Research suggests that a feature-matching process underlies cue familiarity-detection when cued recall with graphemic cues fails. When a test cue (e.g., potchbork) overlaps in graphemic features with multiple unrecalled studied items (e.g., patchwork, pitchfork, pocketbook, pullcork), higher cue familiarity ratings are given during recall failure of all of the targets than when the cue overlaps in graphemic features with only one studied target and that target fails to be recalled (e.g., patchwork). The present study used semantic feature production norms (McRae et al., Behavior Research Methods, Instruments, & Computers, 37, 547-559, 2005) to examine whether the same holds true when the cues are semantic in nature (e.g., jaguar is used to cue cheetah). Indeed, test cues (e.g., cedar) that overlapped in semantic features (e.g., a_tree, has_bark, etc.) with four unretrieved studied items (e.g., birch, oak, pine, willow) received higher cue familiarity ratings during recall failure than test cues that overlapped in semantic features with only two (also unretrieved) studied items (e.g., birch, oak), which in turn received higher familiarity ratings during recall failure than cues that did not overlap in semantic features with any studied items. These findings suggest that the featurematching theory of recognition during recall failure can accommodate recognition of semantic cues during recall failure, providing a potential mechanism for conceptually-based forms of cue recognition during target retrieval failure. They also provide converging evidence for the existence of the semantic features envisaged in feature-based models of semantic knowledge representation and for those more concretely specified by the production norms of McRae et al. (Behavior Research Methods, Instruments, & Computers, 37, 547-559, 2005).
Keywords Familiarity in recognition memory . Semantic memory . RecognitionWhat leads something to seem familiar despite a failure to recall any specific prior experience with it? Ryals and Cleary (2012) suggest that at least one basis for this experience may be a feature-matching process, whereby features (i.e., attributes) of the current situation are compared with those of representations stored in memory to produce a sense of familiarity that varies according to the degree of match. Ryals and Cleary (2012) used the example of recognizing the street sign for "Marston" as familiar because of its high degree of featurematch to a recently-seen street sign, "Morton." Despite failing to trigger recall of having recently passed a street sign for "Morton," the new sign "Marston" may still seem familiar because of its high degree of feature-overlap with the recently-encountered sign "Morton." The letter and sound features shared between the cue "Marston" and the memory for "Morton" may participate in the aforementioned featurematching process such that a detectable familiarity signal emerges upon encountering Marston -a familiarity signal that exceeds some internal criterion for discriminating signals ...