This reproduces, for fun, a conversation between three professors at the University of Illinois, that originated at a dinner party over a couple of bottles of good red wine.

The purpose of this study was to explore the effectiveness of the creative inquiry-based science teaching on students' creative science thinking and science inquiry performance. A quasi-experimental design consisting one experimental group (N = 20) and one comparison group (N = 24) with pretest and post-test was conducted. The framework of the…

After years of generating divergent approaches to scholarship, cast mostly as reactions against a historical orthodoxy, the curriculum studies community is now looking at a new dialectic--one marked by a physics that pull ideas inward toward some centripetal center. The tension between looking for unifying ideas as they articulate with a…

Describes opportunities for inquiry-based science learning which can be found in a picture, a set of comparative data, a table, an article, or a phenomenon that illustrates a space/time relationship. Provides a general model of inquiry. (RT)

A curriculum unit for middle school Earth Science called "What's on Your Plate?" was designed. The unit was implemented in several middle and high school classrooms in California and Massachusetts. In the first implementation, the total number of students who participated was 1100. The unit was designed with two main pedagogical…

Of all the uncertain problems which curriculum theorists encounter, teaching curriculum to graduate students is among the most problematic. On the one hand is the mass of knowledge and concepts about curriculum. On the other hand is the student who, more often than not, has limited experience in putting abstract ideas to practical use. If the…

Discusses a unit to teach reasoning and problem solving skills by helping students develop a systematic approach to problem identification, gather and analyze data, arrive at inferences and keep from jumping to conclusions. Describes the development of an activity investigating liquids designed to foster the needed problem-solving skills. (JM)

Students must be actively involved in the process of learning for it to have personal meaning and importance in their lives. Teachers must also become critical thinkers, creative individuals, and decision makers in order to create more challenging learning environments. Teachers need to blend structure and spontaneity into meaningful learning…