. Bonn zoological bulletin. Zoology. 202 Oscar J. Arribas. Fig. 3. Iberolacerta cyreni castiliana. a) La Covatilla Sky re- sort (Sierra de Bejar), July 2007, Male ; b) El Travieso (Sa de Bejar), July 2004, Female ; c) El Calvitero (Sierra de Bejar), Ju- ly 2004, Female (atypical pattern, with diffumination and coa- lescence in a unique vertebral line); d) Puerto de Mijares (Gre- dos Oriental Massif), July 2006, Female. Bonn zoological Bulletin 57 (2): 197-210 The Analysis of Variance (ANOVA) (Appendix III, Table 1) indicate that Guadarrama differs from all or nearly all the other populations i
. Bonn zoological bulletin. Zoology. 202 Oscar J. Arribas. Fig. 3. Iberolacerta cyreni castiliana. a) La Covatilla Sky re- sort (Sierra de Bejar), July 2007, Male ; b) El Travieso (Sa de Bejar), July 2004, Female ; c) El Calvitero (Sierra de Bejar), Ju- ly 2004, Female (atypical pattern, with diffumination and coa- lescence in a unique vertebral line); d) Puerto de Mijares (Gre- dos Oriental Massif), July 2006, Female. Bonn zoological Bulletin 57 (2): 197-210 The Analysis of Variance (ANOVA) (Appendix III, Table 1) indicate that Guadarrama differs from all or nearly all the other populations in VENT and CIRCA (with the smaller and greater values for these parameters, respec- tively, in the former population), but also appeared dif- ferences between Guadarrama and Bejar in Dors (small- er in the former), and with Gredos in PV (greater in the former). An interesting and significant difference appears in DORS among Gredos and Bejar samples (clearly greater in the later). There is no significant correlation among Mahalanobis' distances and any of the geographic and climatic param- eters analyzed (all Mantel Tests P > ). Females Canonical Discriminant Analysis: The CDA conducted with 136 female specimens shows three significant axes that explain a % of the total intersample variation. The two first axes together explain a large part of the vari- ance ( %), and especially along the first one, that ac- counts itself for % of the total variation and is the unique with an eigenvalue >1 (), discriminating Guadarrama specimens from the other neighbour samples only with a small overlap (Fig. 2B). The other samples show a considerable overlap among them. Guadarrama discriminates towards the negative part of the axis, char- acterised by the lower values of DORS () and VENT () and greater ones of CIRCA (). Second and third axes (eigenvalues < 1) present a considerable over- lap among the samples and do not discriminate popula- tions. The
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