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Visual working memory (VWM) is a capacity-limited system to temporarily maintain visual information. Attending to information in VWM conveys a benefit, as revealed by the retro-cue effect. For example, when the location of one memory item is retro-cued during VWM maintenance, memory accuracy for that item improves. Attentional selection in VWM can also be feature-based: One feature (e.g., shape) may serve as a retrieval cue for another feature (e.g., color) of the same item. Here, we assessed the scope of feature retro-cue benefits with continuous report of colors and orientations. Across six experiments, we observed robust feature retro-cue benefits with manipulations of the cued and recalled feature dimensions, as well as against different baselines controlling for temporal and interference effects. Furthermore, we replicated with continuous report the hallmark of external feature-based attention-concurrent selection of multiple items. Mixture modeling indicated that feature retro-cue benefits increased recall probability and sometimes precision, paralleling findings on spatial attention. Importantly, cuing multiple items did not produce costs, indicating that concurrently attended items did not interfere with each other. Lastly, manipulation constraining spatial location to a single position suggested that feature retro-cue benefits persist even when spatial context is not singular, but take longer to emerge. (PsycInfo Database Record (c) 2021 APA, all rights reserved).

Assessing the robustness of feature-based selection in visual working memory.