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Assessing the influence of dimensional focus during situation model construction
David J Therriault1, Mike Rinck, Rolf A Zwaan
1Department of Educational Psychology, University of Florida, College of Education, Gainesville 32611-7047, USA. therriault@coe.ufl.edu
Memory & Cognition
|May 12, 2006
Summary
Readers automatically update text comprehension dimensions like time and protagonist, regardless of task focus. These automatic processes are fundamental to building situation models during reading.
Area of Science:
- Cognitive Psychology
- Psycholinguistics
- Human-Computer Interaction
Background:
- The event-indexing model proposes readers track five dimensions (space, time, protagonist, causality, intentionality) during text comprehension.
- Understanding how readers focus on specific dimensions is crucial for cognitive process research.
Purpose of the Study:
- To investigate the influence of focused attention on specific dimensions during situation model construction.
- To determine if dimensional updating processes are context-dependent or automatic.
Main Methods:
- Participants read narratives while instructed to focus on a single dimension (space, time, protagonist, causality, or intentionality).
- Sentence reading times were recorded to measure cognitive processing load.
- Reading times for critical sentences, indicating dimensional shifts, were analyzed.
Main Results:
- Reading times for time and protagonist dimensions remained largely unaffected by focused attention, suggesting resistance to task demands.
- These findings indicate that readers automatically update temporal and character information.
- Dimensional updating appears to be a context-independent cognitive process.
Conclusions:
- The event-indexing model is supported, as automatic dimensional updating occurs even when readers focus on specific aspects of a narrative.
- Cognitive processes involved in situation model construction are robust and operate largely outside of explicit attentional control.
- Future research should explore the interplay between focused attention and automatic processes in complex cognitive tasks.