Can first-year undergraduate geography students do individual research?

Based on the affirmation in the scholarship of teaching and learning that adding research component into early geography classes is mutually beneficial to both instructors and students, this paper presents a case study that quantitatively articulates the effects of adding a research project into a first-year physical geography class on students’ academic performance. Pushing research into earlier stages of undergraduate students’ academics, even in large classes, can be very beneficial yet challenging because most students at this level have no experience in research; plus, they may still be adjusting to university life. Part of the Undergraduate Research Initiative called First Year Research Experience (FYRE) at the University of Saskatchewan in Canada invited faculty to embed a research component into first year undergraduate classes to align research and teaching. A two-year endeavour in a first year physical geography class resulted in some interesting outcomes. (1) The most challenging part of research for students was the research question formation. (2) Students valued the opportunity to conduct a research project. (3) Doing in-class research actually improved student performance as seen in the higher overall average grades. (4) Students who attained the highest exam marks were not those who attained the highest research project marks.     

'An Unbelievable Academic and Personal Experience': Issues around teaching undergraduate field courses in Africa

This paper explores the teaching of geography field courses in Africa for UK university undergraduates. Using largely qualitative feedback, the experiences of students, staff and local communities involved in field courses to Kenya, Zimbabwe and The Gambia are evaluated. Benefits and disbenefits of these field courses to the participating students, the local community and teaching staff are scrutinised. The paper concludes that such field courses to 'exotic' destinations are an effective means to student recruitment and certainly achieve their aims while providing meaningful teaching and learning experiences. Furthermore, the analysis shows that field courses to 'poor' destinations in sub-Saharan Africa can avoid dangers of 'development tourism' if conducted with ethical sensitivity.     

Teaching Experiential Learning in the Urban Planning Curriculum

The urban and regional planning profession demands the training of practical planners who have some experience with community development, citizen participation modules, and conflict resolution skills. Community outreach in curricula provides needed exposure to practical applications of textbook lessons and exposure to group dynamics, community clients, and complex problems. The recognised need for practical training in any planning curriculum is most often addressed through community outreach-based courses such as planning studios, practicum or in lectures interwoven into seminar courses. The basic structure of all of these classes typically supports teams of students working with a particular community on a specific planning-related activity. These outreach courses, however, pose some of the greatest teaching and learning challenges in the entire curriculum. This paper assesses the challenges and successes in teaching the practicum course and provides insights for others teaching similar courses.     

Blended learning with international students: a multiliteracies approach

While the use of information and communication technologies (ICTs) continues to transform learning, international migration and the increasing complexity of intercultural exchange and communication continue to do so as well. In this paper, we connect the dots and ask how ICTs can be used to enhance the learning experiences of international students. Using a case study of a new program for first-year international students at a Canadian university, we bring together insights from blended learning and multiliteracies approaches to show how multiple cultural references and multimedia can form the basis for the development of new potentials between learners, knowledge, and disciplinary practice. This involves an analysis of the innovative structure of a two-course sequence in Human Geography, followed by a discussion of student feedback on the model. Based on our results, we conclude that blended learning offers not only a sophisticated approach to multiliteracies in the context of an international student setting, but for teaching students in the social sciences and humanities more broadly.     

语文课堂教学中的教与学

语文课堂教学是整个语文教学过程的中心环节,语文教师在课堂教学时应遵循教学的辩证关系。教学双方的辩证统一,对促进语文课堂教学任务的完成,改善师生关系,激发学生学习兴趣,提高教育教学质量会起到至关重要的影响。     

Converting a large lecture class to an active blended learning class: why,how, and what we learned

Faced with diminished faculty resources and increased student enrolment from 2010 to 2017, we sought to use blended learning to achieve active learning in a large c.400-student introductory geography class. Working iteratively over seven years and eight classes and using smart classrooms, better timetabling, experimentation with peer review and learning management system (LMS) technologies, as well as the expertise of Queen’s University Continuing and Distance Studies instructional design team to improve integration between course elements, we closely approached the quality of learning achieved in a much smaller enrolment class. It is possible to teach large classes of 400 students in an active and engaged manner. The greatest obstacle to the development and maintenance of this model is institutional culture.     

Birmingham Bog outdoor laboratory: potentials and possibilities for embedding field-based teaching within the undergraduate classroom

Providing cost-effective, hands-on field-based experiences to large cohorts of undergraduate students provides a core challenge for effective teaching and learning. This grand challenge is tackled through the construction of an exemplar outdoor learning environment within the Environmental Change Outdoor Laboratory (ECOLAB): Birmingham Bog (BB). Adjacent to the Geography building, the facility aims to produce a seamless, interconnected learning environment (in both space and time) that brings inaccessible fieldwork activities direct to the classroom at the time and frequency appropriate to the learning objectives. With the integration of this facility within a 3rd year undergraduate module, we explore through group interviews the ways in which BB adapted and influenced students’ engagement with lecture material, and the extent to which the approach can complement or replace current field based teaching activities. The group interviews identified how BB was considered an example of “effective learning” within the context of the wider degree programme. However, if confirmed, the value placed on residential field courses cannot be met by such campus experiences. Despite this, BB represents an increasingly fertile space for deeper stimulation and innovative ways of learning; diversifying pedagogical techniques and enabling students to re-engage with lecture content.     

Experimenting with Active Learning in Geography: Dispelling the Myths that Perpetuate Resistance

While some geographers have embraced active learning as a means to engage students in a course, many others stick to conventional teaching methods. They are often deterred by suggestions that it can be difficult to implement active learning where students have no prior knowledge of a subject, that active learning requires too much work of lecturers and students, and that there are significant institutional constraints to implementing active learning. In this article the authors draw on their experiences of utilizing active learning in five different countries before dispelling myths which continue to constrain the uptake of active learning methods. Finally, they provide simple guidelines for successful integration of active learning in geography courses.     

Two Dozen Directions

A self-assessment schedule has been developed for first-year geography students at Curtin University of Technology. Its purpose is to guide students towards independent learning by encouraging them to reflect more on ‘what’ and ‘how’ they learn. Results of the 2003 and 2004 trials showed that the self-assessment schedule had a positive impact on student learning and was at least partially effective in improving students' critical thinking skills. It helped students to plan and organize their thoughts, describe the geographical characteristics related to their fieldwork exercise and indicated that students were generally positive about becoming more independent and reflective learners.     

Reflections on the Efficacy of a Constructivist Approach to Teaching and Learning in a First-Year Bachelor of Environmental Management Topic

The dynamism of Environmental Management in the 21st century has predicted the need for students to emerge from tertiary programmes with a set of skills that are functional and more widely applicable in the contemporary workplace. To foster the development of such tools and skill sets, there has been an increasing trend amongst teaching practitioners to move from objectivist to constructivist views of learning and teaching. Using the theoretical heritage of constructivism, we in this paper offer an example of the effectiveness of constructive alignment in teaching tools and assessment methods for first year Environmental Management students. Drawing inspiration from the successes reported by Biggs et al. (2010) and Park (2003), we offer further discussion on the merits of such approaches, but from a first-year undergraduate cohort. Through a discursive analysis of student writings and formal feedback received through course evaluation questionnaires, we in this paper demonstrate how this combination of teaching methods led to a cohort that actively participated in their own learning. The results revealed that such methods could be successfully implemented at earlier stages of Environmental Management degree programmes, to encourage normally pragmatic, minimalist work ethic, first-year students, to be active, enthusiastic learners both within and outside the University.     

Development of a web-enabled learning platform for geospatial laboratories: improving the undergraduate learning experience

This paper describes a web-enabled learning platform providing remote access to geospatial software that extends the learning experience outside of the laboratory setting. The platform was piloted in two undergraduate courses, and includes a software server, a data server, and remote student users. The platform was designed to improve the quality of the learning experience and to increase student confidence and proficiency with software-based geospatial skills. Laboratory grades of students using the platform were significantly higher than those of students who did not use the platform, and survey responses reported that students overwhelmingly liked the convenience of the platform, which allowed them to work from any location.     

Using blended learning to facilitate large room seminar provision in the era of TEF: reflections from a year two cultural geography module

The introduction of the Teaching Excellence Framework (TEF) in 2016 has placed the practice and quality of teaching centre of the UK university agenda, with concerns around contact, delivery, research/teaching balance and facility support framing debates within institutions. Situating the implementation of blended learning on a year 2 cultural geography in the broader context of these discussions, this paper explores some of the challenges and opportunities this approach has in addressing some of these broader concerns, whilst improving student engagement and performance.     

Redesigning Physical Geography 101: bringing students into the discussion

This article analyses student-learning outcomes from the redesign of Introduction to Physical Geography 101. Among the purposes of the redesigned course were to enhance student learning by providing rich interactive online content, provide more meaningful instructor–student and peer–peer exchanges, and to promote attitudes that facilitate student opportunities to construct new knowledge. Through empirically testing two of the redesigned course’s key components on students’ learning, we determine the positive effects on students’ exam scores. We offer, despite the additional work required from instructors and teaching assistants for such a redesigned course, that with further refinement these pedagogical changes may offer potential longer term impact on students’ learning behaviors.     

Research-based learning for undergraduate students in soil and water sciences: a case study of hydropedology in an arid-zone environment

This article reports the efficacy of a research-based learning (RBL) exercise on hydropedology of arid zones, with guided and open research projects (OPR) carried out by teams of undergraduate students in Oman. A range of activities and assessments was used to support student learning during the three-month course. Assessment included monitoring of field trip and lab activities, attendance recording, scrutiny by a panel of written reports and open oral presentations. Students’ feedback through teaching evaluation is compared with other courses in the Department-College, illustrating high level of students’ satisfaction. OPR best fit the scaffold of RBL.     

Improving the learning processes of Physical Geography through the use of landscape photographs in class

The use of alternative teaching methods to lectures is one of the keys to develop a more participatory and effective education. In the teaching of Geography, greater interaction of students with elements of the landscape through the active use of photography could be one of the ways to achieve this efficiency. This article describes an experiment conducted in 2016 with students of the subject Physical Geography of the Iberian Peninsula. Two different teaching methodologies were applied to two groups of students. The first one was based on dividing the time of each class between participatory comments of landscape photographs and imparting theoretical knowledge through lectures. The second methodology consisted only of lectures, following a more traditional approach. Additionally, some students from the first group actively participated by uploading and tagging their own field pictures to a photographic repository of the University of Seville. The effectiveness of the different activities in each group was assessed through four tests, performed monthly. The results indicate that the use of landscape photographs as a participative teaching resource allows a more efficient learning of theoretical concepts. Therefore, the proposed methodology should be considered by those interested in improving the quality and effectiveness of their teaching of Geography.     

Using GIS in an Earth Sciences field course for quantitative exploration,data management and digital mapping

Field courses are essential for subjects like Earth Sciences, Geography and Ecology. In these topics, GIS is used to manage and analyse spatial data, and offers quantitative methods that are beneficial for fieldwork. This paper presents changes made to a first-year Earth Sciences field course in the French Alps, where new GIS methods were introduced. Students use GIS in preparation to explore their research area using an elevation model and satellite images, formulate hypotheses and plan the fieldwork. During the fieldwork, a pilot group managed their field-observations using GIS and made digital maps. Students praise the use of quantitative digital maps in the preparation. Students made use of the available techniques during the fieldwork, although this could be further intensified. Some students were extra motivated due to the technical nature as well as the additional analytical possibilities. The use of GIS was experienced as a steep learning curve by students, and not all staff members are confident in supervising students using GIS, which calls for a sufficient preparation and training of both students and staff. The use of GIS adds abstract analyses and quantitative assessment, which is a complementary learning style to fieldwork that mostly focuses on practical skills.     

Course books for environmental perception and related geographical studies

This paper encourages readers to experiment with inquiry-based learning (IBL) in their courses in the interest of identifying more diverse styles of instruction, and developing a wider understanding of the advantages and disadvantages of the methodology. The aims of the paper are to unpack the meanings of IBL, describe some uses of IBL in geography, and discuss their benefits and challenges for students and teachers. IBL is essentially a question-driven, philosophical approach to teaching that involves active, student-centred learning. The teacher acts principally as a facilitator or mentor, guiding and encouraging students through the inquiry process. Examples of IBL are presented, ranging from questioning exercises embedded in the class, through to entire courses or degrees using an inquiry-based approach. Students can benefit greatly from IBL since they are active in the learning process, can have improved understanding, more enjoyable learning, develop valuable research skills, achieve higher-order learning outcomes and perform better academically. Teachers can also benefit through a strengthening of teaching–research links and the clear gains in student engagement and learning. However, in order for IBL to be effective, teachers must be encouraged and supported to take on this facilitating role. When IBL elements are embedded in a more traditional curriculum, particular care needs to be taken so that students and teachers are carefully oriented to the expectations regarding the outcome of learning and teaching in this mode.     

Classrooms without borders: new spaces and places of learning

This article identifies what can be learned from seeking to adapt teaching and learning styles in a post-disaster environment. It focuses on the development of student research through community-based learning as a means of increasing engagement and contributing to recovery in an earthquake-damaged city. It urges consideration of the socio-political context within which such pedagogies are developed, and highlights the management of expectations amongst students, community partners and academic staff. It discusses some of the benefits and difficulties in developing new spaces and places of learning, and reflects critically on what these initiatives represent.     

A Framework for the Integration of DVD Technology in Geography Teaching and Learning

This article discusses the results when integrating digital versatile disc (DVD) technology in full-time second-year geography for BEd degree students at a university in South Africa, a developing country. It proposes a framework for the integration of the DVD in geography teaching and learning, steered by students’ needs, feedback and observations by the lecturer. The proposed framework recommends clear guidelines on how to integrate the DVD, as well as the interactions between the role players/resources. It also explains how the DVD was compiled, what was included and how it was effectively applied in conjunction with seminars, as an alternative to traditional lectures. An action research design was utilized and both qualitative and quantitative data were collected.