中亚热带喀斯特常绿落叶阔叶混交林典型树种的木质部解剖与功能特征分析
倪鸣源, ARITSARA Amy Ny Aina, 王永强, 黄冬柳, 项伟, 万春燕, 朱师丹*(
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Analysis of xylem anatomy and function of representative tree species in a mixed evergreen and deciduous broad-leaved forest of mid-subtropical karst region
NI Ming-Yuan, ARITSARA Amy Ny Aina, WANG Yong-Qiang, HUANG Dong-Liu, XIANG Wei, WAN Chun-Yan, ZHU Shi-Dan*()
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图5. 广西木论喀斯特21个树种导管壁加固系数(t/b)与理论导水率(Kt)的相关关系的简化主轴回归分析。○: 落叶树种(D), ●: 常绿树种(E)。落叶树种回归方程(灰色): y = -0.31x - 0.67, 常绿树种回归方程(黑色): y = -0.41x - 0.71。**,p< 0.01。
Fig. 5. Reduced major axis regression of vessel wall reinforcement coefficient (t/b) and theoretical hydraulic conductivity (Kt) of 21 karst woody species in Mulun, Guangxi. ○, deciduous (D); ●, evergreen (E). Linear regression of deciduous species (grey): y = -0.31x - 0.67; linear regression of evergreen species (black): y = -0.41x- 0.71. **, p< 0.01.
