Effectiveness of accelerated reader on children's reading outcomes: A meta-analytic review.

Accelerated reader (AR) is a computerized reading program commonly used in schools. The program aims to enhance students' reading achievement and encourage students to read more through goal setting and frequent reading practice. A meta-analytic review of the AR was conducted to analyse its effectiveness as an evidence-based intervention for improving student reading achievement, attitude, and motivation. This study investigated potential moderating variables, including publication type, participant, and study characteristics that impact student reading outcomes. A total of 44 studies from peer-reviewed journal articles and dissertations met the inclusion criteria. Participants included 16,653 students enrolled in elementary, middle, and high school. Hedges' g effect sizes measures suggest pretest-posttest one-group AR studies have moderate effects (g = 0.541) while comparison group AR studies have marginal effects (g = 0.278). A meta-regression model of six potential categorical moderators of comparison group studies indicted no significant moderators. Implications and the need for further research regarding evidence-based and culturally appropriate reading interventions are discussed.

Increasing Sight-Phrase Reading with an iPad intervention for Two Students with Intellectual Disability.

Sight-word interventions are often implemented when students show delays in word recognition. However, few studies have investigated the effects of teaching sight words using phrases. The current study investigated the effects of a tablet-based flashcard intervention on the acquisition of sight phrases. A multiple-baseline design across word sets was used for two students with intellectual disability who were included in the general education classroom for the majority of the day. For each phrase, students used an iPad flashcard program and were prompted to see the phrase, say the phrase, tap the screen to hear the phrase, and then say the phrase again before moving on to the next phrase. Results showed that both students quickly acquired the ability to read the previously unknown sight phrases across three different sets of phrases. Discussion focuses on using tablet-based interventions for students with intellectual disability, particularly those included within a general education classroom.

Reputable and affordable programs with a strong commitment to diversity: Factors influencing school psychology student admission decisions.

A current issue in the field of school psychology is the extreme shortage of school psychologists, and this is likely to persist in the future. Effective recruitment into school psychology programs is one of the most important strategies to increase the number of school psychologists. Within the present study, researchers created the Graduate Enrollment Admissions Rating Scale (GEARS), a survey measuring several different factors that school psychology students consider when applying to graduate programs, to determine what factors contributed to school psychology students' choice of program. The GEARS was sent via email to current school psychology graduate students. Overall, current students rated program quality, including faculty friendliness, as the most important factor influencing their decision. Second, considerations reflecting the program cost were influential. Diversity issues were the third most important factor in students choosing their school psychology programs. Costs and research/teaching opportunities were more important in the recruitment of doctoral students than specialist students, but specialist students valued convenience of a program more than doctoral students. Results of this study suggest that faculty members in charge of recruiting need to consider ways to manage tuition costs, develop relationships with future students, and strive toward high-quality programs as the best ways to increase the likelihood that students will attend their university. (PsycInfo Database Record (c) 2023 APA, all rights reserved).

Effects of the Color Wheel System on Students With Disabilities in Inclusion Classrooms.

The Color Wheel System (CWS) is a class-wide, rule-based, behavior management strategy that incorporates multiple sets of classroom rules to provide specific behavioral expectations for different classroom activities. This study used the CWS within three inclusion classrooms to evaluate improvements of classroom behavior for students with disabilities. A multiple-baseline design across classrooms evaluated the effects of the CWS on on-task behavior for three students with identified disabilities in each classroom. Momentary time-sampling was used to record on-task behavior, which was operationally defined as eyes on teacher or work or following teacher instructions. Visual analysis of time-series graphs and nonoverlap of all pairs (NAP) measures suggested the CWS caused immediate, large, and sustained increases in on-task behavior for students with disabilities when data are aggregated by classroom. However, individual changes in on-task behavior were variable across students. Implications for using the CWS as part of a class-wide behavioral prevention program and directions for future research are discussed.

Using Fidget Spinners to Improve On-Task Classroom Behavior for Students With ADHD.

Using fidget toys is one way to allow students with attention-deficit/hyperactivity disorder (ADHD) to move while completing academic assignments in the classroom. This study investigated the effect of fidget spinners on the on-task behavior of three second-grade students with ADHD. Before beginning treatment, the rules of use were briefly explained and demonstrated to students by the researchers; students were then provided with fidget spinners during treatment sessions in language arts class. A multiple-baseline design across students was used to determine whether each student had higher levels of on-task behavior when using the fidget spinner. Momentary time sampling was used to record on-task behavior; visual analysis of time-series graphs showed large immediate and sustained increases in on-task behavior during fidget spinner use. Implications for implementing a fidget spinner intervention and suggestions for future research are discussed.

A virtual adaptation of the taped problems intervention for increasing math fact fluency.

In response to restrictions on visitors within school buildings during the COVID-19 pandemic, the evidence-based math fact fluency procedure known as the taped problems intervention was adapted for use in a virtual setting. The present study used a multiple-probe across participants design to evaluate the effects of the adapted intervention on the subtraction fact fluency of three elementary school students with varying degrees of math difficulties. Researchers also measured whether fluency gains would generalize to subtraction fact family problems that were not targeted within the study procedures. Visual analysis of results indicated math fluency improvements across all students, regardless of initial performance level, but no evidence of generalization effects for any participant. Additionally, to further investigate intervention effects, two effect size measures were calculated (WC-SMD and NAP) and each participant's rate of improvement was measured in two ways. Slopes (digits correct per minute [DCM] gains per session) of baseline and intervention phases were compared, and DCM gains per intervention time were investigated. Discussion focuses on implications for providing academic interventions in virtual learning environments, the importance of direct instruction for subtraction fact fluency, as well as future directions for researchers. (PsycInfo Database Record (c) 2022 APA, all rights reserved).

iPads/tablets and students with autism: A meta-analysis of academic effects.

Since the introduction of iPads in 2010, educators have been working to effectively incorporate this technology as a supplement to curriculum and a tool to increase student engagement and student achievement. The current investigation examines the effectiveness of iPad applications in supporting the instruction of students identified on the autism spectrum. Specifically, this investigation provides a meta-analysis of available research that examines the use of iPad technology and its impact on learning outcomes for students with autism. Four studies were found that provided results for groups of students. The findings of this research are based on 12 effect-size measures, representing a synthesized sample size of 99 participants. The results suggest that the use of iPad technology can have a positive, significant effect on student learning outcomes. The moderators of these positive outcomes are presented and discussed.

Classroom Management in Self-Contained Classrooms for Children with Autism: Extending Research on the Color Wheel System.

The color wheel is an evidence-based classroom management system that has been used to decrease inappropriate behaviors and increase on-task behaviors in general education elementary classrooms but not in classrooms for students with autism spectrum disorder (ASD). A multiple-baseline design was used to evaluate the effects of the color wheel system (CWS) on disruptive behaviors (being out of seat for one classroom, inappropriate vocalizations for two classrooms) in three self-contained elementary classrooms for students with ASD. Partial-interval time sampling was used to record class-wide disruptive behaviors. Visual analysis of a time-series graph suggests that the CWS decreased disruptive behaviors across all three classrooms. Discussion focuses on limitations of the study and directions for researchers interested in modifying, applying, and evaluating the effects of the CWS in settings for children with ASD.

Preventing Disruptive Behavior via Classroom Management: Validating the Color Wheel System in Kindergarten Classrooms.

Evidence suggests that installing a classroom management system known as the Color Wheel reduced inappropriate behaviors and increased on-task behavior in second- and fourth-grade classrooms; however, no systematic studies of the Color Wheel had been disseminated targeting pre-school or kindergarten participants. To enhance our understanding of the Color Wheel System (CWS) as a prevention system, a multiple-baseline design was used to evaluate the effects of the Color Wheel on inappropriate vocalizations (IVs) in three general education kindergarten classrooms. Partial-interval time-sampling was used to record classwide IVs, which were operationally defined as any comment or vocal noise that was not solicited by the teacher. Time series graphs and effect size calculations suggest that the CWS caused immediate, large, and sustained decreases in IVs across the three classrooms. Teacher acceptability and interview data also supported the CWS. Implications related to prevention are discussed and directions for future research are provided.

Using taped-problems and rewards to increase addition-fact fluency in a first grade general education classroom.

We used a multiple baseline design across math facts to evaluate classwide use of a taped problem (TP) intervention on first graders' digits correct per minute in a general education classroom. During TP, students attempted to respond to each math fact before they heard the answer on an audiotape. As problems were repeated, response intervals were varied and individual and group feedback and rewards were provided contingent upon improved performance. Across all 3 sets of problems, digits correct per minute increased following the use of TP. We discuss the efficacy of TP as an instructional (as opposed to remedial) procedure, practical implications for teachers, and areas for future research.