Describes a learning model that can be used to help students understand the process of genetic translation. (ZWH)

Describes a hands-on activity that helps students to better transfer the abstract concept of atoms into a concrete understanding of atomic structure. (ZWH)

Provides a brief overview of the constructivist learning model and characterizes the science classroom where the constructivist model can best be used. (ZWH)

Asserts that science is poetry that is intended for all students to understand. Presents text and a teaching model, The Why How Tree, to aid in helping all students to better understand how the world works. Emphasis is placed on the dependent relationship that the disciplines share. (ZWH)

Discusses the positive and negative aspects of outcome-based education. Also included in the discussion are recommendations for the successful implementation of outcome-based education. (ZWH)

This article discusses problem solving and how science educators can integrate problem solving into their instruction. The Search, Solve, Create, and Share (SSCS) model was developed based on the findings of problem solving research. (YP)

This article suggests the use of the circuit box to illustrate the processes involved in the scientific method. Construction and wiring diagrams and a materials list are presented. (BB)

Describes the Science Activity Teaching model, which incorporates five teacher managerial behaviors into a model with these subcomponents: focus activity, student instructions, student group activity, synthesizing, and evaluation. This plan provides for the development of fate control, language formation, and social skills. (CS)

Presents three activities that uses three dimensional models to help teach geologic concepts such as geologic land forms and rock strata. (ZWH)

Uses a vortex device as a model to study low-pressure systems and other related investigations. (LS)

Suggests that an event-based science curriculum can provide the framework for deciding what to retain in an overloaded science curriculum. Provides examples of current events and the science concepts explored related to the event. (MDH)

Presents a framework for model development that, when used, will help the student (or professor) avoid the major pitfalls associated with modeling. Includes not properly identifying the controlling factors, lack of model validation and developing a model that is incompatible with its end use. (CW)

Compares and contrasts high school physics philosophies, curricula, and textbooks of early 1900s to present, indicating that current textbooks are teacher and subject-oriented, lack examples of daily life, and are highly mathematical and too abstract. Suggestions for helping students experience success and improve self-esteem (which leads to…

Presents a practical model for planning and implementing a field trip as an integral part of the science curriculum. Reviews the literature related to the role of field trips in the learning process; describes the model; and provides an example implementing the learning cycle method. (Contains 17 references.) (MDH)

Use of the Teaching Strategies Observation Differential (TSOD), a 10-category system for observing and classifying teacher classroom behavior, is discussed as it relates to training preservice elementary school science teachers. Contends that skill in the use of TSOD helps preservice teachers become more effective in bringing about desired pupil…