Theory and Research in Geography Education

Abstract

Interim semester field trips provide a unique opportunity for undergraduate students to collect field data in support of their capstone research experience. We encourage students to participate in collaborative research projects prior to the semester for which they enroll in the capstone course. Students select a research project based on a field trip itinerary, submit a research proposal to faculty, conduct preliminary research prior to departure and collect data in the field during a January “Winterim” course. During the spring semester, students continue laboratory research, incorporating data collected in the field to complete their research project and prepare scientific presentations. Field trips provide an inherent mentoring system whereby faculty interact with students, and underclass students collaborate on capstone research projects. This approach facilitates learning by emphasizing preparation and planning, collaborative learning and integration of classroom knowledge into field research.     

Geography Education Across the Atlantic at the Geographical Association

Abstract

The Geographical Association (GA) is an international association of over 10,000 geography educators headquartered in Sheffield, England. The National Council for Geographic Education (NCGE) and the GA have similar goals. The GA's annual conferences provide an excellent opportunity to begin geography education partnerships between the NCGE and the GA. Operating exhibits and teaching workshops on geographic information systems at the last three Geographical Association conferences at universities in England afforded the opportunity to network with teachers and pave the way for future collaboration.     

Useful Products of the Century Plant a Lesson on Mexico

Creating opportunities for students to actively apply hazards theory to real-life situations is often a challenge in hazards geography courses. This article presents a project, the Jocko Lakes Fire Project, that implemented learning strategies to encourage students to be active in wildfire hazards research. Wildfire hazards stand out as an increasing threat to communities in forested areas given current and projected rates of urbanization, the growing concentration of wealth in hazard-prone areas, the increasing costs of forest wildfire reduction, and climate change. Components of the project involved students in problem definition and the articulation of a research plan; identifying and collecting relevant data; and analyzing and documenting the wildfire hazard event. The student-based evaluation of the project and its outcomes highlights the ways in which this approach can increase understanding of local hazard scenarios, familiarity with relevant theory, geographical knowledge, and skills in research.     

Geographic Information Technologies + Project-Based Science: A Contextualized Professional Development Approach

Abstract

This study investigated the effects of using a long-duration, project-based science professional development model on the acquisition of declarative knowledge and basic terminology associated with the use of geographic information technologies (GIT), teachers' self-assessed confidence in using GIT skills, and the implementation of GIT in participants' classrooms. Results suggest that a long-duration, project-based science model was effective in teaching GIT declarative knowledge and raising teachers' self-confidence in using GIT tools. The academy was funded through a grant from the US Department of Education with additional support from Environmental Science Resources Institute (ESRI), Inc., and members of the New Mexico Geographic Information Council.     

The Course in Geography in the State Normal School at Salem,Mass.

Abstract

During academic year 1999–2000, the Geography Department at Michigan State University (MSU) launched a program of online geography courses. Since then, four undergraduate online geography courses have been collectively developed and delivered to over 4,500 domestic and international students in association with MSU's Virtual University Design and Technology (vuDAT). The creation of each virtual course has taught valuable lessons concerning course development and administration; interactions with students have shed insight on course structure, content, and instruction. This article addresses development, management, and pedagogic concerns pertinent to the operation of online geography courses and offers suggestions to others who wish to develop online courses. Preliminary evidence on the effectiveness of these courses is also presented.     

Inductive Method of Teaching Change of Seasons

Abstract

Easier access to submeter imagery has fueled debates over ethical uses of remote sensing. Some have called for ethics instruction to counter undesired uses of the technology. Here, this article reports the results of a survey examining attitudes related to teaching ethics in remote sensing. It was found that 52 percent of respondents teaching remote sensing include ethical use discussions. Agreement on the importance of ethics instruction is statistically associated with the year the instructor received their degree, the highest degree awarded by their department, the number of remote sensing courses offered at their institution, and their prior exposure to ethical debates in remote sensing.     

Critical Thinking in Physical Geography: Linking Concepts of Content and Applicability

Abstract

This research examines the effectiveness of problem-based learning (PBL) in an online geographic information systems (GIS) course for adult learners. Adults expect to take greater control of their learning and tend to be self-directed. Students are encouraged to take an active role as problem-solvers in PBL courses. The effectiveness of PBL in face-to-face courses has been shown. Effectiveness in online courses is demonstrated in this study. The performance and experiences of students and instructor in two online courses are compared. The results show that PBL can be more engaging than traditional methods, making PBL-GIS a good choice for an online adult audience.     

American Homelands: Classroom Approaches Towards a Complex Concept

Abstract

Geographers, along with anthropologists and sociologists, have been debating the homeland concept as it applies in North America for decades. In recent years, the political ideology of the war on terror has added another dimension to this discussion. If the attention given to the concept by introductory textbooks is any indication, homelands are rarely discussed in our geography classrooms despite their critical relationship to our understanding of world and regional culture. This article calls for increasing our attention to homelands in the classroom as the concept serves as a readily available discussion topic with fruitful conclusions and student comprehension.     

Comparing Teacher-Directed and Computer-Assisted Instruction of Elementary Geographic Place Vocabulary

Abstract

Increased knowledge of geographic place name vocabulary continues to be important to student academic success. Place knowledge is a vital part of students' learning to be responsible citizens by helping them become more conscious of the world around them and preparing them to enter a global workplace. This study compares computer-assisted to teacher-directed instruction for teaching elementary geographic place name vocabulary. Direct instructional methods can improve student performance with clearly identified student objectives, structured content delivery, and monitoring of progress. Instruction provided via computers appears to be a more effective method than traditional direct instruction.     

Paper versus Pixel: Effectiveness of Paper versus Electronic Maps To Teach Map Reading Skills in an Introductory Physical Geography Course

Abstract

This article addresses the lack of outcome-based research on the integration of technology into pedagogy at the undergraduate college level. It describes a study performed at a Midwestern university, testing the relative effectiveness of paper and electronic topographic maps for teaching map-reading skills, and considers the relationship between learning styles and paper or digital map preference. Results indicate that, although student map skill performance did not differ significantly with the use of paper or electronic maps, students preferred paper maps. Neither their performance nor their preferences were related to learning style. The article discusses the significance of these findings.