Use of the Raven Matrices and chronometric devices may prove useful in increasing the disproportionately low number of minority students thus far identified and placed in programs for gifted students. Also recommended are more planning flexibility, increased research funding, better information dissemination, and improved teacher training.…

More than half the minority group students who completed the 1988/89 Science and Technology Entry Program (STEP) at Manhattanville College (New York) scored in the 90-95 percentile on tests of critical thinking, suggesting ability to do well in mathematics, science, and other studies. STEP comprises the following goals: (1) enable students to…

The primary purpose of this study was to determine if a model for identifying gifted and talented students could be developed which would provide equal access to gifted programs for children of all ethnic and economic backgrounds. The culturally and ethnically diverse San Diego City School District provided a pool of over 35,000 children referred…

The relationship of the Progressive Matrices Test (PM) to the Lorge-Thorndike Intelligence Test (LTIQ) and the Wechsler Intelligence Scale for Children (WISC) is examined. Predictive power of these measures with respect to a number of achievement measures was also investigated. The initial sample consisted of 242 first graders and 281 second…

The efficacy of use of the Raven Progressive Matrices Test (RPM) in the selection of gifted children from traditionally underrepresented groups was investigated in a large-scale study with a diverse population. A total of 16,985 subjects were given the Raven Progressive Matrices Test. These included 22.7 percent Latinos, 37 percent Whites, 14…