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Arvaja, Maarit – International Journal of Computer-Supported Collaborative Learning, 2012
The aim of this case study was to explore health-education students' personal and collaborative meaning making activities during an online science philosophy course in the higher-education context. Through applying the dialogical perspective for learning, the focus was on studying how different contextual resources were used in building…
Descriptors: Philosophy, Science Curriculum, Prior Learning, Experiential Learning
Taylor, Joseph A.; Van Scotter, Pamela; Coulson, Doug – Science Educator, 2007
For decades the National Science Foundation has been funding the development of instructional materials whose design is based upon the recommendations of educational research. These recommendations include the idea that learning be sequenced and organized using an experiential learning cycle or an instructional model such as the Biological Science…
Descriptors: Curriculum Development, Educational Research, Prior Learning, Experiential Learning
Dyer, James E.; Breja, Lisa M.; Wittler, Penny S. Haase – 2002
The primary purpose of this study was to identify those factors that most accurately predict a student's intention to complete a degree in a college of agriculture. Specific research objectives were to identify similarities and differences of college of agriculture freshmen from predominately urban backgrounds, as compared to those in an…
Descriptors: Agricultural Colleges, Agriculture, Experience, Experiential Learning

Cajas, Fernando – International Journal of Science Education, 1998
The use of students' out-of-school experiences in science education is part of a wider problem related to the relevance of science in society. States that relevance in science education has not been systematically studied. (DDR)
Descriptors: Concept Formation, Elementary Secondary Education, Experiential Learning, Nonformal Education
Tretter, Thomas R.; Jones, M. Gail; Andre, Thomas; Negishi, Atsuko; Minogue, James – Journal of Research in Science Teaching, 2006
To reduce curricular fragmentation in science education, reform recommendations include using common, unifying themes such as scaling to enhance curricular coherence. This study involved 215 participants from five groups (grades 5, 7, 9, and 12, and doctoral students), who completed written assessments and card sort tasks related to their…
Descriptors: Measures (Individuals), Educational Change, Science Education, Science Curriculum