All Tables

Table 1: Galaxy distribution in the FDF for the redshift intervals used for computing the luminosity function. Note that we derive the luminosity function in all redshift bins, but exclude the lowest (z < 0.45) and highest redshift bin (z > 5.01) from our analysis of the luminosity function evolution, since the lowest redshift bin corresponds to a too small volume while the z>5.01 bin suffers from incompleteness.
Table 2: Slope of the luminosity function for all wavelengths and all redshifts as derived from 3-parameter Schechter fits.
Table 3: Slope $\alpha$ of the luminosity functions for the different wavebands as determined from an error-weighted fit to the data in Table 2 under the assumption that $\alpha (z)={\rm const.}$ (upper part). In the lower part of the table we show the best values of $\alpha$ after combining the UV bands and the blue optical bands.
Table 4: Evolution parameters according to Eq. (1).
Table A.1: Schechter function fit at 1500 Å
Table A.2: Schechter function fit at 2800 Å
Table A.3: Schechter function fit in the u'-band
Table A.4: Schechter function fit in the g'-band
Table A.5: Schechter function fit in the B-band