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Treibhausgasflüsse beim Anbau von Winterweizen und Kleegras

机译:种植冬小麦和三叶草时温室气体的流动

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摘要

At the experimental station Viehhausen, 30 km north of Munich in southern Germany, N2O, CO2 and CH4 fluxes between soil and atmosphere were measured to investigate the influence of site-related factors and cultivation-technique on the emissions of these greenhouse gases. Clover-grass as well as several wheat cropping systems (with and without biogas slurry) were analyzed under the conditions of organic farming. This paper shows the results of the vegetation period of 2009. The N2O emissions from the wheat fields were higher than those from clover-grass fields. Ploughing-in of the legume-grass biomass resulted in releasing distinctive N2O emissions. For CH4 fluxes the arable soils were a net sink, especially in cropping systems with winter wheat.
机译:在德国南部慕尼黑以北30公里处的Viehhausen实验站,测量了土壤和大气之间的N2O,CO2和CH4通量,以研究场地相关因素和栽培技术对这些温室气体排放的影响。在有机耕作条件下分析了三叶草草以及几种小麦种植系统(有或没有沼气浆)。本文显示了2009年植被期的结果。小麦田的N2O排放高于三叶草田的N2O排放。豆科植物生物质的耕作导致释放出独特的N2O排放。对于CH4通量,可耕作的土壤是净汇,特别是在有冬小麦的种植系统中。

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