Bender Gestalt Test performance and the word recognition skills of disadvantaged children

The Bender Gestalt Test and the WRAT reading section were administered to 147 disadvantaged children. The zero-order correlation of ?.62 was found to be moderated by the variable of age. For younger subjects, highly significant first- and second-order partial correlations were obtained with age and/or WISC information scores held constant.     

Concurrent validation of Hutt's Bender Gestalt screening method for schizophrenia, depression, and brain damage

The effectiveness of Hutt's Bender Gestalt scoring system in screening for schizophrenia, depression, and brain damage was investigated in a sample of mixed, psychiatric inpatients. Fifteen patients represented each diagnostic category. After an examination of each patient's Bender Gestalt protocol according to Hutt's criteria, it was found that the true positive and true negative success rates of the screening procedures for depression and brain damage were significantly higher than corresponding base rates. The Lacks Bender Gestalt screening method for brain damage was no more successful than the Hutt method in identifying true positives and true negatives. With the brain-damaged patients excluded, Hutt's screening procedures for both depression and schizophrenia resulted in significantly high rates of successful identification of true positives and true negatives. Moreover, these rates did not significantly differ from those determined by patients' Minnesota Multiphasic Personality Inventory (MMPI) T scores on corresponding scales.     

Concurrent Validation of Hutt's Bender Gestalt Screening Method for Schizophrenia,Depression, and Brain Damage

The effectiveness of Hutt's Bender Gestalt scoring system in screening for schizophrenia, depression, and brain damage was investigated in a sample of mixed, psychiatric inpatients. Fifteen patients represented each diagnostic category. After an examination of each patient's Bender Gestalt protocol according to Hutt's criteria, it was found that the true positive and true negative success rates of the screening procedures for depression and brain damage were significantly higher than corresponding base rates. The Lacks Bender Gestalt screening method for brain damage was no more successful than the Hurt method in identifying true positives and true negatives. With the brain-damaged patients excluded, Hutt's screening procedures for both depression and schizophrenia resulted in significantly high rates of successful identification of true positives and true negatives. Moreover, these rates did not significantly differ from those determined by patients' Minnesota Multiphasic Personality Inventory (MMPI) T scores on corresponding scales.     

The Bender Visual Motor Gestalt Test: Implications for the diagnosis and prediction of reading achievement

The Bender Visual-Motor Gestalt Test (BG) is a commonly used measure of visual-motor performance and is often used as part of the predictive or diagnostic reading battery. This article reviews 32 published research studies in three areas: the utility of the BG as a predictor of reading; the relationship between the BG and reading achievement measured concurrently; the ability of the BG to differentiate between good and poor readers. The research reviewed suggests that the continued use of the BG (scored using discrete error systems) as part of the predictive or diagnostic reading battery is not warranted.     

Visual‐motor and executive functions in children born preterm: The Bender Visual Motor Gestalt Test revisited

Böhm, B., Lundequist, A. & Smedler, A.‐C. (2010). Visual‐motor and executive functions in children born preterm: The Bender Visual Motor Gestalt Test revisited. Scandinavian Journal of Psychology, 51, 376–384. Visual‐motor development and executive functions were investigated with the Bender Test at age 5½ years in 175 children born preterm and 125 full‐term controls, within the longitudinal Stockholm Neonatal Project. Assessment also included WPPSI‐R and NEPSY neuropsychological battery for ages 4–7 ( Korkman, 1990 ). Bender protocols were scored according to Brannigan & Decker (2003) , Koppitz (1963) and a complementary neuropsychological scoring system (ABC), aimed at executive functions and developed for this study. Bender results by all three scoring systems were strongly related to overall cognitive level (Performance IQ), in both groups. The preterm group displayed inferior visual‐motor skills compared to controls also when controlling for IQ. The largest group differences were found on the ABC scoring, which shared unique variance with NEPSY tests of executive function. Multiple regression analyses showed that hyperactive behavior and inattention increased the risk for visual‐motor deficits in children born preterm, whereas no added risk was seen among hyperactive term children. Gender differences favoring girls were strongest within the preterm group, presumably reflecting the specific vulnerability of preterm boys. The results indicate that preterm children develop a different neurobehavioral organization from children born at term, and that the Bender test with a neuropsychological scoring is a useful tool in developmental screening around school start.     

Reliability and factorial validity of the standard progressive matrices among Kuwaiti children ages 8 to 15 years

The Raven Standard Progressive Matrices was administered to a sample of 6,529 children in Kuwait ranging in age from 8 to 15 years. Test-retest reliability (N = 968) ranged between .69 and .85, while Cronbach coefficients alpha ranged from .88 to .93, showing from acceptable to good temporal stability and from good to high internal consistency. The loadings of the five sets of matrices on the only salient factor ranged from .73 to .89 indicating the good factorial validity of the scale. The rtest seems useful in the Kuwaiti context.     

Performance of neurotics and stables on the standard progressive matrices

The significance of the role of Neuroticism (N) as an important determiner of learning and performance was investigated. The relation of N to performance on intelligence tests was analyzed and it was predicted that as item difficulty increased high N subjects would perform progressively worse and low N subjects would perform better. This type of analysis was shown to demonstrate the Yerkes-Dodson phenomenon better than a single total test score. In the present investigation, 400 subjects were selected for a 2 × 2 design consisting of two personality groups (neurotics vs. stables) and two sexes. Subjects were administered the Standard Progressive Matrices, an intelligence test having five progressively more difficult stages. The findings were that neurotics performed better on the simpler set, but as items became more difficult the stables performed significantly better than neurotics. A correlational analysis also showed a positive relation between N and the first set of items, and a negative relation between N and the other four sets.     

Relationships between ability requirements and human errors in job tasks

This article describes a program of research investigating the relations between abilities required to perform job tasks and human error probabilities while performing these tasks. Study 1, using objectively derived human errors made in performing Air Force job tasks, evaluated an ability-requirements classification methodology and found that error rates were related to the numbers, types, and levels of different abilities required. In Study 2, subject matter expert panels used the methodology to identify the ability requirements of tasks in 2 different jobs found in each of 2 types of nuclear power plants. This study, using a task-anchored scale of human error probability, replicated the findings of Study 1, identified 2 ability requirements that cross-validated in predicting task-error probabilities across both jobs and plants, and identified other abilities specific to error probabilities in each job.     

The Raven's progressive matrices: change and stability over culture and time

Data relating to the stability and variation in the norms for the Raven's Progressive Matrices Test (a well-validated measure of basic cognitive functioning) for different cultural, ethnic, and socioeconomic groups on a worldwide and within-country basis are first summarized. Subsequent sections deal with variation over time. A possible explanation for the variation in norms over time and between ethnic groups within countries is offered.