Reading the World: Integrating Geography in an English Language Learner Literacy Program

Abstract

English language development classes focus on teaching students of other languages how to speak, read, and write English. They must also prepare students to meet the many standards and requirements that are prerequisites to content classes, such as geography, and high school graduation. This discussion focuses on the integration of literacy and geography in a classroom with English language learners. A common English language development model, the “Into, Through, Beyond” model of learning, sets a foundation that integrates components of English language acquisition with language arts and geography standards. In turn, this approach to learning prepares the learners for success in social and academic arenas.     

Inventing Geography: Writing as a Social Justice Pedagogy

Abstract

A critical geographic pedagogy of writing can help students participate in public life by gaining access to the means of knowledge production. Drawing on pedagogical and composition theory, this article analyzes student papers from an introductory-level geography course to show how geography teachers can create assignments that broaden the scope of student agency and expand access to power. This is one way to promote social justice in the classroom because it fosters habits and skills of critical citizenship and participatory democracy instead of passive, consumption-oriented attitudes. Students are better able to position themselves as active members of a community and as agents in the process of critically reshaping knowledge about the world.     

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.     

A Proposal for Assessment in Geography Education

Abstract

The geographic skills, as outlined in Geography for Life, provide an avenue for assessing students' work in geography. If used across the scope and sequence of the curriculum, a common scoring guide based on these skills offers opportunities for students to demonstrate their ability to use inquiry approaches to study geography and to improve those abilities over time and over different geographic questions. If used consistently, a geographic skills scoring guide can also help to communicate to a broader audience of parents, administration, and the public as to what the discipline of geography encompasses.     

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.     

Teaching Experiential Learning in Geography: Lessons from Planning

Abstract

Geography increasingly relies on training of professionals who can apply geographic concepts to solve real-world problems. The planning profession for years has been training professionals to work in the area of community planning. Planning programs typically include experiential learning modules throughout the curriculum. This article looks at how community planning approaches can be incorporated into geography programs in lower level courses to: (1) provide exposure to practical applications of geographic concepts; (2) give students experience with team dynamics; and (3) provide students with experience in real-world client relations. Advantages and challenges of experiential learning are identified and discussed. An example of an experiential learning exercise adapted from a planning application is presented. The exercise was developed to enhance learning in a geography curriculum.     

Field Work in Physical Geography

Abstract

During the past few years, the idea of imparting to students a “liberal” education has attracted a great deal of attention. Considerable discussion has arisen over (1) the definition of “liberal” education, (2) its merits, and (3) the mechanism by which it would be imparted. Recently, much of the controversy has been resolved and academicians are now charged with the responsibility of putting the idea into practice. This paper uses the course Geography of Africa as an example of how the liberal education requirements can be fruitfully incorporated. In pursuit of this goal, the term “liberal education” is analyzed, its scope and objective(s) defined, and a model course proposed. The model course draws from ideas contained in a survey administered to the members of the Africa Speciality Group of the Association of American Geographers. Contained in the model course syllabi are suggested topics, key issues/themes, exercises, resource materials (films), outside readings, suggested textbooks, etc.     

Teaching GIS in Geography*

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.     

A Place for Geography in the Liberal Arts College?

This study charts the presence of geography at liberal arts colleges and explores the relationship between the liberal arts and the study of geography. The results of this study reveal a paradox: geography embodies many of the ideals of a liberal arts education and yet this study indicates an absence of degree‐granting geography programs at 93% of institutions. Geography thrives, however, at a select group of liberal arts colleges, and these colleges are disproportionately important as the undergraduate origin for doctorate recipients in geography.     

Concept Learning through Writing for Learning: Using Journals in an Introductory Geography Course

Abstract

To effectively use journals and other writing for learning tasks as critical thinking and learning tools, geographic educators need to draw from the education literature on concept learning. Using the literature on concept learning and critical thinking, geographic educators can construct different kinds of journal assignments that give students opportunities to personalize and understand concepts. I demonstrate that students, regardless of their sex, level of education, or previous coursework in geography, found journal assignments helpful in understanding human geographic concepts.     

A Pedagogic Framework to Link GIS to the Intellectual Core of Geography

Abstract

This paper aims to develop a new pedagogic framework for teaching GIS at the college and university level using Berry's geographic matrix. By synthesizing different schools of thought, this paper argues that GIS education essentially involves two aspects—how to teach about GIS and how to teach with GIS. Berry's geographic matrix can be used to tie these dual aspects of GIS education together neatly. As an abstract representation of geographical phenomena, the geographic matrix embeds all three entities of GIS—location, attribute, time—and thus can help GIS instructors teach about GIS. As a synthesis of geographical approaches, the geographic matrix can assist GIS instructors teach with GIS. This paper demonstrates that GIS is actually an implementation of Berry's geographic matrix. Furthermore, the 10 approaches to geographical analysis, originally proposed by Berry for the geographic matrix, can be executed routinely in a GIS environment. By incorporating Berry's geographic matrix into GIS education, teachers can enable students to surpass technical issues and to appreciate the conceptual and functional linkages between GIS and geography's intellectual core.     

Incorporating Geography,Contingently: Geographic Pedagogies in a University Without a Geography Department

This article investigates efforts by a small regional university without a geography department to incorporate geography into its general education curriculum as part of a “quality enhancement” process mandated by its accreditor. Drawing on interviews and surveys of students and faculty, we highlight lessons learned that may be useful for institutions considering similar changes—including the importance of valuing disciplinary expertise, addressing faculty contingency, and engaging with existing research on geographic education and pedagogy. The initiative, while limited in significant ways, also suggests opportunities for advocates of geography to engage with agendas around general education reform and accreditation.     

Geographic Education and Careers in Geography

Abstract

Disciplinary concern with career options and opportunities has fluctuated over the years. Not surprisingly, geography continues to be incorrectly stereotyped as a field of study offering limited employment prospects. While geographic education has long focused on content, it must also embrace the importance of educating instructors, students, and career counselors concerning how the field opens doors to viable careers. This article presents a program that can be implemented by college and university departments to raise awareness and disseminate information about career opportunities in geography. The program emphasizes an integrated approach that includes partnerships with alumni, campus placement offices, and employers.     

The Pedagogical Benefits of SimCity in Urban Geography Education

This article investigated the pedagogical potential of the SimCity simulation game in an urban geography course. University students used SimCity to build their own cities and applied a wide range of theories to support their urban structures. Moreover, the students critically evaluated the logic and functioning of the SimCity simulation compared to real-world contexts and urban geography principles. The students believed the SimCity activity provided them with opportunities to promote their geographic creativity, resulting in diverse, unique, and interesting cities. The findings demonstrate that the use of SimCity can be an effective tool for geography education.     

Exploring the Benefits of Field Trips in a Food Geography Course

University students often cite field experiences as some of their most important and memorable. Yet research shows that field trips are on the decline in many colleges and universities; this shift may impact geography courses that are traditionally field based. Often cited is the problem of instructor time, increased enrollment, and concerns over liability. However, field experiences give students opportunities to develop competencies, forge community connections, and provide tangible experiences that encourage deep learning. This project employs survey data from a food geography course to understand how field experiences combined with classroom discussion help students internalize and reexamine course content.     

Concept Mapping Strategies: Content,Tools and Assessment for Human Geography

Abstract

This article examines the use of concept mapping for formative and summative assessment of northeast Florida middle school students’ knowledge of human geography. The students were participants in an afterschool, academic, college reach-out program that provided opportunities to test concept mapping strategies that support spatial thinking and stimulate interest in human geography. The study documents the use of concept mapping for assessment of seventh graders’ achievement of a specific lesson and for students’ human geography achievement across all implementation grades. Concept mapping results provided insight into aspects of the curriculum and instruction where appropriate modifications could better facilitate meaningful learning.     

Integrating GIS into the Undergraduate Learning Environment

Abstract

Despite the promise of GIS, substantial barriers have prevented its widespread use in geographic education. Among the key factors are technical impediments stemming from software complexity, pedagogic issues related to the lack of experienced faculty and the shortage of curriculum materials, and systemic issues associated with faculty motivation. This case study describes strategies that were employed for addressing each of these barriers in a large enrollment, multisection world geography course. Successful implementation of those strategies has enabled large numbers of students in classes taught by instructors with no formal GIS experience to spend a substantial amount of time learning geography with the help of simple, easy-to-use GIS software applications.     

Student Learning of Place: Learning Progressions Can Help Fill the Gaps

This commentary is a response to Larsen and Harrington's article titled “Developing a Learning Progression for Place” (2018). The commentary includes a discussion of the benefits to other content areas that research on student learning of place can provide. The commentary also describes the coherence that learning progressions can bring to research on student learning of complex, interdisciplinary domains of study.     

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.     

Digital Data-Centric Geography: Implications for Geography's Frontier

The debate regarding geographic information systems (GIS) as tool, toolbox, or science still lingers in geography departments and among geographers. Analysis of geographic information is a vital component of decision making among business, governments, researchers, and academics. GIS users, geographers and nongeographers alike, use and benefit from problem-solving methods in numerous fields and contexts, making the use of GIS and the core competencies associated with using GIS a topic of intense debate. Complicating this ongoing discussion is the rise of data-centric approaches to research in geography that further expand the capabilities of spatial analysis and add to the expected knowledge of a GIS user and analyst. Building on a panel discussion at the 2016 American Association of Geographers (AAG) annual meeting, as well as informal dialogues on Twitter and other social media platforms that navigate this issue in academics and industry, this article explores how skills in research computing and programming operate in geography and GIS, especially given the rise of data-centric approaches to research in these realms. Some topics, like the costs and benefits of open and closed source software, are familiar from previous discussions in geography and GIS. Others, though, like the reward structures and recognition for computing skills or programming ability, have not been widely considered given the current landscape.