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[Physiological bases for work and rest schedules during shift work in Arctic tundra]
Meditsina Truda I Promyshlennaia Ekologiia
|January 1, 1996
Summary
Low-distance shifted work is optimal for Far North railway construction, preserving worker health and performance. This approach aids adaptation and retains skilled labor in challenging Arctic conditions.
Area of Science:
- Occupational Health
- Civil Engineering
- Arctic Studies
Context:
- Railway construction in the Far North faces unique environmental and logistical challenges.
- Harsh climatic conditions significantly impact worker health, performance, and retention.
- Existing work models may not adequately address the physiological and psychological demands of Arctic environments.
Purpose:
- To evaluate the efficacy of different shifted work modes for railway construction in Far North regions.
- To determine the most suitable work schedule for maintaining worker health and productivity in extreme climates.
- To identify strategies for preserving a qualified workforce in remote, challenging operational areas.
Summary:
- Studies indicate that low-distance shifted work is the most acceptable mode for Far North railway construction.
- This work model demonstrates benefits including preserved worker health, sustained work performance, and a reduced rate of ageing.
- Low-distance shifted work facilitates better adaptation to regional conditions and helps retain skilled personnel.
Impact:
- Implementation of low-distance shifted work can lead to improved occupational health outcomes for construction workers in Arctic regions.
- Enhanced worker adaptation and sustained performance contribute to project efficiency and success in challenging environments.
- This approach offers a sustainable model for workforce management, mitigating turnover and preserving valuable expertise in the Far North.