Table 1.

AEON: main effect (0th order)

Cluster	Peak
Ext	T	x	y	z	Anatomical region	BA/Loc (%)
1986	8.64	51	−67	−2	R Middle Temporal Gyrus*	hOc4la (51)
	8.23	−45	−73	2	L Middle Occipital Gyrus	hOc5 [V5/MT] (53)
	6.83	−42	−79	−5	L Inferior Occipital Gyrus	hOc4la (69)
534	6.6	−30	−49	55	L Inferior Parietal Lobule	7 PC (SPL) (31)
	6.12	−54	−22	28	L Postcentral Gyrus	PFt (IPL) (46)
439	6.3	30	−49	58	R Superior Parietal Lobule	7PC (SPL) (40)
	5.59	−34	−34	43	R Postcentral Gyrus	3a (25)/1 (35)
	4.7	57	−16	37	R Postcentral Gyrus
76	5.32	60	8	19	R Precentral Gyrus	44 (50)
33	4.61	−57	5	31	L Precentral Gyrus	44 (10)
30	4.46	−36	−4	16	L Insular Lobe
13	4.45	24	−70	37	R Superior Occipital Gyrus
	3.26	21	−79	43	R Cuneus	7P (SPL) (9)
46	3.41	−33	−7	64	L Precentral Gyrus
35	3.11	−9	−10	7	L Thalamus	Thal: Prefrontal (86)

The table reports all the action execution–observation network (AEON) regions that presented a main effect (0th order). The statistical threshold is set using P < 0.05 (k ≥ 10) at the cluster level. Regions (*) survived a P < 0.05 correction for multiple comparisons at the peak level. The first cluster (ext = 1986) contains cerebellar activations (Crus 1 and lobules VI and VII). The last column reports the probability (expressed as a percentage) of these voxels being located in the respective Brodmann area (BA) or specific location (Loc) according to the cytoarchitectonic maps. ext = extension (number of voxels in a cluster); T = T-value at the voxel level. x, y, z are peak coordinates in MNI space (mm).