Simulation is not new to agricultural education but the techniques are undergoing change as they respond to modern technologies. (Editor)

Differences between games, simulations, and case studies are identified. The values of these approaches are considered and examples of particular uses within a biological context are discussed. Lists of commercially available materials and articles on biological games are provided in appendices. (Author/JN)

Discusses the value of laboratory work, suggesting that it is not superior to other aids such as computer simulated experiments (CSE). Advantages of and problems related to use of CSE in the classroom, responses to criticisms of simulated laboratory work, and evaluation of CSE as a teaching aid are considered. (JN)

Explores a wide variety of uses of microcomputers in the reading and language arts curriculum. (Available from: Modern Learning Publishers, Inc., 6517 Liggett, Oakland, CA 94611, $14.) (AEA)

Presents a dice-playing game which mathematically unsophisticated students and school children can play to learn empirically the principles of radioactive dating and population growth. (HM)

An exercise was devised at the Middlesex Hospital Medical School, London, to facilitate medical students' ability to discuss death and dying with cancer patients. Students begin with a written situation to problem-solve and then move into pairs and groups to reach a consensus and discuss the problem. A videotaped simulation is also used. (JMD)

A successful approach to orienting new vocational teachers coming directly from business and industry is the New Teacher Workshop at Pennsylvania State University. Intensive guidance and practice in preparing lessons is climaxed by the novice teacher's presentation (and peer evaluation) on closed circuit television. (MF)

The author explores the rationale and methods for injecting play and reality into the education of the gifted. After recounting the present situation in which education lacks both relevance and play, some suggestions of learning simulations which model reality are presented. (PHR)

Described is a simulation game concerned with the expeditious location of a sewage plant in a hypothetical urban area. Over 15 college or high school students can play the game, which involves government bargaining, citizen reaction, and side payments. (Author/AV)

Discusses a computer simulation designed as an educational tool for students to observe predator-prey oscillations and experimentally investigate how changes in life histories affect predator and prey densities. Provides hands-on interaction with such theories and with mathematical models. Available to any instructor for curriculum use. (AIM)

Explores the rationale for computer simulations, describes a developmental approach to learning spreadsheet applications, discusses dilemmas posed in teaching and learning through simulations, and presents conclusions about using simulation for teaching school-finance and business courses and for professional growth. (Five references) (LMI)

Cites advantages of using computers and the World Wide Web in classroom simulations. Provides a sample simulation that teaches the basic economic principles of trade, investment, and public goods in the context of U.S. economic history. (JEH)

Uses the case study approach to introduce students to the relationship between science and society. Develops an awareness of ethics, specifically on DNA research, through computer simulations and Internet conferencing. (Contains 20 references.) (YDS)

Presents activities that allow students to explore the fundamental but poorly understood concept of diffusion by appealing to their kinesthetic senses first, then challenging their analytical skills as they try to deduce the mathematical principle involved. Presents a computer simulation of diffusion and discusses diffusion's limitations and…

Describes the Lateblight computer simulation implemented in the general biology laboratory and science methods course for elementary teachers to reinforce the processes of science and allow students to engage, explore, explain, elaborate, and evaluate the methods of building concepts in science. (Author/KHR)