With the introduction of in-class group-based virtual reality (VR), multiple students can interact in a single shared "metaverse". One geography-focused group VR option is the Wooorld app, available on various Meta Quest unit models. To evaluate the feasibility of group VR in a higher education geography lecture classroom, a pilot study…

In an effort to enhance the quality of education, universities and colleges are developing programs that help faculty and staff internationalize curriculum. These programs will purposefully develop the intercultural perspectives of students. "Curriculum Internationalization and the Future of Education" is a critical scholarly resource…

Our differences in language, cultures, and history around the world play a vital role in the way we learn. As technology-based education continues to be used worldwide, there is an ever growing interest in how multiculturalism comes into effect. Multiculturalism in Technology-Based Education: Case Studies on ICT-Supported Approaches explores the…

This paper presents an argument for introducing location-allocation theory to advanced undergraduate and beginning graduate students in a simplified continuous space environment that is relatively free of the distorting effects of networks and other aspects of more differentiated "real-world" environments. This approach can enable instructors to…

Provides information regarding hardware and software requirements for using geocoded databases in urban historical geography. Reviews 11 IBM and Apple Macintosh database programs and describes the pen plotter and digitizing table interface used with the databases. (JDH)

Learning about the physical environment from computer simulation models is discussed in terms of three stages: exploration, experimentation, and calibration. Discusses the effective use of models and presents two computer simulations written in BBC BASIC, STORFLO (for catchment hydrology) and SLOPEK (for hillslope evolution). (Author/GEA)

Describes a framework for introducing micro-based computer cartography into college-level courses. The discussion centers on hardware, software, practical considerations, and snags. (RM)

Facilities that teachers and students can use to store and access bibliographic materials on a computer, referred to as a bibliographic information system (BIS), are described. Advantages and disadvantages of the BIS in teaching are examined, and questions to consider before acquiring a BIS and how to acquire a BIS are discussed. (RM)

Presents tips to help geography educators at all levels set up a computer mapping laboratory. Discusses what a computer mapping laboratory is, needs and planning, software, hardware selection, and laboratory operation. (RM)

Describes several college courses which encourage students to develop computer software programs in the areas of remote sensing and geographic information systems. A microcomputer-based tutorial package, the Digital Image Analysis System (DAIS), teaches the principles of digital processing. (LS)

Geographers in the United States rely heavily on microcomputers. They employ microcomputers to enhance three general categories of tasks: word processing and other productivity needs, geographic instruction, and discipline-specific applications. Word processing and desktop publishing continue to be the primary uses of microcomputers by…

This annotated listing cites geography software programs for use on IBM personal computers. Included are programs that can be used at the elementary, secondary, and college levels. (RM)

Suggests that the availability and application of good software for microcomputers enhances college teaching methods. Argues that, in population geography classes, spreadsheet programs are especially useful; they are easy to learn and are well suited for manipulating numbers representing demographic variables. Gives a sample template and macro for…

Instructors at all levels can draw on a large number of geography software programs for use on microcomputers. This annotated listing describes some of these software programs. (RM)

Traces the evolution of virtual field trips and discusses both the advantages and disadvantages of the virtual field trip. Explores three approaches to improving the interactivity of virtual field trips (interactive field exercises, generic software, and student-centered Web sites). Includes references. (CMK)