scholarly journals Does the Survival Processing Memory Advantage Translate to Serial Recall?

2020 ◽  
Vol 6 (1) ◽  
Author(s):  
Fynn O. Wöstenfeld ◽  
Suhaib Ahmad ◽  
Meike Kroneisen ◽  
Jan Rummel

The survival processing effect describes the phenomenon that memory for items is better after they have been processed in the context of a fitness-related survival scenario as compared to alternative processing contexts. In the present study, we examined whether the survival processing memory advantage translates to memory for the order of processed items. Across two serial-recall experiments, we replicated the survival processing effect for free recall but did not find an additional survival processing advantage for serial recall when we controlled serial recall performance for the total number of words recalled per person. Adjusted serial recall performance was not better in the survival processing condition when compared to a moving and a relational pleasantness processing condition (Experiment 1), even when processing of the relational order of stimuli was explicitly endorsed in the survival processing task (Experiment 2). This finding is in line with the idea that enhanced item-specific rather than enhanced relational processing of items underlies the survival processing effect. Moreover, our findings indicate that survival processing does not increase memory efficiency for temporal context information.

2019 ◽  
Vol 6 (1) ◽  
pp. 13-31 ◽  
Author(s):  
Mark A. Krause ◽  
Shaina Trevino ◽  
Andrea Cripps ◽  
Katie Chilton ◽  
Emma Sower ◽  
...  

Memory ◽  
2013 ◽  
Vol 22 (1) ◽  
pp. 92-102 ◽  
Author(s):  
Meike Kroneisen ◽  
Jan Rummel ◽  
Edgar Erdfelder

Author(s):  
Meike Kroneisen ◽  
Michael Kriechbaumer ◽  
Siri-Maria Kamp ◽  
Edgar Erdfelder

Abstract After imagining being stranded in the grasslands of a foreign land without any basic survival material and rating objects with respect to their relevance in this situation, participants show superior memory performance for these objects compared to a control scenario. A possible mechanism responsible for this memory advantage is the richness and distinctiveness with which information is encoded in the survival-scenario condition. When confronted with the unusual task of thinking about how an object can be used in a life-threatening context, participants will most likely consider both common and uncommon (i.e., novel) functions of this object. These ideas about potential functions may later serve as powerful retrieval cues that boost memory performance. We argue that objects differ in their potential to be used as novel, creative survival tools. Some objects may be low in functional fixedness, meaning that it is possible to use them in many different ways. Other objects, in contrast, may be high in functional fixedness, meaning that the possibilities to use them in non-standard ways is limited. We tested experimentally whether functional fixedness of objects moderates the strength of the survival-processing advantage compared to a moving control scenario. As predicted, we observed an interaction of the functional fixedness level with scenario type: The survival-processing memory advantage was more pronounced for objects low in functional fixedness compared to those high in functional fixedness. These results are in line with the richness-of-encoding explanation of the survival-processing advantage.


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