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Peer reviewedWhitby, Virginia – Primary Science Review, 1998
Discusses using questioning to encourage nursery school children to develop skills of observation and communication. An effective way of exploring the ideas children hold is through productive questioning. (Author/CCM)
Descriptors: Communication (Thought Transfer), Development, Nursery Schools, Observation
Peer reviewedVause, Judy; Coates, David – Primary Science Review, 1999
Explores ways of improving the confidence and competence of children and teachers in data handling and interpretation. (Author/CCM))
Descriptors: Data Interpretation, Elementary Secondary Education, Interpretive Skills, Science Instruction
Peer reviewedSolano-Flores, Guillermo – Science Activities, 2000
Describes a bubble activity related to the concepts of force and motion. Uses soap solutions for the task and evaluates students according to their performance in the problem solving process and garnering investigation results, which are conceptually based. Promotes and assesses science process skills. (Contains 20 references.) (YDS)
Descriptors: Elementary Secondary Education, Force, Hands on Science, Motion
Peer reviewedJones, T. Griffith; Jones, Linda Cronin – Science and Children, 2000
Explains the procedure of constructing a geological timeline pit for elementary and secondary science classes. Presents a follow-up activity and discusses the impact of fossil pits. (YDS)
Descriptors: Archaeology, Elementary Secondary Education, Field Trips, Nonformal Education
Peer reviewedAkerson, Valarie L. – Science and Children, 2001
Discusses the importance of using interdisciplinary instruction in science education. Suggests ways for successful interdisciplinary instruction, developing science skills through language, and getting the most out of nonfiction books. (Contains 21 references.) (ASK)
Descriptors: Content Area Reading, Elementary Secondary Education, Interdisciplinary Approach, Language
Peer reviewedGreene, Janice Schnake; Greene, Brian D. – Science Activities, 2001
Discusses using amphibians and reptiles as an excellent resource for students to observe and gain an understanding of the process of science. These animals are easy to maintain in the classroom and play important roles in ecosystems as the prey for many birds and mammals and as the predators of various organisms. (SAH)
Descriptors: Animal Behavior, Animals, Elementary Secondary Education, Inquiry
Peer reviewedMabie, Rachel; Baker, Matt – Journal of Agricultural Education, 1996
Three fifth- and sixth-grade classrooms (147 students) were observed over 10 weeks. Science was taught either through (1) short, in-class projects; (2) an ongoing gardening project; or (3) teacher-oriented expository method. Participation in agriculturally oriented experiential activities, such as the projects, had a greater effect on science…
Descriptors: Class Activities, Elementary Education, Elementary School Students, Experiential Learning
Peer reviewedLeary, Rosemary F. – Science and Children, 1996
Cites research to support the idea that field trips are more successful for students if they receive a process skills orientation as opposed to a cognitive orientation to the field trip experience. Provides details on planning and preparation for a trip to the zoo. (DDR)
Descriptors: Class Activities, Elementary Education, Experiential Learning, Field Trips
Peer reviewedDenyer, Gareth – Biochemical Education, 2000
Describes a method for empowering biochemistry students to think critically about research data. Encourages students to formulate their own opinions by removing the usual dominant expert commentary. (Author/CCM)
Descriptors: Biochemistry, Critical Thinking, Evaluation Methods, Higher Education
Peer reviewedDonaldson, Nancy L.; Odom, A. Louis – Science Activities, 2001
Presents an inquiry-based science laboratory on the harmonic motion of the pendulum aimed at middle and high school students. Explains the appropriate assessment procedure for the laboratory. (YDS)
Descriptors: High Schools, Inquiry, Mechanics (Physics), Middle Schools
Williams, Wendy, M.; Papierno, Paul, B.; Makel, Matthew, C.; Ceci, Stephen, J. – Journal of Applied Developmental Psychology, 2004
We describe a new educational program developed by the Cornell Institute for Research on Children (CIRC), a research and outreach center funded by the National Science Foundation. Thinking Life A Scientist targets students from groups historically underrepresented in science (i.e., girls, people of color, and people from disadvantaged…
Descriptors: Science Education, Thinking Skills, Science Process Skills, Outreach Programs
Belk, Elizabeth Joann; Seed, Allen H.; Abdi, Wali – Science Scope, 2005
Reading comprehension skills promote achievement in science, so how can teachers help students to develop these skills? Research indicates that students who read well are more likely to be successful in school and in life (Belk 1999). Furthermore, there is a direct link between science skills and reading skills (Carter and Simpson 1978). There are…
Descriptors: Content Area Reading, Science Process Skills, Reading Comprehension, Reading Strategies
Hadzigeorgiou, Yannis; Fotinos, Nick – Science Education Review, 2007
This article discusses the role of imagination in science education. It provides a justification for imaginative thinking in the context of school science, as well as some strategies that can be implemented by science teachers in their classrooms.
Descriptors: Science Education, Imagination, Science Process Skills, Science Activities
Uzuntiryaki, Esen; Boz, Yezdan – Australian Journal of Teacher Education, 2007
The purpose of this study was to describe Turkish preservice chemistry teachers' beliefs about the importance of teaching chemistry in high schools. For this purpose, 45 pre-service chemistry teachers were administered a questionnaire involving open-ended questions which asked what the importance of teaching chemistry is, and why we teach…
Descriptors: Foreign Countries, Preservice Teachers, Student Teacher Attitudes, Science Instruction
Ravenscroft, Andrew – Journal of Computer Assisted Learning, 2007
This paper will present a review of design-based research conducted over the past 10 years that has modeled and promoted students' reasoning, conceptual change and argumentative dialogue processes and practices through designing a number of digital dialogue games. This line of work was inspired by some challenges and insights that emerged during…
Descriptors: Concept Formation, Logical Thinking, Educational Games, Intelligent Tutoring Systems

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