OUTDOOR EDUCATION REINFORCES ABSTRACT LEARNING WITH CONCRETE EXPERIENCE. ITS RELATION TO THE CLASSROOM CURRICULUM IS LIMITED ONLY BY THE IMAGINATION OF THE INSTRUCTOR. OUTDOOR EDUCATION LENDS ITSELF TO THE EXPLORATORY OR DISCOVERY APPROACH TO LEARNING, WHEREBY QUESTIONING BY THE TEACHER CAUSES OBSERVATION AND REACTION BY THE STUDENT. THE RESIDENT…

This book on inquiry in elementary classrooms has four major parts. Part I, Social Study, explores the intellectual space within which social study can take place; what content is characteristically social content; and, what thought behavior is typical of study. Special attention is given to skills of inquiry relevant to studying social events and…

The Early School Environment Study (ESES), developed by Paul Park and a team of ten teachers, begins with the philosophy that children learn through the solution of practical problems that are meaningful to them, and expands this approach beyond the science framework into the learning of language, mathematics, and social studies. This booklet was…

Reports on a study that examined the differential effectiveness of traditional and discovery methods of chemistry instruction in Zambia. Compared were the teaching of science concepts, understandings about science, and scientific attitudes to learners at the concrete and formal levels of cognitive development. (TW)

Proposes that the psychological problem of students expecting a particular result in an organic chemistry laboratory and, therefore, working in an unthinking manner be attacked by assigning experiments that give students unexpected results. Gives four examples of such experiments with strategies for teaching them. (CW)

Maintains that understanding and implementing the National Geography Standards through simulation techniques can be a powerful tool for studying any cultural region. Provides a step-by-step instruction for creating a classroom field trip simulation. Includes tips for follow-up activities and assessment procedures. (MJP)

Maintains that, if national geography standards are effective, issues-based instructional materials are needed. Reports on a study of the use of 3 modules on environmental education by 480 secondary students in 18 schools. Finds that the students made significant cognitive and skill gains. (CFR)

Creating opportunities and encouraging student-centered questioning requires a special teacher-student dynamic. Students need to be empowered to ask questions. The article explores what teachers can learn from questions students ask, focusing on learning outcomes for teachers, and using a second-grade lesson on Harriet Tubman as an example. (SM)

Describes the use of student verbalization and immediate feedback, cooperative learning, a concept/discovery-based approach, and creative classroom activities in a remedial mathematics class for first-year students at Medgar Evers College. Compares student achievement with that in other sections of the same course. Includes sample problems. (DMM)

Argues for new instructional methods that envision teacher explorer classrooms in which teachers and students utilize multimedia tools to construct knowledge. Describes the changing roles of the teacher and student and methods to evaluate the classroom process. Describes a classroom that includes hardware, software, training, motivation, and…

Describes one teacher's reflection concerning the quest to develop an understanding of school mathematics that promotes and sustains students' opportunities for exploration and conjecture. Recounts that a particular student's exploration of the features of parabolas eventually led to an understanding of the quadratic formula precisely because of…

Presents the template method developed by Galileo for calculating areas of geometric shapes constructed of uniform density and thickness. The method compares the weight of a shape of known area to the weight of a shape of unknown area. Applies this hands-on method to problems involving calculus, Pythagorean's theorem, and cycloids. (MDH)

Demonstrates how to construct rational, exponential, and sinusoidal functions that appear normal on one scale but exhibit interesting hidden behavior when viewed on another scale. By exploring these examples, students learn the importance of scale, window size, and resolution effects in computer and calculator graphing. (MAZ)

Stresses using the features of graphing calculators to teach parametric equations much earlier in the curriculum than is presently done. Examples using parametric equations to teach slopes and lines in beginning algebra, inverse functions in advanced algebra, the wrapping function, and simulations of physical phenomena are presented. (MAZ)

Discusses the use of storytelling by teachers and librarians to promote reading. Topics include folktales; communication through story; oral traditions; learning through story; impact on reading, comprehension, and composition skills; telling/listening interaction; storytelling as a leadership skill; and story and inquiry or discovery learning.…