Comparison of the relationship between two measures of visual-motor coordination and academic achievement

Scores from Koppitz' scoring system for the Bender-Gestalt and Beery's Developmental Test of Visual-Motor Integration for a group of 86 elementary students referred for psychoeducational evaluation were correlated with Wide Range Achievement Test scores, controlling for WISC-R IQ. Although zero-order correlations of the visual-motor measures with achievement were of moderate magnitude (.33 to.48) and were all statistically significant (p<.01), first-order partial correlations were of lower magnitude (.13 to.22) and half failed to reach statistical significance (p>.05). It was suggested that visual-motor ability may not offer a unique contribution to the prediction of achievement.     

The performance of learning disabled children on the Kaufman assessment battery for children and the Bender-Gestalt test

Results of the K-ABC and Bender-Gestait Test were compared for a sample of LD children that included 24 blacks and 24 whites: mean age 9 years, SD = 1–2. A nonsignificant difference was found between the mean scores of the K-ABC Sequential and Simultaneous Scales. A significant (p<.01) correlation coefficient was found between the K-ABC Simultaneous Scale and the Bender-Gestalt Test error score (r = −.57). A nonsignificant correlation coefficient was found between the K-ABC Sequential Scale and the Bender-Gestalt Test error score (r = −.20). Implications of these findings are discussed.     

The use of motor activity learning in the development of science concepts with slow learning fifth grade children

This study compared the motor activity technique of learning, using physical education activities, with traditional ways of developing science concepts with fifth grade slow learning children. Two groups of ten children each were equated on the basis of pretest scores. Both groups were taught by the same classroom teacher. One group was taught through motor activity learning and the other by traditional procedures. Both groups were retested after a two-week teaching period, and again after a three-month extended interval. The difference in the posttest scores favored the motor activity learning group, p < .01 (t = 4.33, df 9). The difference in the extended interval test also favored the same group, p < .001 (t = 6.37, df9). Using the differences in test scores as criteria for learning, the children in the motor activity learning group learned and retained significantly more than those in the traditional group.     

Mental flexibility and planning skills in children and adolescents with learning disabilities.

Mental flexibility (skill with shifting response set) and visual planning skills were examined with a group of 60 children and adolescents with learning disabilities. The sample consisted of 44 boys and 16 girls with an age range of 9 to 15. Scores from the Trail Making Test and the Wisconsin Card Sorting Test were cluster-analyzed and subgroups were formulated. The results of the cluster analysis indicated a two-group solution to be most appropriate. One subtype was clearly dysfunctional on the classifying variables, while the other subgroup approached average levels. The two subtypes were compared on measures of intellectual functions, academic skills, auditory memory, visual memory, visual-motor integration, motor speed, and tactile integration. Significance was found on several different tests. The results are discussed in terms of potential cortical dysfunction evidenced by the subgroups.     

Kindergarten reasoning and achievement in grades K-3

Performance of kindergarten children on reasoning (Piaget tasks of logical thinking), visual-motor integration, and verbal development was related to achievement scores in kindergarten, second grade, and third grade. Subjects were 52 children in the kindergarten classes of a middle-class, suburban/rural school. Reasoning and visual-motor integration were related to achievement on the Metropolitan Achievement Test at the end of kindergarten. For the 43 children remaining in second grade, there was a relationship between reasoning in kindergarten and achievement on the Reading and Math Concepts sections of the Iowa Test of Basic Skills. For the 38 children remaining in third grade, kindergarten reasoning was related to total and Vocabulary scores of the California Achievement Test. Kindergarten visual-motor integration and verbal development were not related to achievement test performance at the end of the second and third grade for these subjects. Early intervention programs that encourage the development of thinking and match the child's reasoning to his academic tasks may stimulate both reasoning and achievement.     

Motor Skill Performance by Low SES Preschool and Typically Developing Children on the PDMS-2

The purpose of this study was to compare the motor skill performance of preschool children from low socioeconomic (SES) backgrounds to their age matched typically developing peers using the Peabody Developmental Motor Scales-2 (PDMS-2). Sixty-eight children (34 low SES and 34 typically developing; ages 3–5) performed the PDMS-2. Standard scores from each subtest (i.e., stationary, locomotion, object manipulation, grasping, and visual-motor integration) and three quotient scores were calculated for the children identified as low SES and typically developing children. A MANOVA was used to analyze the PDMS-2 standard score and quotient score differences between the children identified as low SES and the typically developing children. All preschool children identified as low SES scored at average or lower on total motor quotient scores. Specifically, 88.2 % of children identified as low SES were classified as average, and 11.8 % of children were in the below average performance category. The MANOVA analysis showed that children identified as low SES scored significantly lower than the typically developing children on the visual-motor integration subtest, F(1,64) = 7.232, p = .009; locomotion subtest, F(1,64) = 11.449, p = .001; and TMQ, F(1,64) = 4.732, p = .033. Children identified as low SES were significantly delayed in both fine and gross motor skill areas when compared to their typically developing age and gender matched peers. Researchers are recommended to provide comprehensive assessments for preschool children and to include motor tasks when designing early intervention programs.     

A Path Analysis of Nutrition,Stimulation, and Child Development Among Young Children in Bihar,India

Nutrition plays an important role in the development of a child, particularly in low‐ and middle‐income countries where malnutrition is often widespread. The relation between diet, hemoglobin, nutritional status, motor development, stimulation and mental development was examined in a cross‐sectional sample of 1,079 children 12–18 months of age living in rural Bihar, India. Path analysis revealed associations between (a) length‐for‐age z‐scores and motor development, standardized β (β) = .285, p < .001, and (b) motor and all mental development outcomes (language: β = .422; personal‐social: β = .490; memory: β = .139; and executive function: β = .072, all p < .001). Additionally, stimulation was significantly associated with language scores and hemoglobin concentration with memory. These findings inform interventions aimed at improving child development in Northern India.     

Comparison of the PPVT and PPVT-R for preschool children: Implications for the practitioner

The aim of this study was to compare the standard scores and age scores obtained from the Peabody Picture Vocabulary Test (1965) and the Revised Peabody Picture Vocabulary Test (1981). The sample included 88 preschool children who ranged in age from 2–6 to 5–11. The mean PPVT IQ score was 98.9 (SD = 16.9) and Mental Age was 55.2 months (SD = 20.1 mo.); the mean PPVT-R Standard Score Equivalent was 95.4 (SD = 13.4) and Age Equivalent was 48.5 months (SD = 14.6 mo.). The mean PPVT IQ and Mental Age scores were significantly higher (p < .01) than the respective Standard Scores and Age Equivalents. Implications for the use of the Revised PPVT are discussed.     

Behind mathematical learning disabilities: What about visual perception and motor skills?

In a sample of 39 children with mathematical learning disabilities (MLD) and 106 typically developing controls belonging to three control groups of three different ages, we found that visual perception, motor skills and visual-motor integration explained a substantial proportion of the variance in either number fact retrieval or procedural calculation. Furthermore, children with MLD performed significantly worse on visual perception, motor skills and visual-motor integration in comparison with age-matched control children. A mild developmental delay in visual perception, visual-motor integration and (fine) motor coordination and a severe delay in motor skills were found in children with MLD. However, not all children with MLD have problems on these domains. They seem to be a heterogeneous group, not only with respect to their mathematical profile but also with respect to their visual perceptual, motor and visual-motor integration skills. Diagnostic implications are discussed.     

The effects of token reinforcement versus cognitive behavior modification on learning-disabled students' math skills

The effects of token reinforcement, cognitive behavior modification, and direct instruction on learning-disabled students' math skills were compared. Math skills were measured by 2-minute classroom timings of basic addition and subtraction problems, and the Stanford Diagnostic Mathematics Test. Treatment was provided to 94 students for 4 weeks in daily 1-hour sessions. Significant differential gain between treatment and direct instruction groups in achievement test scores was found, F(4, 182) = 4.03, p<.01. Token reinforcement and cognitive behavior modification were found to be equally effective. All three groups improved with 2-minute classroom timings, F(2, 91) = 8.53,p<.001. Retention of skills for both treatments was maintained over a 2-week no-treatment period. Teachers' social validity ratings indicated differences between the two treatments relative to student behaviors and teacher roles. It is concluded that token reinforcement and cognitive behavior modification are equally effective techniques to remediate learning-disabled students' math achievement, and both are superior to direct instruction in some cases.     

Relationship of socioeconomic status and ethnicity to primary grade children's self-concept

This study provides evidence regarding the controversy about the relationship of socioeconomic status (SES) and ethnicity to self-concept. Subjects were 345 first-, second-, and third-grade children of low SES (180 were black) attending inner city schools in a large metropolitan area. The Purdue Self Concept Scale was the measure of self-concept. There was a decline in self-concept with grade level (p < .01), and blacks scored higher than whites (p < .01). An analysis of black second-grade children's scores indicated that the race difference was due to the high scores of those with welfare status. Low expectations resulting from SES and ethnic segregation, effects of the black pride movement, and defensiveness are considered as possible explantions.     

Serious Leisure,Health Perception,Dispositional Optimism,and Life Satisfaction Among Senior Games Participants

This study investigated factors that explain the life satisfaction of Senior Games participants. One 193 older adults from the 2005 Michigan State Senior Games and the 2005 New York State Senior Games participated in the study. The results of the study show that one of the indicators of serious leisure (affective attachment) was positively correlated to optimism (.16, p <.05), age (.28, p <.01), and the number of years participated (.28, p <.01). Regression analysis was also used to identify which variables contribute to predicting life satisfaction. It was found that dispositional optimism (β =.308, p <.001) and perceived health (β =.185, p <.05) were significant predictors of life satisfaction.     

Experimental Evaluation of the Value Added by Raising a Reader and Supplemental Parent Training in Shared Reading

Research Findings: In an effort toward developing a comprehensive, effective, scalable, and sustainable early childhood education program for at-risk populations, we conducted an experimental evaluation of the value added by 2 family involvement programs to the Texas Early Education Model (TEEM). A total of 91 preschool classrooms that served minority populations of low socioeconomic status were randomly assigned to TEEM, TEEM plus Raising a Reader (RAR), or TEEM plus RAR augmented by Family Nights. Assessments of oral language and print knowledge were completed by more than 500 children at the beginning and end of the school year. Multilevel analyses of covariance controlled for classroom nesting and individual differences in age, ethnicity, and pretest scores. Although RAR alone demonstrated no added value, augmentation of RAR with Family Nights demonstrated significant impacts on measures of oral language (ts = 1.81–2.51, .05 < ps < .01) and print knowledge (t = 2.39, p < .01). Practice or Policy: Thus, parent training in shared reading practices appears to be necessary for children to benefit from programs that enrich the home literacy environment. That the combined program particularly benefited children who started preschool lagging behind in school readiness (ts = 1.64–2.49, ps < .05) suggests that this comprehensive model offers hope for closing the achievement gap.     

Assessment of visual-motor disabilities in young children: Toward differential diagnosis

This study sought to determine if the nature of disability (visual, motor, or both) could be diagnosed for children with visual-motor integration disabilities and to determine methods by which appropriate diagnoses could be made. A total of 104 children aged 6 and 7 were selected for having Bender Visual-Motor Gestalt Test performance below average for their age. The Motor-Free Visual Perception Test and the Southern California Motor Accuracy Test were then administered to the children, and subgroups were identified who demonstrated no visual disabilities and/or no motor disabilities. These results were seen as supporting the existence of semiautonomous visual and motor systems. Using multiple regression analyses, the types of errors of reproduction, time to completion, and behavioral observations from the Bender Test were considered as predictors of visual perception and motor accuracy. Analyses were performed for the two age groups and two criterion variables separately. The number of integration errors was found to be the only significant predictor of both visual perception and motor accuracy for the six-year-old group and accounted for less than 15% of the variance in each criterion variable. Number of integration errors and the frequency of tracing the design with the finger were found to be significant predictors for the seven-year-old group and accounted for about 22% of the variance. There were no significant predictors of motor accuracy for the seven-year-old group. It was concluded that there is a need for differential diagnosis of visual vs. motor disabilities and for further investigations to determine valid methods. Suggestions for assessment and future research included use of clinical limits-testing procedures, development and refinement of test instruments, and consideration of additional variables in predicting visual perceptual and motor expressive ability.     

The comparison of performance by sex of deaf children on the WISC-R

The Performance Scale of the WISC-R was administered to 60 female and 65 male hearing-impaired subjects. The only significant sex difference found was on the Coding subtest, with females outperforming males by a mean scaled score difference of 1.77 points (t = −3.087, p<.01). Subtest intercorrelational results suggest that deaf females possessed significantly better visual-motor coordination and speed, while males demonstrated better spatial analysis and synthesis skills. A principal factor analysis procedure yielded only one factor for each sex. The high degree of factorial similarity between the female and male samples indicated that the underlying construct being measured by the WISC-R Performance subtests does not differ by gender.     

Does early child negative emotionality moderate the association between maternal stimulation and academic readiness and achievement?

We investigated whether child temperament (negative emotionality, 5 months) moderated the association between maternal stimulation (5 months–2½ years) and academic readiness and achievement (vocabulary, mathematics, and reading). We applied structural equation modeling to the data from the Quebec Longitudinal Study of Child Development (N = 1121–1448; mostly Whites; 47% girls). Compared to children with low negative emotionality, those with high negative emotionality had higher levels of academic readiness (6 years) and mathematics achievement (7 years) when exposed to high levels of maternal stimulation (β = 3.17, p < .01 and β = 2.91, p < .01, respectively). The results support the differential susceptibility model whereby highly emotionally negative children were more susceptible to the influences of low and high levels of maternal stimulation in academic readiness and mathematics achievement's developments.     

Recategorized WISC-R scores of learning disabled Navajo Indian children

WISC-R subtest scaled scores for 192 learning disabled Navajo Indian children were recategorized according to the system recommended by Bannatyne (1974), and subsequently analyzed using a one-way repeated measures analysis of variance. A Newman-Keuls Multiple Range Test was also conducted to determine significant pairwise comparisons. Results indicated that, as a group, the subjects failed to demonstrate the Spatial>Conceptual>Sequential pattern predicted by Bannatyne (1974). Implications for use of Bannatyne's system with learning disabled minority children are discussed.     

Effects of a Computer-Based Early Reading Program on the Early Reading and Oral Language Skills of At-Risk Preschool Children

This study examined the effects of a computer-based early reading program (Headsprout Early Reading) on the oral language and early reading skills of at-risk preschool children. In a pretest–posttest control group design, 62 children were randomly assigned to receive supplemental instruction with Headsprout Early Reading (experimental group) or Millie's Math House (control group) for 30 min each school day for 8 weeks. Children using Headsprout Early Reading made greater gains in early reading skills as measured by the Test of Early Reading Ability (TERA-3), F(1, 59) = 39.35, p < 0.01, and in oral language skills as measured by the Test of Language Development-Primary (TOLD-P:3), F(1, 59) = 37.03, p < 0.01. Effect sizes were large for the gains in both measures (TERA-3, η² = 0.24; TOLD-P:3, η² = 0.17). Teachers' responses to an open-ended interview indicated that the program was perceived as a desirable instructional aid. Educational considerations for preventing future reading difficulties and issues about implementation integrity are discussed.     

A brief screening battery for predicting school achievement at ages seven and nine years

This article describes the development, utilization, and evaluation of an early screening battery for predicting school success or failure. The battery was administered to the pediatric population of the Southern California Permanente Medical Group, Panorama City Medical Center, at the time of the routine five-year health examination. For 411 children whose school performance was assessed by the teacher at age seven years, the Caldwell Test was the best predictor, but it had significant value for girls only (p<0.0001). In 1,251 children evaluated at age nine years, the Beery-Butkenica Developmental Test of Visual-Motor Integration (VMI) and the Caldwell Test were the best predictors (p⩽0.003). In 600 children for whom we had teacher ratings at ages seven and nine years, the VMI repeated at age seven years significantly predicted academic achievement and reading at age nine years for girls and boys (p = 0.007). Although combining the academic performance with VMI results at age seven years yielded 89% accuracy of prediction at age nine years, the false-positive rate represents a serious practical problem of mislabeling children as school failures.