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- W2147862212 abstract "Abstract. We assessed the global terrestrial budget of methane (CH4) by using a process-based biogeochemical model (VISIT) and inventory data for components of the budget that were not included in the model. Emissions from wetlands, paddy fields, biomass burning, and plants, as well as oxidative consumption by upland soils, were simulated by the model. Emissions from ruminant livestock and termites were evaluated by using an inventory approach. These CH4 flows were estimated for each of the model's 0.5° × 0.5° grid cells from 1901 to 2009, while accounting for atmospheric composition, meteorological factors, and land-use changes. Estimation uncertainties were examined through ensemble simulations using different parameterization schemes and input data (e.g., different wetland maps and emission factors). From 1996 to 2005, the average global terrestrial CH4 budget was estimated on the basis of 1152 simulations, and terrestrial ecosystems were found to be a net source of 308.3 ± 20.7 Tg CH4 yr−1. Wetland and livestock ruminant emissions were the primary sources. The results of our simulations indicate that sources and sinks are distributed highly heterogeneously over the Earth's land surface. Seasonal and interannual variability in the terrestrial budget was also assessed. The trend of increasing net emission from terrestrial sources and its relationship with temperature variability imply that terrestrial CH4 feedbacks will play an increasingly important role as a result of future climatic change." @default.
- W2147862212 created "2016-06-24" @default.
- W2147862212 creator A5000980649 @default.
- W2147862212 creator A5077151296 @default.
- W2147862212 date "2012-02-15" @default.
- W2147862212 modified "2023-10-13" @default.
- W2147862212 title "Use of a process-based model for assessing the methane budgets of global terrestrial ecosystems and evaluation of uncertainty" @default.
- W2147862212 cites W1493296954 @default.
- W2147862212 cites W1500717668 @default.
- W2147862212 cites W1592602421 @default.
- W2147862212 cites W1688224942 @default.
- W2147862212 cites W1717785997 @default.
- W2147862212 cites W1816393679 @default.
- W2147862212 cites W1885078460 @default.
- W2147862212 cites W1895518694 @default.
- W2147862212 cites W1984946238 @default.
- W2147862212 cites W1989163287 @default.
- W2147862212 cites W1990297683 @default.
- W2147862212 cites W1996167634 @default.
- W2147862212 cites W1998515817 @default.
- W2147862212 cites W1999575495 @default.
- W2147862212 cites W2001269309 @default.
- W2147862212 cites W2001329507 @default.
- W2147862212 cites W2002593172 @default.
- W2147862212 cites W2008770746 @default.
- W2147862212 cites W2010439382 @default.
- W2147862212 cites W2011604003 @default.
- W2147862212 cites W2013320747 @default.
- W2147862212 cites W2014446516 @default.
- W2147862212 cites W2029891701 @default.
- W2147862212 cites W2035328872 @default.
- W2147862212 cites W2036709573 @default.
- W2147862212 cites W2036826963 @default.
- W2147862212 cites W2037513366 @default.
- W2147862212 cites W2040900500 @default.
- W2147862212 cites W2044247101 @default.
- W2147862212 cites W2044499383 @default.
- W2147862212 cites W2048033136 @default.
- W2147862212 cites W2064853384 @default.
- W2147862212 cites W2064920548 @default.
- W2147862212 cites W2068676456 @default.
- W2147862212 cites W2074855628 @default.
- W2147862212 cites W2078838367 @default.
- W2147862212 cites W2085599147 @default.
- W2147862212 cites W2088563636 @default.
- W2147862212 cites W2090259365 @default.
- W2147862212 cites W2097441736 @default.
- W2147862212 cites W2100256561 @default.
- W2147862212 cites W2108691171 @default.
- W2147862212 cites W2112984418 @default.
- W2147862212 cites W2115751385 @default.
- W2147862212 cites W2116306771 @default.
- W2147862212 cites W2117779820 @default.
- W2147862212 cites W2121311122 @default.
- W2147862212 cites W2121363571 @default.
- W2147862212 cites W2122472848 @default.
- W2147862212 cites W2126063258 @default.
- W2147862212 cites W2128958597 @default.
- W2147862212 cites W2134825671 @default.
- W2147862212 cites W2134927874 @default.
- W2147862212 cites W2136881308 @default.
- W2147862212 cites W2138740720 @default.
- W2147862212 cites W2144799487 @default.
- W2147862212 cites W2145963862 @default.
- W2147862212 cites W2145971687 @default.
- W2147862212 cites W2147614927 @default.
- W2147862212 cites W2148837059 @default.
- W2147862212 cites W2149794122 @default.
- W2147862212 cites W2152304473 @default.
- W2147862212 cites W2152613879 @default.
- W2147862212 cites W2155329458 @default.
- W2147862212 cites W2160798477 @default.
- W2147862212 cites W2162157043 @default.
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- W2147862212 cites W2169275263 @default.
- W2147862212 cites W2170086526 @default.
- W2147862212 cites W2171679601 @default.
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- W2147862212 doi "https://doi.org/10.5194/bg-9-759-2012" @default.
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