大型高碳体育场馆低碳运营的动力机制研究
发布时间：2018-12-13 04:17
【摘要】：伴随着社会从工业文明过渡到后工业文明社会,由人为温室气体排放引起的气候问题已成为全世界人民关注的焦点。从《联合国气候变化框架公约》,经过《京都协议书》,到“哥本哈根会议”,如何处理全球气候问题是各国政府和人们努力要处理的问题,现阶段发展低碳经济已经成为国际社会应对气候变化的主流手段。但是,目前在国家建设方面,大多存在的都是高碳产品,如使用高碳原材料及高能耗设施、设备的大型高碳体育场馆,这与我国的基本国情是分不开的。由于锁定效应的存在,大型高碳体育场馆实现低碳化进程的目标只能依靠后期的运营过程。本文以大型高碳体育场馆为研究对象,依据大型高碳体育场馆低碳运营的相关理论,运用结构方程模型统计分析方法,建立了大型高碳体育场馆低碳运营动力机制模型,并提出相应的路径假设,通过实际的调研与问卷调查,本文利用SPSS21.0和AMOS21.0对数据样本数据进行了描述性统计分析、可靠性统计分析、验证性因子分析,在这基础上并对初始结构方程模型进行了检验和修正,得出了最终的最优模型。最后提出了具有符合合理建设性意见和建议,希望可以给予国内大型高碳体育场馆的低碳运营转型指明方向,为后工业文明社会的进程尽自己一份力。
[Abstract]:With the transition of society from industrial civilization to post-industrial civilization, the climate problem caused by anthropogenic greenhouse gas emissions has become the focus of attention of people all over the world. From the United Nations Framework Convention on Climate change, through the Kyoto Protocol, to the Copenhagen Conference, how to deal with global climate issues is an issue that governments and people strive to address. At present, developing low-carbon economy has become the mainstream means for the international community to deal with climate change. However, at present, in the aspect of national construction, most of them are high carbon products, such as using high carbon raw materials and high energy consumption facilities, equipment of large high carbon sports venues, which is inseparable from the basic conditions of our country. Because of the lock-in effect, the goal of realizing the low-carbon process of large high-carbon stadiums depends on the later operation process. Based on the theory of low carbon operation of large high carbon sports venues and the statistical analysis method of structural equation model, the dynamic mechanism model of low carbon operation of large high carbon sports venues is established in this paper. And put forward the corresponding path hypothesis, through the actual investigation and questionnaire, this paper uses SPSS21.0 and AMOS21.0 to carry on the descriptive statistical analysis, the reliability statistical analysis, the confirmatory factor analysis to the data sample data. On this basis, the initial structural equation model is tested and modified, and the final optimal model is obtained. Finally, the paper puts forward some reasonable constructive suggestions and suggestions, hoping to point out the direction of low-carbon operation transformation of large domestic high-carbon stadiums and gymnasiums, so as to contribute to the process of post-industrial civilization society.
【学位授予单位】：黑龙江大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：G818
本文编号：2375862
[Abstract]:With the transition of society from industrial civilization to post-industrial civilization, the climate problem caused by anthropogenic greenhouse gas emissions has become the focus of attention of people all over the world. From the United Nations Framework Convention on Climate change, through the Kyoto Protocol, to the Copenhagen Conference, how to deal with global climate issues is an issue that governments and people strive to address. At present, developing low-carbon economy has become the mainstream means for the international community to deal with climate change. However, at present, in the aspect of national construction, most of them are high carbon products, such as using high carbon raw materials and high energy consumption facilities, equipment of large high carbon sports venues, which is inseparable from the basic conditions of our country. Because of the lock-in effect, the goal of realizing the low-carbon process of large high-carbon stadiums depends on the later operation process. Based on the theory of low carbon operation of large high carbon sports venues and the statistical analysis method of structural equation model, the dynamic mechanism model of low carbon operation of large high carbon sports venues is established in this paper. And put forward the corresponding path hypothesis, through the actual investigation and questionnaire, this paper uses SPSS21.0 and AMOS21.0 to carry on the descriptive statistical analysis, the reliability statistical analysis, the confirmatory factor analysis to the data sample data. On this basis, the initial structural equation model is tested and modified, and the final optimal model is obtained. Finally, the paper puts forward some reasonable constructive suggestions and suggestions, hoping to point out the direction of low-carbon operation transformation of large domestic high-carbon stadiums and gymnasiums, so as to contribute to the process of post-industrial civilization society.
【学位授予单位】：黑龙江大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：G818
【参考文献】
相关期刊论文 前1条
1 黄德敏;;国内外公共体育场馆管理改革对广州的启示[J];探求;2010年02期
，本文编号：2375862
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