Using geographic information system (GIS) in teaching and learning geography is an important direction in the secondary geography curriculum in Hong Kong. In the present study, interviews were conducted individually with 28 geography teachers from different secondary schools in Hong Kong, with a view to finding their views on the inclusion of GIS in the secondary geography curriculum and the current state of GIS implementation in their schools. The study reveals that the level of use of GIS in geography teaching in Hong Kong was low, despite the fact that teachers generally found GIS to be an important geographical skill. In addition, teachers' understanding of how GIS could be used in teaching to enhance student learning in geography was limited. There is evidence that basic conditions, in terms of hardware and software, for using GIS in geography teaching were present in schools, and that teacher commitment was a critical factor determining whether or not GIS would be used. Teacher commitment was found related to teachers' sense of preparedness to implement GIS, the perceived practicality of its use in teaching and whether GIS use was mandated in the curriculum.
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This is an exploratory study of junior secondary school students' views of geography in Hong Kong. Twelve Secondary 1 and Secondary 3 students from six schools were interviewed to reveal what they think geography is. It is found that the impact of the school geography curriculum on students' views of the subject was evidenced in students' responses to the question, 'What is geography?'. Students generally held a narrow view of geography and viewed the subject in terms of terminology, topical areas and content covered in geography lessons and what they did in geography classes, such as going on field trips and map reading. Compared with S1 students, S3 students viewed geography as a subject of a wider scope and in their responses they mentioned more topical areas and more geographical issues. However, very few students held the view that geography is a study of spatial patterns. This suggests that teachers may need to strengthen the teaching of key geographical concepts.
[Copyright of International Research in Geographical and Environmental Education is the property of Routledge. Full article may be available at the publisher's website:
http://dx.doi.org/10.1080/10382040308667533]

This paper reports a questionnaire study conducted with a group of 87 pre-teenage children (age 11-12 years) in Hong Kong to show their vernacular perception and experience of maps before they began formal mapwork learning in their first year of secondary education. This study reveals major findings that these pre- teenage children see the main purpose of using maps is to find unfamiliar places and to locate them in most everyday situations. As a result, they like to deal with practical, real maps such as street maps and the MTR (Mass Transit Railway) transport maps where the above- mentioned practical map purpose can be achieved. Most of these pre- teenage children are aware of maps available in their surroundings. However, they may not be observant enough to notice or pay attention to reading them carefully. It is rather a matter of map awareness that puts these pre-teenage children into the two broad groups of map and non-map- users. It also revealed that even those pre-teenage children who claimed to be non- map-users demonstrated some intuitive superficial understanding of simple map concepts and elements. Teachers are strongly encouraged to tap into the intuitions and experiences possessed by pre-teenage children in order to develop their map interest further in geography lessons and to make the understanding of maps a practical life skill for them to master.
[Copyright of International Research in Geographical and Environmental Education is the property of Routledge. Full article may be available at the publisher's website:
http://dx.doi.org/10.1080/10382049908667586 ]

In recent years, there have been considerable changes to the Hong Kong education system, some of which directly influence the management of tertiary education. At the same time, the Department of Land Surveying and Geo-informatics of the Hong Kong Polytechnic University has also gone through stages of restructuring. These changes were necessary to adjust to the global broadening of the profession of land surveying to geomatics, and also to respond to the changing philosophy in university education. In order to promote effective geomatics education, a project is being conducted to analyse if these changes are beneficial to our graduates and employers in industry, based on the survey results performed on our graduates. First, patterns of changes in the Hong Kong secondary school education system, in the geomatics courses of the university, and in career requirements of the geomatics profession are identified. Second, a complete student profile, including details of entrance qualifications, attainments upon graduation, on-going careers and/or continuing post-graduate education, is analysed. The overall aims are to identify the preferred qualities of candidates to be admitted to our department, the preferred qualities of our graduates, and whether our curriculum has successfully transformed preferred candidates to preferred graduates.
[Copyright of International Research in Geographical and Environmental Education is the property of Routledge. Full article may be available at the publisher's website:
http://dx.doi.org/10.1080/10382040108667448 ]

A school-based environmental field project "What Happens Around You and Your School Area?' was designed under the School-based Curriculum Project Scheme (2001–2002) supported by the Hong Kong Education Manpower Bureau (formerly the Education Department). This school-based environmental field project, with heavy inclusion of environmental elements, was designed in the form of issue-based field inquiry based on student-centred learning to encourage subsequent meaningful learning activities such as group discussion, role-playing exercises and photograph exhibition in class. The field project possesses distinctive geographical and environmental characteristics of the school surrounding environments to bring about meaningful learning among students who study in a local standard new town secondary school in Hong Kong. This paper aims to share this field project experience of designing meaningful issue-based field inquiry using the theory of learning and awareness (Marton & Booth, 1997) to open up the space of learning for students (Marton et al., 2004; Runesson & Marton, 2002). Also based on the framework of educational and environmental ideologies (Fien, 1993), the intended learning outcomes of the field project are to empower students to become active small environmentalists (Kwan, 1995) who are well prepared in terms of geographical and environmental knowledge, skills and values.
[Copyright of International Research in Geographical and Environmental Education is the property of Routledge. Full article may be available at the publisher's website:
http://dx.doi.org/10.1080/14724040408668453 ]

In this short paper, we review the geographical education research carried out in Hong Kong and discuss their relevance to teacher education. The methodologies used in these reviewed studies will also form part of our discussion here.
[Copyright of International Research in Geographical and Environmental Education is the property of Routledge. Full article may be available at the publisher's website:
http://dx.doi.org/10.1080/10382040308667538]

This study is a qualitative case study of a geography field trip of secondary four (year 10) students in a Hong Kong school. It conceives fieldwork as an experiential activity in which an understanding of the experiences of teachers and students in their contexts is important. The results revealed that the students' intent before the trip and their learning experiences after the trip were much richer than their teachers had intended. Despite some students' negative experiences of previous field trips, there was a universally strong desire to escape from their perceived boredom and constraints of the classroom. Field trips were cherished for their rarity and freedom, and the field sites were sought for their novelty. The study has revealed the relative freedom of the field as a learning environment in which the students were more proactive and teacher-student rapport improved. Besides deepening their understanding of what they had previously learned in class, some students were able to see things in new perspective. For many of them, there was a desire to be free from the presence of the teachers and to have greater control over their learning. The findings also indicated that upon return to school, there was a quick return to the status quo. The inspiration which resulted from freedom of learning from the field trip was often not transferred to the classroom setting.
[Copyright of International Research in Geographical and Environmental Education is the property of Routledge. Full article may be available at the publisher's website:
http://dx.doi.org/10.1080/10382049908667614]

This study investigated the environmental learning of a group of senior geography students through a problem-based learning (PBL) field program to see if the goals of education for the environment could be accomplished. In the PBL field program, the students were given a problem statement concerning a real-life scenario of an old lady living in a remote village of Hong Kong. During the PBL field program which also has adopted an action research framework, the students were observed to have identified the problem statement, set hypotheses, constructed the research methods and collected empirical data in an authentic environment all by themselves. This paper reports on the first cycle of this piece of action research. Data were collected both quantitatively and qualitatively via questionnaires, students' reflective journals, field observation notes and group interviews. The initial finding of this PBL field program reveals that students had acquired more in-depth knowledge and extended their comfort zones in learning. They were able to develop and practice their critical thinking and problem-solving skills while they were working on the problem in the field. Although there was no evidence of sustained self-directed learning among the students, the PBL field program offered them a framework for developing self-directed learning. An initial conclusion is that PBL in the field can provide a useful framework and direction for EE to accomplish the goals of education for the environment.
[Copyright of International Research in Geographical and Environmental Education is the property of Routledge. Full article may be available at the publisher's website:
http://dx.doi.org/10.2167/irgee230.0]