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McCurry, Niki; McCurry, Alan – Computing Teacher, 1992
Discusses the dynamics and outcomes of an unplanned classroom activity that developed from the integration of the use of spreadsheets with the study of the characteristics of previously collected seashells, specifically their color, size, shape, texture, and any other obvious differences. (JJK)
Descriptors: Classroom Techniques, Computer Assisted Instruction, Data Collection, Discovery Learning
Peer reviewedAustin, Joe Dan – School Science and Mathematics, 1992
Presents several problems that use calculator or computer-generated graphs of the absolute value function as related to the maximum and minimum functions to illustrate the statistical concepts of range, median, mean, and variance. (MDH)
Descriptors: Calculators, Computer Assisted Instruction, Discovery Learning, Functions (Mathematics)
Peer reviewedMebane, Robert C.; Rector, Bronwyn – Science and Children, 1991
Presents activities that utilize balloons to encourage students to explore questions related to scientific concepts. Concepts explored include light, heat, charged ions, polarization, and the sense of smell. (MDH)
Descriptors: Chemistry, Color, Concept Formation, Discovery Learning
Peer reviewedStanley, William B.; Whitson, James A. – International Journal of Social Education, 1992
Argues current social studies reform movement raises false dichotomy between those who would emphasize content of history geography and those who would focus on critical thinking or information processing skills. Contends real goal of social studies should be practical citizenship competencies/participation. Concludes that teachers should create…
Descriptors: Citizenship Education, Civics, Curriculum Development, Discovery Learning
Peer reviewedKlein, 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
Peer reviewedJungck, John R. – Teaching Education, 1991
Input from constructivist scholars and science teachers helps develop future biologists and biology teachers who better understand scientific investigation through their development and use of investigative software, as well as through laboratory and field activities. (SM)
Descriptors: Biology, Computer Uses in Education, Cooperative Learning, Courseware
Shore, Debra – Teacher Magazine, 1991
Project SEED is a successful program that teaches elementary school students advanced math. Specialists conduct 45-minute lessons, asking questions designed to help students discover mathematical logic. Students respond with a system of SEED hand signals which allow everyone to participate and be monitored at once. (SM)
Descriptors: Creative Teaching, Discovery Learning, Elementary Education, Elementary School Mathematics
Peer reviewedBlasco, Patricia Mulhearn; And Others – Journal of Early Intervention, 1990
This study examined maternal contributions to development of spontaneous mastery in 30 toddlers with and 31 without cerebral palsy. Mothers in the 2 groups did not differ in the quality and appropriateness of interactions with their children. Maternal involvement was found to contribute significantly to both spontaneous mastery and developmental…
Descriptors: Cerebral Palsy, Child Development, Discovery Learning, Exploratory Behavior
Peer reviewedSchliemann, Analucia Dias; And Others – Journal of Mathematical Behavior, 1993
A 14-year-old Brazilian boy in the fourth grade was given 170 problems orally, each asking for the sum of 2 2-digit numbers. Responses indicated he had invented his own algorithm for addition, similar to the school one, based largely on his experiences with money. (Contains 13 references.) (JAF)
Descriptors: Addition, Algorithms, Case Studies, Computation
Peer reviewedHudson, Sandra – Mathematics Teacher, 1994
Discusses an activity using lined paper and rulers to discover and prove the triangle proportionality theorem. (MKR)
Descriptors: Discovery Learning, Induction, Mathematics Education, Mathematics Instruction
Peer reviewedBevevino, Mary M.; Dengel, Joan; Adams, Kenneth – Clearing House, 1999
Describes the learning-cycle inquiry model and applies it to a history lesson on the problems and conflicts leading to World War I. Describes how students tackle a teacher-created problematic situation by conceptualizing questions, constructing hypotheses, and reaching consensus on solutions; debate their proposed solutions with the class; and…
Descriptors: Class Activities, Concept Formation, Constructivism (Learning), Discovery Learning
Peer reviewedWeber, Larry – Green Teacher, 1998
Describes a natural science course designed to teach students that nature is nearby rather than somewhere else. Students learn about local flora and fauna, track the weather, and closely monitor the progression of the seasons. The course uses no textbook, regularly uses the outdoors as a classroom, and follows the seasons' phenology as the…
Descriptors: Astronomy, Discovery Learning, Ecology, Elementary Secondary Education
Peer reviewedBritzman, Deborah P.; Pitt, Alice J. – Theory into Practice, 1996
Teaching must allow teachers to learn from students' learning. Anna Freud's approach emphasizes the psychoanalytical concept of transference. The paper describes the logic behind an undergraduate foundations of education course that examined whether study of the self studying education could create new conditions of learning and creating…
Descriptors: Discovery Learning, Foundations of Education, Higher Education, Knowledge Base for Teaching
Buffin, Lilli-ann – Child Care Information Exchange, 1998
Discusses the thoughtful selection and organization of multi-use, multi-sensory items that hold their appeal as children grow, or that satisfy the interests of mixed-age groups. Suggestions include using real tools, pots and pans, and recycled food containers, as well as "wild" outdoor areas and learning or activity centers. (TJQ)
Descriptors: Classroom Environment, Discovery Learning, Early Childhood Education, Educational Equipment
Peer reviewedCole, Sheila – Science Scope, 2002
Recommends that middle school teachers try an inquiry approach in Earth science. Describes guiding the inquiry, formulating the problem statement, and establishing the rules for inquiry. (DDR)
Descriptors: Discovery Learning, Earth Science, Educational Strategies, Elementary Secondary Education


