Title
"Failure-to-Identify" Hunting Incidents: A Resilience Engineering Approach.
Abstract
Objective The objective was to develop an understanding, using the Functional Resonance Analysis Method (FRAM), of the factors that could cause a deer hunter to misidentify their intended target. Background Hunting is a popular activity in many communities. However, hunters vary considerably based on training, experience, and expertise. Surprisingly, safety in hunting has not received much attention, especially failure-to-identify hunting incidents. These are incidents in which the hunter, after spotting and targeting their quarry, discharge their firearm only to discover they have been spotting and targeting another human, an inanimate object, or flora by mistake. The hunter must consider environment, target, time of day, weather, and many other factorscontinuously evaluating whether the hunt should continue. To understand how these factors can relate to one another is fundamental to begin to understand how incidents happen. Method Workshops with highly experienced and active hunters led to the development of a FRAM model detailing the functions of a Hunting FRAM. The model was evaluated for correctness based on confidential and anonymous near-miss event submissions by hunters. Results A FRAM model presenting the functions of a hunt was produced, evaluated, and accepted. Using the model, potential sources of incidents or other unintended outcomes were identified, which in turn helped to improve the model. Conclusion Utilizing principles of understanding and visualization tools of the FRAM, the findings create a foundation for safety improvements potentially through training or safety messages based on an increased understanding of the complexity of hunting.
Year
DOI
Venue
2018
10.1177/0018720817743851
HUMAN FACTORS
Keywords
Field
DocType
FRAM,behavior,deer hunting,safety,risk assessment
Social psychology,Internet privacy,Suicide prevention,Mistake,Resilience engineering,Recreation,Human factors and ergonomics,Injury prevention,Deer hunting,Engineering,Occupational safety and health
Journal
Volume
Issue
ISSN
60.0
2.0
0018-7208
Citations 
PageRank 
References 
1
0.36
3
Authors
3
Name
Order
Citations
PageRank
Karl E. Bridges110.36
Paul M. Corballis292.85
Erik Hollnagel3594349.78