Presented is a list of publications in six areas: (1) Anthropology and Archeology, (2) Botany, (3) Entomology, (4) Zoology, (5) Geology and Paleontology, and (6) Miscellaneous. This list was produced by the New York State Department of Education in cooperation with the New York State Museum. The list includes the publication number, author(s),…

In an effort to bring entering allied health students to college-level reading ability, a Science Reading Program based on the theory that adult learners will be more motivated to improve reading skills if material is related to career preparation was designed, implemented, and evaluated. After pre-testing on the Nelson-Denny Reading Test (Form…

This resource book contains descriptions of over 100 classroom activities designed to illustrate concepts relating to energy, its production, characteristics, use, and conservations. Each activity integrates the energy lesson into a concept that relates to one or more subject areas common to public school curricula. Many of the activities included…

Provided is a compilation of more than 75 articles which have been printed in "The Science Teacher" relative to teaching science in the junior high school. The two basic types of articles selected were (1) those that help science teachers think through their purposes, and (2) those that suggest appropriate methods and techniques for…

The last in a series of nine career education guides contains seven unit plans for grades 9-12. In general each unit presents goals, objectives, measuring devices, activities, instructional materials or resources, careers appropriate to the unit, a multimedia bibliography, and a unit evaluation form for teachers. Part one is a social studies unit…

Instructional models and correlated learning passages are supplied in this teacher's handbook for teaching reading skills necessary for the student who wishes to participate in a High School Equivalency program. The divisions of the guide are: General Vocabulary Development--Outline; Interpreting Reading Material in Social Studies; Interpreting…

Relates plans for a new electronic supplement to the "Journal of Chemical Education" which will contain computer programs useful to chemistry teachers. Points out that the first issue will highlight programs for the Apple II computer. (ML)

Reports on a survey of resource centers and classroom teachers in Arizona regarding their use of energy education materials. Results indicated that a variety of energy education materials are available but are underutilized and that the implementation of energy education may be more dependent on the administration than the teachers. (TW)

Describes an open-ended computer simulation project that can be used to illustrate the growth of solid crystals in different forms at any level from high school physics to graduate physics. Discusses a simple computer program in BASIC language on an IBM personal computer. Gives examples of simulations. (CW)

Presents examples of physics activities using common objects such as a tuning fork, umbrella (for double diffraction patterns), and a toy car. Provides questions designed to stimulate student curiosity/interest and which provide models for developing additional units on everyday objects and toys. (JM)

Reviewed are seven software packages for Apple and IBM computers. Included are: "Toxicology"; "Science Corner: Space Probe"; "Alcohol and Pregnancy"; "Science Tool Kit Plus"; Computer Investigations: Plant Growth"; "Climatrolls"; and "Animal Watch: Whales." (CW)

Reviews four computer software packages including: "The Physical Science Series: Sound" which demonstrates making waves, speed of sound, doppler effect, and human hearing; "Andromeda" depicting celestial motions in any direction; "Biology Quiz: Humans" covering chemistry, cells, viruses, and human biology; and…

As the nation pursues the goal of becoming first in the world in science achievement among students, many are advocating an instructional approach that emphasizes activities and learning by doing. Instructional approaches in science education that involve activity and direct experience have become collectively known as hands-on science. This…

The purpose of this K-6 curriculum is to provide teachers and other educators with classroom lessons and home surveys that are a starting point for understanding four significant environmental issues--water, toxics, energy, and solid waste/recycling. While each of these environmental issues is complex and has far-reaching implications, the lessons…

It has been reported that very little time is spent in the classroom on environmental education subjects unless the teacher has a special interest in the specific topic of study. This lack of time for environmental education coupled with the lack of adequate time allotted for mathematics and science instruction suggests that integrating the…