Greenhouse Gas Production from Dairying: Reducing Methane Production

Frank OMara

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Greenhouse Gas Production from Dairying: Reducing Methane Production

机译：奶制品生产的温室气体：减少甲烷的生产

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Methane is 21 times more potent than CO_2 as a greenhouse gas (GHG), and dairy cows typically produce 118 kg methane/year, which is over twice that produced by other non-lactating cattle. Evaluation of strategies to reduce methane production should consider the effects on total farm greenhouse gas emissions. Increasing productivity per cow will reduce methane emissions per kg of milk and total farm GHG emissions where milk production is fixed, although the effect on total farm emissions needs further clarification. A lower culling rate will reduce farm methane and total GHG emissions.

机译：与温室气体相比，甲烷的效力是二氧化碳的21倍，而奶牛通常每年产生118公斤甲烷，是其他非泌乳牛的两倍。在评估减少甲烷产量的策略时，应考虑对农场总温室气体排放的影响。每头奶牛的生产力提高将减少每公斤牛奶的甲烷排放量和固定牛奶产量的农场总GHG排放量，尽管对农场总排放量的影响尚需进一步阐明。较低的淘汰率将减少农场甲烷和温室气体总排放量。

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《Advances in Dairy Technology》 |2005年第0期|共15页
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Frank OMara;
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1. Greenhouse Gas Production from Dairying: Reducing Methane Production [J] . Frank OMara Advances in Dairy Technology . 2005,第0期

机译：奶制品生产的温室气体：减少甲烷的生产
2. Enteric methane production and greenhouse gases balance of diets differing in concentrate in the fattening phase of a beef production system [J] . Doreau M., van der Werf H. M. G., Micol D., Journal of Animal Science . 2011,第8期

机译：牛肉生产系统的增肥阶段中肠内甲烷的产生和温室气体的日粮平衡有所不同
3. Enteric methane production and greenhouse gases balance of diets differing in concentrate in the fattening phase of a beef production system [J] . Martin?C. Journal of animal science . 2011,第8期

机译：牛肉生产系统的增肥阶段中肠内甲烷的产生和温室气体的日粮平衡有所不同
4. Mobile Gas Lift Compressor and Well Unloading System for Enhancing Oil Production and Reserves, While Reducing Greenhouse Gas Emissions in Offshore Environments [C] . Jarrad Rexilius, Tipparat Wamanon, Akshay Sahni Offshore Technology Conference (OTC 2012). . 2012

机译：移动式气举压缩机和油井卸油系统，可提高石油产量和储量，同时减少近海环境中的温室气体排放
5. A lab and field scale evaluation of reducing landfill greenhouse gas emissions with a methane oxidizing biofilter. [D] . Philopoulos, Andrew. 2006

机译：通过甲烷氧化生物滤池减少垃圾填埋场温室气体排放的实验室和现场规模评估。
6. Greenhouse gas reporting data improves understanding of regional climate impact on landfill methane production and collection [O] . Pradeep Jain, James Wally, Timothy G. Townsend, 2021

机译：温室气体报告数据改善了对区域气候影响对垃圾填埋产量和收集的理解
7. The sunny side of greenhouse gas emissions - quantifying the contribution of aerobic methane production to global methane budgets [O] . Paul, Nigel D. 2010

机译：温室气体排放的阳光方-量化好氧甲烷生产对全球甲烷预算的贡献

Greenhouse Gas Production from Dairying: Reducing Methane Production

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