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Peer reviewedYuretich, Richard F.; Khan, Samia A.; Leckie, R. Mark; Clement, John J. – Journal of Geoscience Education, 2001
Transfers the environment of a large enrollment oceanography course by modifying lectures to include cooperative learning via interactive in-class exercises and directed discussion. Results of student surveys, course evaluations, and exam performance demonstrate that learning of the subject under these conditions has improved. (Author/SAH)
Descriptors: Active Learning, Classroom Environment, Cooperative Learning, Higher Education
Peer reviewedWindschitl, Mark; Buttemer, Helen – American Biology Teacher, 2000
Discusses inquiry and how asking questions, answering the questions, and arguing the answer should be. Provides examples of inquiry investigations and make recommendations for inquiry-based teaching approaches. (YDS)
Descriptors: Active Learning, Biology, Hands on Science, Higher Education
Peer reviewedBrowne, M. Neil; Freeman, Karl – Teaching in Higher Education, 2000
Proposes that classrooms that encourage critical thinking possess distinguishing features that can assess whether critical thinking is a regular occurrence. Suggests that a critical thinking classroom commonly reflects the following attributes: frequent questions, developmental tension, fascination with the contingency of conclusions, and active…
Descriptors: Active Learning, Classroom Environment, College Environment, Critical Thinking
Peer reviewedWiniecki, Donald J. – Performance Improvement, 2000
Discusses problems that arise when computer software users have to learn a new system while maintaining productivity. Highlights include active learning; a constructivist view; Vygotsky's zone of proximal development; and a model called Design for Learnability (DesiL) that focuses the performance technologist on an ethnomethodological study of…
Descriptors: Active Learning, Computer Software Development, Constructivism (Learning), Job Training
Peer reviewedHolland, Mark A.; Davis, Rebecca; Moffitt, Stephanie; O'Laughlin, Kristinae; Peach, Denise; Sussan, Stacy; Wimbrow, Lori; Tayman, Bryan – American Biology Teacher, 2000
Describes a laboratory activity investigating important concepts in microbiology and ecology in which students design and carry out their own experiments and learn about microorganisms. Points out that all microorganisms are not dangerous and studies the relationship between Methylobacterium and plants. (YDS)
Descriptors: Active Learning, Bacteria, Biology, Ecology
Peer reviewedKirpotin, Sergei N. – Teaching in Higher Education, 1999
Describes a program at Tomsk State University in Russia to incorporate more active, student-driven teaching methods. Discusses the difficulties and successes experienced by both teachers and students with the new mode of instruction. (EV)
Descriptors: Active Learning, Foreign Countries, Higher Education, Instructional Innovation
Peer reviewedGarrett, Evan – Michigan Community College Journal: Research & Practice, 2000
States that educators find themselves facing reduced resources and a body of students whose diversity is unprecedented. Suggests that an effective approach to education lies in regarding the "content" of courses not as a body of information to be imparted by the knowledgeable to those seeking it, but as an active, experiential "learning process."…
Descriptors: Active Learning, Community Colleges, Competence, Educational Change
Peer reviewedOates, Karen Kashmanian – American Biology Teacher, 2002
Questions the goals of high school to college science education and compares what is achieved with traditional teaching strategies. Describes how science majors and non-science majors alike are based on an authentic field-based research. Explains the principles of best practices in undergraduate science education. (YDS)
Descriptors: Active Learning, Cooperation, Educational Change, Hands on Science
Peer reviewedFritz, Margaret – Journal of College Reading and Learning, 2002
Suggests that using K-W-L as an active learning strategy in a traditional lecture classroom setting can facilitate interaction between professor, students and subject matter. Considers how this method fosters a sense of community between professor, the discipline, and students even in large classes. Concludes that one of the advantages of active…
Descriptors: Active Learning, Content Area Reading, Critical Thinking, Higher Education
Peer reviewedRao, Sumangala P.; DiCarlo, Stephen E. – Advances in Physiology Education, 2000
Applies Benson's think-pair-share and Mazur's peer instruction techniques to enhance student involvement during the respiratory component of the medical physiology class. Investigates changes in students' level of understanding and ability to synthesize and integrate material. Includes 15 references. (Author/YDS)
Descriptors: Active Learning, Cooperative Learning, Higher Education, Medical Education
Peer reviewedRidgway, James E.; Saul, J. Shona M. – Educational Psychology: An International Journal of Experimental Educational Psychology, 2000
States that various studies have revealed excellent recognition memory of pictures when participants are asked to remember what has been presented. Explores unpracticed memory for the English five pound bank note. States that results point to dramatic memory failure and to misrepresentations in memory. (CMK)
Descriptors: Active Learning, Departments, Educational Research, Foreign Countries
Peer reviewedCarpenter, Marilyn – Talking Points, 2000
Discusses how a "disruptive" kindergarten student in a summer school program blossomed in a different classroom environment where there was an atmosphere of love and trust. Notes that the student was an active learner, and his new classroom environment encouraged that type of learning. (RS)
Descriptors: Active Learning, Behavior Problems, Classroom Environment, Kindergarten
Peer reviewedMitchell, Mathew – Journal of Computers in Mathematics and Science Teaching, 1997
Describes an attempt to systematically incorporate "active learning" into the structure of an elective course designed to instruct students in computer-based approaches to statistics. Concludes that this approach to statistics instruction resulted in both high student learning and high student motivation to learn. Contains 15 references.…
Descriptors: Active Learning, Computer Uses in Education, Educational Technology, Elementary Secondary Education
Peer reviewedSzekely, George – Art Education, 1999
Proposes that presenters at conventions should be performers amidst an active audience and demonstrate the ideas as they might actually appear in the classroom using a hands-on, visual approach. Highlights various presentation introductions that illustrate this visual presentation approach. Provides suggestions for convention presenters. (CMK)
Descriptors: Active Learning, Art Activities, Art Education, Art Teachers
Peer reviewedAbbott, John; Ryan, Terence – Educational Leadership, 1999
Inquisitiveness is what drives children's learning. Cognitive scientists have devised constructivist theory to explain how an individual progresses from curiosity to new knowledge. Formal schooling has struggled unsuccessfully to simulate real-life learning situations. Emerging brain research supports bringing the community into the learning…
Descriptors: Active Learning, Brain, Community Role, Constructivism (Learning)


