Behavior analysis in instructional design: A functional typology of verbal tasks

This paper describes and illustrates a typology of verbal instructional tasks for advanced classroom instruction and inservice training. The typology is based upon functional definitions of elementary and conceptual behavior, and incorporates the kinds of goals and objectives that surveys and research have shown to be important for experienced learners. The typology's metastructure is B. F. Skinner's (1957) verbal behavior classification system. This paper describes Skinner's system as a context for understanding and selecting instructional tasks for experienced learners. This paper also discusses rate of response as an important dimension of proficiency or mastery, and procedures for selecting proficiency criteria of tasks in the typology are also described. Results of the first of a series of validation studies indicated that high agreement between typology designer and subjects' classification of tasks can be attained after a short training session. The typology is discussed as a vehicle for standardizing instructional research and practice, and as a basis for research on transfer of control across classes of verbal behavior. Implications for research on building fluency of adult performance, and efficiency in instructional design are also discussed.     

EFFECTS OF CONTINGENT REWARD AND INSTRUCTION ON ORAL READING PERFORMANCE AT DIFFERING LEVELS OF PASSAGE DIFFICULTY

This study examined the effects of reinforcement contingencies designed to increase the performance of existing reading skills as well as the effects of instruction—modeling and practice—designed to increase skill level for oral reading fluency across three levels of reading materials. Results showed that a combination of contingencies, modeling, and practice was effective in producing substantial increases in reading fluency for all participants at their assigned grade levels. These results demonstrate one strategy for experimentally determining those instructional components that are required to increase oral reading rate.     

A test of two methods of arithmetic fluency training and implications for educational practice

Children are exposed to multiple training tasks that are intended to support acquisition of basic arithmetic skills. Surprisingly, there is a scarcity of experimental research that directly compares the efficacy of those tasks, raising the possibility that children may be spending critical instructional time on tasks that are not effective. We conducted an experiment with 1st through 6th grade children comparing two arithmetic training tasks that are widely used: answer production training and fact triangle training. Results show that answer production training produces substantial fluency gains, whereas fact triangle training does not. Further, we show that, despite theoretical considerations that suggest otherwise, fact triangle training does not produce more flexibly applicable learning. Implications for memory representation, arithmetic fluency training, and broader educational strategy are discussed.     

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.     

Evaluating the impact of feedback on elementary aged students' fluency growth in written expression: A randomized controlled trial

The purpose of this randomized controlled trial was to evaluate elementary-aged students' writing fluency growth in response to (a) instructional practices, (b) sex differences, and (c) student's initial level of writing fluency. Third-grade students (n = 133) in three urban elementary schools were randomly assigned to either an individualized performance feedback condition (n = 46), a practice-only condition (i.e., weekly writing practice; n = 39), or an instructional control condition (n = 48) for 8 weeks. Findings included support for use of performance feedback as an instructional component in general education classrooms (Hedges' g = 0.66), whereas simple practice with curriculum-based measurement in written expression did not produce growth significantly greater than standard instructional practices. The hypothesis that girls write significantly more than boys was supported. However, girls and boys did not differ in their rate of growth. Finally, students' initial risk status in writing fluency did not differentially predict growth in writing fluency over the course of the study. Implications for incorporating feedback as a basic component of intervention in writing are discussed.     

ADAPTIVE GUIDANCE: ENHANCING SELF-REGULATION, KNOWLEDGE, AND PERFORMANCE IN TECHNOLOGY-BASED TRAINING

Considerable research has examined the effects of giving trainees control over their learning (Steinberg, 1977, 1989; Williams, 1993). The most consistent finding of this research has been that trainees do not make good instructional use of the control they are given. Yet, today's technologically based training systems often provide individuals with significant control over their learning (Brown, 2001). This creates a dilemma that must be addressed if technology is going to be used to create more effective training systems. The current study extended past research that has examined the effects of providing trainees with some form of advisement or guidance in addition to learner control and examined the impact of an instructional strategy, adaptive guidance, on learning and performance in a complex training environment. Overall, it was found that adaptive guidance had a substantial effect on the nature of trainees' study and practice, self-regulation, knowledge acquired, and performance.     

Ecobehavioral analysis in the classroom: Review and implications

A rapidly developing area within applied behavior analysis that has implications for classroom instruction and behavior management is ecobehavioral analysis. Ecobehavioral analysis adds to behavior analysis the assessment of situational or contextual factors, such as classroom physical arrangements, instructional materials used by students, and teacher's behavior. Its eventual importance and contribution to behavior analysis and to education, however, has yet to be realized. In fact, it is difficult to find adequate accounts of exactly what ecobehavioral analysis entails (Morris & Midgley, 1990). To date, it has led to a number of interesting contributions. These include the development and validation of specific classroom instructional procedures, the development of a number of approaches to the reduction of challenging behaviors, an improved understanding of the components of effective instruction including the identification of instructional risk factors within regular and special education, as well as providing a better understanding of how the quality of implementation functions as a mediating variable for student outcomes. In this paper, we discuss the theory and principles that support ecobehavioral analysis, review research literature concerning its use in educational settings, describe emerging applications by school personnel (e.g., teachers, school psychologists), and examine a number of future research directions and their implications.     

Improving oral reading fluency by influencing students' choice of instructional procedures: an experimental analysis with two students with behavioral disorders

Choice as an antecedent intervention has been shown to improve student behavior in a variety of ways. This investigation examined whether students could be influenced to choose whether and how to be instructed while directly measuring effects on academic performance. Using a multiple‐probe design, the reading fluency of two middle school students with Behavioral Disorders was measured repeatedly across passages. Students could earn a tangible reward for meeting a pre‐determined performance criterion in passage reading. Prior to reading the criterion passage, each student was told that he or she could choose to be instructed or not be instructed in a similar passage with high content overlap. Both students consistently chose to be instructed (as well as how they would be instructed) and stable increases in oral reading fluency were obtained. Results are discussed in terms of how motivational variables can be used to influence students' choice of instructional procedures in ways that increase their opportunities to respond and measured learning. Copyright © 2006 John Wiley & Sons, Ltd.     

Behavioral fluency and mathematics intervention research: A review of the last 20 years

Behavioral fluency refers to the relationship between the achievement of performance standards, or frequency ranges of behavior, and critical learning outcomes. Over the past 20 years, Precision Teaching and related research have contributed a number of studies examining behavioral fluency. The subsequent review investigates the empirical evidence from mathematics intervention research. Several studies suggest numerical markers that best support behavioral fluency. Results indicate that fluency interventions set to performance standards increased behavioral fluency and associated critical learning outcomes; however, more research is warranted to operationalize and standardize each outcome to the principles of behavior and numerical markers that constitute behavioral fluency.     

Benefits of adding precision teaching to behavioral interventions for students with autism

Students with autism have a variety of learning characteristics that can provide challenges to teachers. Precision Teaching, a method providing frequent assessment of performance, facilitation of curricular decisions, and techniques for developing fluency, can help teachers enhance educational outcomes for students with autism. Teachers can use the techniques found in Precision Teaching to augment their current instructional methods. This article purposes to examine the potential benefits of adding Precision Teaching to behavioral interventions for children with autism. This paper will define Precision Teaching, and review its guidelines within the context of a hypothetical case study. Copyright © 2002 John Wiley & Sons, Ltd.     

Academic and Behavior Combined Support: Evaluation of an integrated supplemental intervention for early elementary students

In current multi-tier models, students who are not responsive to universal instruction receive supplementary support. Despite most students having co-occurring academic and behavior challenges, their needs are often addressed through separate academic or behavior interventions. This approach may not only be costly for schools, but it also fails to acknowledge the well-documented link between behavior and academic performance. The purpose of this study was to evaluate Academic and Behavior Combined Support (ABC Support), a newly developed supplemental intervention that merges a combined focus on reading fluency and engagement. Six teachers implemented the intervention for 6–8 weeks with Grade 2 students. Students' oral fluency on standard and training reading passages and occurrence of engagement and disruptive behaviors during classroom reading instruction were measured repeatedly across baseline and intervention phases in a multiple-baseline design. Visual and statistical analyses revealed significant improvement from baseline to intervention for both reading and behavior outcomes. Post-intervention surveys and interviews revealed a high level of acceptability among teachers and students. Theoretical and empirical contributions as well as practice implications are addressed.     

Improving spelling for at‐risk kindergartners through element skill frequency building

A student's ability to spell affects literacy outcomes. Students profit from explicit spelling instruction but may also benefit from frequency building or systematic practice. The method of frequency building leads toward effortless performance or behavioral fluency. Reaching certain frequencies of behavior produces a critical learning outcome called application. The current study focused on the effects of building element spelling behaviors for at‐risk kindergartners and the subsequent application to a compound spelling skill. Visual and quantitative analysis suggest a clear experimental effect between the attainment of performance criterion for letter sounds, letter naming, and sequencing on students' spelling behavior. A discussion of the results precedes future research directions.     

Teaching minority high school students to recruit helpers to attain personal and educational goals

Recruiting help from mentors and other potential helpers is a promising strategy for helping disadvantaged and minority youths meet their personal and educational goals. Three African-American high school seniors participated in a project designed to evaluate the effectiveness of training procedures that would allow them to ask for help in attaining educational and other personal goals. A behavioral training procedure that included instructional materials, role-play practice, praise, and feedback was used. Targeted skills included goal setting and 30 responses involved in the process of meeting with a potential helper. Role-play situations were used to evaluate participants' help-recruiting skills before and after training. Participants increased their help-recruiting skills from an average of 38% during baseline, to an average of 75% after training. Self-reported measures of goal attainment suggested that the students benefited from the training. Implications for mentoring programs designed to increase minority students' opportunities to reach educational goals were discussed.     

Back to basics: training teachers to interpret curriculum‐based measurement data and create observable and measurable objectives

Historically the link between assessment data, IEP objectives, and instruction has been weak and cause for concern for educators, especially as accountability for schools and teachers has increased. In addition, IEP objectives have suffered from being too abstract or overly specific, possibly compounding the gap between objectives and instructional practices. Recently, focus has also emphasized the need for teachers to make data‐based instructional decisions. In order to increase the data‐based decision making of teachers, the first step may be to train teachers to interpret curriculum‐based measurement (CBM) data and translate these data into objective, measurable, and technically adequate objectives. A training package including modeling, practice, and performance feedback was used to instruct special education teachers to use CBM data to develop individualized, observable, and measurable educational objectives. A multiple baseline design across teachers was used to demonstrate that the treatment package resulted in teachers correctly using CBM data to formulate students' instructional goals and objectives. These results revealed that accurate use of CBM information was maintained without the treatment package and from simulated to actual student data. Copyright © 2005 John Wiley & Sons, Ltd.     

Comparing mathematics interventions: Does initial level of fluency predict intervention effectiveness?

A paucity of research has directly compared empirically supported interventions to examine their effectiveness among students with different mathematics fluency skills. The purpose of this study was to compare the effects of two empirically supported interventions and a control condition on the mathematics fluency of 98 second and third grade students. Specifically, effects of explicit timing and cover-copy-compare on subtraction fluency were examined each session, which occurred twice weekly for a total of six weeks. HLM was used to examine progress during the intervention sessions and determine the effect of initial fluency level on intervention effectiveness. Results suggested students' initial level of fluency impacted intervention effectiveness. That is, for students whose fluency levels fell within the frustrational range CCC and control conditions resulted in the best performance over time but for children whose fluency was in the instructional range explicit timing was the most effective treatment.     

Promoting parent use of empirically supported reading interventions: two experimental investigations of child outcomes

Two experimental investigations of the effects of parent delivered reading interventions were conducted. Tutoring packages consisting of empirically supported intervention components were delivered by parents for at least several weeks after initial parent training. Both experiments used single‐case experimental designs and measured participants' oral reading fluency in passages. Experiment 1 used a multiple‐probe design across tasks (passages) to evaluate tutoring effects for two students with learning disabilities. Results indicate that both students increased their reading fluency and maintained those increases over time. Experiment 2 used a brief experimental analysis that included both experimenter and parent delivered instructional trials to validate the treatment package. Next, the treatment package was evaluated using an alternating treatments design. Results were uniformly positive. An interesting but not surprising correlation was also found between treatment integrity and student outcomes. Results are discussed in terms of the framework and skills that behavior analysts have for working with parents and schools to improve their children's academic responding. Copyright © 2006 John Wiley & Sons, Ltd.     

An Experimental Analysis of the Effects of Reading Interventions in a Small Group Reading Instruction Context

The current study examined the effects of several combinations of instructional and motivational interventions on oral reading fluency in the context of small group reading instruction. A treatment package consisting of acquisition, fluency, and motivational components was examined and then dismantled. Results were evaluated individually for each participant using a multiple-probe design in order to identify the most effective, yet efficient reading intervention package for each member of the group. The results indicated that, although all potential combinations of the package were effective, the experimental analysis was able to identify an effective yet more efficient package that produced substantial increases in performance across all students. Results are discussed in terms of effective instructional components in small group instruction and how to adapt methods for the experimental analysis of behavior to make decisions about the effectiveness of small group instruction in reading.This study is based on a dissertation submitted by the first author in partial fulfillment of requirements for the doctoral degree.     

The knowledge-learning-instruction framework: bridging the science-practice chasm to enhance robust student learning

Despite the accumulation of substantial cognitive science research relevant to education, there remains confusion and controversy in the application of research to educational practice. In support of a more systematic approach, we describe the Knowledge-Learning-Instruction (KLI) framework. KLI promotes the emergence of instructional principles of high potential for generality, while explicitly identifying constraints of and opportunities for detailed analysis of the knowledge students may acquire in courses. Drawing on research across domains of science, math, and language learning, we illustrate the analyses of knowledge, learning, and instructional events that the KLI framework affords. We present a set of three coordinated taxonomies of knowledge, learning, and instruction. For example, we identify three broad classes of learning events (LEs): (a) memory and fluency processes, (b) induction and refinement processes, and (c) understanding and sense-making processes, and we show how these can lead to different knowledge changes and constraints on optimal instructional choices.     

Preparing psychologists for evidence-based school practice: lessons learned and challenges ahead

The evidence-based practice (EBP) movement has the potential to significantly advance the quality of psychological and educational services provided by psychologists working in schools. Training psychologists in EBP has challenged the profession and caused faculty in graduate programs to reevaluate and retool professional training curricula and instructional practices. Four domains of challenges in graduate training are identified: (a) integrating the EBP knowledge base into the curriculum, (b) expanding models of research training, (c) expanding training in prevention science, and (d) expanding training in problem-solving consultation and school contextual issues. For each of these, the author discusses the range and scope of the challenge and possible solutions for advancing graduate training in psychology relevant to school practice.     

Effects of Performance Criteria during Reading Instruction on Generalized Oral Reading Fluency

Although there is some evidence that setting performance criteria may improve oral reading fluency interventions, little is known about the generalized effects of these criteria. The present study trained two third‐grade students to three different fluency levels on instructional passages and assessed generalized performance in corresponding high word‐overlap passages within an alternating treatments design. Results indicated no discernable differences across experimental conditions. Follow‐up analyses revealed that generalized gains per trial were actually larger in lower criterion conditions, suggesting that performance criteria may not be as helpful as previously thought. The results are discussed in terms of the need to empirically investigate the number of instructional trials necessary to maximize instructional efficiency. Copyright © 2016 John Wiley & Sons, Ltd.