From the Laboratory to the Classroom: The Effects of Equivalence-Based Instruction on Neuroanatomy Competencies

Equivalence-based instruction (EBI) has been used to successfully teach college-level concepts in research laboratories, but few studies have examined the results of such instruction on classroom performance. The current study answered a basic question about the ordering of training stimuli as well as an applied question regarding the effects of EBI on classroom performance. Students recruited from a Behavioral Neuroscience course learned neuroanatomy concepts using EBI. Outcomes revealed that the ordering of stimuli did not differentially affect performance and that students who completed the tutorial scored significantly higher on the course’s final examination than did students who had not completed the tutorial. Implications for future classroom applications are discussed.     

Group Counseling Intervention for Solving Problems on the Job

This article reports the effects of a group counseling intervention on the social problem solving by and employment preparation of Grade 9 and Grade 10 students. Mathematics teachers implemented the intervention on problem solving on the job within a unit on mathematics problem solving. The intervention used a cognitive approach to counseling, specifically cognitive strategy instruction with teacher modeling and students' thinking aloud to a partner. Both pretest and posttest scores and analyses of interviews with 4 students showed the success of the intervention. An interview with the peer coach of the teachers highlighted teacher experiences in implementing successful group counseling.     

Using equivalence‐based instruction to teach college students to identify logical fallacies

Although there is no consensus as to the specific skills that constitute critical thinking, there is general agreement that identifying logical fallacies is an important component skill. Clearly defined logical fallacies are suited to teaching arrangements that focus on establishing conditional discriminations, as is the case with equivalence‐based instruction (EBI) methods. EBI methods have been successfully delivered using web‐based course management software and have rapidly produced socially significant learning outcomes. The purpose of the current study was to evaluate the effectiveness and efficiency of a web‐based EBI program for teaching students to recognize and identify logical fallacies by comparing the outcomes of EBI to a self‐instruction and a no‐instruction control group. EBI was more effective and more efficient when compared to both self‐instruction and no‐instruction controls. Additionally, untrained relations were evident only after EBI.     

Translational evaluation of training structures in equivalence-based instruction

We used a laboratory preparation to evaluate the claim that equivalence-based instruction (EBI) is an efficient form of instruction due to eliminating the need for emergent relations to be taught. Three groups of college students received training to establish 3 stimulus classes with 4 members in each class. Two groups received either a linear series (EBI-LS) or a 1-to-many training structure (EBI-OTM group). A control group received complete instruction (CI) that targeted all possible relations between the members of each class. The EBI-OTM group required fewer trials to complete instruction compared to CI, whereas EBI-LS did not. The EBI-OTM and the CI groups performed equally well on a posttest that followed initial attainment of the mastery criterion, whereas the EBI-LS group performed more poorly than the other 2. The groups' performance on a function transfer test did not differ. The results support the claim that compared to CI, EBI is an efficient form of instruction when it follows an OTM structure. However, they also suggest this efficiency advantage cannot be attributed to the fewer relations that need to be taught in EBI, as the EBI-OTM and the EBI-LS groups were trained on the same number of relations.     

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.     

Effects of Association Instruction on Fourth Graders' Poetic Creativity in Taiwan

In this study, we used a quasi-experimental pretest–posttest mixed design to assess the effect of association instruction on students' poetic creativity. Creativity was judged using the consensual assessment technique. A total of 64 fourth-grade students from two intact classes participated in the study. One class was assigned to the experimental group (n = 34) and the other to the control group (n = 30). Weekly for 5 weeks, the experimental group received 30 minutes of instruction in forming associations, and then each student composed a Chinese free verse based on a given association theme. The control group received traditional writing lectures prior to composing Chinese free verses. Three groups of judges assessed the completed poems (a total of 320 poems), evaluating their creativity on 14 dimensions. The judges included three expert teachers with at least 10 years of teaching experience in Chinese, three teachers who had won awards in nationwide Chinese writing contests, and three professors of children's literature; the overall inter-rater reliability was .85. The experimental group showed greater creativity compared to the control group in number association (d = 1.09), picture association (d = 0.62), and free association (d = 1.07). This article also discusses how to select judges, assessment criteria for children's poetic creativity, and techniques for association instruction to enhance children's poetic creativity.     

Using assessment to individualize early mathematics instruction

Accumulating evidence suggests that assessment-informed personalized instruction, tailored to students' individual skills and abilities, is more effective than more one-size-fits-all approaches. In this study, we evaluate the efficacy of Individualizing Student Instruction in Mathematics (ISI-Math) compared to Reading (ISI-Reading) where classrooms were randomly assigned to ISI-Math or ISI-Reading. The literature on child characteristics X instruction or skill X treatment interaction effects point to the complexities of tailoring instruction for individual students who present with constellations of skills. Second graders received mathematics instruction in small flexible learning groups based on their assessed learning needs. Results of the study (n = 32 teachers, 370 students) revealed significant treatment effects on standardized mathematics assessments. With effect sizes (d) of 0.41–0.60, we show that we can significantly improve 2nd graders' mathematics achievement, including for children living in poverty, by using assessment data to individualize the mathematics instruction they receive. The instructional regime, ISI-Math, was implemented by regular classroom teachers and it led to about a 4-month achievement advantage on standardized mathematics tests when compared to students in control classrooms. These results were realized within one school year. Moreover, treatment effects were the same regardless of school-level poverty and students' gender, initial mathematics or vocabulary scores.     

USE OF SOUNDING OUT TO IMPROVE SPELLING IN YOUNG CHILDREN

We examined the effects of teaching 5 typically developing elementary students to sound out their spelling words while writing them using the cover‐copy‐compare (CCC) method to practice spelling. Each student's posttest performance following practice with sounding out was compared to that student's posttest performance following practice with no sounding out. For every student, posttest accuracy was higher following practice with sounding out, indicating that it is an effective and easily implemented strategy to improve spelling instruction.     

The Influence of Guided Error-Based Learning on Motor Skills Self-Efficacy and Achievement

The authors investigated the role of errors in motor skills teaching, specifically the influence of errors on skills self-efficacy and achievement. The participants were 75 undergraduate students enrolled in pétanque courses. The experimental group (guided error-based learning, n = 37) received a 6-week period of instruction based on the students' errors, whereas the control group (correct motion instruction, n = 38) received a 6-week period of instruction emphasizing correct motor skills. The experimental group had significantly higher scores in motor skills self-efficacy and outcomes than did the control group. Novices' errors reflect their schema in motor skills learning, which provides a basis for instructors to implement student-centered instruction and to facilitate the learning process. Guided error-based learning can effectively enhance beginners' skills self-efficacy and achievement in precision sports such as pétanque.     

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.     

Social emotional learning (SEL) practices in schools: Effects on perceptions of bullying victimization

The direct and indirect effects of student perceptions of the extent to which social emotional learning (SEL) instruction is provided on bullying at school and student victimization experiences were examined for 2832 public school students. Students in grades 4–12 completed several subscales of the Delaware School Climate Survey (Bear et al., 2016) at a single timepoint to assess their perceptions of the extent to which SEL instruction is used at their school, their own SEL skills, bullying at school, and personal victimization experiences. Structural equation modeling revealed that students' perceptions of SEL instruction were inversely related to their perceptions of bullying at school and students' personal experiences of victimization. Effects were direct and indirect, through students' self-reported perceptions of their SEL skills. Effects were stronger in late elementary and middle school than in high school. The indirect effects of student perceptions of the extent of SEL instruction on perceived bullying at school through students' SEL skills varied as a function of victimization severity. For students with low self-reported victimization, there was a negative relation between student self-reported SEL skills and perceptions of bullying at school. In contrast, for students who reported experiencing high levels of victimization, students' self-reported SEL skills related positively to perceptions of bullying at school; there was no significant relation between SEL skills and perceptions of bullying at school for students who reported moderate levels of victimization. Implications for teachers' inclusion of SEL instruction and its effects on positive youth development are discussed.     

THE IMPACT OF READING RECOVERY PARTICIPATION ON STUDENTS' SELF-CONCEPTS

The present study was undertaken to determine the effects of Reading Recovery participation on students' self-concepts. The 103 participants in the study were students from three metropolitan Atlanta school districts in nine elementary schools. The resultsof theinvestigation revealed statistically significant differences in the adjusted posttest means of Global Self-Concept scores and Significance dimension scores on the Joseph Pre-School and Primary Self-Concept Screening Test with treatment students scoring higher than control students. There was no statistically significant difference in the adjusted posttest means of the Competence dimension scores between the Reading Recovery participants and the control students.     

Effects of Computer-Based Fluency Training on Concept Formation

This study provides a preliminary analysis of how the techniques of fluency training can be combined with systematic concept instruction to improve the learning of complex verbal concepts. Fluency techniques, which require the learner to respond accurately at high rates, have typically focused on definition learning when teaching concepts. Instructional psychologists, however, recommend multiple exemplar training for conceptual instruction. To examine this issue, 41 undergraduate students completed a computer-based instructional module on logical fallacies. Participants were assigned to one of four groups, with the modules for each group differing only in the type of practice provided—either fluency or practice with either examples or definitions. Examination of posttest scores revealed significantly higher scores for participants in the examples groups than those in the definitions groups, but low experimental power prevented a clear conclusion to be drawn about differences between the fluency and practice groups. Implications of results and several methodological issues relevant to this area of research are discussed.     

Reading Comprehension: Effects of Individualized,Integrated Language Arts as a Reading Approach with Struggling Readers

This study examined the effects of individualized, integrated language arts as a reading approach on struggling readers' comprehension scores obtained from oral narrative, silent narrative, and silent expository passages at three levels: below-grade, on-grade, and above-grade levels. Students (N = 93) in grades four through eight, who were reading below grade level, participated in the study. Treatment group students (n = 51) received individualized, integrated language arts as a reading approach once a week in place of basal reading instruction. Comparison group students (n = 42) received basal reading instruction for the duration of the study. Multivariate analysis of covariance was used to analyze posttest Analytical Reading Inventory (ARI) comprehension scores. Several statistically significant (p < .001) differences in comprehension performance were found for on-grade-level scores and for above-grade-level scores, but few differences were found between treatment and comparison groups on below-grade-level scores. All statistically significant differences favored students in the treatment group. The findings of the study strongly suggest that the use of individualized, integrated language arts as a method for teaching reading is an effective approach for improving the reading comprehension performance of struggling readers.     

Does calling it “Morgan's way” reduce student learning? Evaluating the effect of person-presentation during comparison and discussion of worked examples in mathematics classrooms

Mathematics textbooks sometimes present worked examples as being generated by particular fictitious students (i.e., person-presentation). However, there are indicators that person-presentation of worked examples may harm generalization of the presented strategies to new problems. In the context of comparing and discussing worked examples during extended classroom instruction, the current study compared the impact of person-presentation to strategy labels on students' posttest accuracy and ratings of strategy generalizability. Five algebra teachers and their 168 students used worked examples either presented using fictitious students or with a strategy label during a multiweek unit on equation solving, with teachers randomly assigned to condition. All students compared and discussed the worked examples. In this context, we found no effect of condition on student accuracy at posttest, nor on their ratings of the generalizability of the presented strategies. We discuss why previously found negative effects of person-presentation may not have extended to this context.     

Metamodeling Knowledge: Developing Students' Understanding of Scientific Modeling

We argue that learning about the nature and utility of scientific models and engaging in the process of creating and testing models should be a central focus of science education. To realize this vision, we created and evaluated the Model-Enhanced ThinkerTools (METT) Curriculum, which is an inquiry-oriented physics curriculum for middle school students in which they learn about the nature of scientific models and engage in the process of modeling. Key components of our approach include enabling students to create computer models that express their own theories of force and motion, evaluate their models using criteria such as accuracy and plausibility, and engage in discussions about models and the process of modeling. Curricular trials in four science classes of an urban middle school indicate that this approach can facilitate a significant improvement in students' understanding of modeling. Further analyses revealed that the approach was particularly successful in clarifying and broadening students' understanding of the nature and purpose of models. The METT Curriculum also led to significant improvements in inquiry skills and physics knowledge. Comparisons of METT students' performance with that of prior ThinkerTools students suggest that the acquisition of metamodeling knowledge contributed to these gains. In particular, METT students wrote significantly better conclusions on the inquiry test and performed better on some of the far-transfer problems on the physics test. Finally, correlational results, including significant correlations of pretest modeling and inquiry scores with posttest physics scores, suggests that developing knowledge of modeling and inquiry transfers to the learning of science content within such a curriculum. Taken together, the findings suggest that an emphasis on model-based inquiry, accompanied by the development of metamodeling knowledge, can facilitate learning science content while also developing students' understanding of the scientific enterprise.     

How Much Does Creative Teaching Enhance Elementary School Students' Achievement?

This study examined the relationship between creative teaching and elementary students' achievement gains. Forty‐eight upper elementary school teachers' classroom instruction was observed and evaluated over the course of 8 different lessons throughout the year. For each teacher, during each lesson, both a creative teaching frequency score and a quality score were derived. These scores were then used as predictor variables in a structural equation model to determine the magnitude of the relationship between creative teaching and classroom achievement gains in reading, language, and mathematics. Our results demonstrated that (a) the majority of teachers do not implement any teaching strategies that foster student creativity; (b) teachers who elicit student creativity turn out students that make substantial achievement gains; and (c) classrooms with high proportions of minority and low‐performing students receive significantly less creative teaching.