Wedel and Pieters (2000) link element-level eye fixations to brand memory accuracy and latency. It is the formal attention→memory bridge for the print-ad element map later refined in Pieters & Wedel (2004).

Infrared eye-tracking of 88 consumers exposed to 65 magazine ads in natural context, followed by an indirect brand-identification task on pixelated ad images. Fixations to the pictorial and the brand systematically promote accurate brand memory; text fixations do not. Brand surface has a particularly prominent effect. More extracted information shortens memory latency. Later ads show a systematic recency advantage, with a small primacy effect.

Method

Fixation counts on brand, pictorial, and text during magazine exposure. Memory measured as accuracy and latency identifying brands from degraded images. A theory-derived model treats information accumulation across fixations as additive and memory as a threshold process, with serial position and page location as media-planning covariates.

Main findings

  • Pictorial + brand → memory. Those fixation streams raise accurate brand identification.
  • Text fixations do not. Looking at copy does not systematically improve brand memory in this perceptual task.
  • Brand surface matters. Larger brand area is a prominent driver of the memory path.
  • Recency > primacy. Later exposure improves identification more than early exposure; primacy is small.

Why this is in the Darwin index

This paper is why Darwin treats brand and pictorial elements as memory objects, not just attention magnets. Companion: Pieters & Wedel (2004) on capture/transfer; Darwin field hook work measures a later, feed-native recall contrast.

Source of record: doi:10.1287/mksc.19.4.297.11794.