Effects of N application and maize growth on N2O emission from soil

Abstract

Abstract: With pot experiment and using static chamber-GC technique,this paper studied the effects of N application(150 and 300 mg穔g^-1 soil)and maize growth on N₂O emission from soil.In maize-planted soil,the N₂O emission rate increased with increasing N application rate,its peak appeared at seedling stage,and there was no significant correlation between N₂O emission and air temperature.Contrarily,in bare soil,the peak of N₂O emission rate occurred at the anaphase of the experiment,and there was a significant exponential correlation between N₂O emission and air temperature.The total amount of N₂O emission increased remarkably with increasing N application rate in both planted and bare soils.In comparing with bare soil,maize-planting reduced N₂O emission by 92% and 87%,respectively at high and low N application rates,which suggested that maize-planting not only affected the seasonal variation and magnitude of N₂O emission from soil,but also altered the relationship between air temperature and soil N₂O emission.

Key words: Maize growth, N₂O emission from soil, N application, Temperature

CLC Number:

S152.6

YANG Lanfang, CAI Zucong . Effects of N application and maize growth on N₂O emission from soil [J]. Chinese Journal of Applied Ecology, 2005, 16(1): 100-104.

References

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Effects of N application and maize growth on N₂O emission from soil

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