The behavior analyst consulting model: Identifying and validating naturally effective instructional models

Increasingly, behavior analysts are attempting to develop interventions based on precision assessments of the situational factors surrounding a behavior of interest, those requiring reduction (as in functional analysis) or those requiring acceleration (as in ecobehavioral analysis). Using ecobehavioral assessments of naturalistic classroom instruction, we sought to identify a set of potentially effective procedures and to test their function. Using as selection criteria students' gains in academic achievement, and their observed academic behavior, we identified potentially effective versus ineffective instructional procedures used to teach language arts skills to students with learning disabilities (Study I). Subsequently, we sought to test and replicate the functionality of the identified procedures within a series of single-subject experiments. Results from a resource room application (Study II) indicated that the targeted effective procedure surpassed the targeted ineffective procedure in terms of both content mastery and the quality of students' written language samples. Results from a regular classroom application (Study III) indicated that the targeted effective procedure was also more effective than the conventional instructional procedure employed naturally by the regular education teacher. The implications of these findings are discussed.     

Improving Middle School Professional Development by Examining Middle School Teachers' Application of Literacy Strategies and Instructional Design

The goal of this article is to explore the effects of professional development on middle school teachers' understanding and application of literacy strategies supporting and enhancing instruction across the curriculum. This study investigated the extent to which reading and writing strategies, along with sound instructional design, were implemented by middle school teachers in their content areas based on data collected from self-reports (i.e., strategy and design checklists) and authors' classroom observations. Results from the analysis of the data collected suggest that the sampled middle school teachers used a wide variety of instructional strategies and instructional designs throughout their teaching. While certain instructional designs (whole-class discussion) and strategies (note-taking and graphic organizers) were used universally throughout the school, perhaps more important was the fact that others were selected dependent upon the unique content area they taught.     

USING HIGH-PROBABILITY INSTRUCTION SEQUENCES WITH FADING TO INCREASE STUDENT COMPLIANCE DURING TRANSITIONS

Making efficient transitions from one instructional activity to another has been shown to increase academic learning time and therefore student achievement. Because compliance with teacher instructions is a prerequisite for efficient transitions, we sought to determine if high-probability (high-p) instruction sequences issued by a classroom teacher would increase student compliance and decrease latency to comply during transitions. Three children in a regular second-grade classroom participated. Each day at the beginning of morning calendar time, the teacher issued five instructions to the class as a group while compliance data were recorded for the 3 target students. Following baseline, a multielement design was used to examine the effects of the high-p instruction sequence. We then systematically faded the number of instructions included in the high-p sequence as a means of transferring stimulus control to low-probability instructions. The procedure was effective for 2 of the 3 participants, and the results were maintained at 2-and 3-week follow-up. The implications of these findings for group applications of the high-p instruction sequence in regular education classrooms are discussed.     

Instruction of Research-Based Comprehension Strategies in Basal Reading Programs

Research supports using research-based comprehension strategies; however, comprehension strategy instruction is not highly visible in basal reading programs or classroom instruction, resulting in many students who struggle with comprehension. A content analysis examined which research-based comprehension strategies were presented in five elementary school basal readers and how the basals suggest that the strategies be taught. The analysis found that two thirds of instructional recommendations were research-based strategies; several strategies did not appear in basals, and others received minimal attention. Findings suggest that though the state of comprehension instruction in basals is not as dire as previous research suggests, improvements can be made.     

Manipulating the evocative and abative effects of an establishing operation: influences on challenging behavior during classroom instruction

In this study we examined the evocative and abative effects of an establishing operation on challenging behavior during classroom instruction for a student with severe disabilities including autism. A prior functional analysis indicated that his challenging behavior was maintained by access to preferred snack items. During classroom instructional sessions these snack items were visible but not available to the student. In other words challenging behavior was placed on extinction during instruction. Immediately prior to instructional sessions the student received either access to snack items or did not receive access to snacks. Access versus no access to snacks prior to instruction was systematically controlled using a multi‐element design. Results demonstrated higher levels of challenging behavior during instruction when the student did not have access to snacks prior to instruction. Very little challenging behavior occurred during instructional sessions when the student had prior access to snacks. Implications for considering the evocative and abative effects of establishing operations when implementing operant extinction in applied settings are discussed. Copyright © 2006 John Wiley & Sons, Ltd.     

The transition form theory to therapy: Test of two instructional methods

This study compared college students' understanding of the role of three language learning theories (operant, sociolinguistic, cognitive) in language theory through two instructional methods: video-based anchored instruction and traditional classroom instruction. Results indi-cated no significant difference between the performance of students in the two instructional groups on the post-test while students who received anchored instruction scored significantly higher on two transfer tests than students who received the traditional instruction. Video-based anchored instruction was found to be a valuable instructional tool which increased students' understanding of theoretical principles; through observations they experienced abstract theoretical principles as the foundation for clinicians' actions and interactions with language-impaired children.     

Training Special Education Personnel for Effective Use of Microcomputer Technology:

Special educators have been quick to embrace microcomputer instruction; both special education and microcomputer instruction share the promise of developing individualized instructional programs matched to student needs. From this viewpoint, microcomputers have the potential for operationally defining what is "special" about education. Despite this promise, however, there is a limited data base from which to make empirical decision on effective microcomputer use in the classroom and on teacher training needs. A model for assessing teacher training needs is discussed in which microcomputer skills are viewed within the context of other teacher-effectiveness variables. A two-tiered appeaoch to teacher training in microcomputer instruction is developed, based on the promise of microcomputer instruction and upon pragmatic classroom considerations.     

The ecobehavioral relationship between teachers' and disabled preschoolers' behaviors before and after supervisor training

A previous study (Hundert & Hopkins, 1992) demonstrated the functional relationship between preschool supervisor training and increased child and teacher behaviors. The present study describes a ecobehavioral analysis to suggest how the intervention worked. Following a baseline phase, three preschool supervisors were trained in a collaborative team approach where classroom and resource teachers jointly developed strategies to promote peer interaction of preschoolers with disabilities in three integrated classes. The results indicated that after the intervention: (a) the frequency of children's interactive play doubled during both training and generalization sessions; (b) covariations of peer interaction and teacher behaviors shifted from being related to the presence of a resource teacher in the class, to classroom teacher focus on groups that included a child with disabilities; and, (c) these shifts in child-teacher relationships were not clearly associated with changes in the frequency of teacher behaviors. The contribution of an ecobehavioral analysis to the understanding of complex environment-behavior relationships before and after an intervention is discussed.     

Supporting Whole-class Collaborative Inquiry in a Secondary Mathematics Classroom

Recent mathematics education reform efforts call for the instantiation of mathematics classroom environments where students have opportunities to reason and construct their understandings as part of a community of learners. Despite some successes, traditional models of instruction still dominate the educational landscape. This limited success can be attributed, in part, to an underdeveloped understanding of the roles teachers must enact to successfully organize and participate in collaborative classroom practices. Toward this end, an in-depth longitudinal case study of a collaborative high school mathematics classroom was undertaken guided by the following two questions: What roles do these collaborative practices require of teacher and students? How does the community's capacity to engage in collaborative practices develop over time? The analyses produced two conceptual models: one of the teacher's role, along with specific instructional strategies the teacher used to organize a collaborative learning environment, and another of the process by which the class's capacity to participate in collaborative inquiry practices developed over time.     

Adaptive Teaching During Reading Instruction: A Multi-Case Study

Adaptive teaching is considered a cornerstone of effective literacy teaching. Research has explored this dynamic aspect of classroom instruction and has found that given recent educational reform efforts implementing adaptive teaching during reading instruction has been particularly difficult. This study examined a yearlong inquiry of teacher adaptability during reading instruction across six classrooms in two school districts in the Pacific Northwest. Guided by theories of social constructivism and teacher metacognition, data analysis occurred in multiple phases to understand teacher adaptations and rationales for adaptations. Analysis yielded specific adaptations during reading instruction consistent with explicit instruction and rationales reflective of students’ instructional needs. Findings contribute to the literature on adaptive teaching.     

Teachers as role models: Are there gender differences in microcomputer-based mathematics and science instruction?

This study examines whether male and female teachers differ in (a) their background or training for instructional uses of microcomputers and (b) their uses of microcomputers to teach mathematics and science. Research carried out in 60 classrooms, 49 schools, and 25 districts in California provided data on district and school microcomputer policies; classroom contexts; and teachers' characteristics, instructional decisions, and practices. A secondary analysis of these data indicated that district and school characteristics and classroom organization and composition did not differ, by and large, among male and female teachers. Furthermore, gender was unrelated to teachers' subject matter and computer knowledge, patterns of microcomputer-based instruction, and instructional decisions and practices. Both female and male teachers provide leadership in the microcomputer movement, have the relevant training and experience which contributes to microcomputer use, use microcomputers for instruction in a variety of ways, and present equally viable role models.Funded by the National Institute of Education (NIE), this study was restricted to California for budgetary reasons. Nevertheless, California appears to be representative of microcomputer use in other leading states (Chambers & Bork, 1980).     

Use of Brief Instructional Trials to Identify Small Group Reading Strategies: A Two Experiment Study

The Instructional Hierarchy (IH) has proven useful for understanding the functional properties of empirically valid instructional strategies. Investigators have relied heavily on the IH as a heuristic in conceptualizing instructional components used in brief experimental analyses. To date, only one investigation has applied brief experimental analysis results to small group reading interventions. The purpose of this paper is to describe two studies which used single session instructional trials to identify interventions that were subsequently applied to small group reading instruction. In both studies, individualized instructional trials that probed for skill and performance deficits were carried out and results suggested that all students benefited from the instructional intervention. Next, the intervention was implemented in a small group format. In Experiment 2, however, validation of the instructional package was carried out by the classroom teacher who delivered the instructional package to the small group. In both cases, extended experimental analyses suggested that the intervention was effective at improving all participants’ generalized reading fluency. Results of both studies are discussed in terms of how future studies can refine procedures for validating instructional and motivational components before classroom applications.     

Influencing brain networks: implications for education

In our view, a central issue in relating brain development to education is whether classroom interventions can alter neural networks related to cognition in ways that generalize beyond the specific domain of instruction. This issue depends upon understanding how neural networks develop under the influence of genes and experience. Imaging studies have revealed common networks underlying many important tasks undertaken at school, such as reading and number skills, and we are beginning to learn how genes and experience work together to shape the development of these networks. The results obtained appear sufficient to propose research-based interventions that could prove useful in improving the ability of children to adjust to the school setting and to acquire skills like literacy and numeracy.     

Embedding a functional analysis of compliance in small group instruction

Research on adaptations to standard functional analyses for use in classroom settings has increased in recent years. However, few studies have focused on procedural variations specific to assessing noncompliance in the context of academic instruction. In the current study, we trained a special education teacher to embed a functional analysis of compliance in small group instruction. The goal of the functional analysis was to identify an effective reinforcement contingency for compliance for a second grade student with an intellectual disability. Results suggested a combined escape + tangible contingency increased compliance to instructional prompts relative to other conditions. The functional analysis of compliance represents a variation on previous functional analyses of noncompliance with potential to increase ecological and social validity of assessment procedures for classroom settings.     

Teacher-Coaches’ Perceptions of Life Skills Transfer from High School Sport to the Classroom

Positive youth development is one of the primary goals of high school sport participation, yet the process of how youth transfer life skills from sport to other life domains is in need of greater examination. To offer a unique perspective, the purpose of the study explored teacher-coaches’ perceptions of the process of life skills transfer for student-athletes from high school sport to the classroom. Using a constructivist approach, 12 teacher-coaches (9 male, 3 female) with an average of 13?years (SD?=?5.7) experience as a teacher-coach completed in-person, semistructured interviews. Using model for life skills transfer as a guiding framework, the theoretical thematic analysis revealed specific student-athlete characteristics (e.g., internal assets, external assets), high school sport factors (e.g., inherent demands, coaching characteristics), and high school classroom factors (e.g., classroom contextual factors, student-athlete psychological processes) that helped or hindered the process of life skills transfer. The critical influences of individual awareness and agency and of congruence between contexts highlighted the value of understanding life skills transfer through a developmental systems lens. Results are discussed with specific recommendations for researchers and practitioners related to understanding life skills transfer.

Lay Summary: Positive youth development is a primary goal of high school sport participation, yet researchers can do more to understand the developmental outcomes from high school sport. In this study, teacher-coaches identified specific factors that can help and hinder student-athletes’ ability and likelihood of transferring life skills from high school sport to the classroom.     

A comparison of human and automated instruction of autistic children

While it appears reasonable to assume that the autistic child might benefit from the development of programmed instruction and teaching machines to teach imitation, concepts, and receptive vocabulary skills, no systematic research to date has seriously investigated such possibilities. The purpose of this study was to compare the effects of automated versus teacher-controlled instruction in the education of autistic children. Four autistic children, each with extreme deficits in language, social, and self-care behaviors, were trained on a matching-to-sample task under three different instructional situations within an intrasubject replication design and multiple baseline procedure. Analysis of the data showed the following results: (1) The teacher, manually operating the teaching machine, was able to teach and maintain the matching-to-sample task; (2) the same autistic children did not acquire or maintain the task when taught by the machine alone; and (3) the teacher alone (without the machine) was able to teach and maintain the task. The results suggest that automated instruction may, at least, serve as a valuable aid to teachers of autistic children. However, before machines can be used without the participation of a trained teacher, further research appears necessary. Several areas, including the role of motivation in automated instructional settings, the saliency and effectiveness of reinforcers, and the importance of controlling antecedent stimulus conditions and off-task behavior are discussed as areas of primary concern in the development of automated instruction for autistic children.     

An investigation of high school social studies teachers' understandings of vocabulary teaching and learning

This qualitative study focused on high school social studies teachers' understandings of and perspectives about vocabulary acquisition and instruction. The research questions were the following: (1) What do high school social studies teachers understand about vocabulary instruction? and (2) How do high school social studies teachers support vocabulary learning? Face-to-face interviews were conducted with 25 high school social studies teachers. Findings indicate that external factors shaped instructional decision-making for teaching vocabulary, teachers' belief systems guided instructional choices, and the diverse needs of students called for differentiated instruction not only for English language learners but also for all students given the unique nature of the language of social studies.     

Explicit Instruction With or Without High-<Emphasis Type="Italic">p</Emphasis> Sequences: Which is More Effective to Teach Multiplication Facts?

Basic fact acquisition is an important component for developing higher-order math skills. However, getting students with a history of academic noncompliance to engage in activities related to skills acquisition can be difficult. Prior research demonstrates that engagement increases when nonpreferred activities are preceded by a series of brief activities with a high probability of completion. This technique, called high-p task/request sequences, was not fully explored within the context of skill acquisition. The purpose of this study was to examine the effects of adding high-p sequences to explicit instruction on the math fact acquisition of three elementary-age students in a learning support classroom. Results showed no differences in fact acquisition between explicit instruction and explicit instruction with an added high-p component. However, the high-p sessions took nearly twice as long to complete when compared to explicit instruction alone. Implications for instructional efficiency and limitations of the high-p procedures for acquisition tasks are discussed.