Processed extended meta-analysis of hydraulic functional traits

This file includes the processed data from our extended meta-analysis of tropical tree and liana hydraulic functional traits. Other functionals traits were included if they were reported in the publications meeting the criteria of our extended meta-analysis for reporting hydraulic functional traits. Columns are as follows: Growth.form: Either tree or liana AccSpeciesName: Accepted species name from the TRY database HV (cm/cm2): Huber value in cm/cm2 Al/As (m2/cm2): Leaf area:sapwood area ratio in m2/cm2 HV (10^4, m2/m2): Huber value in 104 m2/m2 N (g/kg): Mass-based leaf nitrogen content in g/kg WD (g/cm3): Wood density in g/cm3 Dv (um): Vessel diameter in um Denisty (mm-2): Vessel density in mm-2 Transpiration (mmol/m2/s): Transpiration rate in mmol/m2/s Annual psi min: Annual minimum leaf water potential in MPa Midday psi leaf (Mpa): Midday leaf water potential in MPa WUE (umol/mol): Water use efficiency in umol/mol Gs (mol/m2/s): Stomatal conductance in mol/m2/s Aarea (umol/m2/s): Area-based photosynthetic rate in umol/m2/s LDMC (g/g): Leaf dry matter content in g/g SLA (cm2/g): Specific leaf area in cm2/g MVL (cm): Maximum vessel length in cm MOR (N/mm2): Modulus of rupture in N/mm2 BVD (um): 20 biggest vessel lumen diameter in um MVD (um): Mean vessel lumen diameter in um WLR (um/um): Wall-lumen ratio in um/um Vessel%: Vessel percentage in % Parenchyma%: Parenchyma percentage in % Fiber%: Fiber percentage in % Kl (mmol/m/s/Mpa): Maximum leaf-specific hydraulic conductivity in mmol/m/s/MPa Dh (um): Hydraullically weighted vessel diameter in um PLC (%): Percent loss of conductivity in % Midday K (kg/m/s/Mpa): Midday stem sapwood-specific conductivity in kg/m/s/MPa Osmotic potential at full turgor (Mpa): Osmotic potential at full turgor in MPa Leaf water potential at turgor loss point (Mpa): Leaf water potential at turgor loss point in MPa Bulk modulus of elasticity (Mpa): Bulk modulus of elasticity in MPa Absolute capacitance (mol/m2/Mpa): Absolute capacitance in mol/m2/MPa K: Stem-specific maximum hydraulic conductivity (units variable) Units_K: Units associated with value in the same row of the column K P50: Pressure at which 50% of hydraulic function is lost in MPa Units_P50: Units associated with value in the same row of the column P50 (always MPa) Slope: Slope of the PLC curve in %/MPa Units_Slope: Units associated with value in the same row of the column Slope (always %/MPa) Source: Abbreviated citations for manuscripts associated with the data. See Supplementary Table 5 of the associated manuscript for complete citations. Note that citations of all the references listed in Supplementary Table 5 of the associated manuscript (Willson et al.) should accompany any use of this dataset.本数据集包含我们针对热带树木与木质藤本水力功能性状开展的扩展元分析所得到的预处理数据。凡满足本扩展元分析水力功能性状报告标准的文献中报道的其他功能性状，均已纳入本数据集。数据集各列说明如下： 1. Growth.form（生长型）：取值为树木或木质藤本 2. AccSpeciesName（标准物种名）：源自TRY数据库（TRY database）的官方接受物种名称 3. HV (cm/cm²)：胡伯值（Huber value），单位为cm/cm² 4. Al/As (m²/cm²)：叶面积与边材面积比（Leaf area:sapwood area ratio），单位为m²/cm² 5. HV (10^4, m²/m²)：胡伯值（Huber value），单位为10^4 m²/m² 6. N (g/kg)：基于质量的叶片氮含量，单位为g/kg 7. WD (g/cm³)：木材密度，单位为g/cm³ 8. Dv (μm)：导管直径，单位为μm 9. Denisty (mm⁻²)：导管密度，单位为mm⁻² 10. Transpiration (mmol/m²/s)：蒸腾速率，单位为mmol/m²/s 11. Annual psi min：年度最低叶水势，单位为MPa 12. Midday psi leaf (MPa)：正午叶水势，单位为MPa 13. WUE (μmol/mol)：水分利用效率（Water use efficiency），单位为μmol/mol 14. Gs (mol/m²/s)：气孔导度（Stomatal conductance），单位为mol/m²/s 15. Aarea (μmol/m²/s)：基于面积的光合速率，单位为μmol/m²/s 16. LDMC (g/g)：叶片干物质含量（Leaf dry matter content），单位为g/g 17. SLA (cm²/g)：比叶面积（Specific leaf area），单位为cm²/g 18. MVL (cm)：最大导管长度，单位为cm 19. MOR (N/mm²)：断裂模量（Modulus of rupture），单位为N/mm² 20. BVD (μm)：20个最大导管腔直径，单位为μm 21. MVD (μm)：平均导管腔直径，单位为μm 22. WLR (μm/μm)：壁腔比（Wall-lumen ratio），单位为μm/μm 23. Vessel%：导管占比，单位为% 24. Parenchyma%：薄壁组织占比，单位为% 25. Fiber%：纤维占比，单位为% 26. Kl (mmol/m/s/MPa)：最大叶片比导水率（Maximum leaf-specific hydraulic conductivity），单位为mmol/m/s/MPa 27. Dh (μm)：水力加权导管直径（原文为Hydraullically weighted vessel diameter，存在拼写误差），单位为μm 28. PLC (%)：导水率损失百分比（Percent loss of conductivity），单位为% 29. Midday K (kg/m/s/MPa)：正午茎边材比导率，单位为kg/m/s/MPa 30. Osmotic potential at full turgor (MPa)：饱和膨压下的渗透势，单位为MPa 31. Leaf water potential at turgor loss point (MPa)：膨压丧失点的叶水势，单位为MPa 32. Bulk modulus of elasticity (MPa)：体积弹性模量，单位为MPa 33. Absolute capacitance (mol/m²/MPa)：绝对水容，单位为mol/m²/MPa 34. K：茎比最大导水率（Stem-specific maximum hydraulic conductivity），单位随同行数据变动 35. Units_K：与列K同行数据对应的单位 36. P50：导致50%水力功能丧失的压力，单位为MPa 37. Units_P50：与列P50同行数据对应的单位（P50单位始终为MPa） 38. Slope：导水率损失曲线的斜率，单位为%/MPa 39. Units_Slope：与列Slope同行数据对应的单位（斜率单位始终为%/MPa） 40. Source：本数据集关联文献的缩写引用信息，完整引用信息请参见关联论文的补充表5。请注意，使用本数据集时需附带关联论文（Willson等人）补充表5中列出的所有参考文献的引用。