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Transport of Carbon and Nitrogen Between (1)

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Figure 1. Decomposition of sugar maple litter, (dry weight andupper) 13C loss and (lower) total N content and15N loss, for structural (S) and non-structural (NS) la-beled litter
Table 1.Selected Physical and Chemical Properties of Soil (<2 mm fraction) from the Study Area in ArnotForest, Central New York
Table 3.Estimated Translocation of Nitrogen from Decaying 1-Year-Old Sugar Maple Litter into OverlyingFresh Litter at Arnot Forest Plots, Based on Changes in N Concentration and d 15N of Fresh Litter andAssuming Decay Rates Observed in Figure 1
Table 4.Mass Excess of 13C and 15N (Enrichment above Background) in Soils Collected from QuadratsAmended with13C and 15N Labeled Leaf Litter in Arnot Forest, NY
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