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Livestock methane emission and its perspective in the global methane cycle

机译:牲畜甲烷排放及其在全球甲烷循环中的前景

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Over the past three centuries, the atmospheric methane burden has grown 2.5-fold, reaching levels unprecedented in at least 650 000 years. Agricultural expansion has played a large part in this anthropogenic signal, with enterically fermented methane emitted by farmed ruminant livestock accounting for about one quarter of all anthropogenic emissions. This paper summarises the range of measurements that give confidence in estimates of the emission per animal and per unit feed intake and in their extrapolation to national and global emission inventories, while noting also some of the inherent uncertainties. Global emissions are discussed in the context of the evolving global methane cycle.
机译:在过去的三个世纪中,大气中的甲烷负荷增长了2.5倍,达到了至少65万年来前所未有的水平。农业扩张在这一人为信号中发挥了很大作用,反刍家畜养殖产生的经肠发酵的甲烷约占所有人为排放量的四分之一。本文总结了各种测量范围,这些测量范围使人们对每只动物和每单位采食量的排放估算以及对国家和全球排放清单的推断有信心,同时还指出了一些固有的不确定性。在不断发展的全球甲烷循环的背景下讨论了全球排放。

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