20130108

Author : Bijoor, N. S. Czimczik, C. I. Pataki, D. E. Billings, S. A.
Year :  2008
Title : Effects of temperature and fertilization on nitrogen cycling and community composition of an urban lawn.
Journal : Global Change Biology
Comment : Their results suggest that an increase in temperature caused by climate change as well as the urban heat island effect may result in increases in N2O emissions from fertilized urban lawns. The N2O fluxes increased following fertilizer application and were also directly related to soil moisture In summer, N2O fluxes declined, perhaps because low soil moisture suppressed the hydrolysis of applied urea fertilizer to ammonium, the substrate for N2O production via nitrification.

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