The purpose of this study was to determine whether teaching students about the structure of a text would be associated with improved reading comprehension. Science texts were used with the intention of adding to what is known about content-area reading comprehension. To investigate the effects of teaching science text structure, a reading…

Using a single-subject reversal design, this study evaluated the use of a compare-contrast strategy on the ability of students with autism spectrum disorder to comprehend science text. Three middle school students with high-functioning autism and their teacher participated in this study. A content analysis comparing the number of meaning units in…

This study examined how text features (i.e., cohesion) and individual differences (i.e., reading skill and prior knowledge) contribute to biology text comprehension. College students with low and high levels of biology knowledge read two biology texts, one of which was high in cohesion and the other low in cohesion. The two groups were similar in…

Two studies investigated the placement of interesting details in a text by asking 276 undergraduate students what they could recall after reading a text about a physicist and his scientific work. Placement of detail did not affect recall, but overall interestingness of the text did affect recall. (SLD)

The role played on shallow and deep levels of comprehension by text changes aimed at improving relationships within text ideas or producing better links with the reader's knowledge were studied with 67 Spanish 10th graders. Both textual changes contributed separately to recall, but problem solving increased only when the two were presented…

The effect of equations in scientific proofs on readers' comprehension was studied. Forty college undergraduates solved unfamiliar physics problems with or without a traditional series of related equations. Verbal proofs produced better responses than did equation-based proofs. Equations in proofs cause readers to shift attention away from…