Table%20S1.csv (10.69 kB)

The mean value of functional traits including CO2 assimilation rate per unit area (Aarea; μmol s-1), instantaneous water use efficiency (WUEi; μmol mol-1), stomatal conductance per unit area (gsa; mmol m-2 s-1), phosphorus concentration per leaf mass (Pmass; mg kg-1), sapwood specific hydraulic conductivity (Ks; kg m-1 s-1 MPa-1), leaf water potential at turgor loss point (ψtlp; MPa), leaf chlorophyll concentration (Chl; g/m2), leaf size (Ls; cm2), leaf lamina thickness (Thk; cm), specific leaf area (SLA; cm2/g), leaf dry matter content (LDMC; %), and wood density (WD; g/m3) for the 112 study species in dinghu moutain in southern China.

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posted on 25.11.2019 by Hui Zhang, Han Chen, Juyu Lian, Robert John Chandran, Li Ronghua, Hui Liu, Wanhui Ye, Frank Berninger, Qing Ye
The mean value of functional traits including CO2 assimilation rate per unit area (Aarea; μmol s-1), instantaneous water use efficiency (WUEi; μmol mol-1), stomatal conductance per unit area (gsa; mmol m-2 s-1), phosphorus concentration per leaf mass (Pmass; mg kg-1), sapwood specific hydraulic conductivity (Ks; kg m-1 s-1 MPa-1), leaf water potential at turgor loss point (ψtlp; MPa), leaf chlorophyll concentration (Chl; g/m2), leaf size (Ls; cm2), leaf lamina thickness (Thk; cm), specific leaf area (SLA; cm2/g), leaf dry matter content (LDMC; %), and wood density (WD; g/m3) for the 112 study species in dinghu moutain in southern China.

History

dc.type.embargo

none

dc.format.extent

10945

dc.identifier.uri

http://hdl.handle.net/10255/dryad.172044

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