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. 2015 Apr 9;115(7):1177–1190. doi: 10.1093/aob/mcv040

Table 3.

Loadings of reproductive and vegetative traits of S. sponhemica on principal components derived from (a) vegetative (73·7 % of variation) and (b) reproductive traits (80·0 % of variation) after varimax rotation

(a) Vegetative traits PC LEAFSIZE (M) PC PLANTSIZE (Lh)
(M) Leaf area (sqrt) 0·97 −0·01
(M) Leaf perimeter 0·93 0·01
(M) Leaf length 0·87 0·05
(M) Leaf width 0·86 −0·01
(M) Number of leaf lobes 0·61 0·17
(M) Leaf shape (log) −0·82 −0·02
(Lh) Plant diameter (sqrt) 0·04 0·93
(Lh) Number of rosettes (sqrt) −0·15 0·86
(M) Diameter of largest rosette 0·28 0·74

(b) Reproductive traits PC PETALSIZE (M) PC REPRO (Lh)

(M) Petal perimeter 0·99 0·05
(M) Petal area 0·99 0·04
(M) Petal shape (log) 0·97 -0·05
(M) Petal length 0·89 0·07
(M) Petal width 0·84 0·02
(M) Diameter of flower 0·76 0·05
(Lh) Number of flowers per plant (sqrt) −0·05 0·97
(Lh) Number of flowering stems (sqrt) −0·07 0·90
(Lh) Number of flowers per rosette (sqrt) 0·08 0·84
(Lh) Length of the longest flowering stem 0·21 0·73

The strongest correlations (|r| > 0·6) are in bold.

For some analyses, traits were also divided into morphological (M) and life-history (Lh) traits.