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Methane emissions in India: Sub-regional and sectoral trends

机译:印度甲烷排放量:次区域和部门趋势

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摘要

This paper uses the 2006 IPCC Guidelines and latest country specific emission factors to estimate Indian methane emissions at sectoral and district level for the years 1990,1995, 2005 and 2008. The estimates show that while methane emissions have increased steadily over past two decades, their share in India's aggregate GHG emissions has declined from 31% in 1985 to 27% in 2008 mainly due to relatively higher growth CO_2 emissions from the fossil fuels. The estimates for the year 2008 show that: i) agriculture sector, which employed two-thirds of India's population and contributed 17% of GDP, accounted for 23% of India's GHG emissions ii) 83% of country's methane emissions are contributed by enteric fermentation, manure use and rice production, and iii) methane emissions from urban solid waste are steadily rising over the past two decades; their share in aggregate methane emissions has reached 8%. Resting on the disaggregated emissions estimates, the paper argues for using geographical and sectoral flexibilities to develop a roadmap for mitigation of methane emissions for India.
机译:本文使用2006年IPCC指南和特定国家/地区的最新排放因子来估算1990、1995、2005和2008年印度在部门和地区层面的甲烷排放量。这些估算值表明,尽管过去二十年来甲烷排放量稳步增长,但印度温室气体总排放量中的比重已从1985年的31%下降到2008年的27%,这主要是由于化石燃料产生的CO_2排放量相对增加。对2008年的估算显示:i)农业部门雇用了印度三分之二的人口,占GDP的17%,占印度温室气体排放的23%; ii)该国83%的甲烷排放是由肠发酵产生的,肥料使用和稻米生产,以及iii)在过去的二十年中,城市固体废物产生的甲烷排放量稳步上升;它们在甲烷排放总量中所占的份额已达到8%。根据分类的排放量估算,该论文主张利用地理和部门灵活性来制定路线图,以减轻印度的甲烷排放量。

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