Guidelines are given for teaching basic concepts (such as "above,""least," and "different") to students who are educable mentally handicapped. Stressed is direct and systematic instruction in basic concepts as an integral part of the curriculum with concrete, representative, and abstract applications. (DB)

Discusses how daily routines in early childhood and primary grade settings can assist young children's developing understanding of time. Notes adaptable activities, including tracking weather, keeping records, talking about activities, creating time lines, celebrating personal milestones, and recording events and changes. Lists ways to integrate…

This book presents a case for the development of classrooms in which students are encouraged to construct deep understandings of important concepts. The book contains 3 parts with 10 chapters. Part 1, "The Call for Constructivism," includes (1) "Honoring the Learning Process," (2) "Considering the Possibilities," and (3) "Coming to Know One's…

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…

In an effort to investigate the effects of a teaching strategy that helps students to identify concept conflicts through experimentation and guided investigation on students' conceptual changes and learning outcomes, 596 students (393 junior high school, 170 senior high school, and 33 college students) were administered two solution tests…

Arguing that evolution designed us to both teach and learn, this book explains how, and how much, babies and young children know and learn, and how much parents naturally teach them. The chapters are: (1) "Ancient Questions and a Young Science," including the concept of brain as computer, and the developmental science of Piaget and…

Discussed is the teaching of physics with an emphasis on the learning of concepts before problem solving. Examples of this approach are provided. (CW)

Summarizes research on how children think about economic ideas and values and the development of such thinking. Explores the influence of instruction on children's thinking about economics and points out implications for curriculum and instruction. (RH)

Urges "watering up" the curriculum for adolescents with learning disabilities and identifies principles associated with making knowledge construction more meaningful. Offered are specific instructional techniques for use in inclusive settings, such as focusing on teaching big ideas, promoting elaboration, relating to real-world contexts, and…

Aside from being fun to do, singing songs, saying poems and rhymes, and doing finger plays with children helps them develop early literacy skills. The 700 selections in this compilation of songs and rhymes will help children ages 3 to 6 build a strong foundation in skills and concepts such as listening; colors, shapes, and counting; vocabulary;…

While other developmental theories, on a smaller scale, share center stage with Piagetian theory, Jean Piaget will likely be remembered as one of the world's leading psychologists of the twentieth century. This book, with a first version published nearly 20 years ago, attempts to make Piaget's concepts more "user friendly" for those…

Uses four children's explanations to illustrate their use of assimilation and inference in a butterfly life-cycle activity. Describes how interviewing young children about their understanding, and recording and reflecting upon their answers, can allow teachers to better understand how students process information and construct knowledge, and…

A general model of conceptual change which is largely derived from current philosophy of science, but which can illuminate learning as well, is described. Some features of this model are illustrated by interviews with students studying special relativity in physics. Finally, some pedagogical implications are presented. (Author/PB)

Volume 8, No. 2 of Investigations in Science Education contains critiques of articles dealing with science education research about various aspects of instruction. Also included are five responses from authors of articles to critiques of their work as it has been reported in professional journals. In total, this volume contains 10 critiques and…