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Inaugural Article: On strategies for reducing greenhouse gas emissions

机译:开幕文章:关于减少温室气体排放的策略

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摘要

Equity is of fundamental concern in the quest for international cooperation to stabilize greenhouse gas concentrations by the reduction of emissions. By modeling the carbon cycle, we estimate the global CO2 emissions that would be required to stabilize the atmospheric concentration of CO2 at levels ranging from 450 to 1,000 ppm. These are compared, on both an absolute and a per-capita basis, to scenarios for emissions from the developed and developing worlds generated by socio-economic models under the assumption that actions to mitigate greenhouse gas emissions are not taken. Need and equity have provided strong arguments for developing countries to request that the developed world takes the lead in controlling its emissions, while permitting the developing countries in the meantime to use primarily fossil fuels for their development. Even with major and early control of CO2 emissions by the developed world, limiting concentration to 450 ppm implies that the developing world also would need to control its emissions within decades, given that we expect developing world emissions would otherwise double over this time. Scenarios leading to CO2 concentrations of 550 ppm exhibit a reduction of the developed world's per-capita emission by about 50% over the next 50 years. Even for the higher stabilization levels considered, the developing world would not be able to use fossil fuels for their development in the manner that the developed world has used them.
机译:在寻求国际合作以通过减少排放量来稳定温室气体浓度方面,公平是基本关切的问题。通过对碳循环进行建模,我们估算了将大气中的CO2浓度稳定在450至1,000 ppm范围所需的全球CO2排放量。在绝对和人均基础上,将这些与在不采取减少温室气体排放行动的假设下,社会经济模型所产生的发达国家和发展中国家排放情景进行了比较。需求和公平为发展中国家提出了强有力的论据,要求发达国家带头控制其排放,同时允许发展中国家在发展中主要使用化石燃料。即使发达国家对二氧化碳排放进行了主要的早期控制,将浓度限制为450 ppm也意味着发展中国家也将需要在几十年内控制其排放,因为我们预计发展中国家的排放将翻一番。 这次。导致二氧化碳浓度达到550的场景 ppm降低了发达国家的人均排放量 在接下来的50年中增加约50%。即使是更高的稳定性 考虑到发展中国家的水平,化石将无法使用 以发达国家所拥有的方式为其发展提供燃料 用过它们。

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