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Effects of different forms of N deposition on leaf litter decomposition and extracellular enzyme activities in a temperate grassland

机译:N沉积不同形式对温带草地叶凋落物分解及细胞外酶活性的影响

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摘要

Despite the importance of decomposition for biogeochemical cycles, it is still not clear how this process is affected by different forms of nitrogen (N). Equal amounts of N with different ratios of inorganic N: organic N (0 : 0, 10 : 0, 7 : 3, 5 : 5, 3 : 7, and 0 : 10) were added to the soil in a steppe. We studied the response of litter decomposition to different forms of N enrichment. The treatment with 30% organic N resulted in the fastest decomposition, which was higher than with inorganic N or organic N addition alone. Our results highlight the need for studies of N deposition on carbon cycles that consider different components in N deposition.
机译:尽管对生物地球化学循环分解的重要性,但尚不清楚该过程如何受到不同形式的氮气(n)的影响。 在草原中的土壤中向土壤中加入等量N:有机N(0:0,10:0,7:3,5:5,3:7和0:3)中的等量N:有机N(0:0,10,3:7和0:3)。 我们研究了凋落物分解对不同形式的N富集的响应。 用30%有机N处理导致最快的分解,其单独高于无机N或有机N添加。 我们的结果突出了对N沉积中不同组分的碳循环研究的研究需求。

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