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De Vito, Alfred – Sci Children, 1970
Discusses questioning techniques and problem solving approaches for a sixth grade elementary school physical science activity using dry ice. Sequential steps of analysis and synthesis and supportive science demonstrations necessary for closure on Why" type questions are emphasized. (JM)
Descriptors: Elementary School Science, Grade 6, Inquiry, Instruction
Peer reviewedSchwaab, Karl E. – Journal of Environmental Education, 1982
Surveyed 296 Illinois environmental educators on effectiveness of instructional strategies in environmental education and how often a given strategy is used. Results of questionnaires (117 returned) indicate that teachers tend to use less effective methods (lecture, teacher-led discussions) rather than those they consider more effective (inquiry,…
Descriptors: Elementary Secondary Education, Environmental Education, Human Resources, Inquiry
Peer reviewedSullivan, Jerry L. – Exercise Exchange, 1983
Proposes a method of teaching literature that not only leads students to understand and enjoy a poem or story but also helps them to relate personally to the work they are reading. (FL)
Descriptors: English Instruction, Higher Education, Inquiry, Literature Appreciation
Markle, Sandra – Instructor, 1983
Facts about the geological formation and modern functions of Niagara Falls are given in this article, the second in a series about natural wonders. Questions for class discussion, directions for making a model waterfall, possible writing topics, and resources for further information about waterfalls are included. (PP)
Descriptors: Class Activities, Earth Science, Elementary Education, Inquiry
Peer reviewedHarlen, W.; Dahar, R.W. – Journal of Curriculum Studies, 1981
Presents highlights from a paper which was delivered at a seminar concerned with science education in elementary schools. The specific focus of the seminar was the possibility of developing process skills through the teaching of science in elementary schools, the means of assessing such skills, and the implications of so doing for teacher training…
Descriptors: Curriculum Development, Educational Assessment, Elementary Education, Inquiry
Mayhew, Leon – Improving College and University Teaching, 1981
Subject matter in general education is simply the vehicle for instruction. Beyond the disciplines themselves, general education should provide seven forms of competency: vocabulary, learning skills, methods of inquiry, perspective, understanding of limitations, ability to find implications, and sensitivity. (MSE)
Descriptors: Cognitive Processes, College Curriculum, College Instruction, Competence
Peer reviewedDilworth, Collett B., Jr. – Journal of Aesthetic Education, 1980
Presented is an overview of two types of inquiry which may be used in literature study: inquiry concerning the formal, rhetorical, and semantic features of the text and inquiry generated by the individual's response to the work. The effects of these strategies on students' higher-order cognition are considered. (Author/SJL)
Descriptors: Cognitive Development, Elementary Secondary Education, English Instruction, Inquiry
Mandell, Phyllis Levy; Rosenthal, Shiri – Previews, 1980
Presents abstracts of films and cassettes for the elementary school dealing with basic safety, bicycle safety, electrical safety, emergencies and how to deal with them, fire and holiday safety, playground safety, poisons, school and bus safety, signs and signals, skateboard and water safety. (CS)
Descriptors: Accident Prevention, Accidents, Educational Media, Educational Technology
Peer reviewedRyan, Frank L. – Journal of Experimental Education, 1978
Seventy fifth and sixth grade students were randomly assigned to one of two instructional groups. Instruction for both groups was implemented within similar high-level questioning environments. However, in one group the teacher elicited more high-level student responses per question posed than was the case in the second group. (Author)
Descriptors: Abstract Reasoning, Academic Achievement, Dogmatism, Elementary Education
Peer reviewedAllender, Jerome S.; Silberman, Melvin L. – Journal of Humanistic Psychology, 1979
Three models were conceptualized for facilitating student-directed learning: teacher-guided, group-planned, and individual-oriented. Undergraduates in an educational psychology course were studied using the Involvement Behavior Questionnaire and the Inquiry Fluency Task. All three experimental treatments encouraged student involvement. The…
Descriptors: College Students, Comparative Analysis, Higher Education, Inquiry
Peer reviewedArmstrong, Terry; Heikkinen, Michael – Science and Children, 1977
Lists ten characteristics for a suitable focus topic for open-ended science problems. Examples of appropriate focus statements in the areas of life, earth, and space science are included. Discusses options open to teacher and student in providing open-ended learning. (CS)
Descriptors: Elementary Education, Elementary School Science, Inquiry, Instruction
Peer reviewedConnell, Karen J.; And Others – Educational Horizons, 1976
Descriptors: Allied Health Occupations Education, Case Studies, Educational Objectives, Higher Education
Peer reviewedGlaubman, Rivka; Glaubman, Hananyah; Ofir, Lea – Journal of Educational Research, 1997
This study investigated the effects of a self-questioning intervention for Israeli kindergartners. Researchers used theory-based interventions (active processing and metacognitive intervention) and traditional methods to facilitate questioning, story comprehension, and self-directed learning. Theory-based training proved to be the most…
Descriptors: Active Learning, Foreign Countries, Independent Study, Inquiry
Peer reviewedPalmer, David – School Science Review, 1997
Outlines a teaching strategy designed to promote hands-on, inquiry-type learning. This strategy is based on constructivist principles and reflects much of the current understanding of how children learn science. Contains 31 references. (DDR)
Descriptors: Constructivism (Learning), Elementary Education, Foreign Countries, Hands on Science
Peer reviewedWetzel, David – Science Teacher, 1997
Argues for the need to provide students with independent scientific research experiences to explore scientific developments that have changed their world. Enables students to develop minds-on science skills through scientific inquiry. (DDR)
Descriptors: Elementary Secondary Education, Independent Study, Inquiry, Relevance (Education)


