Previous research in alphabetic languages has shown that both position (external, internal) and distance (adjacent, nonadjacent) modulate letter position encoding during reading. To examine the generality of this pattern for a comprehensive model of word recognition and reading, we examined these effects during Chinese reading (i.e., an unspaced…

Theories of learning and attention predict a positive relationship between reading times on unfamiliar words and their learning; however, empirical findings of contextual learning studies range from a strong positive relationship to no relationship. To test the conjecture that longer reading times may reflect different cognitive and metacognitive…

Recent research has shown contextual diversity (i.e., the number of passages in which a given word appears) to be a reliable predictor of word processing difficulty. It has also been demonstrated that word-frequency has little or no effect on word recognition speed when accounting for contextual diversity in isolated word processing tasks. An…

Research supported by the U.S. Office of Education and the Center for Research in Human Learning at the University of Minnesota.

A study explored an application of rauding theory to the developmental components that contribute to elementary-age children's reading comprehension. The relationships among cognitive power, auditory accuracy level, pronunciation (word recognition) level, rauding (comprehension) accuracy level, rauding rate (reading rate) level, and rauding…

Two experiments were conducted to test how readers process unattended words in a display and how the semantic category of these flanking words affects response time. (Author/AM)

Fourteen adults who stuttered and 14 adults who did not participated in a self-paced word-by-word reading experiment. Results indicated that the two groups were not different with respect to speed of word identification but that persons who stuttered retrieved semantic information more slowly than those who did not stutter. (Author/PB)

Reading comprehension scores from the Wechsler Individual Achievement Tests, the Gates-MacGinitie Reading Test, and the Gray Oral Reading Test were examined in relation to measures of reading, language, and other cognitive skills that have been hypothesized to contribute to comprehension and account for comprehension differences. In a sample of 97…

Thus far the several different strategies that have been employed to investigate the size of the perceptual span during reading have not yet resolved the question of whether good readers have a larger span than poor readers. An investigation was designed to determine the region of text from which letter information is used during a fixation of the…

The first section of this two-part collection of articles contains six papers and their discussions read at a symposium on Theoretical Models and Processes of Reading. The papers cover the linguistic, perceptual, and cognitive components involved in reading. The models attempt to integrate the variables that influence the perception, recognition,…

The word-identification approach has long been the basis for teaching reading in both native and second languages. Recent work has a new approach, particularly that of Frank Smith, who developed a feature analysis model of reading. As we can identify letters in different configurations or before all the strokes are completed, so can we identify…

A model of cognitive operations that children use in reading and comprehending a sentence was tested by using Sternberg's independent-process analysis on 64 second and fifth graders who were either high- or low-ability readers. Three specific component processes were examined: a decoding process, a word meaning process, and a comprehension…

Two experiments examined the cognitive resources used by readers in sentence modeling (summarizing the propositions in a sentence) as a function of reader task and of sentence complexity. It was predicted that encoding a sentence into memory for later recall would require more cognitive resources than reading a text to answer immediate questions,…

This study investigated the ability of temporal processing measures obtained before school entry to predict early reading development in an unselected sample of 125 children (68 males, 57 females). Visual and auditory temporal order judgment (TOJ) tasks measured at Preschool (mean age 5.36 years) significantly predicted letter and word…