0114+331. The object is resolved but round in K-band and has two companions at 4.5 arcsec to the south-east which are not included in our photometry.
0115+392. The IR counterpart is at 3 arcsec to the west of the central radio component.
0123+344. We give as a tentative identification a faint object at 4 arcsec to the south-east of the radio source which is visible also in the R-band.
0127+350. We give as a tentative identification a compact object near the eastern component of the northern radio lobe.
0129+353. Our identification is at 3.6 arcsec to the south-west of the radio position.
0133+320. The faint object visible in J but not in K corresponds to the optical identification (Rengelink, private communication).
0135+311. Our tentative identification corresponds to a faint object in the R-band.
0136+325. We give the magnitude of the object at 3 arcsec to the east of the central radio component. It is visible also in the R-band.
0136+333. We have measured the object which is at about half way between the two radio lobes.
0139+375. We give the magnitude of the object at 4 arcsec to the south of the radio position.
0140+323. Our identification is at 6 arcsec to the south of a brighter galaxy.
0143+360. Our tentative identification is at 4 arcsec to the north of the radio position.
0148+330. We have measured the three object shown in the figure. The most likely but still uncertain identification is the object number 3.
0202+300. We give as a tentative identification the extended object visible only in J at 3 arcsec to the north-west of the radio position.
1702+604. The identification is just to the north of the southern radio lobe and corresponds to the galaxy visible in the R-band, for which the redshift has been measured (Bremer, private communication).
1913+672. Our tentative identification is 2.5 arcsec to the north-west of the radio position.
2321+223. Our tentative identification is at 3 arcsec to the north of the radio position.
2334+154. Of the 3 objects to the east of the radio position, we give as a tentative identification the closest one.
2334+313. Our tentative identification is the central object of the 3 around the radio position.
2351+103. The object has two components in both J- and K-bands which we measured separately.
1958+615. The quasar is at 3 arcsec to the north-west of a star (Snellen, PhD thesis).
1702+637. Our identification is at 4 arcsec to the north of the radio position.
1841+568. Our identification is at 3 arcsec to the south of the radio position.
1854+605. Our tentative identification is 3.6 arcsec to the south-west of the radio position.
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