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June 2007
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Developing and Using the Narrative-Story Simulation as a Teaching Tool
Carol J. Lehtola Abstract: Activities in which participants work through real-world scenarios can enhance their ability to manage complex situations and can encourage implementation of risk management strategies and adoption of safety practices. Practical and credible information presented in a "hands-on" setting is engaging and memorable. This article shows how to develop and use one method for presenting such activities: the narrative-story simulation. Examples and sources of materials are given. BackgroundThis article describes the use of narrative-story simulations for the topic of agricultural safety. The principles used can easily be adapted to other common topics taught by Extension. Cole, Vaught, Wiehagen, Haley, and Brnich (1998) indicated that a growing body of research from a number of fields suggests that decision-making skills needed to cope with emergency situations can be taught by well-designed simulation exercises based upon real-world cases. It is better to have studied, worked, and debated the choices and decisions encountered in the simulation than to encounter them for the first time in real-life. Narrative stories are a method that translates injury data into safety educational materials. Narrative-story simulations have been very effective in mining and other industries (Cole, 1997). Now their use has been adapted for agriculture. Narrative theory states that humans are primarily storytellers, thus people respond favorably to messages presented in a narrative framework (Morgan, Cole, Struttman, & Piercy, 2002). In discussing narrative simulation development, Cole (1997) noted that each story segment presents a probable scenario that requires a series of judgments among alternative actions and provides immediate feedback about the consequences and correctness of the actions selected. By interacting in small groups, participants reveal to each other their wisdom, attitudes, beliefs, knowledge, and misconceptions as they proceed to resolve the simulated event. Through development and evaluation of strategies and actions for controlling a dangerous situation and preventing a tragedy, participants recognize the choices, decisions, and experiences that lead to the consequences of those decisions. The goals of the narrative-story are to:
By using the story format with named characters (fictitious), people find it easier to personalize the risk than by just viewing statistics. Stories are more involving to readers, who become more engaged in the learning process. Scenarios for simulations are based on actual events, thus they are credible and authentic for helping the participant relate to and remember the information. ImplementationThe theoretical basis for the narrative simulations is the use of case-based and rate-based injury surveillance data to construct interactive narrative simulation exercises that teach and assess critical thinking and decision-making skills (Cole, 2001). Narrative simulations require the user to interact with a developing story, its characters, plots, and predicaments. The user must make choices among alternative decisions and note the consequences of these choices. The simulations are most effective when used in small groups of from three to five individuals who collaborate during the activity. The simulations consist of four parts:
The Tips explain to the group leader how to administer the simulation. The Problem Booklet presents the simulation scenario a page at a time using text and graphics. The participants mark their choices on an Answer Sheet. When each small group has finished, participants compare their answers to the Answer Key and discuss any differences of opinion. The paper and pencil simulations can be completed in 20 to 30 minutes. The materials are ideal for use as hands-on activities in classrooms and community meeting settings. Farmers and farm family members involved in field-testing the simulations reported that they were interesting, engaging, and memorable (Cole, 2000). The format for the narrative simulation is typically several pages of brief text and graphics that tell a story. As the story unfolds, participants select from among decision-making alternatives of what should be done at each point in the story. Questions may be raised about others that are placed at risk and why or how others (family members, community, etc.) may be impacted. Questions and points are also raised for participants to consider how the outcome could have been avoided, i.e., where and how the chain of events could be broken to prevent the "bad" outcome or lessen the severity. The questions that accompany each segment of the story relate to alternatives that would be correct actions, incorrect and dangerous actions, or actions that are ineffective. The steps in developing a narrative-story simulation are:
Agricultural safety related simulations have covered such topics as tractor overturn risks, injuries, and their prevention through the use of rollover protective structures (ROPS) and seat belts; child second riders on tractors; hazards children can encounter when they play on a farm; and the risk of severe head injury when horseback riding without a helmet. See Table 1 for examples.
Note: The complete simulation activities are available for download from the National Ag Safety Database (NASD) at: <http://www.cdc.gov/nasd/docs/d000901-d001000/d000997/9.html> SummaryThis article has explained how narrative-story simulations can be developed and used for a given subject area. Simulations allow participants to place themselves in actual or operational conditions. Empowerment is realized as people translate this critical analysis of attitude and knowledge into changed perceptions, behaviors, and work practices that can help prevent injury events or disastrous outcomes at their farm, home, or workplace. ReferencesCole, H. P. (1997). Stories to live by, a narrative approach to health behavior research and injury prevention. In D. S. Gochman (Ed.), Handbook of health behavior research: IV. Relevance for professionals and issues for the future (pp. 325-349). New York: Plenum. Cole, H. P. (2001) SIMS--Simulation exercises. In Kentucky community partners for healthy farming ROPS project notebook. Retrieved August 1, 2006, from http://www.cdc.gov/nasd/docs/d000901-d001000/d000997/9.html. Cole, H. P., Vaught, C., Wiehagen, W. J., Haley, J. V., & Brnich, M. J. (1998) Decision making during a simulated mine fire escape. IEEE Transactions on Engineering Management, 45 (2), 153-162. Morgan, S. E., Cole, H. P., Struttman, T., & Piercy, L. (2002) Stories or statistics? Farmers' attitudes toward messages in an agricultural safety campaign. Journal of Agricultural Safety and Health, 8 (2), 225-239. This article is online at http://www.joe.org/joe/2007june/tt2.shtml. Copyright © by Extension Journal, Inc. ISSN 1077-5315. Articles appearing in the Journal become the property of the Journal. Single copies of articles may be reproduced in electronic or print form for use in educational or training activities. Inclusion of articles in other publications, electronic sources, or systematic large-scale distribution may be done only with prior electronic or written permission of the Journal Editorial Office, joe-ed@joe.org. If you have difficulties viewing or printing this page, please contact JOE Technical Support. |