1998
DOI: 10.1029/98gb01035
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Transient climate change and net ecosystem production of the terrestrial biosphere

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Cited by 72 publications
(70 citation statements)
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“…In addition, these models predict that improvements in nitrogen availability will lead to enhancements in plant productivity and carbon sequestration. These improvements in nitrogen availability could occur from warming-induced enhancement of decomposition of soil organic matter [Xiao et al, 1998;Bonan, 2008;Sokolov et al, 2008;Zaehle et al, 2010a;Bonan and Levis, 2010] or by the addition of nitrogen to the ecosystem through the application of nitrogen fertilizer [Felzer et al, 2004[Felzer et al, , 2005Zaehle et al, 2010b] or atmospheric nitrogen deposition [Thornton et al, 2007;Jain et al, 2009;McGuire et al, 2010;Zaehle et al, 2010b]. In previous studies, the benefits of atmospheric nitrogen deposition on terrestrial carbon sequestration have been secondary to CO 2 fertilization effects.…”
Section: Comparisons To Previous Studiesmentioning
confidence: 99%
“…In addition, these models predict that improvements in nitrogen availability will lead to enhancements in plant productivity and carbon sequestration. These improvements in nitrogen availability could occur from warming-induced enhancement of decomposition of soil organic matter [Xiao et al, 1998;Bonan, 2008;Sokolov et al, 2008;Zaehle et al, 2010a;Bonan and Levis, 2010] or by the addition of nitrogen to the ecosystem through the application of nitrogen fertilizer [Felzer et al, 2004[Felzer et al, , 2005Zaehle et al, 2010b] or atmospheric nitrogen deposition [Thornton et al, 2007;Jain et al, 2009;McGuire et al, 2010;Zaehle et al, 2010b]. In previous studies, the benefits of atmospheric nitrogen deposition on terrestrial carbon sequestration have been secondary to CO 2 fertilization effects.…”
Section: Comparisons To Previous Studiesmentioning
confidence: 99%
“…Outputs from the chemistry-climate model such as CO2 concentration, precipitation, surface temperature, and cloud coverage are then utilized by the ecosystem model to calculate important biogeochemical fluxes, including net primary and ecosystem production [Xiao et al, 1998]. …”
Section: [1998] For Bimolecular Reactions Rate Constants (Cm3/molecmentioning
confidence: 99%
“…A mature 40 foot tree with a crown of 30 feet can decrease air temperature by transpiring as much as 40 gallons of water per day. Urban forestry canopy coverage over paved surfaces has been evaluated as a sustainable systems mitigation strategy for the Urban Heat Island effect by examining temporal, hydrocarbon and stormwater impacts while potentially increasing pavement longevity (Akbari et al 1993;Asaeda et al 1996;Scott et al 1999;Xiao et al 1998;McPherson et al 1999). Some municipalities within the United States have adopted parking lot canopy coverage such as Sacramento, California which requires 50% canopy coverage of the total parking lot area within 15 years of a projects development (Sacramento City Ordinance 17.64.030).…”
Section: Conventional Urban Forestrymentioning
confidence: 99%