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亚热带森林附生地衣压力-体积曲线分析及其适用性
董琳琳1, 普晓妍2, 张璐璐1,*(), 宋亮2, 鲁志云2,3, 李苏2,*()
Pressure-volume curve analysis of epiphytic lichens and its applicability in subtropical forests
DONG Lin-Lin1, PU Xiao-Yan2, ZHANG Lu-Lu1,*(), SONG Liang2, LU Zhi-Yun2,3, LI Su2,*()

图3. 云南哀牢山亚热带森林15种附生地衣水势参数的主成分分析(PCA)。Anzhyp, 黑腹绵腹衣; Evenep, 短根条衣; Hetbor, 卷梢哑铃孢; Hypyun, 云南袋衣; Lepmen, 猫耳衣; Lobisi, 针芽肺衣; Lobret, 网肺衣; Parret, 网大叶梅; Ramcon, 裂髓树花; Stiful, 黑芽牛皮叶; Stinyl, 平滑牛皮叶; Sulsul, 槽枝衣; Usndas, 巢松萝; Usnflo, 多花松萝; Usnlon, 长松萝;

Fig. 3. Principal component analysis (PCA) plots of water potential parameters of 15 epiphytic lichens in subtropical forests in the Ailao Mountains, Yunnan. Anzhyp, Anzia hypomelaena; Evenep, Everniastrum nepalense; Hetbor, Heterodermia boryi; Hypyun, Hypogymnia yunnanensis; Lepmen, Leptogium menziesii; Lobisi, Lobaria isidiophora; Lobret, Lobaria retigera; Parret, Parmotrema reticulatum; Ramcon, Ramalina conduplicans; Stiful, Sticta fuliginosa; Stinyl, Sticta nylanderiana; Sulsul, Sulcaria sulcate; Usndas, Usnea dasopoga; Usnflo, Usnea florida; Usnlon, Usnea longissima. Ψsat, saturation water osmotic potential; Ra, apoplastic water; Rs, symplastic water; RWC TLP, relative water content at turgor loss point.