An Approach to leaching Applied GIS: Implementation for Local Organizations

Abstract

Geographic information systems (GIS) is a fairly new and evolving curriculum area within geography and other disciplines at colleges and universities in the United States. The challenge of teaching underlying concepts of GIS functionality, the details of computer operation and software interfaces, as well as the contexts of various applications can be a difficult one. At Indiana University of Pennsylvania, a teaching strategy—Client-Life Cycle GIS Project Learning—has been introduced in which students in an upper level GIS course work with local organizations, faculty from other university departments, and governmental entities. This allows students with some GIS background to work with real clients; utilize and operationalize the concepts of the GIS Project Life Cycle; make the connection between data development, analysis, and applications development; provide expertise and needed data to local organizations; and see the utility and impact of their work. A group pilot project from the spring semester of 1998 is discussed to illustrate how students responded to this method of teaching GIS.     

THE ARCHIVES OF THE ASSOCIATION OF AMERICAN GEOGRAPHERS

Although numerous courses in geographic information systems (GIS) have been introduced into the geography curriculum over the past few years, there has been remarkably little debate over the issues involved. This paper first discusses the arguments for geography as an appropriate disciplinary setting for GIS teaching at the undergraduate level. This is followed by a discussion of the nature of GIS courses and their appropriate place in the undergraduate geography curriculum. The final section of the paper describes the NCGIA Core Curriculum project and examines its significance in this broader context.     

Experienced Teacher Participation in Preservice Programs: A Model in Geography at the University of Northern Colorado

Abstract

This paper discusses a model program for preparing secondary geography teachers in the Department of Geography at the University of Northern Colorado. The key feature of the program is the presence of an outstanding secondary teacher in residence throughout the year who team-teaches the Teaching Methods in Geography and World Geography courses with geography faculty, modeling effective ways of teaching the subject. Students are paired with Colorado Geographic Alliance teacher-consultants in summer institutes and for student teaching. Analysis of formative evaluation data collected through the third year provides some measure of the program's success. Students have responded favorably to the use of a variety of teaching strategies, the opportunity to discuss with faculty why certain strategies are utilized, and how their own constructed lessons have worked in their student teaching. They have also reported that their understanding of geography has improved from taking the team-taught courses.     

Editorial

Abstract

Project GeoSim is a multidisciplinary effort by members of Virginia Tech's Departments of Geography and Computer Science, College of Education, and Learning Resources Center to develop computer-aided education (CAE) software for introductory geography and related classes. GeoSim laboratory exercises draw on the five fundamental themes of geography for their subject matter. The programs emphasize interactive learning combining the information capabilities of Geographic Information Systems (GIS) with the techniques of computer simulation. The result is a series of geographic explorations that will make available some of the most exciting aspects of geography to a potential audience of 425,000 introductory geography students per year.     

A Review of “The Power of Place”

Two qualitative case studies, one focusing on K-12 teachers and the other on middle school students, explore key factors associated with using Geographic Information Systems in the classroom. In both studies, access to appropriate hardware is a critical barrier. Time is another critical barrier—time to learn the GIS software and time in the curriculum to incorporate GIS as a learning experience. In both case studies, learning the technology at the expense of learning spatial analysis was a danger, suggesting the need for conscious focus on the goal of using GIS to learn how to “do geography.”     

Commentaries on “Automated Geography”. Automated Geography and the DIDS (Decision Information Display System) Experiment

Age profiles of geographers having varying topical and areal subfields are compiled using the Guide to Graduate Departments of Geography in the United States and Canada, 1983–1984 and the 1982 AAG Directory. Major retirement trends for the next 10 to 20 years suggest that replacement of faculty may raise key appointment issues and priorities that may significantly change the nature of academic geography.     

Paper-Based GIS: A Practical Answer to the Implementation of GIS Education into Resource-Poor Schools in South Africa

Abstract

Geographical information systems (GIS) were phased into the geography curriculum of South African schools from 2006–2008 as part of the National Curriculum Statement (NCS) for grades 10–12. Since its introduction, GIS education in schools across the country has been met with a number of challenges including the cost of purchasing the hardware and software required to elucidate the basic concepts of GIS to learners. This article examines the introduction of GIS education in schools in South Africa. The development and distribution of a paper-based GIS educational package for resource-poor schools in the country is also highlighted. Preliminary educator and learner evaluations of the paper-based GIS package are discussed and the broader learning opportunities and benefits associated with flexible teaching mechanisms are examined.     

Book Reviews

Abstract

This paper summarizes a research project conducted to investigate the strategies developed by middle school students to solve a route-finding problem using Arc View GIS software. Three different types of route-finding strategies were identified. Some students were visual route-finders and used a highly visual strategy; others were logical route finders and used GIS software tools to apply a more analytical and systematic approach. A third group were transitional route-finders who used an approach that showed evidence of one that was shifting from a visual strategy to one that was more logical. The findings suggest that to be most effective, GIS teaching and curriculum development strategies should begin with an assessment of student understanding of spatial relationships and continue with a progression that spirals according to the evolution of student cognitive mapping skills over time.     

Applied Geography and New Geographies

Scale and resolution have long been key issues in geography. The rapid development of analytical cartography, GIS, and remote sensing (the mapping sciences) in the last decade has forced the issues of scale and resolution to be treated formally and better defined. This paper addresses the problem of scale and resolution in geographical studies, with special reference to the mapping sciences. The fractal concept is introduced, and its use in identifying the scale and resolution problem is discussed. The implications of the scale and resolution problem on studies of global change and modeling are also explored.     

Index to Volume 100

Abstract

The integration of GIS into the secondary curriculum can aid student learning of geography. Through a partnership between a local high school and our university, high school students received nine hours of classroom instruction and field-based training on GIS and GPS to complete a mapping project. Upon completion, a test based on seven geography core curriculum units was administered to these students and to a group of university students who did not receive GIS training. Results of the test revealed that high school students significantly outperformed the university students, suggesting that GIS does aid in the learning of geographic principles.     

Census 2000 and Geography Education

Abstract

By using stream restoration as a seminar theme, geography faculty can create a topical course that helps provide a shared intellectual agenda for both physical and human geography students, while highlighting the holistic strengths of our discipline. Although it is not necessary that faculty have prior knowledge about the topic, a willingness to work collaboratively is essential to creating an effective course about this complex endeavor. The course can simultaneously meets the needs of students continuing on to graduate studies as well as those preparing for teaching careers. Guidance on how a stream restoration class could be used to teach the eighteen geography standards is also provided.     

Preservice Geography Education

Abstract

Improving preservice education, especially geography preservice education, is difficult because few geography faculty understand the teacher education process, many education professors who prepare geography teachers are not geographically well-educated, education and geography faculties do not communicate effectively, and efforts by alliances and other organizations have focused on inservice teachers, for the most part. Recommendations to improve preservice education in geography are offered. The authors argue that none of these recommendations should be implemented without considering its relationship with all of the components of the geography education system.     

An Assessment of the Use of Geographical Information Systems (GIS) in Teaching Geography in Singapore Schools

Abstract

In 1998, geographical information systems (GIS) were introduced to secondary schools in Singapore as a tool for teaching geography at the secondary and junior college levels. However, general observations and feedback from school teachers suggested that only a small number of secondary schools and junior colleges in Singapore were actually using GIS to support the teaching and learning of geography. The present research study was designed to establish the level of GIS usage and to investigate the reasons for the slow integration of GIS in the Singapore secondary schools. This article presents the findings of this research and provides some insight into the use of GIS in Singapore secondary schools.     

Differential Adoption of Internet-based Teaching Practices in College Geography

Abstract

Innovation diffusion research has shown that users of innovations have identifiable characteristics that can be used to differentiate them from nonusers. This research classifies practitioners of Internet-based teaching in college geography and relates adoption patterns to faculty members' research specialty, place of employment, teaching experience, and academic rank. All variables except academic rank were related to faculty members' adoption of and approach to Internet-based teaching. The results of the study provide insight into how the Internet is being used to teach geography in higher education.     

Active Learning Strategies and Assessment in World Geography Classes

Abstract

Active learning strategies include a variety of methods, such as inquiry and discovery, in which students are actively engaged in the learning process. This article describes several strategies that can be used in secondary-or college-level world geography courses. The goal of these activities is to foster development of a spatial perspective in students through frequent analysis and interpretation of spatial data. Detailed examples of one particular technique, the “atlas warmup”, are included. Active approaches supplement expository teaching of standards-based geography concepts and current geographic issues. Assessment of the impact of these methods reveals the need for ongoing guided practice in the use of these skills.     

Enhancing Diversity In The Geosciences

Abstract

An innovative interdisciplinary project at California State University, Long Beach, was designed to increase the attractiveness of the geosciences (physical geography, geology, and archaeology) to underrepresented groups. The goal was to raise awareness of the geosciences by providing summer research opportunities for underrepresented high school and community college students and their faculty. A survey of a larger sample provided insight into strategies for enhancing geoscience awareness. A qualitative evaluation pointed to its success in meeting project goals. This unprecedented level of collaboration has set the groundwork for an institutional shift for inclusion of minorities in the geosciences and warrants replication.     

Future Teachers of Geography: Whose Opportunity?

Abstract

Although geography is being revived in the K-12 curriculum, preservice teachers—candidates for the teaching profession—now in our universities are not universally reaping the benefits of cooperative efforts of geography and college of education faculty. Reform is appropriate in both camps. Colleges of education, influenced by many agents, including Certificate/licensing regulations, accrediting agencies, professional organizations, and a stream of reform movements, are bringing education to the level of a true profession. The dimensions of the reform underway and several key players offer great opportunities for geography education and for improving the general climate for teaching excellence in institutions of higher learning. Candidates for the new teaching profession and their education faculty are teaching and learning collaboratively, and conducting research in diverse school districts. Geographers have new reasons and new opportunities to participate in the education of the geography teachers of tomorrow.     

Writing in Undergraduate Geography Classes: Faculty Challenges and Rewards

Abstract

Numerous studies have shown both anecdotal and formal evidence of the benefits students obtain from doing writing activities in classes. Little formal discussion exists about how student writing in geography classes professionally affects faculty. In this article, focus shifts from student-derived benefits of writing in classes to faculty challenges and rewards for implementing writing in their classes. Based on the experience of participating in a Writing Across the Curriculum (WAC) Fellows program, the authors discuss how faculty overcame challenges and reaped the benefits of student writing in their teaching and scholarly pursuits.     

Measuring Research Data Uncertainty in the 2010 NRC Assessment of Geography Graduate Education

Abstract

This article characterizes and measures errors in the 2010 National Research Council (NRC) assessment of research-doctorate programs in geography. This article provides a conceptual model for data-based sources of uncertainty and reports on a quantitative assessment of NRC research data uncertainty for a particular geography doctoral program. Findings indicate that important variables, including faculty totals and allocations and publication counts, are substantially undercounted, with important and negative impacts on program research activity measures. Further, these research measures are highly sensitive to small changes in counts and are particularly problematic for interdisciplinary fields such as geography. We caution against using the 2010 NRC data or metrics for any assessment-oriented study of research productivity.     

Geographic information systems and health: An educational resource

Abstract

The use of geographic information systems to analyze spatial dimensions of health care and disease ecology is becoming a realistic prospect for investigators in the social sciences. This review of the literature, bringing together a diverse collection of professional and academic journals, can be grouped into four categories: potential, cautionary, preliminary, and application. Enough references have been collected and reviewed to provide instructors with material for a classroom unit about 1) using GIS in a medical geography class: 2) medical applications in a GIS class; or 3) using GIS in classes which have a health and disease component.