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Effect of Different Nitrogen Fertilizers with Reclaimed Water Irrigation on Soil Greenhouse Gas Emissions

机译:再生水灌溉不同氮肥对土壤温室气体排放的影响

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In order to investigate the effect of using different nitrogen fertilizer with reclaimed water irrigation on the emissions of soil greenhouse gases (CO_2 and N_2O), plot experiments were conducted using clean water and reclaimed water combined with different nitrogen fertilizer (urea, ammonium sulfate, slow release fertilizer) for irrigation. No significant differences in CO_2 and N_2O emission flux was observed between the treatments irrigated with clean water and ones with reclaimed water. The soil CO_2 emission flux had no significant relationship with the application of nitrogen fertilizer, whereas the soil emission flux increased significantly as applied with nitrogen fertilizer. The N_2O emission flux reached its maximum in 2-5 days after irrigation.
机译:为了研究在再生水灌溉中使用不同氮肥对土壤温室气体(CO_2和N_2O)排放的影响,使用净水和再生水与不同氮肥(尿素,硫酸铵,慢释放肥料)进行灌溉。在用清水灌溉和用再生水灌溉的处理之间,未观察到CO_2和N_2O排放通量的显着差异。土壤CO_2排放通量与氮肥施用量无明显关系,而土壤排放通量与氮肥施用量显着增加。灌溉后2-5天,N_2O排放通量达到最大值。

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