This study explored Chinese adolescents' perceptions of their own life skills development and the importance they place on such skills. The study also investigated the within-school and outside-school influences that may help develop and enhance life skills development. Six focus groups involving 52 high school students were conducted, using a set of predetermined discussion topics. Results revealed students' awareness of many salient life skills, including those related directly to academic development, 'learning to learn', personal and social growth, and future career planning. The students were also able to suggest practical strategies that schools might use to further enhance students' life skills development. Contextual factors influencing the development of life skills appear to include not only experiences within the school curriculum and the guidance and counseling program, but also talent development opportunities, and family and peer relationships. The implications of the findings are discussed with particular reference to implementing comprehensive school guidance and counseling programs in Hong Kong.
[Copyright of Pastoral Care in Education is the property of Routledge. Full article may be available at the publisher's website:
http://dx.doi.org/10.1080/02643944.2010.528015]

Many countries have invested heavily in facilities and teacher training for the infusion of information technology (IT) into various school subjects. The background besetting this innovation and how far learning has improved thereby are important concerns for the education sector. They are examined here with respect to Hong Kong, which is a mixed Chinese-western society now seeking to promote independent learning in all areas of the school curriculum. Geography is chosen for study because IT makes possible numerous changes and benefits to teaching and learning the subject. Among others, IT can help in testing hypotheses and solving problems of an environmental and spatial nature. Literature reviews, however, suggest that the frequency, extent and level of use are limited. This discrepancy between expectation and reality suggests that many necessary teacher and organisational conditions for implementation are not present, including the lack of appropriate hardware and software, technical support and teacher training and confidence. To address the problem, teachers need to take up constructivist approaches and the role of learning facilitators, while the curriculum authority should be more humanistic and considerate of reality in making decisions on policy.
[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/10.1080/10382046.2010.496966]

The expansion in the number of people entering higher education has resulted in a substantial increase in the proportion of students enrolling in nontraditional modes, such as part-time study. This study examined the question of whether part-time study curtails the development of the types of intellectual capabilities needed for a knowledge-based economy, because the students would have markedly less exposure to a stimulating campus environment than their full-time counterparts. Graduates from discrete full- and part-time programs from 1 university in Hong Kong completed a survey seeking perceptions of the nurturing of a range of capabilities, together with measures of teacher-student relationships and type of teaching experienced. Two hypotheses were tested by structural equation modeling: (a) the same mechanism for capability development operated for full- and part-time modes and (b) the principal element of the mechanism was the nature of teaching and the quality of teacher-student interaction. Hypothesis 1 was supported because configural invariance between hypothesized models for capability development between the 2 modes was found. Hypothesis 2 was also supported because the models showed that the principal influence on capability development came from teaching for understanding, through promoting active learning experiences and the degree and quality of teacher-student interaction.
[Copyright of Structural Equation Modeling is the property of Lawrence Erlbaum Associates. Full article may be available at the publisher's website:
http://dx.doi.org/10.1207/s15328007sem1302_6]