Using many different media, students can turn leaves into images which can be used for study, bulletin boards, collections, and identification. The simple techniques described include pastel printing, smoke prints, ink or tempura printing, bleach printing on t-shirts, ditto machine printing using carbon paper, and making cutouts. (DH)

Discusses planning necessary for a successful elementary school science fair. Includes a science fair checklist. (JN)

Presents comments on problems voiced by teachers about conducting science fairs with middle school children, also cites some advantages of science fairs. A list of simple experiments is offered that are considered within the interests and intellectual range of middle school children. (Author/EB)

Success of the Murch Elementary School (Washington, DC) science fair is due to many factors which are applicable to other schools. Suggestions, ideas, and hints are given in this description of the school's program. Projects with an electrocardiogram, water weeds, and preserving ice are also discussed. (DH)

Building bankhides (areas for trout to rest, hide from predators, and wait for their next meal) is one project of the Bettendorf (Iowa) Community School District's K-12 field science programs. Discusses sixth graders involvement and related activities in the bankhide project. (JN)

Describes a long-term project, Moonwatch, which introduces the relationships between the earth, sun, and moon, highlighting the broad conceptual themes of patterns and change. (MKR)

Presents a science activity that can be organized and made functional in a willing community to include an array of unique environmentally- oriented occupations and an abundance of natural resources. The activity will improve academic performance and attitudes of young students. (EB)

Science is an often ignored subject in the elementary grades. This article lists and briefly discusses ten suggestions for strengthening and enriching an elementary science curriculum. Among the ways given are science fairs, museums, outdoor learning centers, filmstrips clinics, and school weather stations. (MA)

Assesses the benefits of a minizoo project which incorporates an animal lending program. Describes the instructional opportunities made available to teachers and students through this offering. Also explains the functions and activities of an animal club for children. (ML)

For the sake of grade school entrants in particular, nonexperimental science fair projects should be encouraged and accepted for science fairs. Support for this approach is given along with several suggestions for projects. Guidelines for judging nonexperimental projects are also included. (DH)

Instructions are given for working with a class on building kites. Included are the plans for a bullet kite, a section on the history of kites in America and spin-off activities from the kite exercise. (SA)

Offers guidelines for setting up a science fair, establishes criteria for project evaluation and discusses judging and awards. (BR)

Presented are views, on planning science fairs and science fair projects, of a fair coordinator, a science teacher, and students. Also included are 25 questions which might result in science fair projects. (SL)

Describes the collection, care, and maintenance of protozoa by elementary school students. Techniques for collecting and observing them are given. (SA)

Describes a school project on energy conservation, in which fifth and sixth grade students involved the town community in becoming aware of the extent of the energy shortage and considering modes of cutting down on energy usage. Included are ideas for projects and science fairs. (CS)