中学化学教学中的环境教育

环保问题已成为人类谋求生存与发展的重大课题之一，寓环保教育于中学化学教学之中，是新课程教育理念的体现。结合多年的教学实践，采用理论联系实际的方法，挖掘教材中的环保素材，结合研究性学习。开展环保专题系列活动，构建全新的教学平台，对学生进行环保教育。     

论社区体育人居环境的构成与设计

社区体育人居环境是指社区内部全部健身场所和适合体育锻炼的空地的整体环境，主要包括锻炼场所的光环境、声环境、绿化、服务环境和室内锻炼人居环境等方面。在体育锻炼空间人居环境设计中应倡导以人为本的设计思路、自然与现实实际相结合的设计方法、体育锻炼空间与社区景观设计相融合的设计倾向。     

Introductory statistics in the garden

This article describes four semesters of introductory statistics courses that incorporate service learning and gardening into the curriculum with applications of the binomial distribution, least squares regression and hypothesis testing. The activities span multiple semesters and are iterative in nature.     

Supporting the emotional labour associated with teaching: considering a pluralistic approach to group supervision

This paper puts forward a framework for supervising teaching staff whose roles involve supporting the emotional well-being of young people and young adults. Initially, the increasing focus upon the interface between education and health is outlined and the potential for this ‘emotional labour’ to cause distress to those in helping roles is considered. Further, as a means of supporting these professionals, the rationale for, and importance of, reflexive practice is outlined. As such, self-care is promoted and clinical supervision related to this work is recommended. To account for the wide variety of ways of working with young people, a pluralistic framework for group supervision is outlined. This psychologically informed framework emphasises the importance of the supervisory alliance and breaks down the process into supervisory goals, tasks and methods. Each element is briefly described and the framework is suggested as a means of supporting those working in these contexts. This proposition is considered alongside a number of associated potential challenges and is outlined purposefully as a provocation to consider the implications of working in such a way within school settings.     

The importance of environment for teacher professional learning in Malta and Scotland

Current reforms in the Maltese and Scottish educational contexts can only be fully implemented if teachers radically transform the way they teach. Teacher professional learning is an important mechanism that policy-makers, school leaders and administrators have to achieve this. Teacher professional learning is, above all, situated within the specific social workplace environment of teacher practice. Thus, schools need to be recognised as important sites of professional learning for teachers. In Malta and Scotland teachers were asked about their professional learning to identify how the learning environment within individual schools affects professional learning. In both countries, collaboration and school leadership were key components in determining a school’s learning environment. Data analysis led to the production of examples of expansive and restrictive features. Policy-makers, school leaders and administrators can use these features to examine how schools operate in terms of helping or hindering professional learning in the school environment.     

Home learning environment and development of child competencies from kindergarten until the end of elementary school

Literacy and mathematical competencies are essential for a successful school career and precursors of these abilities develop in kindergarten. In addition to children’s early cognitive abilities, family characteristics such as the socioeconomic status and the home learning environment (HLE) are predictors of early child competencies. However, few studies outside the US and the UK have analyzed long-term effects of the early HLE on child development, simultaneously considering various explanatory factors. In this longitudinal study, data of 920 German children were obtained in kindergarten some 18 months before school entry (child mean age: 4;10). At this point, precursors of reading, spelling and mathematics were assessed. In addition, parents were asked to complete surveys on family characteristics. Child assessments were repeated with standardized measures of mathematical and literacy abilities at the end of Grade 1 and in the middle of Grade 4 (child mean age: 9;9), the final grade in German elementary schools. In Grade 4, teachers were also asked to provide their recommendation for children’s secondary school track (“Hauptschule” for lowest secondary school track, “Realschule”, or “Gymnasium” as highest secondary school track). HLE was not only a good predictor of early abilities, but also directly predicted competencies at the end of elementary school when precursors, former academic achievement and child and family characteristics were controlled for. In addition, children living in more favorable HLEs were more likely to be recommended for higher secondary school tracks by their teachers.     

Film scenes in interdisciplinary education: teaching the Internet of Things*

The Internet of Things (IoT) is gaining importance in education owing to its rapid development. This study addresses the importance of interdisciplinary education between technology and the humanities. The use of films as a teaching resource is suitable for interdisciplinary education because films represent creative forecasts and predictions on future human society, helping the public realize what could occur in the future. By utilizing films in instruction, students can be trained to understand the three key functions of IoT and acquire the ability to develop creative applications of IoT. An IoT teaching model using the films Minority Report (2002), Big Hero 6 (2014), Iron Man 3 (2013), Her (2013), and Transcendence (2014), all of which depict various applications of IoT that could be helpful in the teaching of the functions and concepts of IoT, is suggested; an interdisciplinary class is carried out for 15 weeks following the model. The effectiveness of the class is measured using quantitative analysis, qualitative analysis, and reflection journals. The findings show that students developed interdisciplinary capacity through education using films.     

Equipping novice teachers with a learning map to enhance teaching practice

Using tools to support learning design has been proven feasible in improving the integration of technology into the curriculum. However, novice teachers are faced with two major issues, including their limited experience in learning design and limited ability in using new technologies. Learning map is explored and developed in e-Textbooks to serves as a scaffolding for novice teachers during their development into expert teachers. This paper presents a case study in which learning map is integrated into learning design with associated resources in an e-Textbook authoring environment. The participants were instructed to complete a learning design task for an e-Textbook during a one-hour session and then complete a questionnaire afterward. The results indicate that novice teachers value the learning map for learning design in e-Textbooks regardless of their background in ICT teaching and learning design. Novice teachers adopt positive attitudes toward the use of templates because of their numerous benefits. The teachers also suggested that better quality templates should be integrated into the authoring tool to distinguish the advantage of e-Textbook learning design from that of a traditional book and to provide them with additional options.     

Applications of augmented reality-based natural interactive learning in magnetic field instruction

Educators must address several challenges inherent to the instruction of scientific disciplines such as physics -- expensive or insufficient laboratory equipment, equipment error, difficulty in simulating certain experimental conditions. Augmented reality (AR) can be a promising approach to address these challenges. In this paper, we discuss the design and implementation of an AR and motion-sensing learning technology that teaches magnetic fields in a junior high school physics course. The purpose of this study is to explore the effects of using natural interaction on students’ physics learning and deep understanding compared to traditional learning tools. The 38 eighth graders who participated in this study were assigned to either an experimental group or a control group. Analysis of the results shows that the AR-based motion-sensing software can improve students’ learning attitude and learning outcome. This study provides a case for the application of AR technology in secondary physics education.     

WebIntera-classroom: an interaction-aware virtual learning environment for augmenting learning interactions

Interaction is critical for successful teaching and learning in a virtual learning environment (VLE). This paper presents a web-based interaction-aware VLE – WebIntera-classroom – which aims to augment learning interactions by increasing the learner-to-content and learner-to-instructor interactions. We design a ubiquitous interactive interface that integrates a pen-and-paper interface with a web-based whiteboard to promote effective learner-to-content interactions. We develop a learning analytics tool that instantly shows learners’ learning interactions, with which instructors can supervise learner-to-instructor interactions. We implement a high-granularity Learning Analytics Engine (hgLAE) to broadcast, record and play a lecture recording. The hgLAE identifies hotspots in a lecture recording and raises students’ awareness of the hotspots when they watch the recording. WebIntera-classroom has been deployed in 11 universities in China. The system obtained high satisfaction in the questionnaires (N?=?464) and face-to-face interviews (N?=?60) conducted with the users from China Jiliang University. We compared the students’ performance, respectively, achieved in traditional classroom and in WebIntera-classroom at China Jiliang University during 2012–2013. The result demonstrates that the students could gain performance improvement by using WebIntera-classroom.