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Peer reviewedScott, Gary – Science Teacher, 2000
Introduces the integrated/coordinated science (ICS) curriculum used by the Los Angeles Unified School District (LAUSD). Discusses the effects of ICS on student achievement. (YDS)
Descriptors: Academic Achievement, High Schools, Inquiry, Integrated Curriculum
Peer reviewedFlick, Lawrence B. – Journal of Science Teacher Education, 2000
Analyzes the practices of two skilled and experienced middle level teachers with regard to research-based criteria for cognitive scaffolding in support of inquiry-oriented teaching. Research questions include: (1) what do skilled, experienced teachers do when scaffolding inquiry-oriented instruction; and (2) in what ways do they align with…
Descriptors: Cognitive Development, Inquiry, Middle Schools, Science Education
Peer reviewedSchmidt, Stan M.; Palmer, Courtney – Science Teacher, 2000
Introduces an activity on the rock cycle. Sets 11 stages representing the transitions of an earth material in the rock cycle. Builds six-sided die for each station, and students move to the stations depending on the rolling side of the die. Evaluates students by discussing several questions in the classroom. Provides instructional information for…
Descriptors: Active Learning, Earth Science, Geology, High Schools
Peer reviewedClarke, David J.; Holt, Janet – Nurse Education Today, 2001
A learning module for nursing attempts to prepare nurses to understand philosophical inquiry and develop critical thinking skills. Teaching strategies used included exercises involving verbal disagreement and ambiguity and critical examination of publications. (Contains 42 references.) (SK)
Descriptors: Critical Thinking, Higher Education, Inquiry, Learning Modules
Peer reviewedWilterding, Jim; Baughn, C. Christopher; Wanek, James E. – Performance Improvement, 2000
Discusses training success and describes the inquiry process that provides an opportunity for developing problem-solving skills by learning to structure problems through effective questioning. Considers beneficial outcomes, including gathering and organizing information as part of an active social process; and provides an example of the inquiry…
Descriptors: Information Skills, Inquiry, Problem Solving, Questioning Techniques
Peer reviewedRios, Jose M. – Science Scope, 2000
Presents strategies to use rainsticks with middle grade students. Teaches scientific inquiry using a rainstick activity that challenges students to explore posing, probing, and persuasion and represents the National Science Standards. Allows for the integration of different disciplines. Provides instructions on how to make a rainstick. (YDS)
Descriptors: Inquiry, Integrated Curriculum, Middle Schools, Musical Instruments
Networking for Leadership, Inquiry, and Systemic Thinking: A New Approach to Inquiry-Based Learning.
Peer reviewedByers, Al; Fitzgerald, Mary Ann – Journal of Science Education and Technology, 2002
Points out difficulties with a change from traditional teaching methods to a more inquiry-centered approach. Presents theoretical and empirical foundations for the Networking for Leadership, Inquiry, and Systemic Thinking (NLIST) initiative sponsored by the Council of State Science Supervisors (CSSS) and NASA, describes its progress, and outlines…
Descriptors: Educational Change, Inquiry, Instructional Materials, Leadership
Peer reviewedWood, Diane R. – Anthropology & Education Quarterly, 2000
Traces a systematic, respectful process for using narrative materials in teachers' professional development. One high school teacher wrote a series of stories about school experiences, using them to facilitate discussion, thinking, and writing about her ongoing practice. Outlines the methods of narrative inquiry used to safeguard the teachers'…
Descriptors: Faculty Development, High Schools, Inquiry, Personal Narratives
Peer reviewedHenderson, James G. – Educational Researcher, 2001
Examines the longstanding argument between advocates of curriculum development and critical curriculum studies from the perspective of democratic inquiry artistry, highlighting the curriculum perspectives of Wraga (1999) and Pinar (1999). Suggests that the daily enactment of democratic inquiry artistry can help educational researchers by informing…
Descriptors: Curriculum Development, Democracy, Democratic Values, Educational Research
Peer reviewedMeany, J. E.; Minderhout, Vicky; Pocker, Y. – Journal of Chemical Education, 2001
Uses an inquiry-based, instructor guided teaching approach and presents the activity "Selectivity/Reactivity Principle in Terms of Hammond's Postulate". Includes 17 references. (YDS)
Descriptors: Chemical Reactions, Chemistry, Energy, Higher Education
Peer reviewedDrayton, Brian; Falk, Joni – Science Educator, 2002
Explains the inquiry teaching strategy and how the learning process occurs with inquiry-based instruction. Discusses how teachers can facilitate the development of science understanding and maintain inquiry-oriented classrooms. (Contains 31 references.) (YDS)
Descriptors: Constructivism (Learning), Inquiry, Middle Schools, School Districts
Peer reviewedGlasgow, Jackie – Ohio Reading Teacher, 1999
Shares the results of a yearlong project of staff development where teachers kept a personal inquiry journal and participated in group activities. Finds the teachers grew together as a cohesive staff in learning to appreciate the inquiry process, to value the interests of their colleagues, to develop meaningful curriculum, and to enjoy the beauty…
Descriptors: Curriculum Development, Elementary Education, Inquiry, Journal Writing
Peer reviewedBrantlinger, Ellen A. – Anthropology & Education Quarterly, 1999
Explores the nature of praxis and its impact on scholars' status in community and university. Recommends that researchers endorse standards consistent with enlightenment and modernist goals and engage in democratically transformative activism in conjunction with their scholarly careers. (Contains 103 references.) (Author/SLD)
Descriptors: Activism, Democracy, Educational Anthropology, Higher Education
Peer reviewedFarenga, Stephen J.; Joyce, Beverly A.; Ness, Daniel – Science Scope, 2001
Presents a science activity on modeling a bridge to teach about the forces of tension versus compression. The activity is designed for middle school students. (YDS)
Descriptors: Force, Inquiry, Mathematics Education, Middle Schools
Peer reviewedBarton, Andrea M. – Science Teacher, 2001
Introduces a high school science curriculum that embodies inquiry-based genetics, evolution, and astronomy. Presents two astronomy units of scientific modeling. The first activity involves a black box to explain a hidden mechanism's effect on the outflow of water. The second activity involves the development of celestial motion models to explain…
Descriptors: Astronomy, Inquiry, Models, Science Activities


