Distributed leadership and seafarers' emergency response in a simulated navigation environment
Abstract
Merchant shipping is an occupation with a high rate of fatal injuries caused by accidents and maritime disasters. Human error plays a massive role in accidents; however, the shipping industry lacks substantial human factors research. A human factor, particularly leadership, has been implicated in numerous maritime disasters. However, there is a tendency for most research to focus on holders of formal positions. A lot of previous work on leadership has been carried out on the assumption that leadership rests with a single leader. The current study adopts a practice-based perspective to examine distributed leadership among seafarers. A simulation is used to investigate the relationship between one form of distributed leadership i.e., planfully aligned leadership, and the emergency response of the team members in a simulated navigation environment. The results showed that planfully aligned leadership was a positive and significant predictor of the team’s emergency response as compared to authoritarian leadership. This study makes a shift from the unitary view of the leader to a more practice-based perspective whereby leadership is conceived of as a collective social process emerging through the interactions of multiple actors seems to be the need of the hour. It would be worthwhile to study different configurations of distributed leadership and analyze the factors that facilitate distributed leadership.
Keywords: Distributed Leadership, Planfully Aligned Leadership, Practice, Maritime, Emergency Response, Navigation
DOI: 10.54941/ahfe1003855
Cite this paper
More from this volume
- Investigating the Influence of Perceived Anthropomorphism of Vehicles on Pedestrians’ Crossing Decisions in a Test Track Study
- Detection of Unconscious Movements with RGB-D Camera for Objective Ride Comfort Evaluation
- Development of an Adaptable Seating Buck for Ergonomic Vehicle Evaluation in a VR Environment
- Construction of evaluation index system for vehicle occupant's riding posture comfort
- Effect of Secondary Tasks in Touchscreen In-Vehicle Information System Operation on Driving Distraction
- Perspectives of Commuters on Electric Vehicles, Charging Infrastructure, and Communication Measures
- Interaction Design of Closed Dark Cabin Driving Interface based on Situation Awareness
- The effect of colored light in the vehicle interior on the thermal comfort and thermal responses of vehicle occupants
- Predictive Validity of the Vehicle Seat Comfort Score by Using the Seat Design and Testing Factors
- Autonomous shuttle or conventional cab? Investigating users’ decision to share a ride
- Who Will Drive Automated Vehicles? - Usability Context Analysis and Design Guidelines for Future Control Centers for Automated Vehicle Traffic
- Enhancing User Acceptance of Shared Automated Vehicles – An exploratory Study on Mobility Behavior and Attitude towards Automated Mobility Concepts


AHFE Open Access