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The SusTEACH Methodology: Assessment of the environmental impacts of Higher Education Teaching Models and development of an Environmental Appraisal toolkit

机译:susTEaCH方法:评估高等教育教学模式的环境影响和开发环境评估工具包

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摘要

Sustainable, low carbon Higher Education (HE) teaching systems are part of the carbon reduction strategies needed to meet the targets set for HE institutions. Significant changes in the use of Information and Communication Technologies (ICTs) have led to new methods in teaching and learning, blending conventional and ICT-based teaching models. Little is known about their environmental impacts. Few studies have considered the whole system carbon-based environmental impacts of different systems of delivering Higher Education. One notable exception was the Factor 10 Visions study ‘Towards Sustainable Higher Education’, which offered an exemplar methodology for conducting an environmental impact audit/assessment of HE courses/modules. Building on this, the SusTEACH project examined the transformative effect of ICTs on HE teaching models, and developed a methodology to assess the main carbon-based environmental impacts of HE courses/modules, and to provide estimations of the energy and carbon impacts associated with different HE teaching models. This methodology as outlined here has supported the SusTEACH project research analysis of over thirty HE courses and modules, and the SusTEACH toolkit available from OpenLearn Module: The environmental impact of teaching and learning.
机译:可持续的低碳高等教育教学系统是实现为高等院校设定的目标所需的减碳战略的一部分。信息和通信技术(ICT)的使用发生了重大变化,从而在教学和学习中引入了新方法,将传统和基于ICT的教学模型融为一体。人们对其环境影响知之甚少。很少有研究考虑到不同系统提供高等教育对整个系统的碳基环境影响。一个值得注意的例外是因素10愿景研究“迈向可持续高等教育”,该研究提供了一种示例方法,可用于进行环境影响审计/评估高等教育课程/模块。在此基础上,SusTEACH项目研究了信息通信技术对高中教学模式的变革作用,并开发了一种方法来评估高中课程/模块对碳的主要环境影响,并提供与不同方法相关的能源和碳影响的估算他的教学模式。本文概述的这种方法论支持了对30多种HE课程和模块的SusTEACH项目研究分析,以及OpenLearn Module提供的SusTEACH工具包:教学对环境的影响。

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