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Snyder, Julia J.; Carter, B. Elijah; Wiles, Jason R. – CBE - Life Sciences Education, 2015
In entry-level university courses in science, technology, engineering, and mathematics fields, students participating in associated laboratory sessions generally do better than those who have no related lab classes. This is a problem when, for various reasons, not enough lab sections can be offered for students and/or when students opt out of…
Descriptors: STEM Education, Science Education, Cooperative Learning, Science Laboratories

Prigo, R. B.; And Others – American Journal of Physics, 1975
Provides a description and evaluation of a university's recently instituted physics learning center. Photos and text reveal some uses of the facility. (Author/CP)
Descriptors: College Science, Higher Education, Laboratory Experiments, Laboratory Procedures

Oppenheimer, Frank – Physics Today, 1975
Questions present methods of science instruction in secondary schools. Offers suggestions to increase learning efficiency by substitution of alternate instructional procedures. The Exploratorium in San Francisco is identified as one alternative. (CP)
Descriptors: Exhibits, Instruction, Learning Laboratories, Museums
Rapp, John – Engineering Education, 1975
Describes self-paced freshmen courses in electronics using study guides with questions answerable entirely from laboratory measurements. Discusses the problem of supplying students with needed results of evaluation quickly. No statistics are included. (GH)
Descriptors: College Science, Electronics, Engineering Education, Higher Education

Evans, Mildred W. – Science and Children, 1979
Tips for organizing and operating a resource center are presented. (BB)
Descriptors: Elementary Education, Elementary School Science, Learning Laboratories, Mathematics Education

Coble, Charles R.; Hounshell, Paul B. – Science and Children, 1978
Describes how to organize Learning Centers, the basic curriculum decisions to be made with respect to learning objectives, activities, materials involved, and the process of evaluation to monitor pupils' progress. (GA)
Descriptors: Curriculum Development, Elementary Education, Elementary School Science, Evaluation

Russock, Howard I. – American Biology Teacher, 1977
Describes individualized television instruction involving active student participation, where experiments on air breathing in fish and shoot growth were videotaped. Students collected data directly from the television screen. Student accuracy was found to be excellent; reactions to the medium were found to be apathetic. Reasons for apathy are…
Descriptors: Audiovisual Aids, Biology, College Science, Educational Research
Doyle, Charles – NJEA Review, 1979
Suggests how an unused portion of the schoolyard can be inexpensively transformed into an environmental study area and outlines some plant study activities for students. (SJL)
Descriptors: Elementary Secondary Education, Environmental Education, Learning Laboratories, Nature Centers

Reed, Judith – Children Today, 1974
Describes laboratory lessons and demonstrations available for elementary and junior high students on tour of Seattle Center. Also discusses program offered teachers who want advanced training in science and math. (SET)
Descriptors: Educational Planning, Elementary School Students, Exhibits, Experiential Learning
Stauss, Nyles G. – 1978
This publication discusses how the open-space school can facilitate the development and utilization of science learning units. The following three concepts are presented to establish a basis for this discussion: (1) the open classroom, (2) the open-space school, and (3) the learning center. An attempt is made to convey an operational definition of…
Descriptors: Educational Development, Educational Innovation, Elementary Secondary Education, Interior Space
Bombaugh, Ruth; Jefferys, Lynn – Mathematics Teaching in the Middle School, 2006
In this article, the authors demonstrate how a simple math lab incorporating monthly height measurements can address multiple science and mathematics standards such as collecting, organizing, and describing data in context; drawing conclusions; and making hypotheses from these data. Although the yearlong math lab can be accomplished in either the…
Descriptors: Science Education, Mathematics Instruction, Data Collection, Academic Standards