 21, 483–492.
53.
FriedmanJ.BiggerJ.KornfeldD. (1971). The intern and sleep loss. New England Journal of Medicine, 285, 201–203.
54.
FtouniS.SlettenT.HowardM.AndersonC.LennéM.LockleyS.RajaratnamS. (2013). Objective and subjective measures of sleepiness, and their associations with on-road driving events in shift workers. Journal of Sleep Research, 22, 58–69.
55.
GanderP.GraeberR. (1987). Sleep in pilots flying short-haul commercial schedules. Ergonomics, 30, 1365–1377.
56.
GanderP.BarnesR.GregoryK.GraeberR.ConnellL.RosekindM. (1998). Flight crew fatigue III: North Sea helicopter air transport operations. Aviation, Space, and Environmental Medicine, 69, B16–B25.
57.
GanderP.GraeberR.ConnellL.GregoryK.MillerD.RosekindM. (1998). Flight crew fatigue I: Objectives and methods. Aviation Space and Environmental Medicine, 69, B1–B7.
GanderP.GregoryK.GraeberR.ConnellL.MillerD.RosekindM. (1998). Flight crew fatigue II: Short-haul fixed-wing air transport operations. Aviation, Space, and Environmental Medicine, 69, B8–B15.
60.
GanderP.GregoryK.MillerD.GraeberR.ConnellL.RosekindM. (1998). Flight crew fatigue V: Long-haul air transport operations. Aviation, Space, and Environmental Medicine, 69, B37–B48.
61.
GanderP.MangieJ.Van Den BergM.SmithA.MulrineH.SignalT. (2014). Crew fatigue safety performance indicators for fatigue risk management systems. Aviation, Space, and Environmental Medicine, 85, 139–147.
62.
GanderP.RosekindM.GregoryK. (1998). Flight crew fatigue VI: A synthesis. Aviation Space and Environmental Medicine, 69, B48–B60.
63.
GanderP.WaiteD.McKayA.SealT.MillarM. (1998). An integrated fatigue management program for tanker drivers. In HartleyL. (Ed.), Managing fatigue in transportation (pp. 399–413). Oxford, UK: Elsevier Science.
64.
GoldD.RogaczS.BockN. (1992). Rotating shiftwork, sleep and accidents related to sleepiness in hospital nurses. American Journal of Public Health, 82, 1011–1014.
65.
GundelA.DrescherJ.MaasH.SamelA.VejvodaM. (1995). Sleepiness of civil airline pilots during two consecutive night flights of extended duration. Biological Psychology, 40, 131–141.
66.
HalvaniG.ZareM.MirmohammadiS. (2009). The relation between shift work, sleepiness, fatigue and accidents in Iranian industrial mining group workers. Industrial Health, 47, 134–138.
67.
HartzlerB. M. (2014). Fatigue on the flight deck: The consequences of sleep loss and the benefits of napping. Accident Analysis & Prevention, 62, 309–318.
HaworthN.TriggsT.GreyE. (1988). Driver fatigue: Concepts, measurement and crash countermeasures (Research Report CR72). Canberra, Australia: Federal Office of Road Safety.
70.
HobbsA.WilliamsonA. (2003). Associations between errors and contributing factors in aircraft maintenance. Human Factors, 45, 186–201.
71.
HockeyR. (2013). The psychology of fatigue: Work, effort and control. Cambridge, UK: Cambridge University Press.
72.
HoldingD. (1983). Fatigue. In HockeyG. (Ed.), Stress and fatigue in human performance (pp. 145–168). New York, NY: Wiley.
73.
HorvathS.HorvathE. (1973). Harvard Fatigue Laboratory: Its history and contributions. Upper Saddle River, NJ: Prentice Hall.
74.
HoustonS.DawsonK.ButlerS. (2012). Fatigue reporting among aircrew: Incidence rate and primary causes. Aviation, Space, and Environmental Medicine, 83, 800–804.
75.
HowardM.JacksonM.SwannP.BerlowitzD.GrunsteinR.PierceR. (2014). Deterioration in driving performance during sleep deprivation is similar in professional and nonprofessional drivers. Traffic Injury Prevention, 15, 132–137.
International Labour Office. (2004). WISE: Work Improvement in Small Enterprises. Package for trainers. Bangkok, Thailand: International Labour Office Subregional Office for East Asia.
78.
International Labour Office. (2010). Ergonomic checkpoints. Geneva, Switzerland: Author.
79.
International Labour Office. (2012). Stress prevention at work checkpoints. Geneva, Switzerland: Author.
80.
International Organization for Standardization. (2008). ISO 9001: Quality management systems—requirements. Geneva, Switzerland: Author.
81.
International Organization for Standardization. (2009). ISO 31000: Risk management—principles and guidelines. Geneva, Switzerland: Author.
82.
ItaniT.TachiN.TakeyamaH.EbaraT.TakanishiT.MurataK.InoueY.SuzumuraH.KurungkraiongS.KhuvasanontT.BatinoJ. (2006). Approaches to occupational health based on participatory methodology in small workplaces. Industrial Health, 44, 17–21.
83.
JacksonC.EarlL. (2006). Prevalence of fatigue among commercial pilots. Occupational Medicine, 56, 263–268.
84.
JohnsM. (1993). Daytime sleepiness, snoring, and obstructive sleep apnea: The Epworth Sleepiness Scale. Chest, 103, 30–36.
85.
JohnsonS. (1825). The works of Samuel Johnson (Vol. 3). New York, NY: Collins & Hannay, Collins & Co., W. B. Gilley, Wilder & Campbell, J. V. Seaman, and D. Mallory.
86.
KandelaarsK.FletcherA.DorrianJ.BaulkS.DawsonD. (2006). Predicting the timing and duration of sleep in an operational setting using social factors. Chronobiology International, 23, 1265–1276.
87.
KandelaarsK.FletcherA.EitzenG.RoachG.DawsonD. (2006). Layover sleep prediction for cockpit crews during transmeridian flight patterns. Aviation, Space, and Environmental Medicine, 77, 145–150.
88.
KawakamiT.ArphornS.UjitaY. (2006). Work improvement for safe home: Action manual for improving safety, health and working conditions of homeworkers. Bangkok, Thailand: International Labour Office.
89.
KawakamiT.KogiK. (2005). Ergonomics support for local initiative in improving safety and health at work: International Labour Organization experiences in industrially developing countries. Ergonomics, 48, 581–590.
90.
KecklundG.ÅkerstedtT.LowdenA.von HeidenbergC. (1994). Sleep and early morning work. Journal of Sleep Research, 1, 124.
91.
KhaiT.KawakamiT.KogiK. (2011). Participatory action oriented training. Hanoi, Vietnam: International Labour Office DWT for East and South-East Asia and the Pacific.
92.
KimS.LeeJ. (2011). Development of an intervention to prevent work-related musculoskeletal disorders among hospital nurses based on the participatory approach. Applied Ergonomics, 41, 454–460.
93.
KogiK. (2002).Work improvement and occupational safety and health systems: Common features and research needs. Industrial Health, 40, 121–133.
94.
KogiK. (2006). Advances in participatory occupational health aimed at good practices in small enterprises and the informal sector. Industrial Health, 41, 31–34.
95.
KogiK. (2008). Facilitating participatory steps for planning and implementing low-cost improvements in small workplaces. Applied Ergonomics, 39, 475–481.
96.
KogiK. (2010). Roles of occupational health good practices in globalization. Journal of Occupational Safety and Health, 18, 172–181.
97.
KogiK. (2012). Inter-country networking to facilitate participatory approaches for improving work in small-scale workplaces. In VainioH.LehtinenS. (Eds.), International forum on occupational health and safety: Policies, profiles and services (pp. 196–200). Helsinki, Finland: Finnish Institute of Occupational Health.
98.
KogiK.KawakamiT.ItaniT.BatinoJ. (2003). Low-cost work improvements that can reduce the risk of musculoskeletal disorders. International Journal of Industrial Ergonomics, 31, 179–184.
99.
KrygerM.RothT.DementW. (2011). Principles and practices of sleep medicine. Philadelphia. PA: Saunders.
100.
LandriganC.CzeislerC.BargerL.AyasN.RothschildJ.LockleyS. (2007). Effective implementation of work-hour limits and systemic improvements. Joint Commission Journal on Quality and Patient Safety, 33(11), 19–29.
101.
LauberJ.KaytonP. (1988). Sleepiness, circadian dysrhythmia, and fatigue in transportation system accidents. Sleep, 11, 503–512.
102.
LaundryB.LeesR. (1991). Industrial accident experience of one company on 8- and 12-hour shift systems. Journal of Occupational Medicine, 33, 903–906.
103.
LauridsenO.TonnesenT. (1990). Injuries related to the aspects of shiftworking: A comparison of different offshore shift arrangements. Journal of Occupational Accidents, 12, 167–176.
104.
LeeJ.KimS.JungH.KooJ.WooK.KimM. (2009). Participatory action oriented training for hospital nurses (PAOTHN) program to prevent musculoskeletal disorders. Journal of Occupational Health, 51, 370–376.
105.
LekaS.CoxT. (2008). PRIMA-EF guidance on the European framework for psychosocial risk management: A resource for employers and worker representatives. Geneva, Switzerland: World Health Organization.
106.
LermanS.EskinE.FlowerD.GeorgeE.GersonB.HartenbaumN.HurshS.Moore-EdeM. (2012). Fatigue risk management in the workplace. Journal of Occupational Environmental Medicine, 54, 231–258.
107.
LieA.BaranskiB.HusmanK.WesterholmP. (2002). Good practice in occupational health services: A contribution to workplace health. Copenhagen, Denmark: World Health Organization Regional Office for Europe.
108.
LockleyS.CroninJ.EvansE.CadeB.LeeC.LandriganC.RothschildJ.KatzJ.LillyC.StoneP.AeschbachD.CzeislerC. (2004). Effect of reducing interns’ weekly work hours on sleep and attentional failures. New England Journal of Medicine, 351, 1829–1837.
109.
LynmanE.OrladyH. (1981). Fatigue and associated performance decrements in air transport operations (CR 166167). Mountain View, CA: NASA Ames Research Center.
110.
MachidaS. (2012). National strategies and systems for occupational safety and health. In VainioH.LehtinenS. (Eds.), International forum on occupational health and safety: Policies, profiles and services (pp. 24–31). Helsinki, Finland: Finnish Institute of Occupational Health.
111.
MaireM.ReichertC.GabelV.ViolaA.KrebsJ.StrobelW.LandoltH.BachmannV.CajochenC.SchmidtC. (2014). Time-on-task decrement in vigilance is modulated by inter-individual vulnerability to homeostatic sleep pressure manipulation. Frontiers in Behavioral Neuroscience, 8, 59.
112.
MallisM.NeriD.OyungR.DingesD. (1999). Effectiveness of in-flight activity breaks as fatigue countermeasures during a simulated night flight. Aviation, Space, and Environmental Medicine, 70, 368–336.
113.
McDonaldN. (1984). Fatigue, safety and the truck driver. London, UK: Taylor and Francis.
114.
McIvorA. (1987). Employers, the government, and industrial fatigue in Britain, 1890–1918. British Journal of Industrial Medicine, 44, 724–732.
115.
MitlerM.CarskadonM.CzeislerC.DementW.DingesD.GraeberR. (1988). Catastrophes, sleep, and public policy: Consensus report. Sleep, 11, 100–109.
116.
MitlerM.DingesD.DementW. (1994). Sleep medicine, public policy, and public health. In KrygerM.RothT.DementW. (Eds.), Principles and practices of sleep medicine (2nd ed.). Philadelphia, PA: W. B. Saunders.
117.
Moore-EdeM. (2009). Evolution of fatigue risk management systems: The “tipping point” of employee fatigue mitigation. Stoneham, MA: Circadian.
118.
NeriD.OyungR.CollettiL.MallisM.DingesD. (2002). Controlled activity as a fatigue countermeasure on the flight deck. Aviation, Space and Environmental Medicine, 73, 654–664.
NiuS.KogiK. (2012). Ergonomic checkpoints in agriculture. Geneva, Switzerland: International Labour Office.
121.
PatersonJ. L.DorrianJ.ClarksonL.DarwentD.FergusonS. A. (2012). Beyond working time: Factors affecting sleep behaviour in rail safety workers. Accident Analysis & Prevention, 45(Suppl.), 32–35.
122.
PeifferJ.AbbissC. (2013). Thermal stress in North Western Australian iron ore mining staff. Annuals of Occupational Hygiene, 57, 519–527.
123.
PerttulaP.OjalaT.KuosmaE. (2011). Factors in the fatigue of heavy vehicle drivers. Psychological Reports, 108, 507–514.
124.
PhilipP. (2005). Sleepiness of occupational drivers. Industrial Health, 43, 30–33.
125.
PhilipP.SagaspeP.TaillardJ.MooreN.GuilleminaultC.Sanchez-OrtunoM.ÅkerstedtT.BioulacB. (2003). Fatigue, sleep restriction, and performance in automobile drivers: A controlled study in a natural environment. Sleep, 26, 277–280.
126.
PilcherJ. J.CoplenM. K. (2000). Work/rest cycles in railroad operations: Effects of shorter than 24-h shift work schedules and on-call schedules on sleep. Ergonomics, 43, 573–588.
127.
RantanenJ. (2012) Extending occupational health services to all workers: Can it be done? In VainioH.LehtinenS. (Eds.), International forum on occupational health and safety: Policies, profiles and services (pp. 117–130). Helsinki, Finland: Finnish Institute of Occupational Health.
128.
RaslearT. G.CoplenM. (2004). Fatigue models as practical tools: Diagnostic accuracy and decision thresholds. Aviation, Space, and Environmental Medicine, 75(3 Suppl.), A168–172.
129.
ReasonJ. (1990). Human error. Cambridge, UK: Cambridge University Press.
130.
ReasonJ. (2000). Human error: Models and management. British Medical Journal, 320, 768–770.
131.
RosekindM.GanderP.GregoryK.SmithR.MillerD.OyungR.WebbonL.JohnsonJ. (1997). Managing fatigue in operational settings 1: Physiological considerations and counter-measures. Hospital Topics, 75(3), 23–30.
SchwartzJ.RothT.HirshkowitzM.WrightK. (2009). Recognition and management of excessive sleepiness in the primary care setting. Primary Care Companion: Journal of Clinical Psychiatry, 11, 197–204.
134.
SummalaH.MikkolaT. (1994). Fatigue accidents among car and truck drivers: Effects of fatigue, age, and alcohol consumption. Human Factors, 36, 315–326.
135.
TanF.KawakamiT. (2009). The ASEAN Occupational Safety and Health Network good occupational safety and health practices 2008/2009. Vientiane, Laos: ASEAN Occupational Safety and Health Network.
136.
TepasD.WalshJ.MossP.ArmstrongD. (1981). Polysomnographic correlates of shiftworker performance in the laboratory. In ReinbergA.VieuxN.AndlauerP. (Eds.), Night and shiftwork: Biological and social aspects (pp. 179–186). Oxford, UK: Pergamon Press.
137.
ThomasM.PetrilliR. (2006). Crew familiarity: Operational experience, non-technical performance, and error management. Aviation, Space, and Environmental Medicine, 77, 41–45.
138.
TorsvallL.ÅkerstedtT. (1987). Sleepiness on the job: Continuously measured EEG changes in train drivers. Electroencephalography and Clinical Neurophysiology, 66, 502–511.
139.
TsutsumiA.NagamiM.YoshikawaT.KogiK.KawakamiN. (2009). Participatory intervention for workplace improvements on mental health and job performance among blue-collar workers: A cluster randomized controlled trial. Journal of Occupational Environmental Medicine, 51, 554–563.
140.
TuckerP.BrownM.DahlgrenA.DaviesG.EbdenP.FolkardS.HutchingsH.ÅkerstedtT. (2010). The impact of junior doctors’ worktime arrangements on their fatigue and well-being. Scandinavian Journal of Work, Environment and Health, 36, 458–465.
141.
Van DongenH.BelenkyG. (2012). Model-based fatigue risk management. In MatthewsG.DesmondP.NeubauerC.HancockP. (Eds.), The handbook of operator fatigue (pp. 487–506). Farnham, UK: Ashgate.
142.
VearrierD.GreenbergM. (2011). Occupational health of miners at altitude: Adverse health effects, toxic exposures, pre-placement screening, acclimatization, and worker surveillance. Clinical Toxicology (Philadelphia), 49, 629–640.
143.
VillaB. (2006). Impact of long work hours on police officers and the communities they serve. American Journal of Industrial Medicine, 49, 972–980.
144.
WallerG. (1962). Lindbergh, the little plane, the big Atlantic. New York, NY: New York Times Company.
YoshikawaT.KogiK. (2010). Roles in stress prevention of good practices for workplace improvements and the use of action support tools. Job Stress Research, 17, 267–274.
147.
YuI.YuW.LiZ. (2011). The effectiveness of participatory training on reduction of occupational injuries: A randomized controlled trial. Occupational Environmental Medicine, 68, A24–A25.
