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首页> 外文会议>Third International Symposium on Non-Co_2 Greenhouse Gases: Scientific Understanding, Control Options and Policy Aspects Jan 21-23, 2002 Maastricht, The Netherlands >On the impact of inventory uncertainties on Non-CO_2 Greenhouse gas emissions reduction options
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On the impact of inventory uncertainties on Non-CO_2 Greenhouse gas emissions reduction options

机译：库存不确定性对非CO_2温室气体减排方案的影响

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摘要

Current estimates for greenhouse gas emissions of agricultural sources are rough. Major sources for methane are enteric fermentation and manure, and for nitrous oxide manuring and fertilization. These sources are highly sensitive to the farmer's individual and local management practices and to physical conditions like pH or temperature leading to large variations between farms. Emissions trading can increase the fanner's income. In particular the income differences resulting from the large emission variations between farms can become a major drive to find the most cost-effective reduction options and may lead to more accurate inventories. Inexpensive and simple monitoring facilities are needed soon to help farmers profiting from the emissions market.
机译：当前对农业来源温室气体排放的估计是粗略的。甲烷的主要来源是肠发酵和肥料，以及一氧化二氮的肥料和施肥。这些来源对农民的个人和地方管理做法以及pH或温度等物理条件高度敏感，从而导致农场之间的差异很大。排放交易可以增加爱好者的收入。尤其是，农场之间排放差异较大而导致的收入差异可能会成为寻找最具成本效益的减排方案的主要动力，并可能导致更准确的清单。不久需要廉价且简单的监控设施，以帮助农民从排放市场中获利。

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