In a permanently changing environment, it is by no means an easy task to distinguish potentially important events from negligible ones. Yet, to survive, every animal has to continuously face that challenge. How does the brain accomplish this feat? Building on previous work in "Drosophila melanogaster" visual learning, we have developed an…

Low-frequency words produce more hits and fewer false alarms than high-frequency words in a recognition task. The low-frequency hit rate advantage has sometimes been attributed to processes that operate during the recognition test (e.g., L. M. Reder et al., 2000). When tasks other than recognition, such as recall, cued recall, or associative…

College students were presented with an artificial language in which spoken nonsense words were correlated with visual references. Inferences regarding vocabulary acquisition were drawn, and it was suggested that the processing of the language was mediated through a semantic memory system. (CK)

Of particular interest to those exploring students' learning modalities is the relationship between the visual and auditory systems and reading recall. Among the findings of studies that have investigated this relationship are the following: (1) reading competency is dependent as much on auditory processing as on visual processing; (2) when visual…

The first phase of this study focused on the effects of message redundancy on communication accuracy of listeners in kindergarten, second, and fifth grades under memory and stimulus-visible conditions. Three nearly identical line drawings, each containing a large number of items in common and at least one distinctive feature, were presented on…

To determine if imagery mediates memory for signs and words, 80 sign-language-fluent Ss -- half of whom were congenitally deaf and half of whom were normal-hearing -- were tested by varying the imagery values of stimuli. The relative efficacy of word and sign codes in processing and retrieving information was studied by systematically varying the…

A model was developed to account for similarities and differences between picture and word processing in a variety of semantic and episodic memory tasks. The model contains three levels of processing: low-level processing of the physical characteristics of externally presented pictures and words; an intermediate level where the low-level processor…

The literature on performance differences in various tasks as a function of reflection-impulsivity (R-I) is reviewed in this publication. A series of four experiments is then described which involve the cognitive-perceptual basis of R-I of children on a picture recognition memory task. Results from these studies indicated the following important,…

The relationship between visual and auditory performance and reading achievement came under scrutiny in this study. It was thought that both poor and average readers would perform better on auditory tasks than on visual ones but that this discrepancy would be considerably greater for the poor or retarded reader. Seventy-two children from grades 1,…

An experiment was designed to compare the speed with which normal and disabled readers in two age groups retrieved semantic information from memory. Results indicate that disabled readers need more time to retrieve categorical information from memory than normal readers. (Author/LMO)

Using kindergarten subjects, a study examined whether prereaders learned better with visual cues while novice readers learned better with phonetic cues. (HOD)

First, third and fifth graders performed semantic acoustic and orthographic orienting activities to different words in a list. Their free recall of the words was tested after the orienting activity. The semantic task yielded better results than the other two which did not differ. (Author/MS)

The present research is concerned with an analysis of the relationship between stimulus learning and retention on the one hand, and concept learning on the other. (Author)

This study replicated Daneman and Carpenter's finding that the reading span test, as a measure of working memory storage and process functions, is predictive of performance on standard reading comprehension tests. It showed that reading span is related to the ability to draw inferences from, integrate, and encode text information. (Author/PN)

Examined the hypothesis that good and poor readers would differ in their ability to order stimuli that can be easily recoded as words and stored in phonetic form, but not in their ability to order nonlinguistic stimuli that do not lend themselves to phonetic recoding in short-term memory. (Author/DB)