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Cummins, Sunday – Educational Leadership, 2015
Although students do need hands-on experiences to master key skills in science, technology, and engineering, Cummins asserts, K-12 teachers should also help students understand key STEM concepts by reading, writing, and talking about the work of professional scientists and engineers. Cummins lists high-quality texts that help young people…
Descriptors: Scientists, STEM Education, Scientific Concepts, Concept Teaching
Shumow, Lee; Schmidt, Jennifer A. – Educational Leadership, 2015
Why and under what conditions might students value their science learning? To find out, the authors observed approximately 400 science classes. They found that although several teachers were amazingly adept at regularly promoting the value of science, many others missed out on important opportunities to promote the value of science. The authors…
Descriptors: Science Instruction, Scientific Literacy, Scientific Principles, Science Interests
Fisher, Peter J.; Blachowicz, Camille L. Z. – Educational Leadership, 2013
The Common Core standards distinguish between domain-specific vocabulary (topic, point on a graph) and general academic vocabulary (consist of, analyze), but is this a false dichotomy, the authors ask? Analyzing character development, they point out, is not the same as analyzing data. This has implications for vocabulary instruction in the areas…
Descriptors: Academic Standards, Vocabulary, Mathematics Instruction, Science Instruction
Root-Bernstein, Robert; Root-Bernstein, Michele – Educational Leadership, 2013
Walter Alvarez, a doctor and physiologist of some renown, decided to send his scientifically talented son, Luis, to an arts and crafts school where Luis took industrial drawing and woodworking instead of calculus. Luis Alvarez won the Nobel Prize in physics in 1968. Einstein was certainly not a standout in his mathematics and physics classes. Yet…
Descriptors: Physics, Fine Arts, Leadership, Classroom Environment
Boerman-Cornell, Bill – Educational Leadership, 2013
Graphic novels (book-length fiction or nonfiction narratives told using the conventions of a comic book) bring together text and image in a way that seems to capture students' imaginations. Right now, there is little more than anecdotal research about how graphic novels can be used within specific middle school and high school disciplines. As…
Descriptors: Cartoons, Novels, Reading Materials, Student Motivation
Hammer, Margaret; Polnick, Barbara – Educational Leadership, 2007
Many undergraduates seeking elementary teaching certification are uncomfortable with or uninterested in science; however, these future teachers are charged with the responsibility of teaching science to young students. Hammer and Polnick surveyed science methods students at Sam Houston State University and found that only about half of them rated…
Descriptors: College Science, Science Teachers, Science Education, Teacher Education
Wiggins, Grant; McTighe, Jay – Educational Leadership, 2008
Why are so many high school students bored, passive, and apathetic? Why do they typically perform adequately on assessments requiring recall and basic skills, but do poorly on tasks requiring application or careful analysis and explanation? The authors trace these problems to a lack of clarity about the goals of a high school education. The…
Descriptors: High Schools, High School Students, Student Attitudes, Role of Education
Roth, Kathleen; Garnier, Helen – Educational Leadership, 2007
Using the Trends in International Mathematics and Science (TIMSS) video study, the authors compare science teaching practices in the United States and in four other countries that outperformed the United States: Australia, the Czech Republic, Japan, and the Netherlands. Their observations of videotapes from 100 8th-grade science lessons in each…
Descriptors: Foreign Countries, Teaching Methods, Science Education, Science Instruction
Robertson, Bill – Educational Leadership, 2007
Robertson discusses the "perceived dichotomy" that permeates science teaching: teachers can either stress inquiry learning with lots of hands-on experiences or stress content knowledge and swap hands-on inquiry for direct instruction. Although a curriculum of unstructured hands-on science activities leads to shallow content knowledge, it is…
Descriptors: Teaching Methods, Science Activities, Learning Processes, Curriculum Development
Tomlinson, Carol Ann; Germundson, Amy – Educational Leadership, 2007
Tomlinson and Germundson compare teaching well to playing jazz well. Excellent teaching involves a blend of techniques and theory; expressiveness; syncopation; call and response, and, frequently, improvisation. Weaving in analogies to jazz, the authors delineate four elements of such teaching: curriculum that helps students connect to big ideas,…
Descriptors: Science Teachers, Music Techniques, Music Activities, Interdisciplinary Approach
Peer reviewedSegal, Judith W.; Chipman, Susan F. – Educational Leadership, 1984
The National Institute of Education has supported new research and synthesized existing information to provide teachers and administrators with direction for cognitive instruction. Efforts have been made to identify kinds of thinking and learning conducive to success in particular subjects and to offer useful research-based ideas to teachers. (TE)
Descriptors: Cognitive Development, Cognitive Processes, Critical Thinking, Elementary Secondary Education
Nelson, George D.; Landel, Carolyn C. – Educational Leadership, 2007
The authors question whether elementary students will have access to effective science and mathematics instruction within the current structure of elementary schools, in which each classroom teachers is expected to possess the expertise to teach all subjects well. They review research showing that good teachers are the key to student achievement…
Descriptors: Elementary School Science, Elementary School Teachers, Mathematics Instruction, Team Teaching
Dicks, Matthew J. – Educational Leadership, 2005
Because today's students have grown up steeped in video games and the Internet, most of them expect feedback, and usually gratification, very soon after they expend effort on a task. Teachers can get quick feedback to students by showing them videotapes of their learning performances. The author, a 3rd grade teacher describes how the seemingly…
Descriptors: Feedback, Videotape Recordings, Student Evaluation, Teacher Effectiveness

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