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Appendix 11500(a) Lt800(b) Mo1000Dead treesLive trees600Dead treesLive trees4005002000(0.3) (0.9) 1 8 15 22 29 60.50(0.5) (1) 1 5 10 15 20 25 46.7600(c) Gt800(d) TcNumber of individuals400200Dead treesLive trees600400200Dead treesLive trees0(0.5) (1) 1 6 11 16 21 26 47.90(0.5) 1 4 7 10 13 16 45.1900(e) Cf400(f) Bo600Dead treesLive trees300Dead treesLive trees2003001000(1) 1 2.5 4 5.5 7 8.5 310Size-class (cm)(0.5) 1 8 15 22 29 47.2Figure A1. Frequency distributions of size classes of Lithocarpus brevicaudatus (Lt), Cyclobalanopsis multinervis (Mo), Schima superba (Gt),Sycopsis sinensis (Cf), Cleyera pachyphylla (Tc) and Cyclobalanopsis stewardiana (Bo). Values with and without brackets on the horizontal axisindicate diameter on the ground and dbh, respectively.1248293
0.8 (a) Lt0.6 (b) Mo0.20.1–0.4–0.4–1.01.5 (c) Gt–0.95 (d) Tc0.73g12(r)–g11(r)–0.1–0.91–1–1.7–31.5 (f) Bo1.010.50.0–4–0.5–1.00 5 10 15 20–1.5–90 5 10 15 20–2.06 (e) CfDistance r (m)Figure A2. Sapling–adult association analyses of the six species with random labeling case-control design. The pattern of adult trees for eachspecies serves as control pattern and seedlings as case. If saplings follow the adult pattern, the test statistic g 12 (r) – g 11 (r) ≈ 0. The shade areasshow approximate 95% simulation envelopes and the solid lines show observed values of test statistics. Species names correspond to thecodes in Fig. A1.2941249
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庆研究员、曹敏研究
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published based on CForBio platform
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Spatial distributions of species in
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Isolation and characterization of m
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Oecologiaand Connell (1971) reporte
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Oecologiaenvironmental factors. In
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Oecologiafifth-lowest and fifth-hig
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Oecologiadensity-dependent thinning
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Oecologiastronger in tropical than
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Estimate of Leaf Area Index in an O
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Estimate of Leaf Area Indexobtained
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Estimate of Leaf Area IndexpPinus k
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Estimate of Leaf Area IndexFigure 1
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Estimate of Leaf Area IndexFigure 3
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Estimate of Leaf Area Index25. Mont
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J For Resnet primary productivity,
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J For ResGðhÞ ¼exp½ KðhÞX E L
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J For ResFig. 1 Representativehemis
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J For ResFig. 5 Results of the mode
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J For ResLeblanc SG, Chen JM, Ferna
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OecologiaSimilarly, important dimen
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OecologiaStatistical analysisWe mod
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OecologiaModel parameterNconNhetAco
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OecologiaFig. 4 Odds ratios of seed
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OecologiaComita LS, Muller-Landau H
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Tree Survival in a Chinese Temperat
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Soil Water and Nitrogen Affect Phot
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these interactions can also be depe
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was used to analyze the structural
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Table 3. SEM results for the model
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Table 5. Results of the ordinary le
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Journal of Vegetation Science 23 (2
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B. Li et al. Seed rain dynamics in
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Detecting underlying mechanisms con
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Author's personal copyZ. Yuan et al
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E28The American Naturalistalmost al
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212 Plant Soil (2011) 347:211-220TC
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216 Plant Soil (2011) 347:211-220Ta
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218 Plant Soil (2011) 347:211-220nu
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220 Plant Soil (2011) 347:211-220Ro
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(Plotkin and Muller-Landau 2002, Ha
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Figure 1. 95% confidence intervals
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Figure 2. Plots of the observed and
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Gutian plot. But large-scale habita
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Oikos 119: 109119, 2010doi: 10.1111
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Figure 1. The location and contour
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Figure 2. Example of the analysis o
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As a stabilizing force in the maint
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that in tropical forests. The preva
Page 251 and 252: Ratikainen, I. I. et al. 2008. When
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Page 295 and 296: Table 1. Basic information for six
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Phylogenetic Community StructureTab
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Phylogenetic Community StructureFig
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Phylogenetic Community Structureusi
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Short Note: Isolation and Character
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Spatial Distribution and Interspeci
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Spatial Patterns and Associations o
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Page 2 of 6Journal of Plant Ecology
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906 L. Lin et al.2002; Blundell & P
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908 L. Lin et al.seedling neighbour
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912 L. Lin et al.fewer encounters b
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914 L. Lin et al.Janzen, D.H. (1970
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Although various methods have been
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The third group of explanatory vari
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Figure 4. Principal component analy
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non-dominant tree species across li
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Strong Neutral Spatial Effects Shap
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Spatial Effects Shape Tree Species
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J For Res (2012) 17:432-439 433Tabl
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J For Res (2012) 17:432-439 435Numb
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J For Res (2012) 17:432-439 437Tabl
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J For Res (2012) 17:432-439 439Cao
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附录 Ⅰ: 中文及其他
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43. 刘妍妍 , 金光泽 *. 20
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15. Gong GQ, Huang ZL, Huang JX, Ye
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23(9): 24-30.45. Chen Z and Zhu H.
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13. Huang GM, Hong L, Ye WH, Shen H
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19. Luo ZR, Ding BY, Mi XC, Yu JH,
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9. Li C, Li FR, Wang SL, Yue SF, Wa
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40. Jin GZ, Li R, Li ZH and Kim JH*
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