Presents a model by which teachers can plan science activities for unmotivated students. The student-centered curriculum is briefly outlined with references and a variety of teaching materials are listed. (SA)

The Institute for the Advancement of Philosophy for Children, a nonprofit organization at Montclair State College in New Jersey, is dedicated to improving children's thinking skills and to training future elementary school teachers in the art of philosophical inquiry. (JMD)

Explores the issue of how to make chemistry more personally meaningful to students who have no interest in continuing the study of science. Describes two projects that each have an interview, research, and presentation format. (DDR)

Describes a partnership between a fifth-grade teacher and a university methods professor that involved developing an elementary science fair project mentored by university students. Provides opportunities for elementary students to conduct scientific investigations to learn about science, and opportunities for education majors to have firsthand…

Describes a preservice program to prepare teachers for a curriculum based on the realistic approach. The program appeared successful in changing student teachers' views of mathematics education towards this more inquiry-oriented approach and in promoting effective teacher behavior in classrooms. Only a small number of teachers recognized the…

Describes a teaching protocol that guides students toward connecting lab activities to the appropriate scientific concepts. Involves five steps: (1) reflective writing; (2) action; (3) dialog notes; (4) direct teaching; and (5) journal writing. (DDR)

Presents a version of the crush-the-can demonstration which is a hands-on activity in which students use an inexpensive, easily made holder for the can called Charlie's clamp. Includes some suggestions for the follow-up discussion. (DDR)

Describes reform efforts in science education at Northern Arizona University that emphasize active, inquiry-based learning in introductory biology classes. Recommends the use of a number of strategies to involve large classes in thinking about and doing science. Contains 20 references. (DDR)

Describes and analyzes a short teaching episode in a multilingual secondary mathematics classroom in South Africa where the teacher uses a participatory-inquiry approach. Argues that such an approach to teaching and learning mathematics creates dilemmas of mediation for teachers. (AIM)

Explains the philosophy that forms the basis of a high school physical science course based on astronomy and the activity-based textbook that accompanies it. Cites specific examples of misconceptions related to astronomy and recommends various diagnostic and concept change strategies. (DDR)

Describes an algebra course organized around the concept of function and based on intensive use of technology. Includes an explanation of the assessment sequence used to explore students' use of familiar representations and procedures to reason logically and to solve and communicate about unfamiliar tasks. (DDR)

Introduces the Apple Ocean activity which teaches about the diminishing natural resources of the earth including drinkable water, habitable land, and productive areas while working with fractions, ratios, and proportions. (YDS)

Describes a lesson plan that uses an inquiry, problem-based activity to educate students on gender and development inequities that women throughout the world encounter. Includes information on follow-up activities, how to use the Gender Equity and Opportunity Commission (GEOCOM) to illustrate a region and field tests of the activity. (CMK)

Offers a description of WebQuests, defining it as an activity that primarily uses Internet resources. Explains that WebQuests consist of five parts (Introduction, Task, Process, Evaluation, and Conclusion). Presents a WebQuest example used with elementary students studying ancient Egypt. Includes a list of Web sites and an example rubric. (CMK)

Describes the five-cups activity in which students explore materials in the cups. Discusses the effects of this activity on students' understanding of the nature of evidence and the quality and evaluation of that evidence. Includes test results during class and overnight. (KHR)