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• W3125019916 endingPage "486" @default.
• W3125019916 startingPage "467" @default.
• W3125019916 abstract "Abstract. Mosses need to be incorporated into Earth system models to better simulate peatland functional dynamics under the changing environment. Sphagnum mosses are strong determinants of nutrient, carbon, and water cycling in peatland ecosystems. However, most land-surface models do not include Sphagnum or other mosses as represented plant functional types (PFTs), thereby limiting predictive assessment of peatland responses to environmental change. In this study, we introduce a moss PFT into the land model component (ELM) of the Energy Exascale Earth System Model (E3SM) by developing water content dynamics and nonvascular photosynthetic processes for moss. The model was parameterized and independently evaluated against observations from an ombrotrophic forested bog as part of the Spruce and Peatland Responses Under Changing Environments (SPRUCE) project. The inclusion of a Sphagnum PFT with some Sphagnum-specific processes in ELM allows it to capture the observed seasonal dynamics of Sphagnum gross primary production (GPP) albeit with an underestimate of peak GPP. The model simulated a reasonable annual net primary production (NPP) for moss but with less interannual variation than observed, and it reproduced aboveground biomass for tree PFTs and stem biomass for shrubs. Different species showed highly variable warming responses under both ambient and elevated atmospheric CO2 concentrations, and elevated CO2 altered the warming response direction for the peatland ecosystem. Microtopography is critical: Sphagnum mosses on hummocks and hollows were simulated to show opposite warming responses (NPP decreasing with warming on hummocks but increasing in hollows), and hummock Sphagnum was modeled to have a strong dependence on water table height. The inclusion of this new moss PFT in global ELM simulations may provide a useful foundation for the investigation of northern peatland carbon exchange, enhancing the predictive capacity of carbon dynamics across the regional and global scales." @default.
• W3125019916 created "2021-02-01" @default.
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• W3125019916 date "2021-01-20" @default.
• W3125019916 modified "2023-09-30" @default.
• W3125019916 title "Extending a land-surface model with &lt;i&gt;Sphagnum&lt;/i&gt; moss to simulate responses of a northern temperate bog to whole ecosystem warming and elevated CO&lt;sub&gt;2&lt;/sub&gt;" @default.
• W3125019916 cites W127201360 @default.
• W3125019916 cites W1484428051 @default.
• W3125019916 cites W1515526034 @default.
• W3125019916 cites W1559066630 @default.
• W3125019916 cites W1598502789 @default.
• W3125019916 cites W1661209811 @default.
• W3125019916 cites W1670370105 @default.
• W3125019916 cites W1892883025 @default.
• W3125019916 cites W1912382271 @default.
• W3125019916 cites W1929694651 @default.
• W3125019916 cites W1949175914 @default.
• W3125019916 cites W1963635675 @default.
• W3125019916 cites W1969077272 @default.
• W3125019916 cites W1970971564 @default.
• W3125019916 cites W1972528938 @default.
• W3125019916 cites W1973756762 @default.
• W3125019916 cites W1974010259 @default.
• W3125019916 cites W1981704710 @default.
• W3125019916 cites W1983190748 @default.
• W3125019916 cites W1983235217 @default.
• W3125019916 cites W1986790946 @default.
• W3125019916 cites W1988144647 @default.
• W3125019916 cites W1988479854 @default.
• W3125019916 cites W1992420235 @default.
• W3125019916 cites W1996568490 @default.
• W3125019916 cites W1997350062 @default.
• W3125019916 cites W1999424664 @default.
• W3125019916 cites W2007079915 @default.
• W3125019916 cites W2007468519 @default.
• W3125019916 cites W2015251057 @default.
• W3125019916 cites W2015431698 @default.
• W3125019916 cites W2016754351 @default.
• W3125019916 cites W2020096766 @default.
• W3125019916 cites W2023146498 @default.
• W3125019916 cites W2023906603 @default.
• W3125019916 cites W2029074727 @default.
• W3125019916 cites W2029788029 @default.
• W3125019916 cites W2030653846 @default.
• W3125019916 cites W2031694319 @default.
• W3125019916 cites W2031833860 @default.
• W3125019916 cites W2036043830 @default.
• W3125019916 cites W2044495903 @default.
• W3125019916 cites W2046857879 @default.
• W3125019916 cites W2050280833 @default.
• W3125019916 cites W2050652629 @default.
• W3125019916 cites W2051844881 @default.
• W3125019916 cites W2056089801 @default.
• W3125019916 cites W2056209258 @default.
• W3125019916 cites W2057981571 @default.
• W3125019916 cites W2059851618 @default.
• W3125019916 cites W2063184471 @default.
• W3125019916 cites W2065927824 @default.
• W3125019916 cites W2068181267 @default.
• W3125019916 cites W2068231299 @default.
• W3125019916 cites W2071982499 @default.
• W3125019916 cites W2075440487 @default.
• W3125019916 cites W2079738307 @default.
• W3125019916 cites W2082738528 @default.
• W3125019916 cites W2084790361 @default.
• W3125019916 cites W2088908603 @default.
• W3125019916 cites W2089162717 @default.
• W3125019916 cites W2090004442 @default.
• W3125019916 cites W2090043548 @default.
• W3125019916 cites W2091147897 @default.
• W3125019916 cites W2095054126 @default.
• W3125019916 cites W2096149314 @default.
• W3125019916 cites W2097895437 @default.
• W3125019916 cites W2100465167 @default.
• W3125019916 cites W2101970201 @default.
• W3125019916 cites W2105908409 @default.
• W3125019916 cites W2106151558 @default.
• W3125019916 cites W2106963423 @default.
• W3125019916 cites W2108345832 @default.
• W3125019916 cites W2110289465 @default.
• W3125019916 cites W2110668499 @default.
• W3125019916 cites W2115731261 @default.
• W3125019916 cites W2116034747 @default.
• W3125019916 cites W2117704267 @default.
• W3125019916 cites W2123479080 @default.
• W3125019916 cites W2127406525 @default.

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