Offers a warning against an over-reliance on computers as educational tools. Notes that the relative isolation inherent in computer use combined with the superficial nature of its information can cause more harm than good. Lists several suggestions and activities for using computers in creative and responsible ways. (MJP)

This article reviews technology research (n=20) with students with attention deficit hyperactivity disorder (ADHD) in five categories: computer-assisted instruction, computer-based cognitive training, biofeedback training, assessment, and behavior modification. Analysis of available research suggests there is little well controlled experimental…

Investigates the differential effects of computer conferencing on expository writing for students of seven intelligence types. Students were assigned to treatment groups that provided controlled exposure to a topic: unstructured exposure; computer conferencing; face-to-face discussion; and computer conferencing and face-to-face discussion.…

Describes the development of a formula to determine the needed quantity of computers for a school library. Four types of information technology activities (administrative, personal productive, class/group productive, online public access catalog) and several variables (age levels served, campus focus, number of staff, size of student body, average…

Four elementary schools in Washington, Alaska, and British Columbia are cooperating on a project to explore issues surrounding the Pacific salmon fisheries. Place-based techniques and interactive media are used to bring together science; global concerns; the histories of Canada, the United States, and First Nations peoples; background on the…

The Santa Fe Indian School (New Mexico) developed the community-based education model with input from parents, teachers, Elders, and tribal council members in five pueblos. Students in grades 10-12 study community problems related to the environment and develop science, technology, and communications skills. Experiential learning makes this…

Described is how using LOGO tools for manipulating embodiments of geometric objects helps students construct more abstract and coherent concepts. Discussions are included on developing verbal definitions versus constructing concepts, tasks for integrating turns and angles, group discussions, and maze tasks. (KR)

Discussed is the use of a program called MathCAD which allows students to solve higher order polynomial equations and geometry problems. The use of cooperative learning is emphasized. Included are graphs and part of a printout generated while solving problems with MathCAD. (KR)

Discussed are the need for standardized tests and the changes that will be needed for their proper implementation. The use of calculators on tests is advocated. Computer and calculator delivered examinations are also discussed. (KR)

The computer can be a powerful tool to help students who are having difficulty learning the skills of prewriting, composition, revision, and editing. Specific software is suggested for each phase, as well as for classroom publishing. (Author/JDD)

Presented are four activities which are designed to familiarize children with the multiple uses of computers and help them learn about heat and temperature using temperature probes. Included are the tempering effect of water, heat capacity, caloric content of foods, and weather. Hardware and software are discussed. (CW)

Examines the role of play as a composing strategy for the development of children's writing abilities. Finds that boys use play more extensively than girls, and that boys balance their use of play and marked control (gisting and evaluating) while girls rely on a marked control strategy more than on play. (KEH)

Discussed are reasons why games should be included in the mathematics curriculum at all levels. Presented are arguments for this position and ways of enhancing the use of games in the learning of mathematics. Included are a definition of a mathematical game and types of mathematical games. (KR)

Described are 14 experiments that use lasers. Topic areas include physical chemistry, analytical chemistry, organic chemistry, inorganic chemistry, and biochemistry. Instrumentation and the use of the laser in undergraduate research are discussed. (CW)

Presented are 29 science activities for secondary school science instruction. Topic areas include botany, genetics, biochemistry, anatomy, entomology, molecular structure, spreadsheets, chemistry, mechanics, astronomy, relativity, aeronautics, instrumentation, electrostatics, quantum mechanics, and laboratory interfacing. (CW)