  We investigate the surface- and bulk-like properties of the pristine
(110)-surface of silver using threshold photoemission by excitation with light
of 5.9 eV. Using a momentum microscope, we identified two distinct transitions
along the $\overline{\Gamma}\,\overline{\textrm{Y}}$-direction of the crystal.
The first one is a so far unknown surface resonance for the (110) noble metal
surface, exhibiting an exceptionally large bulk character, that has so far been
elusive in surface sensitive experiments. The second one stems from the well
known bulk-like Mahan cone oriented along the $\Gamma L$-direction inside the
crystal but projected onto the (110)-surface cut. The existence of the new
state is confirmed by photocurrent calculations and its character analyzed.
