Sentence examples for memory for visual from inspiring English sources

Priming tasks have also been used to investigate implicit memory for visual objects.

These findings provide evidence that impoverished verbal mediation disproportionately impedes memory for visual material that is relatively easy to verbalize.

Short-term memory systems are distinct from the more peripheral and short-lasting components of echoic memory for auditory stimuli, and iconic memory for visual stimuli.

More complex interruptions, such as secondary search tasks, have been shown to disrupt memory for visual search arrays after only a few seconds, and this memory seems to be completely eradicated by interruptions with longer durations (Shen & Jiang, 2006).

For example, using a cell phone or text-to-speech interface while driving significantly increases cognitive load and crash risk (Drews et al., 2009; Strayer et al., 2013), and it impairs memory for visual information (Strayer et al., 2003).

Although the priming paradigm used by Schacter and colleagues may be used to investigate implicit memory for visual objects, this paradigm is not very amenable for investigating whether spreading activation may exist in visuospatial memory networks.

This finding suggests that working memory for verbal information is less dependent on the right posterior cortex than working memory required for visual information, a distinction that is consistent with the idea that visual processing occurs in the right hemisphere.

Evidence suggests that this type of perceptual memory is most probably stored in early stages of processing in the visual cortex [23] and therefore the memory trace for visual imagery may also be stored within similar areas of the visual cortex.

Therefore, a better memory performance for visual compared to, e.g., auditory material is assumed.

These results highlight the critical role of effective top-down control in memory maintenance for visual representations.

Anyhow, our main finding; modulation of V1 activity during memory for the visual low-level feature spatial frequency, complements recent findings from multivariate approaches, and further suggests that memory representations result from the recruitment of the same neural populations that were involved in the sensory encoding of the remembered stimulus.