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• W3000559852 abstract "Abstract. The nitrogen cycle and its effect on carbon uptake in the terrestrial biosphere is a recent progression in earth system models. As with any new component of a model, it is important to understand the behaviour, strengths, and limitations of the various process representations. Here we assess and compare five land surface models with nitrogen cycles that are used as the terrestrial components of some of the earth system models in CMIP6. The land surface models were run offline with a common spin-up and forcing protocol. We use a historical control simulation and two perturbations to assess the model nitrogen-related performances: a simulation with atmospheric carbon dioxide increased by 200 ppm and one with nitrogen deposition increased by 50 kgN ha−1 yr−1. There is generally greater variability in productivity response between models to increased nitrogen than to carbon dioxide. Across the five models the response to carbon dioxide globally was 5 % to 20 % and the response to nitrogen was 2 % to 24 %. The models are not evenly distributed within the ensemble range, with two of the models having low productivity response to nitrogen and another one with low response to elevated atmospheric carbon dioxide, compared to the other models. In all five models individual grid cells tend to exhibit bimodality, with either a strong response to increased nitrogen or atmospheric carbon dioxide but rarely to both to an equal extent. However, this local effect does not scale to either the regional or global level. The global and tropical responses are generally more accurately modelled than boreal, tundra, or other high-latitude areas compared to observations. These results are due to divergent choices in the representation of key nitrogen cycle processes. They show the need for more observational studies to enhance understanding of nitrogen cycle processes, especially nitrogen-use efficiency and biological nitrogen fixation." @default.
• W3000559852 created "2020-01-23" @default.
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• W3000559852 date "2020-10-23" @default.
• W3000559852 modified "2023-10-15" @default.
• W3000559852 title "Nitrogen cycling in CMIP6 land surface models: progress and limitations" @default.
• W3000559852 cites W1496945236 @default.
• W3000559852 cites W1749185084 @default.
• W3000559852 cites W1804670171 @default.
• W3000559852 cites W1899964430 @default.
• W3000559852 cites W1909338606 @default.
• W3000559852 cites W1932751939 @default.
• W3000559852 cites W1949835922 @default.
• W3000559852 cites W1964551106 @default.
• W3000559852 cites W1967837268 @default.
• W3000559852 cites W1974624458 @default.
• W3000559852 cites W1976467487 @default.
• W3000559852 cites W1981977817 @default.
• W3000559852 cites W1996568490 @default.
• W3000559852 cites W2001404584 @default.
• W3000559852 cites W2002215105 @default.
• W3000559852 cites W2009766566 @default.
• W3000559852 cites W2017358589 @default.
• W3000559852 cites W2022978612 @default.
• W3000559852 cites W2024632663 @default.
• W3000559852 cites W2024966118 @default.
• W3000559852 cites W2035831194 @default.
• W3000559852 cites W2064665131 @default.
• W3000559852 cites W2075641736 @default.
• W3000559852 cites W2086925429 @default.
• W3000559852 cites W2091698369 @default.
• W3000559852 cites W2094838139 @default.
• W3000559852 cites W2094971595 @default.
• W3000559852 cites W2096477240 @default.
• W3000559852 cites W2097896815 @default.
• W3000559852 cites W2100636547 @default.
• W3000559852 cites W2101880809 @default.
• W3000559852 cites W2104043570 @default.
• W3000559852 cites W2115977576 @default.
• W3000559852 cites W2117806334 @default.
• W3000559852 cites W2119730771 @default.
• W3000559852 cites W2121311122 @default.
• W3000559852 cites W2126479957 @default.
• W3000559852 cites W2126507922 @default.
• W3000559852 cites W2127260013 @default.
• W3000559852 cites W2127313181 @default.
• W3000559852 cites W2133285250 @default.
• W3000559852 cites W2140077812 @default.
• W3000559852 cites W2141347905 @default.
• W3000559852 cites W2142130713 @default.
• W3000559852 cites W2142306678 @default.
• W3000559852 cites W2144449602 @default.
• W3000559852 cites W2145255150 @default.
• W3000559852 cites W2147654971 @default.
• W3000559852 cites W2149108441 @default.
• W3000559852 cites W2149884823 @default.
• W3000559852 cites W2150654526 @default.
• W3000559852 cites W2151328940 @default.
• W3000559852 cites W2155343321 @default.
• W3000559852 cites W2158608186 @default.
• W3000559852 cites W2162686899 @default.
• W3000559852 cites W2166054690 @default.
• W3000559852 cites W2170945293 @default.
• W3000559852 cites W2193428795 @default.
• W3000559852 cites W2193503481 @default.
• W3000559852 cites W2259812487 @default.
• W3000559852 cites W2312370907 @default.
• W3000559852 cites W2510129057 @default.
• W3000559852 cites W2518542445 @default.
• W3000559852 cites W2557651103 @default.
• W3000559852 cites W2570340221 @default.
• W3000559852 cites W2574172500 @default.
• W3000559852 cites W2581741828 @default.
• W3000559852 cites W2752487915 @default.
• W3000559852 cites W2766404902 @default.
• W3000559852 cites W2793780201 @default.
• W3000559852 cites W2887558848 @default.
• W3000559852 cites W2897957760 @default.
• W3000559852 cites W2903814883 @default.
• W3000559852 cites W2915336810 @default.
• W3000559852 cites W2916631839 @default.
• W3000559852 cites W2946167259 @default.
• W3000559852 cites W2954889350 @default.
• W3000559852 cites W2966665018 @default.
• W3000559852 cites W2969773865 @default.
• W3000559852 cites W2979653715 @default.

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