Appendix B

GIS Short Course Topics

The topics covered in each two-hour session of the GIS short course are:

Session 1 - Introduction to GIS

One of the criticisms of the first day of the prototype workshop was the lack of connection of GIS to the needs of teachers. Teachers wanted a broad overview of GIS and a justification of "Why it is important to them and their students".

Session 2 - A Foundation for GIS: Maps and Computers

Although these topics may seem to be too basic, they were of great interest to most of the teachers. Their knowledge on both of these topics will probably vary greatly from teacher to teacher, with the average level being quite low.

Session 3 - Raster GIS, Data Sources, Data Entry Methods

The level of depth that the teachers will be able to handle will vary depending on the group. Probably not all of this material can be covered in the two hours. Some might have to be deleted. Some topics could be moved into the next session.

Session 4 - Vector GIS

In addition to covering vector GIS and finishing up any remaining information from session 3, any other "technical" issues that seem appropriate could be covered: more information on data (e.g., TIGER and census data, remote sensing, cadastral records), dangers of error introduction and propagation, 3-D data models (e.g., DEM and TIN), raster/vector comparison, GIS output options, etc.

Session 5 - GIS Applications, History, Trends, and Use in the Schools

In the first session, the teachers are introduced to the range of GIS applications. Now that they have had almost a week of interaction with GIS concepts and software, they should be able to handle more detailed discussion of various GIS applications. Some of the application areas are listed above. [For instructors with access to the Core Curriculum, there is discussion of these types of applications in Units 51-56.]

By the end of the week the teachers are more able to appreciate a quick overview of GIS history. Although this topic is optional, it provides an interesting example of the evolution and implementation of a modern computer-based technology. The discussion of trends in GIS can be augmented with more current "prophesies" than those in the three-year old Core Curriculum. A final topic, which may have been introduced at a more general level on the first day, is that of other teachers who have been exposed to GIS and have attempted some activities in the schools.




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