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Miller, Susan; Church, Ellen Booth – Early Childhood Today, 2005
During birth to 2 years, babies are motivated by an innate need to know about things. At 3 to 4 years, children tend to wonder about a lot of things. They wonder about scary things, how things work, nature, origins, and the world around them. At 5 to 6 years, they tend to increase their awareness, observe and notice a lot of differences. The…
Descriptors: Young Children, Developmental Stages, Child Development, Infants

Dinwiddie, Sue A. – Young Children, 1993
Adding plastic gutters to the nursery school's sand area began as a science curriculum enhancement and evolved into a whole curriculum that stimulated cognitive exploration, cooperative dramatic play, language enhancement, and general fun. The children manipulated the gutters and materials such as sand, water, buckets, and tennis balls in a…
Descriptors: Cognitive Development, Discovery Learning, Dramatic Play, Play

Klein, Amelia – Young Children, 1991
Presents a method for initiating discovery learning in early childhood classrooms through the study of ants. Children read about ants, record observations, and conduct experiments. This method teaches children to explore the environment, organize activities, seek resources, and engage in scientific inquiry. Examples of children's work are…
Descriptors: Class Activities, Cognitive Development, Curiosity, Discovery Learning

Hunt, Jasper S., Jr.; Webster, Glenn – Educational Theory, 1981
According to Alfred North Whitehead, education precedes through three stages as it develops students' minds: (1) romantic; (2) precision; and (3) generalization. These stages are related to Whitehead's ideas about prehension and symbolic reference. Educational practices should strike a balance between the stages to encourage learning. (PP)
Descriptors: Cognitive Development, Discovery Learning, Educational Methods, Educational Needs
Staver, John R. – 1986
The goal of this paper is to sketch the epistemological roots of constructivism, to clarify certain implications of Piaget's constructivist theory for science education, and to explicate the issues surrounding a specific research study and its replication. Constructivist epistemology is described in terms of its emergence from rationalist,…
Descriptors: Cognitive Development, Cognitive Processes, Discovery Learning, Elementary Secondary Education

Black, John B.; And Others – Teachers College Record, 1988
A study in which Logo programming was used to teach problem-solving skills to fourth to eighth grade students is described. The results, and their implications for further use of the computer to teach higher order thinking skills, are discussed. The possible use of Prolog programming to teach reasoning skills is described. (JL)
Descriptors: Abstract Reasoning, Cognitive Development, Computer Uses in Education, Discovery Learning
Stegelin, Dolores A. – Young Children, 2005
This article can help teachers and directors become eloquent and effective advocates of play-based early learning environments. It defines play and play policy and discusses distinct research areas that support play policy and practice for physical, cognitive, social, and emotional development within diverse early childhood settings. Also…
Descriptors: Interpersonal Competence, Physical Development, Emotional Development, Emergent Literacy

Simpson, Judith – Art Education, 1996
Maintains that student-centered curriculum embodies the progressive and constructivist principles of active, participatory learning. Advocates emphasizing the importance of context as part of a constructivist approach. Includes instructional examples of connecting contextual information about artworks to constructivist activities. (MJP)
Descriptors: Art Education, Cognitive Development, Cognitive Mapping, Cognitive Structures