Kindergarten teachers adjust their teaching practices in accordance with children’s academic pre‐skills

This study examined the extent to which kindergarten children’s academic pre‐skills are associated with their teachers’ subsequent teaching practices. The pre‐skills in reading and math of 1268 children (655 boys, 613 girls) were measured in kindergarten in the fall. A pair of trained observers used the Classroom Assessment Scoring System instrument to observe 49 kindergarten teachers on their emotional support, classroom organisation and instructional support in kindergarten in the spring. The results of the multilevel modelling showed that low levels of academic pre‐skills in kindergarten classrooms in the fall predicted high classroom quality in the classrooms later on. The results suggest that the overall level of children’s academic pre‐skills in the classroom plays an important role in the ways in which teachers adapt their instructional practices to the needs of a particular classroom.     

Using Explicit and Strategic Instruction to Teach Division Skills to Students With Learning Disabilities

Students with mathematics learning disabilities (LD) exhibit difficulties with retrieval and cognitive skills that impede their ability to perform basic mathematical skills. Instruction in mathematical procedures (i.e., procedural knowledge) is necessary to help students learn and apply skills such as basic facts and whole-number computation. Division is a skill that is identified in curriculum across the grade levels; yet, it is a skill that is often taught last in instructional sequences because of its complexity and prerequisite knowledge. Reviews of research have revealed that students with LD benefit from a combined model of academic instruction that includes both explicit and strategic instructional procedures. This article presents an overview of division instruction and a sample of interventions for teaching division that include explicit and strategic instructional procedures, which are found in the combined model of teaching.     

Measures of classroom quality in prekindergarten and children's development of academic, language, and social skills

This study examined development of academic, language, and social skills among 4-year-olds in publicly supported prekindergarten (pre-K) programs in relation to 3 methods of measuring pre-K quality, which are as follows: (a) adherence to 9 standards of quality related to program infrastructure and design, (b) observations of the overall quality of classroom environments, and (c) observations of teachers' emotional and instructional interactions with children in classrooms. Participants were 2,439 children enrolled in 671 pre-K classrooms in 11 states. Adjusting for prior skill levels, child and family characteristics, program characteristics, and state, teachers' instructional interactions predicted academic and language skills and teachers' emotional interactions predicted teacher-reported social skills. Findings suggest that policies, program development, and professional development efforts that improve teacher–child interactions can facilitate children's school readiness.     

Three suggested teaching strategies for students who are deaf or hard of hearing

This paper addresses current issues in deaf education including poor academic progress and employment outcomes of individuals who are deaf and hard of hearing (D/HH) as well as provides suggestions for improving overall academic achievement of this population. Specifically, three instructional strategies are recommended for teachers: choral responding, response cards, and peer tutoring. These three strategies have been shown to increase active student responding in classrooms for children who are typically developing and children who have disabilities. For international deaf students in countries that may rely on volunteers who lack basic requisite skills these general education teaching strategies are easy to use even by novice teachers. Recommendations are tendered for how teachers can include these simple teaching strategies in classrooms serving students who are D/HH.     

Assessment of mathematics and reading performance: An examination of the correspondence between direct assessment of student performance and teacher report

Teacher judgments have been identified as a primary source of information regarding student academic achievement. Research examining the accuracy of teachers' judgments in assessing students' academic abilities has shown relatively high accuracy. However, previous studies have relied primarily on norm‐referenced measures to obtain estimates of students' achievement in reading and mathematics. Recent developments in the assessment of students' academic skills, such as Curriculum‐Based Measurement (CBM), provide a direct estimate of students' skill levels in basic areas such as reading and mathematics. The purpose of the present study was to examine the extent to which teachers' perceptions of students' reading and mathematics skills corresponded to direct estimates of students' reading and mathematics skills. Two second‐grade teachers estimated the reading and mathematics skills of 33 second‐grade students. Results of this study indicated that teachers were not accurate in assessing their students' mathematics functioning. Teachers were more accurate in assessing the occurrence of Mastery mathematics levels in basic addition, but were very inaccurate in assessing the occurrence of Mastery, Instructional, or Frustrational mathematics levels in all other skills assessed. In reading, teachers' judgment accuracy varied as a function of grade‐level material and instructional level. Specifically, teachers experienced considerable difficulty accurately identifying students who were reading at a Mastery level in grade‐level or above‐grade‐level material. © 2006 Wiley Periodicals, Inc. Psychol Schs 43: 247–265, 2006.     

The Preschool Instructional Context and Child–Teacher Relationships

Research Findings: The purpose of this article is to examine how dimensions of the preschool instructional context predict child–teacher relationship quality. A total of 118 low-income, predominantly Latino/a children and their teachers participated in this study. Children were observed in their 1st preschool classroom. Measures of instructional context included the classroom instructional climate and teacher instructional strategies with individual children. Measures of child–teacher relationships included both observed and teacher-perceived child–teacher relationship quality. Our findings suggest that aspects of classroom instructional context do influence child–teacher relationships. Children are more likely to have secure, positive relationships with teachers who are more skilled at setting up appropriate classroom environments and giving children high-quality feedback to stretch their emerging knowledge and skills. Practice or Policy: These data provide preliminary support for the notion that high-quality early education can and should develop children's academic skills in a context that is deeply rooted in positive and supportive social interactions.     

Academic Outcomes for Children Born Preterm: A Summary and Call for Research

The developmental outcomes for children born preterm have been examined by many, with results unequivocally indicating that children born preterm tend to have poorer cognitive outcomes and more developmental difficulties. Less attention has been paid to academic outcomes. The purpose of this paper is to review the academic skills assessment of children born preterm, examine the methodologies used to ascertain skill deficits, and identify essential directions for future research. Overwhelmingly the results of studies of academic skills indicate that children born preterm function lower than their full term peers. The methodological flaws with existing studies that impede broad conclusions about specific skill deficits will be discussed. It is critical that future research examine the academic skill deficits contributing to disability status so that effective early intervention strategies may be developed and implemented.     

Executive function facilitates learning from math instruction in kindergarten: Evidence from the ECLS-K

Extensive evidence has suggested mathematical skill in early childhood is a robust predictor of children's later academic skills and eventual labor market outcomes; however, there is substantial heterogeneity in the degree to which different students learn from the same instructional contexts. Using data from N = 12,082 children enrolled in the Early Childhood Longitudinal Study-Kindergarten Cohort, this paper employs a latent piecewise growth curve modeling approach to investigate the role of classroom math instruction and executive function and approaches to learning in the development of mathematical skills in kindergarten, first, and second grade. Findings suggest that overall instructional frequency relates to math development in kindergarten through second, and that this is driven by exposure to advanced content in kindergarten. Further, executive function moderates children's learning in kindergarten, such that children with higher levels of executive function benefit more from instruction than do those with lower levels.     

Cognitive task analysis for instructional design: Applications in distance education

The increasing complexity of the subjectmatters taught through distance education calls for a cognitive approach to instructional design. Cognitive task analysis‐based instructional design (CTA‐BID) is especially appropriate for distance education, which requires high‐fidelity instructional materials that teach cognitive content with little or no classroom instruction. CTA‐BID organises instructional materials around the results of a cognitive task analysis that identifies the optimal knowledge structures, mental models, strategies, and skills underlying expertise in the subject matter. CTA‐BID has produced innovative instructional programmes aimed at teaching cognitive skills, accelerating the development of expertise, and improving student performance and training efficiency. This article provides an overview of CTA‐BID and its applications in the design of instructional and testing materials for distance education. I also review recent developments in education, psychology, and instructional design that complement CTA‐BID.     

Child Skills and Teacher Qualifications: Associations with Elementary Classroom Teachers’ Reading Instruction for Struggling Readers

This study explored the extent to which kindergarten and first grade teachers provided individualized reading instruction to struggling readers during a unique one‐on‐one reading instruction task. Three outcomes of teachers’ instructional strategies were captured: code‐focused strategies, meaning‐focused strategies, and level of challenge. Child skills in decoding and vocabulary/oral language as well as teacher qualifications of education, experience, and knowledge of reading were examined in relation to the three instructional strategies. Multilevel analyses showed relationships between child skills and reading instructional strategies, with teachers generally using code‐focused and meaning‐focused strategies, as well as an appropriate level of challenge, with children who struggled less with early reading. Although teacher education was not associated with any of the reading instructional strategies, teacher experience and knowledge of reading was associated with meaning‐based instruction and the level of challenge provided to struggling readers.     

SPECIFIC COGNITIVE PREDICTORS OF EARLY MATH PROBLEM SOLVING

Development of early math skill depends on a prerequisite level of cognitive development. Identification of specific cognitive skills that are important for math development may not only inform instructional approaches but also inform assessment approaches to identifying children with specific learning problems in math. This study investigated the specific cognitive correlates of math problem solving across early grade levels (1–4) while controlling for basic calculation skills. As expected, basic calculation skill was a significant predictor of math problem solving across the entire sample. However, the addition of cognitive measures almost doubled the variance explained (R² = .61). Additionally, only select cognitive variables contributed to the prediction of math problem solving, and these variables change in importance as children develop higher‐level math skills. Results are discussed within a developmental model, which emphasizes the increasing importance of abstract code representations required in higher levels of math performance.     

Orthographic awareness,phonemic awareness,syntactic processing,and working memory skill in hyperlexic children

Children classified as hyperlexic learn to readwords spontaneously before age five, areimpaired in both reading and listeningcomprehension, and exhibit word recognitionskills above their linguistic and cognitiveabilities. Despite their strong wordrecognition skills, previous studies have shownthat the phonemic awareness skills ofhyperlexic children are low and notcommensurate with their word reading skill, inpart because of their limited comprehension of phonemic awareness tasks. Heretofore, a verylimited number of studies have investigateddirectly the orthographic processing, syntacticprocessing, and working memory skills ofchildren with hyperlexia. In the presentstudy, measures of orthographic processing,syntactic processing, and working memory skillwere administered to three hyperlexic childrenand three normally achieving readers; inaddition, measures of phonemic awareness,academic achievement, and cognitive abilitywere also administered. Results showed thatthe hyperlexic children performed aboveexpectations on the orthographic processingmeasures based on their cognitive andlinguistic abilities. The children withhyperlexia did not exhibit orthographic skillsthat were superior to the normally achievingreaders, although ceiling effects on theorthographic tasks may not have allowed them todemonstrate this skill. The three children withhyperlexia achieved lower scores than thenormally achieving readers on the syntacticprocessing measures and had great difficulty onthe phonemic awareness measures. Only one ofthe three hyperlexic children performed at alevel consistent with that of normallyachieving readers on the working memorymeasures. Findings suggest the hyperlexicchildren had levels of orthographic processingsimilar to that of normally achieving readers,read words using strategies similar to those ofnormal readers, and had phonemic awarenessskill that appears to be adequate for wordanalysis but could not be demonstrated ontraditional phonemic awareness measures.     

Low Income African American Mothers' Parenting Stress and Instructional Strategies to Promote Peer Relationships in Preschool Children

This study investigated mothers' stress as a predictor of her instructional strategies for promoting peer relationships in preschool children. Forty-two low income African American mothers responded to structured interviews on the teaching strategies they frequently used to facilitate peer interactions of their two to three- and-a-half-year-old children. Mothers' stress was measured by The Parenting Stress Index-Short Form. Using regression analysis, three stress predictors of mothers' strategies to promote peer relationships were examined: parental distress, difficult child, and parent-child dysfunctional interactions. The three predictors of stress had a differential impact on mothers' instructional strategies. As stress increased: (a) when teaching their own children, mothers more frequently used strategies that reduced antisocial behaviors and less frequently used the strategies that promoted pro-social behaviors towards peers; (b) when teaching their children's peers, mothers less frequently used strategies that would directly benefit these children. Educational implications of these findings for stressed parents, professionals who work with stressed parents, as well as those professionals who teach parent educators are examined.     

Low Income African American Mothers' Parenting Stress and Instructional Strategies to Promote Peer Relationships in Preschool Children

This study investigated mothers' stress as a predictor of her instructional strategies for promoting peer relationships in preschool children. Forty-two low income African American mothers responded to structured interviews on the teaching strategies they frequently used to facilitate peer interactions of their two to three- and-a-half-year-old children. Mothers' stress was measured by The Parenting Stress Index-Short Form. Using regression analysis, three stress predictors of mothers' strategies to promote peer relationships were examined: parental distress, difficult child, and parent-child dysfunctional interactions. The three predictors of stress had a differential impact on mothers' instructional strategies. As stress increased: (a) when teaching their own children, mothers more frequently used strategies that reduced antisocial behaviors and less frequently used the strategies that promoted pro-social behaviors towards peers; (b) when teaching their children's peers, mothers less frequently used strategies that would directly benefit these children. Educational implications of these findings for stressed parents, professionals who work with stressed parents, as well as those professionals who teach parent educators are examined.     

Effects of student-facilitated learning on instructional facilitators

We investigated perceptions about learning strategy use and instructional roles among a sample of high needs adolescents (n = 230) who acted as near-peer instructional facilitators. The sample was drawn from science and mathematics classes in nonselective public secondary schools in New York City. Students participated in an inschool intervention that draws on social constructivism, theory and research on metacognition and learning strategies, role theory, and empirical findings from the peer-to-peer learning literature to promote advanced achievement among students who act as facilitators. Using a pre- and post-test single group design, we surveyed student instructional facilitators before and after program participation and related their perceptions about learning strategy use and perceptions about teaching roles to data about academic achievement. We found no survey gains in student perceptions about learning strategies or instructional roles between pre-survey (fall) and post-survey (spring). We found small but significant effects of individual perceptions about learning strategies and teaching roles on academic gains among instructional facilitators. The study also suggests that an in-school near-peer facilitated learning program can be an effective means to raise achievement in urban high schools. The study provides partial support for theories that hold that metacognition and role perceptions are involved in the academic gains of instructional facilitators, as gains in these dimensions were small compared to achievement gains.     

Teaching self-instruction to high school students

In an attempt to demonstrate the effectiveness of instructional programming in counseling, an experimental evaluation of a ten-week program aimed at teaching skills and strategies of self-instruction to high school students was conducted. Thirty-two grade ten students were assigned randomly to an experimental self-instruction group and a control group. Dependent variables included Rotter's (1966) Control of Reinforcement Questionnaire, Rosenbaum's (1980) Self-control Schedule, a curriculum-specific test of self-instruction concepts, and a transfer test. Results revealed that students in the experimental, self-instruction program outperformed students in the control group on all dependent variables except for the Self-control Schedule. Content analysis of student responses to the transfer test showed a distinct pattern of skill development in the experimental group from pretest to posttest. Implications for the development and offering of instructional counseling programs are drawn.Many students of counseling have argued that counseling is essentially a kind of teaching (Carkhuff and Berenson, 1976; Ellis, 1977; Katz and Ivey, 1977; Krumboltz and Thoresen, 1976; Sorenson, 1967). More recently, Martin and his colleagues have developed an approach to counseling that employs models of instruction as a basis for the development and implementation of a broad range of counseling interventions and programs (Hiebert et al., 1981; Martin and Hiebert, 1982; Martin et al., 1981; Martin et al., 1980). Martin (1983) also has suggested that counselors in schools and elsewhere can make use of systematic teaching programs to help clients/students acquire functional skills in a variety of areas such as anxiety management, decision making, interpersonal skills, and so forth. In the development and offering of such programs, counselors act as curriculum developers and instructors. Initial evidence for the viability of this type of instructional counseling in schools was provided by Haynes et al. (1983), and Leal, Baxter, Martin, and Marx (1981) who developed programs based on cognitive and behavioral counseling methods that were successful in alleviating the test anxieties experienced by high school students. The experiment reported here extends the work of Martin and others in instructional counseling by evaluating an instructional program designed to teach a series of integrated skills of self-instruction to high school students. [Note that the term self-instruction is used here to refer to the activities of people engaged in systematic self-change, and is not intended to connote the system of self-instruction training developed by Donald Meichenbaum (1977).]Nearly all teachers and curriculum specialists share at least one goal: to help students acquire the capacity to engage in self-directed learning. Most often, it is assumed that school students will acquire skills in areas such as self-instruction and critical thinking (skills often seen as necessary requisites to self-directed learning) as a result of stimulating interactions with traditional school curricula. A frequently voiced alternative is to attempt to teach such skills directly (cf. Beyers, 1984a, 1984b), more or less as a curriculum in their own right. Many attempts have been made to do this, but few have received detailed empirical, experimental analysis. In a recent meta-analysis of primary prevention studies conducted in schools, Baker, Swisher, Nadenichek, and Popowicz (1984) found 40 such studies that had been conducted since 1970. Most of the experimental programs in the studies reviewed were targeted at improving students' communication skills, decision making and problem solving skills, and self-awareness. None of the studies reviewed by Baker et al. included instructional interventions that attempted to teach a broad range of skills and strategies that would permit students to plan, implement, and evaluate programs of personal change and development. Teaching school pupils to engage in systematic self-instruction for purposes of personal change simply has not been attempted, to date, in the context of an experimentally controlled investigation. Given an increasing number of pleas for exactly this kind of broad-based school programming (Martin, 1983; Sprinthall, 1984), the need for controlled experimental studies in this area is acute.Self-introduction or learning to learn has been the subject of considerable theorizing by both cognitive and instructional psychologists (Gagné, 1977; Bransford, 1979). Experimental work by Ann Brown and her colleagues (Brown, 1978; Brown et al., 1979) has highlighted the difficulty of teaching various metacognitive strategies that would seem basic to the capacity to self-instruct so as to ensure the transfer of such strategies to tasks other than those employed during strategy acquisition. At the same time, Brown's research also shows that the teaching of generalizable metacognitive strategies such as self-testing is possible, even with educable retarded children (Brown, et al., 1979). Other research concerned with differences between expert and novice knowledge has highlighted the importance of the ability to access declarative knowledge stores and the availability of relevant procedural knowledge in attempting to explain these differences (Chi et al., 1982; Leinhardt, 1983). [See Anderson, (1980) for formal definitions and discussions of declarative and procedural knowledge.] The greater ability of experts to function as independent learners or self-instructors in their areas of expertise likely is related to such differences. While it sometimes is unclear as to whether self-instructional competence resides in procedural knowledge stores or cognitive and/or metacognitive strategies, it seems clear that learning to learn involves more than simply acquiring necessary declarative knowledge in relevant substantive areas (Glaser, 1984). Thus, explicit, direct instruction in skills and strategies of self-instruction probably is necessary if students in schools are to learn to direct their own learning and development.The experiment reported here was conducted to supply initial experimental data about the possible effectiveness of a program designed to teach skills and strategies of self-instruction to high school students. It is a study of a ten-week instructional counseling program developed to teach self-instruction skills in areas such as decision making, gathering information, self-assessment, framing objectives, planning, and self-evaluation. As such, it is a more comprehensive program than other programs of primary prevention in schools that have been studied experimentally. While a variety of school and extracurricular situations were employed as illustrative contexts for presenting information about these skills to the students, the goal of the experimental program was to teach the self-instruction skills as detached skills that could be applied to a variety of situations and life circumstances. This approach was viewed as contrasting with traditional approaches in which such skills are thought to be acquired indirectly as a result of working through a series of tasks in defined substantive areas such as mathematics, history, or physics. In this latter method, it is likely that such skills, if they are acquired, become embedded in specific substantive contexts and are therefore less likely to generalize to situations or contexts other than those in which they were acquired (see Rigney, 1978 for the distinction between detached and embedded strategies). Dependent variables employed in the study were selected to test for the acquisition and transfer of targeted skills as well as for the acquisition of underlying beliefs about one's ability to control or influence external and internal events. The latter type of learning is thought by many counselors to be of great importance, particularly if attitudes and beliefs are learned that affect clients' attributional styles and/or tendencies (Strong and Claiborn, 1982).The overall purpose of the experiment was to determine whether instructional counseling curricula could be developed that would succeed in teaching detached strategies/skills of self-instruction to high school students. Should such instruction be possible, additional support would be provided for the notions of instructional counseling and counselors as curriculum developers and instructors. After all, a major part of counseling typically is associated with assisting clients to make decisions, gather information, frame goals and objectives, assess their situations and capabilities, plan actions, and evaluate the effects of their actions—all components of the self-instruction program taught to the experimental students in this study.The specific hypotheses investigated were that participation in the experimental instructional counseling program would increase: 1) students' knowledge of self-instruction skills (acquisition learning), 2) students' abilities to apply this knowledge to everyday events (transfer learning), and 3) students' attitudes consistent with higher levels of self-control and internal attributional processes (general attitudinal learning).The research reported here was supported by a grant from the Chairpersons' Research Fund, Simon Fraser University.The authors gratefully acknowledge the assistance of Bruce Dallin, Louise Bourassa, Olwyn Irving, David Langton and the Abbotsford School District (British Columbia, Canada) in completing this work.     

Effects of a Pre‐service Teacher Preparation Programme on Effective Instruction

A quasi‐experimental, treatment‐control group investigation was designed to test the effects of a pre‐service training course on effective instruction. Research findings from teacher effects research and cognitive strategy instruction were translated into two direct instructional models: one model for explicit or well‐structured skills and one model for implicit skills or higher‐level thinking strategies. Following a course on effective instruction from their teacher educators, student teachers implemented standardised lessons to apply selected research‐derived teaching behaviours and to increase pupil engagement rates. Based on trained observers’ pre‐and post‐training classroom observations, a significant treatment effect was found for student teachers’ teaching behaviours regarding effective instruction and for pupil engagement rates. Ratings from supervising teachers also showed that the student teachers who participated in the course on effective instruction used the recommended instructional skills after completion of the course significantly better than prior to the course.     

The acquisition of integrated science process skills in a web‐based learning environment

Web‐based learning is becoming prevalent in science learning. Some use specially designed programs, while others use materials available on the Internet. This qualitative case study examined the process of acquisition of integrated science process skills, particularly the skill of controlling variables, in a web‐based learning environment among grade 5 children. Data were gathered primarily from children’s conversations and teacher–student conversations. Analysis of the data revealed that the children acquired the skill in three phases: from the phase of recognition to the phase of familiarization and finally to the phase of automation. Nevertheless, the acquisition of the skill only involved the acquisition of certain subskills of the skill of controlling variables. This progression could be influenced by the web‐based instructional material that provided declarative knowledge, concrete visualization and opportunities for practise.