Insomnia is a common problem in offshore shift-work environments. In rotating shift-work environments, daylight and darkness cues are incongruent with sleep and work schedules. As a result, many shift workers find it hard to adapt to the schedule, resulting in suboptimal sleeping patterns and increased workforce fatigue. This paper presents a scientific method for reducing fatigue risks in oil and gas organizations that operate a slowly rotating shift schedule.
Sleep and Fatigue in Offshore Shift-Work Environments
Humans are diurnal (i.e., day animals); because of this, our circadian rhythm is programmed to ensure that alertness, concentration, and other aspects relating to job performance are highest during the day.
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