Broad-band absorption and fluorescence, fluorescence line-narrowing (FLN), and spectral hole-burning experiments have been performed on the Q(y)-band of three subcore reaction-center complexes of photosystem II between 1.2 and 4.2 K: the isolated reaction center (RC), the inner core antenna CP47, and the CP47-RC complex. In the RC, fluorescence line-narrowing (FLN) is observed for excitation wavelengths lambda(exc) greater than or equal to 676 nm, whereas in CP47, this occurs for lambda(exc) greater than or equal to 680 nm. The FLN spectra of CP47-RC appear to be the sum of the individual spectra of the RC and CP47, an indication that this complex has two "traps". This has been confirmed from the spectral distributions obtained by measuring the hole depth (at constant hole width) as a function of zeta(exc), as previously done for the RC [Groot, M. L., et al. J. Phys. Chem. 100, 1996, 11488]. The maxima of these distributions are at similar to 682 nm for the RC "trap" and at similar to 690 nm for the CP47 "trap" within the CP47-RC complex. Further support that the two distributions of pigments in CP47-RC belong indeed to "trap" pigments is provided by the "effective" homogeneous line width Gamma(hom)＇ determined as a function of temperature for various excitation and detection wavelengths.