The same goes for all self-absorbing GHGs.
所有自我吸收的温室气体也是如此。
The paper presents a theoretical model of intertemporal optimization of GHGs emissions reduction.
本文提出一个温室气体减排跨期优化的理论模型。
In the foreseeable future, global warming caused by excessive GHGs stand to inflict pains on our lives.
在可预见的将来，温室气体水平过高导致的全球变暖会对人类生活产生负面影响。
Even if we stopped emitting greenhouse gases (GHGs) today, the Earth would still warm by another degree Fahrenheit or so.
即便现在我们停止排放温室气体（GHGs，注一），地球仍然会变暖。
EPA's final findings respond to the 2007 US Supreme Court decision that GHGs fit within the Clean air Act definition of air pollutants.
EPA的最终调查结果作出回应2007年美国最高法院的决定，温室内的清洁空气法案的空气污染物的定义框架。
Combined with life cycle assessment principle, the total primary energy consumption and green house gases (GHGs) emission of methanol-gasoline pathway are analyzed.
结合生命周期评价原理，对煤制甲醇与原油制汽油混合而成的甲醇汽油路线的能源消耗与温室气体排放进行生命周期分析。
Indonesia's logging of its rainforests has long been identified as a big contributor to the world's emissions of greenhouse gases (GHGs), and hence to global warming.
长时间以来，印尼砍伐雨林就被视为是温室气体排放、甚而全球变暖的主要黑手。
Compared with conventional gasoline pathway, methanol-gasoline pathway can reduce primary energy consumption by 9% and increase GHGs emission by only 3.5% with the progress of vehicle technology.
若考虑车辆技术的进步，甲醇汽油路线的一次能源消耗可比传统汽油路线降低9%，温室气体排放量仅增加3.5%。
Compared with conventional gasoline pathway, methanol-gasoline pathway can reduce primary energy consumption by 9% and increase GHGs emission by only 3.5% with the progress of vehicle technology.
若考虑车辆技术的进步，甲醇汽油路线的一次能源消耗可比传统汽油路线降低9%，温室气体排放量仅增加3.5%。
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