Writing teachers can enable students to think critically by teaching composition courses according to two principles: sequencing and revision. The teaching of a basic reading and writing course for college freshmen illustrates how writing, taught from a discovery perspective and in conjunction with selected readings, can develop students' ability…

Presented is a paradigm for science education research. The paradigm advances the reception learning theory, where regularities to be learned are presented explicitly to the learner. A tool for the study of knowledge production in science education, the Gowin "V," is presented. (RE)

A successful teacher education program based on the philosophy of open school education is described. (JD)

Describes an open-ended, inquiry-based chemistry lab in which students design and construct snow globes. Encourages the development of problem solving skills. (DDR)

Reviews current literature in the fields of computer science and education that is related to the structure and use of hypermedia; discusses discovery and incidental learning; examines the nature of the environment and of the learner; describes implications for the design of hypermedia-assisted instruction (HAI); and suggests further research…

Describes how teachers can rethink traditional questioning to make it a more authentic and powerful impetus to learning for students. Shows how authentic questions stimulated a six-week study of the Holocaust undertaken by a seventh-grade teacher and her students. (SR)

Children's natural propensity for wonder is important to learning. Educators play a vital role in keeping that sense of wonder alive; educators must not merely supply explanations, but must move young children toward solving their own problems through active exploration, discovery, and reflection--processes that are pertinent to our responses in…

One of the most important questions I ask as both a cultural anthropologist and a university teacher is: How do people come to know what they think they know? In this article, I adopt a narrative approach to processes of learning and discovery in two very different locales, an indigenous society in the South Pacific, and a senior seminar on…

The role of block building in children's learning was studied by a student teacher who observed a teacher's block building curriculum in a combined first and second grade class. The purpose was to clarify the linkage between thinking and doing, spoken intention and actual consequences, and planning and spontaneity in the curriculum. The cycle of…

Shows the necessity of foreign language education for cognitive and attitudinal purposes as well as for utilitarian reasons. Foreign language learning/teaching can be of great educational value when it follows the thread of the logical and psychological steps in the creative/discovery procedure. A learning algorithm is mapped on page 61. See FL…

Described is the nature of scientific enterprise, the nature of thinking and problem solving, and the nature of science as an adventure. It is suggested that teachers of science could use this book to help make science education a liberating and intellectually stimulating experience. It is a book which treats exhaustively the theoretical and…

The primary purpose of this paper was to present the distinction between the actual contributions of Piaget regarding epistemological questions and the manner in which these contributions have been interpreted to provide a basis for current educational curriculum reform. It is the contention of the authors that the Piagetian theory concerning the…

The purpose of this study was to test the learning by discovery controversy. Three seventh-grade science classes of above average readers were selected and randomly assigned to one of three experimental treatments: discovery, guided discovery, or programed instruction. The instructional materials were derived from the Michigan Science Curriculum…

Some ways in which exploratory activities of the preschool child involve science concepts are described. The role of adults knowledgeable about both science and child development is stressed. Emphasis is placed on hands-on experiences. (EB)

Hands-on experiences are encouraged and some examples given to promote discovery learning for the very young. (EB)