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The Strategic Retention of Task-Relevant Objects in Visual Working Memory
Journal article   Peer reviewed

The Strategic Retention of Task-Relevant Objects in Visual Working Memory

Ashleigh M Maxcey-Richard and Andrew Hollingworth
Journal of experimental psychology. Learning, memory, and cognition, Vol.39(3), pp.760-772
05/2013
DOI: 10.1037/a0029496
PMCID: PMC3855846
PMID: 22845068

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Abstract

The serial and spatially extended nature of many real-world visual tasks suggests the need for control over the content of VWM. We examined the management of VWM in a task that required participants to prioritize individual objects for retention during scene viewing. There were five principal findings: 1) Strategic retention of task relevant-objects was effective and was dissociable from the current locus of visual attention; 2) strategic retention was implemented by protection from interference rather than by preferential encoding; 3) this prioritization was flexibly transferred to a new object as task demands changed; 4) no-longer-relevant items were efficiently eliminated from VWM; and 5) despite this level of control, attended and fixated objects were consolidated into VWM regardless of task relevance. These results are consistent with a model of VWM control in which each fixated object is automatically encoded into VWM, replacing a portion of the content in VWM. However, task-relevant objects can be selectively protected from replacement.

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