Construal-level priming does not modulate memory performance in Deese-Roediger/McDermott paradigm.

Area of Science:

• Cognitive Psychology
• Memory Studies

Background:

• Construal level theory distinguishes between abstract (high) and concrete (low) mental representations.
• High construal levels promote relational processing, while low levels encourage item-specific processing.
• The Deese/Roediger-McDermott (DRM) paradigm is used to study false memory effects.

Purpose of the Study:

• To investigate the impact of priming construal level on memory encoding and recall.
• To determine if construal level priming modulates false memory effects in the DRM task.
• To assess the influence of high versus low construal level priming on memory sensitivity.

Main Methods:

• Three experiments with 432 participants were conducted.
• Participants were primed with high or low construal levels using Navon tasks, category/exemplar choices, or power narration.
• Memory performance was assessed using free recall and recognition of DRM lists, measuring hit rates and false alarm rates for critical items.

Main Results:

• A typical false memory effect and reduced memory sensitivity for critical items were observed.
• Priming construal level (high vs. low) did not significantly affect memory performance in any of the experiments.
• Sufficient statistical power was achieved to detect potential effects.

Conclusions:

• Construal-level priming does not appear to modulate memory performance within the DRM task.
• The findings suggest that construal level may not be a significant factor in the generation of false memories in this paradigm.