The Learning in Science Project (1979-1981) studied the problems and difficulties of learning science at the 10-14 year old level in New Zealand to provide insights into the world of the science learner and provide an alternative perspective of the science classroom to that currently held by teachers and others. This paper offers practical…

The Learning in Science Project (Primary)--LISP(P)--investigated the questions and explanations primary children have about rocks. Data were collected during teaching sessions from New Zealand students (ages 8-11) and Australian students (ages 10-11). The teaching sessions required the teacher to create a situation in which children generated some…

The topic of metals is frequently taught in primary schools. However, when metals are suggested as one of a series of topics for study, students often initially show little enthusiasm for the topic. To determine the ideas that children have about metals the Learning in Science Project (Primary)--LISP(P)--interviewed thirty-eight 9- to 10-year-old…

An alternative approach for teaching primary school science has been proposed by the Learning in Science Project (Primary--LISP(P). This study investigated the use of the approach during three series of lessons on the topic "metals." Each series followed the same general pattern: (1) an introductory session to stimulate children to ask…

The document presents a collection of projects developed by teachers enrolled in a 3-week summer institute on teaching various curriculum areas to gifted students. Outlines of 11 projects begin with brief descriptive information on project title, developer(s), grade level, curriculum area, and project duration. The following projects are…

Science and technology fairs are designed to display project work completed by students from a wide range of ages and abilities. The key to organizing a successful fair is advanced planning. This guide which has been compiled with the help and advice of many fair organizers, is intended to provide a checklist of items for organizers of future…

Background information, lists of materials needed, and detailed procedures are provided for five science projects. These projects involve constructing and using: (1) an electric pencil; (2) a buzzer to send coded messages; (3) a battery which produces light; (4) a radio that plays for free; and (5) a supersensitive cigar-box microphone. Diagrams…

This publication describes the projects entered in the Energy Resource Alternatives competition in 1975. Teams of engineering students were given a year to develop non-conventional or alternative energy systems that produced useful energy outputs. Besides an overview of energy sources and uses and discussions of the competitions development, the…

Presented is a compilation of data, developed by the New York State Department of Education from table summaries of school forms, of science programs in New York State in 1973-74. A list of tables is included. Among these tables are: (1) the number of school districts indicating their plans for revision of local science courses (K-12); (2) the…

Students at King Philip Junior High School run a rockshop as an alternative to the traditional study hall and science club. (BB)

Outlines the evolution of thinking and the development of materials related to the biological component of the Science Education Project. Examines the context of the project within Southern African society and its relationship to curriculum development theory. Discusses possible models for the dissemination of knowledge. (RT)

Shows how model rocketry can be included in physics curricula. Describes rocket construction, a rocket guide sheet, calculations and launch teams. Discusses the relationships of basic mechanics with rockets. (CW)

Describes the National Science Teachers Association's Every Teacher a Researcher (ETR) program as a way for teachers to get involved in research on the use of science laboratories. Includes a general description of the program and an application form. (CW)

Outlines the role of the main organisms involved in woodland decomposition and discusses some of the variables affecting the rate of nutrient cycling. Suggests practical work that may be of value to high school students either as standard practice or long-term projects. (CW)

This narrative description of a special program for third-grade students to raise funds for and to construct, launch, and fly their own rockets illustrates benefits of heightened confidence and self-perception among participants, hands-on experience in a highly technical area, and increased community support and involvement. (MM)