THE EFFECTS OF NARRATIVE AND EXPOSITORY ORGANIZATIONAL INSTRUCTION ON SIXTH‐GRADE CHILDREN'S COMPREHENSION OF EXPOSITORY AND NARRATIVE PROSE

Fifty‐six sixth‐grade students were randomly assigned to four instructional groups. These groups were defined by crossing two levels of instruction, organizational and traditional, with two levels of text type, expository and narrative. After four days of instruction the members of each group were randomly assigned to the eight testing conditions which were defined by three factors, instruction (organizational, traditional), text type (narrative or expository), organization (intact, scrambled). Students read passages, answered multiple choice questions, and wrote summaries of the passage. Results indicated that the students who received the organizational instruction wrote better summaries than students who received traditional instruction.     

ACQUISITION,GENERALIZATION, AND MAINTENANCE OF QUESTION-ANSWERING SKILLS IN AUTISTIC CHILDREN

We conducted an investigation to evaluate the effects of a training strategy for teaching autistic students generalized responses to three forms of wh— questions (what, how, and why). Students were taught, using modeling and reinforcement procedures, to answer questions with magazine pictures as the referents. Each question form was divided into two or more subcomponents reflective of common social usage and was taught within the context of a modified multiple probe design across subcomponents. Following acquisition of each subcomponent, generalization to natural context and storybook questions was assessed; additional probes were conducted to assess responding over time and whether acquisition of responses to questions promoted question-asking skills. Results showed that the picture training procedure was effective in teaching a generalized response to questions for which the relevant cue was visible, whereas specific generalization programming was required for situations in which the relevant cue was not visible. All acquired responses were durable over time.     

Comparison of two self-regulated and strategic instructional programs for improving writing competence

This study compared the efficacy of two versions of an instructional program aimed at developing strategic and self-regulated writing competence. In the full version, strategy instruction, students were taught strategies for producing effective text, using a combination of direct (explicit, declarative, metacognitive knowledge) instruction, teacher modeling, and collaborative and individual practice. In a modeling-only version, direct instruction was omitted. 72 Spanish 6th grade students were taught in one of three groups: Full Strategy Instruction (N=24); Modeling only (N=25), and a normal curriculum (no strategy instruction) control (N=23). Pre and posttest measures of written texts, self-efficacy and self-knowledge of writing were taken. Pre and posttest scores on writing ability tests indicated similar improvement in both intervention groups, relative to control, in both holistic measures of text quality and in counts of text features associated with mature, reader-focused composition. We found no differences between intervention groups. These findings suggest that modeling and student practice alone are sufficient to develop effective writing strategies in typically-developing 6th grade students.     

Gesture Supports Spatial Thinking in STEM

The present article describes two studies that examine the impact of teaching students to use gesture to support spatial thinking in the Science, Technology, Engineering, and Mathematics (STEM) discipline of chemistry. In Study 1 we compared the effectiveness of instruction that involved either watching gesture, reproducing gesture, or reading text. The results indicate that students in the reproducing gesture condition produced significantly more gestures while problem solving than students in the other two groups and significantly outperformed the other groups on study measures. In Study 2 we compared the effectiveness of gesture to an instructional approach that involved manually handling concrete models without gesture. Students performed equally well in both conditions; however, students taught with concrete models performed significantly worse if concrete models were not available during assessment. These studies show that gesture is an effective strategy for supporting spatial thinking in STEM disciplines and that this benefit may result from physically simulating spatial transformations.     

Providing grade one students with multiple spelling strategies: Comparisons between strategy instruction,strategy instruction with metacognitive information,and traditional language arts

The primary purpose of this study was to determine whether providing first-grade students with multiple strategy instruction plus metacognitive information would improve their spelling performances relative to providing them with strategy instruction or traditional language arts activities alone. Students in the strategy conditions received explicit instruction in the use of phonetics, imagery, and analogy. Students in the strategy condition with metacognitive information were also provided with information about when and where to use each spelling strategy. The remaining students completed traditional language arts activities. Students' spelling performances were assessed prior to, immediately after and 14 days after instruction using a dictation test, the Developmental Spelling Test, and a writing sample. For the dictation test, students who received multiple strategy instruction with metacognitive information out-performed those who received strategy instruction alone or completed language arts activities, with no differences between students' performances in the latter conditions. All students' performances improved on the Developmental Spelling Test and writing samples as a function of time. The authors concluded that even young students are able to acquire a repertoire of effective spelling strategies if they are provided with explicit instruction that includes metacognitive information.     

The effects of adapting a writing course to students' writing strategies

Background. When writing a text, students are required to do several things simultaneously. They have to plan, translate and review, which involve demanding cognitive processes. In order to handle this complexity, writers need to develop a writing strategy. The two most well‐defined writing strategies that have been identified, are those of a planning strategy and a revising strategy. Aims. To establish whether students will be more competent in managing the complexity of writing when writing instruction is adapted to their habitual writing strategy, thus resulting in better texts. Sample. 113 high school students (10th grade). Method. Students were randomly assigned to either the planning or the revising condition. To identify writing strategies, students completed a questionnaire concerning their planning and revising tendencies. To measure the level of writing skill, students' texts written during pre‐test and post‐test were analysed. Results. The effect of instruction based on a planning strategy interacted with the level of planning or revising strategy: the greater the use of such a strategy, the larger the effect on writing skill. In contrast, the effect of instruction based on a revising writing strategy did not interact with the level of planning or revising strategy. Results imply that students with strong tendencies to plan or revise profited from writing instruction based on a planning strategy, while students with a low tendency to plan or revise profited more from instruction based on a revising strategy. Conclusion. Adapting writing instruction to students' level of writing strategy, is an effective approach for learning to write.     

How learning contexts facilitate strategy transfer

The present study assessed the role of context in the acquisition and transfer of a mathematical strategy. One hundred and six children were assigned to four conditions: direct strategy instruction, guided discovery, direct teaching plus discovery, or a control condition. The intervention consisted of fourteen sessions during which the number-family strategy, useful for addition and subtraction, was taught. Third grade students in the guided discovery condition performed better than those in the direct instruction condition on far transfer problems that measured deep conceptual understanding. Students who had total or partial exposure to guided discovery held stronger beliefs and adopted more positive goals about the importance of mathematical understanding and peer collaboration, attributed less importance to task extrinsic reasons for success, and reported greater use of deep processing strategies than students exposed to direct, explicit instructions. Finally, students in the discovery conditions were able to communicate more effectively during problem solving than students in the direct instructions condition.     

Improving lecture comprehension: Effects of a metacognitive strategy

In previous research self-questioning strategies have been found to significantly improve reading comprehension, presumably because of the metacognitive nature of the self-questioning process. The purpose of the present study was to determine whether this metacognitive strategy also enhances lecture comprehension, that is, comprehension of non-text, orally presented material. In a self-questioning combined with reciprocal peer-questioning condition, ninthgraders were trained to pose questions for themselves during classroom lectures; following the lectures, they used their questions to engage in reciprocal peer-questioning and responding. Students in a self-questioning only condition also engaged in self-questioning during the lectures and then answered their own questions; in a review condition, students discussed the lecture material in small cooperative groups; and in a control group students reviewed the lecture material independently. On post-practice and 10-day maintenance tests participants in the self-questioning with reciprocal peer-questioning and the self-questioning only strategy groups showed lecture comprehension superior to that of participants in both the discussion review and control groups. These results suggest that: use of a self-questioning strategy can improve high school students' comprehension of lectures; students can maintain this strategy when external prompts are removed; and this metacognitive strategy can be readily taught to high school students and incorporated into their real-world classroom learning environment.     

Text Genre and Science Content: Ease of Reading,Comprehension, and Reader Preference

This study examined ease of reading, comprehension, and recall and preference for the same scientific content under two conditions: an informational text and a fictional narrative text. Seventy-four third and fourth graders were assessed individually around the reading of fictional narrative and informational texts that were about either snails or sand. Students’ accuracy and rate of reading were comparable across the two genres. However, students answered more comprehension questions correctly and recalled more key concepts in response to informational text than fictional narrative text. Moreover, students did not express a clear preference for one type of text over the other.     

RELATIVE EFFECTS OF WHOLE-WORD AND PHONETIC-PROMPT ERROR CORRECTION ON THE ACQUISITION AND MAINTENANCE OF SIGHT WORDS BY STUDENTS WITH DEVELOPMENTAL DISABILITIES

We used an alternating treatments design to compare the effects of two procedures for correcting student errors during sight word drills. Each of the 5 participating students with developmental disabilities was provided daily one-to-one instruction on individualized sets of 14 unknown words. Each week's new set of unknown words was divided randomly into two groups of equal size. Student errors during instruction were immediately followed by whole-word error correction (the teacher stated the complete word and the student repeated it) for one group of words and by phonetic-prompt error correction (the teacher provided phonetic prompts) for the other group of words. During instruction, all 5 students read correctly a higher percentage of whole-word corrected words than phonetic-prompt corrected words. Data from same-day tests (immediately following instruction) and next-day tests showed the students learned more words taught with whole-word error correction than they learned with phonetic-prompt error correction.     

Effects of Instructional Style on Problem-Solving Creativity

This study sought to determine the impact of 2 differing instructional approaches on creative problem-solving performance. Eighty-two college students completed a novel structure-building task after receiving algorithmic instruction (providing a rote, step-by-step algorithm for building a sample structure), heuristic instruction (demonstrating the same techniques in a more flexible form), or no instruction. All participants viewed the same sample structure before beginning the task. It was hypothesized that algorithmically instructed students would exhibit less exploratory behavior and lower levels of creativity than students receiving heuristic instruction. No specific hypotheses were made concerning the problem-solving creativity of students in the no-instruction condition. Results suggest that the type of instruction that students received influenced their perceptions of the task, their behaviors during the task, and their final solution to the structure problem. Students receiving algorithmic instruction exhibited greater confidence and speed when building their structures than did other students. However, they were significantly less likely to engage in exploratory behavior or to deviate from the sample structure than were students receiving heuristic instruction. Although there was no main effect of instruction condition on the judge-rated creativity of these structures, a significant interaction between instruction type and participants' attempts to replicate the sample structure was predictive of the structure's creativity. Theoretical and practical implications of these and other results are discussed.     

Nurturing and Enhancing Creativity of Nursing Students in Taiwan: A Quasi-Experimental Study

Creativity and innovation are considered important measures of core competence in Taiwan for students of all levels, including nursing students. Integrating creativity with interdisciplinary teaching modules could increase creativity for nursing students; however, this has not been empirically determined. The purpose of this study was to determine if incorporating interdisciplinary teaching into a teaching for creativity module (TCM) could enhance creative thinking and creative abilities of nursing students. Students enrolled in a capstone nursing course for the development of healthcare-related products were divided into 2 groups. Both groups participated in the 18-week course; however, one group received creativity training with interdisciplinary teaching during the course, which was taught by nursing faculty who completed a TCM workshop. Students who received the interdisciplinary TCM intervention scored significantly higher than controls on measures of creative thinking. Our findings suggest a TCM program, which incorporates interdisciplinary teaching, and instruction in techniques for creativity, such as brainstorming, attribute listing, assessment matrix, and paired comparison, can stimulate divergent thinking abilities of nursing students.     

The Effects of Class-Wide Function-Related Intervention Teams (CW-FIT) on Students’ Prosocial Classroom Behaviors

Students with challenging, disruptive behavior have difficulty learning in school, and their behavior adversely impacts the learning of other students and the classroom teacher. Class-Wide Function-related Intervention Teams (CW-FIT) is an evidence-based approach that teachers can use to prevent and reduce problem behavior and increase prosocial classroom behaviors. Previous studies have demonstrated that CW-FIT produced improvements in student appropriate classroom behaviors which led to increased available instruction time. The purpose of this investigation was to systematically replicate CW-FIT adding to the empirical research base supporting it. A novel aspect compared to prior studies was measurement of the student behaviors related to skills taught during CW-FIT (compliance, hand-raising, out-of-seat, and talking out), showing a direct relationship to students’ improvements. Students in four classes and their teachers participated in this study. An ABAB reversal design was used to demonstrate intervention effectiveness and experimental control. Implications for research and practice are discussed.     

A Comparison of Reading Rates,Comprehension, and Stamina in Oral and Silent Reading of Fourth-Grade Students

This study examined the relationships between silent and oral reading fluency and comprehension. Findings indicated that fourth grade students had consistent levels of comprehension in both reading modes. Students of all reading levels showed a similar pattern across the segments of a text set in both oral and silent reading—a gradual increase in rate from texts one through three, a drop-off on text four, and the fastest speed on text five. A portion of the sample engaged in abnormally rapid silent reading relative to their oral reading rates coupled with low comprehension. Implications for instruction are discussed.     

Explaining the modality and contiguity effects: New insights from investigating students' viewing behaviour

The study examined viewing behaviour and learning outcome during multimedia learning in order to explore split‐attention processes in modality and spatial contiguity effects. Fourty students viewed a computer instruction depicting the process of lightning. Exploratory text was spoken, written near or written far from accompanying animations. Students who received spoken text outperformed students who received written text in recalling the major steps (retention) and in identifying correct solutions to problems (transfer), replicating a modality effect. Differences between near and far written text presentation in retention (d = 0.51) and transfer (d = 0.68) tests failed statistical significance. Two major characteristics concerning the learners' viewing behaviour were identified: (a) in written text presentation, learning was largely text directed and (b) learning success was related to the time learners' spent looking at animations, indicating that the processing of animations is a crucial factor in explanations of modality and spatial contiguity effects. Copyright © 2009 John Wiley & Sons, Ltd.     

What You Don’t Know Won’t Hurt You,Unless You Don’t Know You’re Wrong

The purpose of this investigation was to determine the impact of students’ background knowledge and how they utilized “don’t know” affordances to comprehend and learn from text. In two studies, over 8,000 middle and high school students interacted with a content-area learning environment in which they answered a series of background knowledge questions before they completed a unit on the same topic. Students were given the opportunity to indicate they “did not know” the answers to the knowledge questions. Higher knowledge was related to higher understanding, and the use of the “don’t know” option further explained variability in students’ understanding of the sources beyond background knowledge. When responding to knowledge questions, students who selected incorrect options before the task understood less and were less likely to learn content when given the opportunity compared to students who indicated they did not know. Thus, low knowledge students were still able to comprehend and learn as long as they acknowledged they lacked background knowledge. One’s comprehension and learning can be facilitated or impaired, depending upon the veracity of their knowledge, and whether students choose to acknowledge their lack of background knowledge. Implications of this work are discussed in terms of learning and instruction.     

A Comparison of Active Student Response and On-Task Instruction on the Acquisition and Maintenance of Health Facts by Fourth Grade Special Education Students

An alternating treatments design was used to compare the effects of active student response (ASR) and on-task (OT) instruction on the acquisition and maintenance of health facts during small-group lessons. Five students with learning difficulties (4 students identified as developmentally handicapped and 1 student identified as learning disabled) participated in daily instruction on weekly sets of 20 unknown health facts (10 facts assigned to the ASR condition and 10 to the OT condition). During ASR instruction, the teacher modeled the correct response to a health question that was presented visually on a health fact card, and the students immediately repeated the correct response in unison three times. During OT instruction, students attended visually to the health fact card as the teacher modeled the correct response. All 5 students made more correct responses on end-of-day tests on health facts taught with ASR instruction than they did on health facts taught with OT instruction. ASR instruction also produced consistently superior results on maintenance tests administered 2 weeks after instruction.     

TRIADIC INSTRUCTION OF CHAINED FOOD PREPARATION RESPONSES: ACQUISITION AND OBSERVATIONAL LEARNING

This research examined whether constant time delay would be effective in teaching students with moderate mental retardation in triads to perform chained tasks and whether observational learning would occur. Three chained snack preparation tasks were identified, and each student was directly taught one task. The other 2 students observed the instruction. The instructed student told the observers to watch and to turn pages of a pictorial recipe book. The teacher provided frequent praise to the instructed student based on performance and to the observers for watching the instruction and turning pages. A multiple probe design across students and tasks was used to evaluate the instruction. The results indicated that each student learned the skill he or she was taught directly, and the observers learned nearly all of the steps of the chains they observed. The implications for classroom instruction and future research in observational learning are discussed.     

First- and Second-Grade Urban Students' Path to Comprehension Strategy Use: A Practitioner's Framework

This study seeks to explain what first- and second-grade African American, urban students who participated in an explicit comprehension strategy instruction (ECSI) program learned about comprehension strategies and how this knowledge supports self-regulated strategy use. The study was also designed to compare these students' knowledge with those who were exposed to less systematic comprehension strategy instruction. Students who participated in ECSI had more awareness and knowledge of strategies and applied them more frequently than students not in ECSI. A practitioner's framework is proposed to support teachers in developing their own ECSI.     

SHORT- AND LONG-TERM EFFECTS OF CONTINGENCY MANAGED INSTRUCTION ON LOW,MEDIUM, AND HIGH GPA STUDENTS1

Undergraduate students had been assigned to a contingency managed course or a conventional lecture course (Du Nann and Fernald, Journal of Applied Behavior Analysis, 1976, 9 , 373–374). Two years later, some 35% (N = 86) of the original classes responded to a letter offering them $2.00 to participate in a study of their educational experiences. These students completed a multiple-choice test on material from the course, and answered questions about activities and attitudes that might have been affected by the experience in Introductory Psychology. In the contingency management course 2 yr past, students were tested each week on a chapter of textbook material with 10-item multiple-choice quizzes. The course employed a modified “Doomsday Contingency”, requiring each student to achieve 80% mastery on one of the four weekly quizzes or drop the course. Quizzes were given in small groups and scored individually, while the student stood near, by an undergraduate proctor assigned to that group. The proctor was asked to show interest in the students' quiz performances, help clear up difficult areas, and develop a friendly working relationship with each student. While many students passed the quiz on the first attempt, others were given individual tutoring, so that no one was in fact forced to drop the course. In addition to the weekly quiz assignment, students in the contingency managed group were asked to attend one lecture each week. While the contingency management course procedures had much in common with PSI (Keller, Journal of Applied Behavior Analysis, 1968, 1 , 79–89), several departures made them unique. First, self-pacing was curtailed because students were required to master one unit per week or drop the course. Second, proctors met with students in small groups, usually giving individual tutoring only to those students who did not pass the quiz on the first attempt. Finally, students were asked to attend one lecture per week. Students in the conventional lecture group were not asked to pass weekly quizzes, but instead attended three 50-min lectures each week. Two of these lectures followed the textbook material closely, while the third, which was also attended by students from the contingency management course, covered material only indirectly related to the text. This partition of lecture content allowed material to be similar across the two instructional groups. Although students in the lecture condition were told they could obtain copies of the quizzes, few of them did so. Course grades were determined by scores on two 45-item multiple-choice hourly exams, each covering half the semester material (each worth 25%), and by a 90-item final exam, which served as a measure of short-term retention. Before analyzing the follow-up data, several characteristics of the returning students were compared to determine the comparability of the sample from the two original classes. Most important, both attrition and the current mean GPAs of students from the two classes were very similar. These considerations, and others, suggested there was no systematic sampling bias to confound comparisons of student performance. A 2 (contingency management versus traditional lecture) by 3 (high, medium, and low GPA) analysis of variance was computed on the course final-exam scores and the follow-up measures. Instructional procedure and GPA interacted on the final exam such that low and medium GPA students performed significantly better under contingency management, but there was no significant effect of instructional procedure with high GPA students. On the 2-yr retention measures, students from the contingency management course performed significantly (p < 0.01) better on items drawn from quizzes used in their original course, and marginally better (p < 0.10) on items drawn from the final exams, but no interactions with GPA appeared. Furthermore, instructional method produced no significant main effects or interaction with how many students became majors or minors in psychology, how many psychology courses were later taken, how many books in psychology were reported to have been read, or on students' evaluation of the interest and importance of psychology.