Table 3.

Correlations between log-transformed phenetic and molecular distances.

Phenetic (shape) distance	r12	P1	df1	r22	P2	df2	r32	P3	df3	r42	P4	df4
Inner ear	0.35	< 0.0001	87	0.65	< 0.0001	26	0.30	< 0.0001	902	0.35	< 0.0001	527
Size-corrected inner ear	0.23	< 0.0001	87	0.66	< 0.0001	26	0.23	< 0.0001	902	0.36	< 0.0001	527
Cranium	0.46	< 0.0001	87	0.39	0.0005	26	0.37	< 0.0001	902	0.15	< 0.0001	527
Size-corrected cranium	0.45	< 0.0001	87	0.40	0.0004	26	0.44	< 0.0001	902	0.14	< 0.0001	527
Basicranium	0.41	< 0.0001	87	0.33	0.0018	26	0.45	< 0.0001	902	0.14	< 0.0001	527
Size-corrected basicranium	0.39	< 0.0001	87	0.34	0.0013	26	0.37	< 0.0001	902	0.14	< 0.0001	527
Face	0.53	< 0.0001	87	0.37	0.0008	26	0.45	< 0.0001	902	0.17	< 0.0001	527
Size-corrected face	0.54	< 0.0001	87	0.39	0.0005	26	0.44	< 0.0001	902	0.16	< 0.0001	527
Neurocranium	0.25	< 0.0001	87	0.07	0.17	26	0.21	< 0.0001	902	0.03	0.001	527
Size-corrected neurocranium	0.21	< 0.0001	87	0.05	0.27	26	0.20	< 0.0001	902	0.02	< 0.0001	527

r₁, P₁, df₁: regressions at the family level, including all pairs of families involving non-strepsirrhine taxa also. r₂, P₂, df₂: regressions at the family level, involving strepsirrhine taxa only. r₃, P₃, df₃: regressions at the species level, including all pairs of species involving non-strepsirrhine taxa. r₄, P₄, df₄: regressions at the species level, involving strepsirrhine taxa only.