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• W2170816053 abstract "Fertilizer nitrogen (N) application has been shown to impact both methane (CH4) and nitrous oxide (N2O) emissions from rice-based crop systems, yet the responses of CH4 and N2O fluxes to N fertilizer applications in subtropical rice-rapeseed rotation systems are not well documented. A three-year field experiment was conducted to simultaneously measure the fluxes of CH4 and N2O from a subtropical rice-rapeseed rotation system under three N fertilization treatments (control with no N fertilizer addition [CK], optimized N fertilizer management practice in accordance with the recommended N fertilizer application rate of 150 kg N ha(-1) season(-1) [OP], local farmers common N fertilizer management practice with 250 kg N ha(-1) season(-1) [CP]) in southwestern China. Results showed great intra- and inter-annual variations in CH4 and N2O emissions along with the temporal variations of environmental conditions, emphasizing the necessity of multi-year measurements to achieve representative estimates. Nitrogen fertilization tended to increase N2O emissions and to inhibit CH4 emissions. The direct N2O emission factors (EFd) for the rice systems (mean: 0.99%) were higher than those for the rapeseed systems (mean: 0.71%). In addition, the rice-growing season dominated annual CH4 emissions (>97%), which on average represented 87% of the annual total global warming potential (GWP) of CH4 and N2O emissions across experimental treatments and years. Linking total GWP of CH4 and N2O emissions with grain yields, the average annual yield-scaled GWP for the control (1467 kg CO2-eq Mg-1 grain) was significantly higher than for the OP (700 kg CO2-eq Mg-1 grain) and CP (682 kg CO2-eq Mg-1 grain) treatments (P < 0.05). Given the comparable area- and yield-scaled GWP between the CP and OP treatments, the OP treatment reduced local farmers' common N fertilizer application rate by 40% and tended to maintain crop grain yields, however it also reduced N surplus and off-site N losses in the subtropical rice-rapeseed rotation systems of southwestern China. (C) 2015 Elsevier B.V. All rights reserved." @default.
• W2170816053 created "2016-06-24" @default.
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• W2170816053 date "2015-12-01" @default.
• W2170816053 modified "2023-10-09" @default.
• W2170816053 title "Nitrous oxide and methane emissions from a subtropical rice–rapeseed rotation system in China: A 3-year field case study" @default.
• W2170816053 cites W1244432348 @default.
• W2170816053 cites W1264360482 @default.
• W2170816053 cites W1485154253 @default.
• W2170816053 cites W1534663593 @default.
• W2170816053 cites W1621149760 @default.
• W2170816053 cites W1631540338 @default.
• W2170816053 cites W1638266279 @default.
• W2170816053 cites W1717785997 @default.
• W2170816053 cites W1777634526 @default.
• W2170816053 cites W1840631517 @default.
• W2170816053 cites W1853104438 @default.
• W2170816053 cites W1891144596 @default.
• W2170816053 cites W1950296462 @default.
• W2170816053 cites W1969248251 @default.
• W2170816053 cites W1973358201 @default.
• W2170816053 cites W1976242336 @default.
• W2170816053 cites W1977351556 @default.
• W2170816053 cites W1977624941 @default.
• W2170816053 cites W1978815659 @default.
• W2170816053 cites W1980839507 @default.
• W2170816053 cites W1988414053 @default.
• W2170816053 cites W1989292078 @default.
• W2170816053 cites W1998774214 @default.
• W2170816053 cites W1999772865 @default.
• W2170816053 cites W2000121350 @default.
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• W2170816053 cites W2010696234 @default.
• W2170816053 cites W2013147911 @default.
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• W2170816053 cites W2027454314 @default.
• W2170816053 cites W2032090821 @default.
• W2170816053 cites W2032839595 @default.
• W2170816053 cites W2034392056 @default.
• W2170816053 cites W2044495533 @default.
• W2170816053 cites W2048403675 @default.
• W2170816053 cites W2048532907 @default.
• W2170816053 cites W2049509270 @default.
• W2170816053 cites W2055943900 @default.
• W2170816053 cites W2059454786 @default.
• W2170816053 cites W2061095165 @default.
• W2170816053 cites W2063046744 @default.
• W2170816053 cites W2068882619 @default.
• W2170816053 cites W2069089450 @default.
• W2170816053 cites W2080608353 @default.
• W2170816053 cites W2083352486 @default.
• W2170816053 cites W2083418194 @default.
• W2170816053 cites W2089753788 @default.
• W2170816053 cites W2094156672 @default.
• W2170816053 cites W2109546079 @default.
• W2170816053 cites W2111991450 @default.
• W2170816053 cites W2112122115 @default.
• W2170816053 cites W2113910010 @default.
• W2170816053 cites W2126902408 @default.
• W2170816053 cites W2134432850 @default.
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• W2170816053 doi "https://doi.org/10.1016/j.agee.2015.07.010" @default.
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