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)

Describes a multimedia course in engineering developed to serve course materials to students in a more realistic form so that they will better understand the relevance of the material. Defines multimedia, discusses the advantages of multimedia presentation of course material, and provides details of the tools used in this project. (DDR)

Describes the development of a chemistry lecture course called CHEMnet that is available via the internet and optimizes multimedia learning environments. Investigates the use and efficiency of multimedia teaching and learning software with CHEMnet. Discusses the structure and features of CHEMnet along with numbers and characteristics of its use.…

Introduces the All The News critique project in which students use the Internet to critique the information they view and develop an understanding of why some information may not be credible, scientifically valid, or methodologically sound. Includes a sample project with learning outcomes, assessment criteria, and related science standards. (KHR)

Describes a self-instructional assignment approach to the teaching of advanced enzymology. Presents an assignment that offers a means of teaching enzymology to students that exposes them to modern computer-based techniques of analyzing protein structure and relates structure to enzyme function. (JRH)

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…

Advocates a computer-controlled x-ray diffractometer as an inexpensive analytical tool that is easy to use and applicable to a wide range of geological problems. Both qualitative and quantitative experiments are possible. Exercises can easily be customized to local geology. Ideal for small departments with limited resources for providing hands-on…

Examines uses of evidence in university students' writing of scientific argument in an introductory-level oceanography course. Provides students with an interactive CD-ROM entitled 'Our Dynamic Planet' to write a scientific technical paper. Discusses ways of teaching students the construction of argument in scientific writing. (KHR)

Describes a week-long "Mapping Natural Disasters" workshop offered to K-12 teachers to promote inquiry-based teaching approaches. The workshop modeled the integration of hands-on activities, internet-based data, and the use of geographic information systems (GIS) software. (Author/MM)

Proposed are the use of implementation strategies available to teachers through the application of Robert Gagne's nine instructional events. The application of computer technology in science education is discussed. (CW)

Described are three levels of information management with databases. Levels and methods of integration, computer supply and learning approach, dynamic resources, and self-tailored learning approaches are discussed. Examples of database records are provided. (CW)

Reviews the state-of-the-art in Macintosh microcomputers for the college-level physics laboratory. Discusses the availability of software and software development including programing languages and HyperCard. Describes application softwares including the area of simulations, data sampling and analysis, and instructional lessons. (YP)

Gives an example of the use of a simplified logic simulator in a logic design course. Discusses some problems in logic design classes, commercially available software, and software problems. Describes computer-aided engineering (CAE) software. Lists 14 experiments in the simulated laboratory and presents students' evaluation of the course. (YP)

Describes two general spreadsheet templates to carry out all types of one-equation chemical equilibrium calculations encountered by students in undergraduate chemistry courses. Algorithms, templates, macros, and representative examples are presented to illustrate the approach. (PR)

Summarizes plenary papers presented at the NSF/SSMA Wingspread Conference to explore ways to improve science and mathematics education through integration. Themes included analysis of integration; divergence of mathematics education from science education; technological perspectives; promoting mathematical and scientific inquiry; and school…