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Modelling the Costs of Climate Change and its Costs of Mitigation: A Scientific Approach

机译:模拟气候变化成本及其减缓成本:科学方法

摘要

A thorough review is made of Climate Change Science, going into much greater detail than is typical of papers in Economics and specifically emphasising the hard thermodynamic limits of biological and physical processes. This theme is then continued in a historical review of theory relevant to Climate Change taken from Economics, Physics, Biology and Mathematics, clarified by extensive real-life historical time series plus calculations of fundamental thermodynamic limits – which results in a series of pointed, uncomfortable truths that our culture & society prefers to overlook. Two types of “costs of climate change” models are then placed under the microscope: (i) The Stern Report (2007) and (ii) The Limits to Growth (2004) – both chosen as the two most widely known by the greater public. Both models are evaluated according to the scientific realities outlined in the previous two chapters, including going into some detail of the specifics of the models themselves through analysis of their source code implementations. Finally, the author’s subjective opinion is given as to the quality of the models given the results of the prior chapter. I conclude that the models are primitive, but not much better than the state-of-the-art currently employed by the Intergovernmental Panel on Climate Change. The hard reality is that we do not sufficiently understand the nature nor causes of climate change, only that it is happening – and thus building a realistic model is currently outside our capability. This is changing very quickly however – the paper has tried, where possible, to include the very latest research on climate change and to show by just how much the ground is currently moving.
机译:对气候变化科学进行了全面的回顾,比经济学的典型论文更为详尽,并且特别强调了生物学和物理过程的严格热力学极限。然后,该主题在对气候变化相关理论的历史回顾中继续进行,该理论取材于经济学,物理学,生物学和数学,并通过大量的现实生活历史时间序列以及基本的热力学极限的计算得以阐明-这导致一系列尖锐的,令人不适的我们的文化和社会更喜欢忽略的真理。然后在显微镜下放置了两种类型的“气候变化成本”模型:(i)斯特恩报告(2007)和(ii)增长的极限(2004)–两者均被更广泛的公众所熟知。这两种模型都是根据前两章概述的科学现实进行评估的,包括通过分析其源代码实现来详细介绍模型本身的细节。最后,鉴于前一章的结果,作者对模型的质量给出了主观意见。我得出的结论是,这些模型是原始的,但并不比政府间气候变化专门委员会目前采用的最新技术好得多。艰难的现实是,我们没有充分了解气候变化的本质或原因,而只是正在发生气候变化,因此,目前无法建立一个现实的模型。但是,这种情况正在迅速改变-该论文已尝试在可能的情况下包括有关气候变化的最新研究,并显示当前地面正在移动多少。

著录项

  • 作者

    Douglas Niall Edward;

  • 作者单位
  • 年度 2008
  • 总页数
  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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