可持续发展教育
最佳显著性理论
课程
化学教育
背景(考古学)
科学教育
包裹体(矿物)
化学
可持续发展
等级制度
数学教育
社会学
教育学
工程伦理学
工程类
政治学
质量(理念)
心理学
认识论
古生物学
矿物学
哲学
生物
法学
心理治疗师
作者
Kirsti Marie Jegstad,Astrid Tonette Sinnes
标识
DOI:10.1080/09500693.2014.1003988
摘要
For more than 40 years, the international community has acknowledged the role education might play in environmental awareness and conservation. The last major initiative came when the United Nations General Assembly proclaimed a Decade of Education for Sustainable Development (2005–2014). In the final year of the decade, teachers still struggle to realise education for sustainable development (ESD). One of the challenges teachers face with respect to ESD is the inclusion of even more content into an already overloaded curriculum. In response, it has been suggested that ESD should be introduced as an integrated perspective across the content of all existing subjects. This paper offers a model for how ESD can be realised in chemistry education. The model has been developed to support chemistry teachers in their educational planning and consists of 5 categories: chemical content knowledge, chemistry in context, the distinctiveness and methodological character of chemistry, ESD competences and lived ESD. The ESD model is illustrated through 5 ellipses, visualising the hierarchy of the categories, as they exist in different levels. All 5 ESD categories need to be considered in a holistic ESD approach.
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