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- W3013582963 abstract "Abstract Limited understanding of the effects of enhanced nitrogen (N) addition and grazing exclusion (E) on greenhouse gases fluxes (GHGs: CO 2 , CH 4 , and N 2 O) in grasslands constrains our ability to respond to the challenges of future climate change. In this study, we conducted a field experiment using a static closed opaque chamber to investigate the response of GHG fluxes to N addition (69 kg N ha −1 year −1 applied in 3 splits) and grazing exclusion in an alpine meadow on the Tibetan Plateau during the growing seasons from 2011 to 2013. Our results showed that winter grazing significantly raised soil temperature (ST), while grazing exclusion (E) had no effect on soil moisture (SM), and N fertilizer (F) had no effect on ST or SM. Aboveground biomass (AB) and root biomass (RB) were not significantly affected by E in 2011-2013 ( p > 0.05), but F significantly affected AB and RB ( p < 0.05). Compared with winter grazing, only E substantially reduced seasonal mean CO 2 emissions (by about 20.1%) during the experimental period. E did not significantly directly affect CH 4 uptake, whereas N addition reduced seasonal mean CH 4 uptake by about 6.5%, and N addition changed seasonal average absorption of N 2 O into an emission source. CO 2 flux is the major contributor to CO 2 equivalent emissions in this area. Our results indicate that exclosure from livestock grazing might be a promising measure to reduce CO 2 emissions, while enhanced N addition might reduce CH 4 uptake and increase N 2 O emission in the alpine meadow under future climate change." @default.
- W3013582963 created "2020-04-03" @default.
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- W3013582963 date "2020-03-25" @default.
- W3013582963 modified "2023-10-18" @default.
- W3013582963 title "CO2, CH4 and N2O fluxes in an alpine meadow on the Tibetan Plateau as affected by N-addition and grazing exclusion" @default.
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- W3013582963 cites W1836347561 @default.
- W3013582963 cites W1963878785 @default.
- W3013582963 cites W1967822633 @default.
- W3013582963 cites W1980999840 @default.
- W3013582963 cites W1989192653 @default.
- W3013582963 cites W1991519720 @default.
- W3013582963 cites W1994449790 @default.
- W3013582963 cites W1994774483 @default.
- W3013582963 cites W1996655600 @default.
- W3013582963 cites W1997224667 @default.
- W3013582963 cites W1999051776 @default.
- W3013582963 cites W1999186827 @default.
- W3013582963 cites W2003276954 @default.
- W3013582963 cites W2007033189 @default.
- W3013582963 cites W2009013318 @default.
- W3013582963 cites W2017230253 @default.
- W3013582963 cites W2024024581 @default.
- W3013582963 cites W2034754035 @default.
- W3013582963 cites W2048065928 @default.
- W3013582963 cites W2051115332 @default.
- W3013582963 cites W2059805253 @default.
- W3013582963 cites W2074922309 @default.
- W3013582963 cites W2078204332 @default.
- W3013582963 cites W2088671540 @default.
- W3013582963 cites W2088728846 @default.
- W3013582963 cites W2089940084 @default.
- W3013582963 cites W2094265060 @default.
- W3013582963 cites W2094838139 @default.
- W3013582963 cites W2095743852 @default.
- W3013582963 cites W2096718624 @default.
- W3013582963 cites W2098076869 @default.
- W3013582963 cites W2105042329 @default.
- W3013582963 cites W2108641654 @default.
- W3013582963 cites W2110155297 @default.
- W3013582963 cites W2110516433 @default.
- W3013582963 cites W2110948619 @default.
- W3013582963 cites W2117065488 @default.
- W3013582963 cites W2118885226 @default.
- W3013582963 cites W2119023470 @default.
- W3013582963 cites W2131386567 @default.
- W3013582963 cites W2132082835 @default.
- W3013582963 cites W2134874493 @default.
- W3013582963 cites W2137876473 @default.
- W3013582963 cites W2146323422 @default.
- W3013582963 cites W2149732780 @default.
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- W3013582963 cites W2150480851 @default.
- W3013582963 cites W2150902531 @default.
- W3013582963 cites W2153104603 @default.
- W3013582963 cites W2156168860 @default.
- W3013582963 cites W2156383315 @default.
- W3013582963 cites W2159741556 @default.
- W3013582963 cites W2160345940 @default.
- W3013582963 cites W2161486387 @default.
- W3013582963 cites W2170299487 @default.
- W3013582963 cites W2316899796 @default.
- W3013582963 cites W2399575436 @default.
- W3013582963 cites W2413288164 @default.
- W3013582963 cites W2417896598 @default.
- W3013582963 cites W2420793487 @default.
- W3013582963 cites W2501604943 @default.
- W3013582963 cites W2511390021 @default.
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- W3013582963 cites W4239205449 @default.
- W3013582963 cites W4252808368 @default.
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- W3013582963 doi "https://doi.org/10.1007/s10705-020-10062-0" @default.
- W3013582963 hasPublicationYear "2020" @default.
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