Reports three experiments demonstrating that recall for words increases with deeper levels of processing and with longer rehearsal intervals. Asserts that there is no interaction between those strategies. (PMJ)

Decisions about whether pairs of letter strings are both words or not are faster for semantically related words than unrelated words. Two experiments showed the semantic relatedness effect is greatly reduced when orthographically illegal, unpronounceable strings were used as negative items. Lexical decisions involve options on codes representing…

Experiments are described in which students listened to messages describing the placements of numbers in imaginable matrices. Recall was tested by having students write in the correct cells of a blank matrix. Results appear consistent with a modified level of processing approach. (Author/RM)

This study investigated the role of semantic variables, derivable from multidimensional scaling, in search and decision processes. (Author/RM)

Discusses the nature of individual differences in working memory and presents the span test that was used to assess working memory capability. Next it discusses how working memory capacity might influence two specific components of reading comprehension, retrieving facts and computing pronominal references. (NCR)

An adaptive network model is proposed to represent the structure and processing of knowledge. Accessibility of subjects' stored information was measured. Relationships exist among (a) frequency of verifying a test relation, (b) other relations involving concepts used to evaluate test relation, (c) frequency of verifying those relations. (CHK)

Results are reported which show that the facilitating effect of recall on recognition is quite substantial. (AM)

Four experiments are reported which investigate isolation effects in free recall. (RM)

Performance changes during the course of single-trial free recall were investigated in five experiments. (Author/RM)

This study tested predictions from Clark and Haviland's formalization of what people do when integrating information. Subjects were presented with simple sentences issued from a set of complex ideas, and asked to reconstruct the complete ideas. Results support predictions based on a recoding strategy formalized by Clark and Haviland. (CHK)

A variant of the Peterson (1959) paradigm was used to investigate retrieval of single pairs of items varying in imagery value. Latency to respond showed that if one item was concrete, no differential retrieval speeds were found. This result supports an organizational view of imagery. (CHK)

Two experiments are reported in which subjects performed simple mental arithmetic problems which were presented visually in a sequential fashion. At some point in the presentation of each problem, the sequential display was interrupted and a memory task introduced. The purpose was to validate a measure of transient memory load. (Author/RM)

A Markov model was proposed to account for the short-term retention of the spatial arrangement of letters. The model was fit to three spatial location recall conditions in experiments which differed in distractor task. The rate of information transfer from primary to secondary memory was affected by changes in distractor task. (SW)

A technique that can be used to study the effects of low-level, rote, repetitive (Type I) rehearsal is introduced and validated. The technique is then used to investigate the relationship between the amount of Type I rehearsal and recognition memory performance. (Author/RM)

Three new experiments concerning the depth-of-processing view demonstrate that repetition at the phonemic depth of processing does facilitate memory, regardless of whether the repetitions are massed or distributed and regardless of whether the dependent variable is uncued recall, cued recall or recognition. (Author/RM)