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Ans?tze zur regionalen Quantifizierung von Methan aus Pflanzen

机译:对植物中甲烷进行区域量化的方法

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Background Methane as a gas influencing our climate is of high importance according to the Kyoto-Protocol. The more precisely we can determine anthropogenic and biogenic sources, the more effective measures we can take to reduce the gas. Direct emission of methane from plants apparently contributes significantly to the total emission but has not been accounted for in emission balances until now. Methods A model was created to calculate methane emission for a short time period in regional resolution for Lower Austria and to relate the results to known literature. Results and Discussion First model results suggest that the amount of methane released from plants in relation to emissions from other known sources are of importance. Perspectives The uncertainties associated with both measurements and quantification require reduction by further research.
机译:背景技术根据《京都议定书》,甲烷作为一种影响我们气候的气体非常重要。我们越能确定人为和生物来源,就越能有效地减少气体排放。来自工厂的甲烷直接排放显然对总排放量有显着贡献,但到目前为止尚未在排放平衡中予以考虑。方法建立了一个模型,用于在下奥地利州的区域分辨率下计算短期内的甲烷排放量,并将结果与​​已知文献联系起来。结果与讨论第一个模型结果表明,与其他已知来源的排放量相比,植物释放的甲烷量非常重要。观点与测量和量化相关的不确定性需要进一步研究来减少。

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