Table 5: Results for the broad-band optical/ NIR photometry of our WR galaxies sample. E(B-V) was determined from the C(H) calculated from our optical spectra. All magnitudes and colors have been corrected for extinction; optical colors have been also corrected for the emission of the ionized gas. Except for NGC 5253, absolute magnitudes were computed using the distances provided by our optical spectra. See figures for the identification of the different regions inside galaxies.

Object	E(B-V)	mB	MB	U-B	B-V	V-R	V-J	J-H
HCG 31d
ACc,d	0.06  0.02	14.17  0.05	-19.43  0.05	-0.60  0.06	0.03  0.08	0.12  0.08	0.20  0.10	0.13  0.10	0.15  0.12
Bc	0.18  0.04	14.89  0.05	-18.71  0.05	-0.38  0.08	0.17  0.06	0.06  0.06	0.14  0.10	0.13  0.10	0.12  0.10
Ec	0.06  0.03	17.84  0.06	-15.76  0.06	-0.65  0.10	-0.03  0.10	0.20  0.09	0.29  0.12	0.05  0.10	0.18  0.12
F1c	0.20  0.03	17.84  0.06	-15.76  0.06	-0.99  0.12	-0.07  0.12	-0.04  0.10	-0.17  0.14	0.04  0.17	0.29  0.30
F2c	0.09  0.03	19.26  0.06	-14.34  0.06	-1.01  0.12	-0.09  0.12	-0.02  0.10	0.01  0.16	0.08  0.30	0.20  0.50
Gc	0.06  0.03	14.72  0.05	-18.88  0.05	-0.43  0.09	-0.01  0.08	0.14  0.08	0.45  0.08	0.12  0.10	0.13  0.10
ACUC	0.06  0.02	...	...	-0.38  0.12	0.19  0.10	0.29  0.12	0.69  0.14	0.53  0.16	0.17  0.16
BUC	0.18  0.04	...	...	-0.27  0.12	0.31  0.08	0.23  0.08	0.72  0.10	0.61  0.14	0.19  0.16
GUC	0.06  0.02	...	...	-0.33  0.10	0.28  0.08	0.30  0.08	0.79  0.10	0.52  0.14	0.23  0.16
Mkn 1087d	0.17a	13.08  0.04	-22.15  0.04	-0.41  0.08	0.17  0.08	0.20  0.08	0.52  0.06	0.20  0.06	0.16  0.06
Cc	0.14  0.02	14.62  0.03	-20.61  0.03	-0.57  0.06	-0.02  0.06	0.11  0.06	0.31  0.10	0.15  0.10	0.15  0.10
N Compc	0.10  0.02	17.17  0.03	-18.06  0.03	...	-0.05  0.06	0.14  0.10	0.21  0.08	0.18  0.08	0.13  0.08
#1	0.07a	18.89  0.05	-16.34  0.05	-0.75  0.15	-0.01  0.10	0.10  0.08	...	...	...
#3	0.07a	18.03  0.03	-17.20  0.03	0.08  0.30	0.11  0.06	0.26  0.06	0.64  0.10	0.50  0.20	...
UC	0.17a	...	...	...	0.27  0.08	0.29  0.08	0.82  0.10	0.59  0.14	0.27  0.16
Haro 15c	0.11a	13.82  0.04	-20.87  0.04	-0.52  0.08	0.26  0.08	0.32  0.08	0.17  0.08	0.58  0.08	0.22  0.08
Ac	0.23  0.02	17.56  0.04	-17.13  0.04	-0.86  0.10	-0.10  0.08	0.13  0.08	0.20  0.08	0.24  0.08	0.18  0.10
B	0.04  0.02	17.72  0.04	-16.97  0.04	-0.39  0.10	0.39  0.08	0.32  0.08	0.54  0.10	0.47  0.08	0.2  0.1
Cc	0.08  0.02	14.76  0.04	-19.93  0.04	-0.52  0.08	0.29  0.08	0.31  0.08	0.25  0.08	0.38  0.08	0.22  0.08
UC	0.11a	...	...	-0.29  0.10	0.44  0.08	0.37  0.08	0.98  0.10	0.56  0.14	0.22  0.18
Mkn 1199c	0.15a	12.98  0.03	-20.68  0.03	-0.44  0.06	0.46  0.06	0.29  0.06	1.30  0.07	0.55  0.08	0.34  0.08
MB	0.21  0.02	12.99  0.04	-20.67  0.04	-0.53  0.08	0.41  0.08	0.17  0.08	1.12  0.08	0.55  0.08	0.33  0.08
Center (C)	0.21  0.02	13.56  0.04	-20.10  0.04	-0.63  0.08	0.24  0.08	0.15  0.08	1.17  0.08	0.44  0.08	0.26  0.08
NE	0.11  0.02	16.09  0.04	-17.57  0.04	0.16  0.08	0.51  0.08	0.34  0.08	1.29  0.08	0.62  0.10	0.20  0.12
NE c	0.11  0.02	18.12  0.04	-15.54  0.04	-0.45  0.08	0.28  0.08	0.25  0.08	...	...	...
e	0.12  0.03d	18.99  0.05	-14.67  0.05	-0.50  0.10	0.39  0.10	0.15  0.10	...	...	...
UC	0.15a	...	...	-0.12  0.12	0.51  0.08	0.31  0.08	1.22  0.12	0.65  0.16	0.32  0.18
Mkn 5	0.20  0.02a	14.83  0.03	-15.57  0.03	-0.41  0.06	0.44  0.06	0.30  0.06	0.81e	0.52  0.03e	0.38  0.04e
Main Body	0.20  0.02a	15.46  0.04	-14.94  0.04	-0.57  0.08	0.39  0.08	0.21  0.08	...	...	...
Ac	0.18  0.02	16.54  0.04	-13.86  0.04	-0.81  0.08	0.10  0.08	0.12  0.08	...	...	...
Bd	0.21  0.02	19.13  0.04	-11.27  0.04	-0.48  0.08	0.29  0.08	0.09  0.08	...	...	...
c	0.20  0.02a	20.14  0.04	-10.26  0.04	-0.17  0.08	0.43  0.08	0.27  0.08	...	...	...
UC	0.20  0.02a	...	...	...	0.45  0.08	0.30  0.08	...	...	...
IRAS 08208+2816c	0.17  0.02a	15.10  0.03	-21.29  0.03	-0.49  0.06	0.22  0.06	0.35  0.08	1.03  0.08	0.54  0.08	0.22  0.10
#1c	0.30  0.03	19.15  0.04	-17.24  0.04	-0.52  0.08	0.19  0.06	0.30  0.12	...	...	...
#2c	0.30  0.03	19.22  0.05	-17.17  0.05	-0.55  0.08	0.19  0.06	0.19  0.12	...	...	...
#3c	0.33  0.02	16.80  0.03	-19.59  0.03	-0.50  0.08	0.05  0.06	0.05  0.12	0.80  0.12	0.51  0.14	0.26  0.16
#5c	0.28  0.02	17.83  0.03	-18.56  0.03	-0.65  0.08	0.07  0.06	0.08  0.12	...	...	...
#6(C)c	0.08  0.02	16.91  0.03	-19.48  0.03	-0.61  0.06	0.02  0.06	0.24  0.08	0.57  0.10	0.27  0.08	0.18  0.10
#7c	0.10  0.02	20.60  0.03	-15.79  0.03	-0.44  0.06	0.37  0.06	0.39  0.08	...	...	...
#8c	0.12  0.02	17.84  0.03	-18.55  0.03	-0.31  0.06	0.30  0.06	0.31  0.08	1.05  0.12	0.53  0.12	0.28  0.14
#9c	0.10  0.02	18.42  0.05	-17.97  0.05	-0.20  0.06	0.32  0.06	0.32  0.08	...	...	...
#10c	0.08  0.02	18.04  0.04	-18.35  0.04	-0.20  0.06	0.29  0.06	0.35  0.08	...	...	...
IRAS 08339+6517c,d	0.16  0.02	12.94  0.04	-21.57  0.04	-0.51  0.08	0.01  0.08	0.26  0.08	1.36  0.06e	0.64  0.05e	0.23  0.06e
Companiond	0.13  0.02	16.31  0.04	-18.21  0.04	-0.16  0.10	0.20  0.08	0.26  0.08	1.45  0.12e	0.21  0.25e	0.68  0.28e
POX 4c	0.06d	14.56  0.01	-18.79  0.01	-0.68  0.03	0.29  0.02	0.32  0.04	0.42  0.08	0.28  0.08	0.15  0.10
#3c	0.06d	17.88  0.01	-15.41  0.01	-1.00  0.03	-0.06  0.02	0.04  0.04	0.12  0.10	...	...
#6c	0.06d	18.49  0.02	-14.80  0.02	-0.98  0.04	-0.01  0.04	0.06  0.06	0.08  0.12	...	...
#7c	0.06d	20.69  0.02	-12.60  0.02	-0.88  0.04	-0.09  0.06	0.11  0.08	...	...	...
#9 (C)c	0.06  0.02	15.32  0.01	-17.97  0.01	-0.93  0.03	0.32  0.02	0.10  0.04	0.16  0.12	0.2:	0.2:
#11c	0.06d	19.19  0.04	-14.10  0.04	-0.65  0.06	0.07  0.02	0.15  0.04	0.49  0.14	...	...
Comp	0.12	17.93  0.03	-15.36  0.03	-0.02  0.06	0.25  0.02	0.30  0.04	0.87  0.10	0.7:	0.3:
UM 420	0.06  0.01	17.32  0.03	-19.55  0.03	-0.80  0.06	0.31  0.06	0.13  0.06d	0.77  0.12	0.41  0.12	0.12  0.16
Cc	0.06  0.01	19.35  0.03	-17.52  0.03	-1.00  0.06	0.11  0.06	0.18  0.06	0.38  0.12	0.32  0.12	0.13  0.16
UGC 1809	0.04b	15.02  0.03	-19.92  0.03e	0.12  0.06	0.49  0.06	0.50  0.06	1.40  0.10	0.68  0.12	0.28  0.14
SBS 0926+606 Ac	0.08  0.02	16.45  0.03	-17.29  0.03	-0.75  0.06	0.01  0.06	0.14  0.06	0.54  0.06	0.21  0.06	0.15  0.08
A1c	0.08  0.02	17.51  0.03	-16.23  0.03	-0.77  0.06	-0.02  0.06	0.10  0.06	0.34  0.08	0.18  0.08	0.11  0.08
A2c	0.08  0.02	17.92  0.03	-15.82  0.03	-0.84  0.06	-0.05  0.06	0.08  0.06	0.29  0.08	0.18  0.08	0.12  0.08
AUC	0.08  0.02	19.15  0.04	-14.59  0.04	-0.20  0.10	0.25  0.08	0.32  0.08	0.98  0.10	0.57  0.10	0.16  0.12
SBS 0926+606 Bc	0.12  0.02	16.37  0.04	-17.37  0.04	-0.51  0.08	0.08  0.06	0.20  0.06	0.83  0.06	0.29  0.06	0.18  0.08
Bcc	0.12  0.02	18.84  0.04	-14.90  0.04	-0.87  0.08	0.04  0.06	0.11  0.06	0.52  0.12	...	...
BMBc	0.12  0.02	17.21  0.03	-16.53  0.03	-0.54  0.06	0.13  0.06	0.16  0.06	0.75  0.06	0.20  0.06	0.16  0.08
Bdc	0.12  0.02	21.60  0.12	-12.14  0.12	-0.58  0.20	0.06  0.12	0.10  0.08	0.80  0.20	...	...
BUC	0.12  0.02	16.69  0.04	-17.05  0.04	-0.33  0.10	0.30  0.08	0.29  0.08	1.10  0.10	0.53  0.10	0.13  0.12
X	0.03b	24.4:d	...	...	2.4:	1.4  0.2	4.4  0.2	1.07  0.14	0.65  0.18
SBS 0948+532c	0.24  0.02	17.93  0.03	-18.43  0.03	-1.20  0.06	-0.12  0.06	0.16  0.06	...	...	...
r=1.3 c	0.24  0.02	18.19  0.03	-18.17  0.03	-0.90  0.06	-0.03  0.06	0.07  0.06	...	...	...
r=2.3 c	0.24  0.02	17.89  0.03	-18.47  0.03	-1.19  0.06	-0.05  0.06	0.15  0.06	...	...	...
Tail	0.24  0.02	20.59  0.05	-15.77  0.05	-0.40  0.20	0.28  0.09	0.30  0.06	...	...	...
SBS 1054+365	0.02d	15.46  0.03	-14.06  0.03	-0.34  0.06	0.33  0.06	...	0.92  0.08	0.38  0.12	0.16  0.15
Main Bodye	0.02d	15.83  0.03	-13.69  0.03	-0.45  0.06	0.23  0.06	...	0.72  0.08	...	...
Cc	0.02d	17.81  0.03	-11.71  0.03	-0.69  0.06	-0.02  0.06	...	0.22  0.10	0.20:	0.14:
ae	0.02d	18.81  0.03	-10.71  0.03	-0.52  0.06	0.19  0.06	...	0.50  0.12	...	...
bc	0.02d	18.47  0.03	-11.05  0.03	-0.52  0.06	0.16  0.06	...	0.79  0.12	0.15:	0.10:
d	0.02d	19.97  0.03	-9.55  0.03	-0.55  0.06	0.10  0.06	...	0.70  0.12	...	...
UC	0.02d	...	...	0.11  0.08	0.42  0.08	...	1.05  0.15	0.7:	...
Comp	0.02d	16.84  0.03	...	-0.10  0.06	0.61  0.06	...	...	...	...
Comp Cf	0.02d	17.42  0.03	...	-0.28  0.06	0.49  0.06	...	1.75  0.08	0.66  0.10	0.27  0.15
SBS 1211+540c	0.08  0.01	17.32  0.03	-13.27  0.03	-0.61  0.06	0.04  0.06	0.21  0.06	...	...	...
Cc	0.08  0.01	18.67  0.03	-11.92  0.03	-0.89  0.06	-0.03  0.06	0.13  0.06	...	...	...
ac	0.08  0.01	20.53  0.03	-10.06  0.03	-0.71  0.06	0.00  0.06	0.15  0.06	...	...	...
b	0.08  0.01	22.4  0.1	-8.2  0.1	...	0.45  0.15	0.48  0.10	...	...	...
UC	0.08  0.01	...	...	-0.21  0.06	0.29  0.06	0.35  0.06	...	...	...
SBS 1319+579	0.02  0.01	15.32  0.03	-18.53  0.03	-0.39  0.06	0.34  0.06	0.19  0.06	1.03  0.08	0.39  0.12	0.16  0.20
Ac	0.02  0.01	17.61  0.03	-16.24  0.03	-0.77  0.06	-0.04  0.06	0.02  0.06	0.31  0.12	0.21  0.14	0.15  0.20
Bc	0.08  0.02	17.41  0.03	-16.44  0.03	-0.45  0.08	0.12  0.06	0.25  0.06	0.88  0.12	0.28  0.16	...
Cc	0.02  0.01	17.98  0.03	-15.87  0.03	-0.72  0.06	0.02  0.06	0.12  0.06	0.68  0.12	0.25  0.16	0.20:
UC	0.02  0.01	...	...	-0.15  0.08	0.29  0.06	0.33  0.06	1.20  0.20	...	...
SBS 1415+437	0.13  0.02	15.32  0.03	-14.52  0.03	-0.47  0.06	0.21  0.06	0.27  0.06	0.98  0.08	0.35  0.10	0.15:
C	0.13  0.02	16.97  0.03	-12.87  0.03	-0.75  0.06	0.01  0.06	0.08  0.06	0.60  0.12	0.20  0.14	0.1:
a	0.13  0.02	19.04  0.03	-10.80  0.03	-0.68  0.06	0.06  0.06	0.12  0.06	...	...	...
b	0.13  0.02	19.53  0.03	-10.31  0.03	-0.49  0.06	0.18  0.06	0.31  0.06	...	...	...
UC	0.13  0.02	...	- ...	-0.17  0.08	0.27  0.06	0.38  0.06	1.10  0.14	...	...
bg	0.009b	19.69  0.03	...	0.33  0.08	1.35  0.06	0.88  0.06	1.22  0.12	0.55  0.14	...
III Zw 107c	0.21  0.02	14.36  0.03	-20.14  0.03	-0.42  0.06	0.14  0.06	0.22  0.06	0.62  0.12	0.47  0.20	0.35  0.20
Ac,d	0.47  0.02	15.67  0.03	-18.83  0.03	-0.68  0.06	-0.01  0.06	0.15  0.06	0.56  0.12	0.36  0.20	0.20  0.20
B+Cc,d	0.11  0.02	15.75  0.03	-18.75  0.03	-0.57  0.06	0.02  0.06	0.18  0.06	0.76  0.14	0.42  0.20	0.24  0.20
Tail	0.21  0.02	18.66  0.03	-15.84  0.03	-0.15  0.06	0.20  0.06	0.30  0.06	...	...	...
UC	0.21  0.02	...	...	0.06  0.10	0.40  0.08	0.30  0.08	1.2:	...	...
Tol 9c	0.31  0.03	13.92  0.03	-19.26  0.03	-0.34  0.06	0.24  0.06	0.22  0.06	0.83  0.08	0.68  0.10	0.27  0.12
UC	0.31  0.03	...	...	0.04  0.10	0.48  0.08	0.33  0.08	1.10  0.20	...	...
Comp 1	0.07b	16.78  0.03	-16.40  0.03	0.17  0.08	0.63  0.06	0.39  0.06	1.15  0.10	0.69  0.14	0.29  0.16
Comp 2	0.07b	15.33  0.03	-17.85  0.03	0.29  0.06	0.65  0.06	0.52  0.06	1.55  0.10	0.73  0.14	0.30  0.16
Tol 1457-262
Obj 1c	0.16b	14.44  0.03	-19.73  0.03	-0.56  0.06	0.23  0.06	0.26  0.06	0.60  0.10	0.51  0.12	0.22  0.12
Ac	0.57	14.47  0.03	-19.70  0.03	-0.80  0.06	0.08  0.06	0.11  0.06	0.30  0.12	0.38  0.12	0.15  0.12
Bc	0.16b	16.31  0.03	-17.86  0.03	-0.63  0.06	0.13  0.06	0.16  0.06	0.40  0.12	0.35  0.12	0.19  0.14
Cc	0.16b	17.63  0.03	-16.54  0.03	-0.58  0.06	0.26  0.06	0.21  0.06	...	...	...
dc	0.16b	17.21  0.03	-16.96  0.03	-0.49  0.06	0.19  0.06	0.11  0.06	0.60  0.16	...	...
UC	0.16b	...	...	-0.30  0.14	0.31  0.12	0.32  0.08	1.20  0.20	...	...
Obj 2c	0.16b	15.20  0.03	-18.97  0.03	-0.42  0.06	0.34  0.06	0.36  0.06	0.90  0.10	0.58  0.12	0.27  0.14
ec	0.16b	17.17  0.03	-17.00  0.03	-0.61  0.06	0.27  0.06	0.36  0.06	1.10  0.20	...	...
fc	0.16b	16.81  0.03	-17.36  0.03	-0.53  0.06	0.37  0.06	0.33  0.06	1.30  0.20	...	...
gc	0.16b	15.93  0.03	-18.24  0.03	-0.30  0.06	0.44  0.06	0.41  0.06	1.20  0.20	...	...
UC	0.16b	...	...	-0.17  0.14	0.45  0.12	0.53  0.08	1.30  0.20	...	...
#15	0.16b	17.69  0.04	-16.48  0.04	-0.25  0.10	0.39  0.08	0.39  0.06	1.10  0.20	...	...
#16	0.16b	19.48  0.05	-14.69  0.05	-0.10  0.15	0.45  0.10	0.40  0.06	...	...	...
Arp 252d
A	0.34  0.02	14.69  0.03	-20.88  0.03	-0.48  0.06	0.31  0.06	0.19  0.06	1.10  0.10	0.60  0.12	0.38  0.14e
Aa1c	0.34  0.02	15.27  0.03	-20.30  0.03	-0.67  0.06	0.08  0.06	0.14  0.06	0.95  0.10	0.48  0.12	...
Aa2	0.34  0.02	17.77  0.03	-17.80  0.03	-0.50  0.06	0.12  0.06	0.17  0.06	1.10  0.20	...	...
c	0.34  0.02	19.89  0.04	-15.58  0.04	-0.75  0.09	0.03  0.07	0.08  0.06	...	...	...
At	0.34  0.02	...	...	...	0.26  0.08	0.24  0.07	...	...	...
B	0.16  0.03	16.22  0.03	-19.35  0.03	-0.21  0.08	0.49  0.06	0.31  0.06	1.20  0.10	0.71  0.16	0.34  0.20e
Bcenc	0.16  0.03	16.51  0.03	-19.06  0.03	-0.41  0.06	0.38  0.06	0.30  0.06	1.00  0.10	0.52  0.12	...
d	0.16  0.03	21.65  0.05	-13.92  0.05	-0.35  0.12	0.23  0.10	0.10  0.08	...	...	...
e	0.16  0.03	19.45  0.04	-16.12  0.04	-0.31  0.09	0.27  0.07	0.20  0.06	...	...	...
BtN	0.16  0.03	17.22  0.04	-18.35  0.04	0.05  0.10	0.43  0.08	0.29  0.06	1.30  0.20	...	...
BtS	0.16  0.03	...	...	0.20  0.12	0.53  0.08	0.39  0.06	...	...	...
NGC 5253c,d	0.17  0.03	10.09  0.01	-17.92  0.01	-0.41  0.02	0.27  0.02	0.21  0.02	0.81  0.03	0.53  0.04	0.19  0.05

Notes for Table 5: a Average value of the E(B-V) obtained in objects/regions inside the galaxy. b Using the value for the Galactic extinction given by Schlegel et al. (1998). c The optical colors of this object have been corrected for the emission of the ionized gas, consult Table 6. d Notes 1: HCG 31 See results in López-Sánchez et al. (2004a), member AC is NGC 1741. Mkn 1087: see results in López-Sánchez et al. (2004b). Haro 15: using Cairós et al. (2001a) data. Mkn 1199: assuming a value similar to the near region B, that has not been analyzed by photometry but by spectroscopy. Mkn 5: the colors of this object should be also corrected for emission of the gas, but as we do not have spectroscopic data it was not done. B-V should be slightly lower and V-R slightly higher. IRAS 08339+6517: results extracted from López-Sánchez et al. (2006). POX 4: using the E(B-V) derived for the central object. UM 420: The H emission in this object is very important; correcting for our H flux . SBS 0926+606 X: the B-magnitude of this object is very uncertain. Its V and magnitudes are mV = 22.1  0.1 and   0.12, hence it possesses . SBS 0948+532: using the values given by 2MASS, mJ=16.86, mH=15.92 and . SBS 1054+365: because of the C(H) derived from our spectrum gives E(B-V)=0.01, we use the Galactic value, E(B-V)G = 0.02 (Schlegel et al. 1998). III Zw 107: using the data for J, H and provided by 2MASS. Arp 252: object A is ESO 566-8 and object B ESO 566-7. NGC 5253: optical and NIR magnitudes extracted from the NED and corrected for extinction using an average value of C(H) = 0.24 (see López-Sánchez et al. 2007). e NOTES 2: Mkn 5: using the data provided by Noeske et al. (2005), who used K' instead of filter. For the low-brightness underlying stellar component, they found J-H=0.58 y H-K'=0.28. IRAS 08339+6517: NIR values extracted from 2MASS, see López-Sánchez et al. (2006). UM 420 / UGC 1809: calculated using  km s-1 (given by the NED) and its derived distance, D=97.4 Mpc. SBS 1054+365: probably, the colors have a small contribution for the nebular component. Arp 252: color adapted from 2MASS. f NOTES 3: SBS 1054+365: Comp C is the central region of the companion object, 2MASX J10574661+3616582.