Multimedia Guided Writing Modules for Introductory Human Geography

Abstract

This article describes a pilot project initiated in the fall term of 1993 that implemented and tested an interactive system of multimedia computer learning modules for an introductory human geography course. Modules actively involved students in learning and collaborative writing about topics illustrative of the breadth of contemporary human geography. Evaluation was achieved by means of analysis of student essays, electronic logs of student time spent in various portions of the system, and a comprehensive survey administered to students at the end of the term. This information suggests that the use of interactive multimedia lab modules can greatly enrich the learning environment for a wide range of students taking introductory human geography courses, though careful attention must be paid to ensure ease of use. The modules are now being refined based on these results; our hope is to make them available to other geography departments in the near future.     

Internet-Based GIS in an Inductive Learning Environment: A Case Study of Ninth-Grade Geography Students

Abstract

This article reports the results of a qualitative case study that explored the use of Internet-based geographic information systems (IGIS) with ninth-grade geography students. The students worked in teams to examine the geography of Africa using IGIS resources with the instructional goal of developing a presentation on a significant issue facing one region or country. The purpose of this study was to explore the use of IGIS as a tool for integrating geospatial technologies into ninth-grade geography curriculum and instruction within an inductive learning environment. The findings for this study indicate that IGIS can be a successful tool for geography education in an inductive learning environment. Based on qualitative data collected through classroom observations, focus group interviews with students, student work samples, and a teacher journal, two assertions are offered: students perceived expanded freedom as a positive aspect of this IGIS project and IGIS projects such as this can lead to gains in students' cultural awareness and empathy for distant others.     

Geographical Notes

Abstract

This article describes the benefits of combining field-based learning within the context of a competitive setting in the geography curriculum. Findings and data are presented based on experiences gathered from teaching an upper-level university geography course that combined geographic techniques and theory into a game of capture-the-flag. Students analyzed a variety of geospatial data sources, using ArcMap Geographic Information System software, to prepare a series of maps for the game. Students reported a first-time understanding of many geographic skills that were previously ambiguous to them when the material was presented in a different format, such as lectures and labs.     

Interactive Videos Enhance Learning about Socio-Ecological Systems

Two forms of interactive video were assessed in an online course focused on conservation. The hypothesis was that interactive video enhances student perceptions about learning and improves mental models of social-ecological systems. Results showed that students reported greater learning and attitudes toward the subject following interactive video. Moreover, metrics of network complexity applied to students' concept maps of socio-ecological systems increased longitudinally through the course highlighting greater awareness of socio-ecological linkages. We conclude that interactive video can increase awareness of interdisciplinary connections in socio-ecological systems and should be more widely employed in general education geography courses.     

Improving the Cognitive Development of Students' Mental Maps of the World

Abstract

In this study, the author examines the use of four protocol lessons designed to aid 7th grade students in developing a clear mental map of the world. Two classes, involving 44 students, participated in the study. One class was taught using the instructional sequence common to the district's 7th grade world geography classes. The second class was instructed using the protocol lessons. A quantitative and qualitative assessment took place. The results indicated that students using the protocol lessons developed more detailed and accurate mental maps of the world than those instructed in the common sequence. The study advocates having students construct and work with maps, rather than simply filling in information on them.     

Individualized Learning in An Open Geography Classroom

Abstract

In the last few years a great deal of educational literature has been devoted to the concept of individualized learning in an open classroom, i This approach is based on the premise that students are capable of analytical and creative thought when given the opportunity to work on their own initiative and at their own rates. It is an alternative to the traditional teacher-centered classroom and is justified by the belief that the student learns more effectively when he is interested; that the student develops greater responsibility; that the slower, generally passive student is brought into a position of active participation in the learning process.

Little has been written about the applicability of such an approach to the field of geography. Interest in this method prompted the author to experiment with such a program in her own classes during her first year of teaching. This article describes the results of individualized learning in two ninth grade physical geography classes conducted at Western Illinois University's Laboratory School.     

Mental Mapping: A Lesson That Creates Itself

Abstract

Mental image and place-preference maps of college students in Florida were created through a two-part lesson. The patterns revealed by these maps were linked to students' life experiences, census data on migration and income, and similar studies conducted in other states. Students prefer states with established migration links to Florida and better income/job opportunities. Because the maps could not be created without their input, students were wholly engaged in a lesson that uses concepts in population geography and cartography to fulfill several national geography standards.     

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.     

The State of Geography Education Research

Abstract

College enrollment and Association of American Geographers membership data reveal a significant deficit in minority participation in geography and environmental science. The author asserts that this dearth may have its origin at the K-12 level, where science subjects are presented in a manner that alienates socioeconomically disadvantaged pupils. With recent research indicating that low-income and nonwhite communities are disproportionately affected by environmental degradation, it is pertinent that methods be developed to increase the number of minority students choosing to pursue environmental careers. Involving students directly in projects investigating the pollution in their communities aids in enhancing student interest. By participating in a lead (Pb) contamination study, students are introduced to several geographic subdisciplines including cartography, demography, and environmental geography. Students also acquire skills in spatial analysis, map interpretation, and graphic design. Complementing basic lead-soil field investigations with geographic information systems, spreadsheet, and/or computer mapping software, offers students a valuable high-tech learning experience.     

The Interpretation of Urban Land Use Maps

Abstract

Geographers have long been familiar with urban land use maps, and their production has been an important element in school and college fieldwork. Many geography students have worked hard to produce detailed maps. However, interpretation of these maps has generally consisted of subjective generalizations and simple comparisons. Recent developments in geography have made available more refined analytical techniques which can replace this unsatisfactory subjectivity.     

Why Geography Still Needs Pen and Ink Cartography

Abstract

Maps are fundamental in geographic explanation and education, but as map-making becomes firmly entrenched in the GIS lab, it becomes harder for students to imagine how they can make maps for their papers. Students need to illustrate papers with maps: among other things, maps provide clarity, links to real places, and insights into patterns and context of phenomena discussed in student papers. A simple, quick, and aesthetically satisfying method for students to make their own maps is presented. This map making method can help students can think more creatively and geographically about their topics.     

Intervention: Simulating the War on Global Terrorism

Abstract

Students analyze a contemporary geopolitical event from a comprehensive geographic perspective using role play simulation, discussion, and decision-making. The three-day activity provides teachers with a realistic, ready-made classroom lesson that combines powerful conceptual learning with drama and surprise. The task of the teacher is to transform the map into a transparency and review the teacher background and student background information sections. During the capstone socratic seminar, students generate their own geographic concepts and principles inductively.     

Going beyond location: Thematic maps in the early elementary grades

Abstract

Cartographic research has long suggested that preschool and early elementary children possess advanced mapping behaviors in terms of interpreting, making, and using locational and wayfinding maps. To improve instruction in geographic concepts, it is necessary to see if these advanced mapping behaviors apply to thematic or special purpose maps as well, as an understanding of these types of maps is integral to the five fundamental themes of geography. An experiment was conducted to evaluate the thematic mapping abilities of second-grade students. Students viewed maps at the neighborhood, city, and national scales displaying different types of symbolization and presented in a random order. Results indicated that the map tasks were appropriate for this age level, and a statistical test of reaction times did not identify a best symbol type or scale, as all were appropriate for this age level. Responses to discussion questions indicated the students also have the ability to describe spatial patterns. The interpretation of quantitative information on maps is within the ability level of second grade students, and materials currently used in second grade should be revised to include these maps.     

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.     

Bulletin Boards in Geography

Abstract

Teaching geography within a field-based, environmental-problem-solving framework integrates geographic knowledge and practice and introduces high school students to skills required to undertake geographic research. A five-day field investigation on coastal geography was designed for juniors at a science high school in New Jersey. The goal of the field investigation was to allow students to engage in problem-solving, gather field data, apply geographic concepts and tools, and foster the ability to think critically. The purpose of the investigation was to identify the spatial distribution of litter on a beach and interpret the distribution based on physical and human processes. The field site is a 400-m-long shoreline reach in Raritan Bay, New Jersey. Students defined the term “litter” for purposes of the investigation, developed a classification system, and mapped the location and type of litter on the beach. Three sampling grids were established across the beach from the dune crest to the waterline. Students conducted topographic surveys of the sampling grids, collected litter in each grid cell, and counted, classified, and weighed the litter. Data gathered were reduced, analyzed, and interpreted based on the published literature. Findings were presented at a formal presentation on the last day of the investigation. Students submitted a written report and presented the results of the investigation at a student conference two months later. Field investigations can expose students to different methods of data sampling and measurement. Collaboration between secondary schools and universities can result in successful learning initiatives that allow students the opportunity to experience the role of a practicing professional.     

Teaching Africa's Cities Through Meja Mwangi's Novels

Abstract

This article presents a lesson plan used to teach about African urbanization using Kenyan novels. Specifically, three urban novels written by Meja Mwangi are used. Based on a qualitative survey of student preference and learning, this lesson plan uses these novels alongside more traditional academic texts to achieve effective student learning. Understanding that students prefer to read novels but learn best from textbooks, this mixture of texts generates emotional discussions that are substantiated with factual research.     

Using Interactive Multimedia for Dyslexic Students in Geographic Education

Abstract

This study was conducted to assess interactive multimedia for aiding students with dyslexia to learn geography. Guided by the National Geography Standards, four sections of a lesson were created in two formats: traditional text and interactive multimedia. Forty-six eighth grade students (dyslexic and non-dyslexic) participated. They took a pretest and then proceeded with the lesson, alternating each section with each format and answering multiple choice content questions after each section. The results indicate that multimedia helped both groups of students in terms of accuracy, response times, and enthusiasm, with a slight decrease in the performance gap between the two groups.     

The Use of Literary Works in Teaching Latin American Geography

Abstract

Properly selected literary works can spark student interest in regional geography. Since evidence is mounting that reading levels of students are continuously declining, special attention may be needed to draw students to books. Whereas a textbook, even a well-written one, may fail to hold a student's attention or stimulate him to attempt further reading, an exciting and informative novel may produce the desired response. Students can learn to appreciate the practical application of traditional geographic writing and instruction through the instructor's careful integration of course themes with the pseudo-real-life plots of fiction or the true-life situations recounted in biographical works or travel accounts.     

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.     

Certain Persistent Errors in Geography

Abstract

Reform in geography education, as reflected in Geography for Life: National Geography Standards (1994) for the U.S.A., favors a constructivist approach to learning. This study examines the acceptance of this approach among students in two upper secondary schools in China. A lesson was developed to illustrate interactive problem solving methods. The students reacted positively to the lesson. The instructional practices stimulating their response and the potential for problem solving geography educational methods in China are discussed.