This practical resource explains brain development from prenatal to age 8 with suggestions for activities educators and caregivers can use to foster children's cognitive growth. The authors begin with the basics of brain development, and the issues that affect it, and then provide information specific to infant, toddler, preschool, and…

Out-of-school time (OST) settings are powerful contexts for youth development when programs and services are intentionally designed. "Youth Development Principles and Practices in Out-of-School Time Settings" increases the capacity of students and professionals to facilitate youths' optimal transition to adulthood through maximizing the…

This article provides early childhood practitioners a way to develop a common understanding of the importance of play in the early learning experience of young children. Meaningful discussion among teachers, parents, administrators, and teacher candidates regarding play in early childhood education programs is critical to ensure the growth and…

The notion of general cognitive ability (or "intelligence") is explored and why the time might now be ripe for educators to re-consider the power offered by a general intellectual capacity which is itself amenable to educational influence. We review existing knowledge concerning general intelligence, including the cohabitation of general and…

When a battery of tests commonly associated with intelligence was administered to 144 13 year olds identified as extremely precocious, the verbally precocious students scored higher on verbal and general knowledge types of tests, and mathematically precocious students scored higher on tests of nonverbal reasoning, spatial ability, and memory.…

Described are the results of a spatial skills test designed to assess processing from 2-D to 3-D, 3-D to 2-D, and orientation. Results indicated that different aspects of spatial ability did not develop at the same rate, and the 3-D to 2-D skill took the longest to develop. (CW)

Reports on an exploratory study of a metacognitive approach to teaching low achieving secondary students. Asserts that the research team hoped to examine a process whereby a dialog about learning processes would develop. Finds that all students indicated that they were able to focus on learning as a topic of conversation. (CFR)

Describes five skills underpinning the understanding of geometry for primary and lower secondary mathematics students. Skill categories identified include (1) visual; (2) verbal; (3) drawing; (4) logical; and (5) application. Gives examples of skills appropriate for Van Hiele levels 1-3. (MDH)

Head Start children (n=446), divided into intervention and comparison groups, received programing to enhance thinking skills. Intervention group children identified as gifted also received programing in their talent area. Intervention group children, whether or not identified as gifted, made significant gains over the comparison group in cognitive…

States that comprehension of expository text and the ability to summarize are factors in students' success with such material. Describes a model that induces students to use existing schemata to create new and necessary expectations while providing a technique for explicitly teaching the components of effective summaries. (JK)

Reviews the development of spatial organization in children with blindness. Discusses the importance of motor exploration, tactual development, and spatial representation as critical factors in developing spatial and cognitive organizations of their surroundings. Suggests seven specific activities to improve spatial organization in blind children.…

The acquisition of spatial terms in the language development of young children is examined. Two primary theories of word meaning and concept acquisition are reviewed, followed by a summary of current developmental research on spatial terms and factors influencing acquisition. Finally, guidelines for the assessment and teaching of spatial terms are…

Discusses the development of visual thinking in students. Also presents a strategy that incorporates visualization exercises within the framework of traditional mathematics. The technique appears successful for students studying geometry, fractions, and problem solving. Visualization abilities increase understanding and therefore give students…

A program was developed to increase teachers' and caregivers' understanding of the characteristics of young gifted children, and to provide an overview of brain development and function. The program used a variety of techniques, including yoga, guided visualization, creativity and flexible thinking skills, story writing, and kinesiology, to…

Questionnaire results indicate that, although first-year, undergraduate science students (n=109) recognize the correct sources of energy for organisms, they simultaneously hold misconceptions about other essential, but nonenergy-supplying, conditions as sources of energy supply. Occurrence rates for these misconceptions vary with the students'…