Table 2: Slope of the luminosity function for all wavelengths and all redshifts as derived from 3-parameter Schechter fits.
z $\alpha$ (1500 Å) $\alpha$ (2800 Å) $\alpha$ (u') $\alpha$ (g') $\alpha$ (B)

[0.45, 0.81] -1.14 (+0.08 -0.07) -1.23 (+0.08 -0.07) -1.27 (+0.06 -0.05) -1.34 (+0.05 -0.03) -1.30 (+0.05 -0.03)

[0.81, 1.11] -0.96 (+0.13 -0.10) -0.99 (+0.10 -0.08) -0.93 (+0.09 -0.07) -1.16 (+0.07 -0.04) -1.21 (+0.07 -0.04)

[1.11, 1.61] -1.05 (+0.18 -0.16) -1.03 (+0.13 -0.11) -0.95 (+0.10 -0.09) -1.13 (+0.11 -0.09) -1.12 (+0.09 -0.07)

[1.61, 2.15] -0.81 (+0.48 -0.45) -0.97 (+0.32 -0.28) -0.80 (+0.31 -0.27) -1.29 (+0.24 -0.21) -1.33 (+0.27 -0.20)

[2.15, 2.91] -0.38 (+0.21 -0.15) -0.67 (+0.18 -0.15) -0.70 (+0.16 -0.16) -0.89 (+0.22 -0.15) -0.70 (+0.24 -0.21)

[2.91, 4.01] -0.98 (+0.28 -0.24) -0.95 (+0.19 -0.17) -1.25 (+0.19 -0.14) -1.24 (+0.23 -0.20) -1.30 (+0.27 -0.20)

[4.01, 5.01] -0.77 (+0.38 -0.26) -1.03 (+0.46 -0.35) -1.09 (+0.54 -0.27) -1.18 (+0.37 -0.21) -0.77 (+0.49 -0.39)

**Table 2:** Slope of the luminosity function for all wavelengths and all redshifts as derived from 3-parameter Schechter fits.
z	$\alpha$ (1500 Å)	$\alpha$ (2800 Å)	$\alpha$ (u')	$\alpha$ (g')	$\alpha$ (B)
[0.45, 0.81]	-1.14 (+0.08 -0.07)	-1.23 (+0.08 -0.07)	-1.27 (+0.06 -0.05)	-1.34 (+0.05 -0.03)	-1.30 (+0.05 -0.03)
[0.81, 1.11]	-0.96 (+0.13 -0.10)	-0.99 (+0.10 -0.08)	-0.93 (+0.09 -0.07)	-1.16 (+0.07 -0.04)	-1.21 (+0.07 -0.04)
[1.11, 1.61]	-1.05 (+0.18 -0.16)	-1.03 (+0.13 -0.11)	-0.95 (+0.10 -0.09)	-1.13 (+0.11 -0.09)	-1.12 (+0.09 -0.07)
[1.61, 2.15]	-0.81 (+0.48 -0.45)	-0.97 (+0.32 -0.28)	-0.80 (+0.31 -0.27)	-1.29 (+0.24 -0.21)	-1.33 (+0.27 -0.20)
[2.15, 2.91]	-0.38 (+0.21 -0.15)	-0.67 (+0.18 -0.15)	-0.70 (+0.16 -0.16)	-0.89 (+0.22 -0.15)	-0.70 (+0.24 -0.21)
[2.91, 4.01]	-0.98 (+0.28 -0.24)	-0.95 (+0.19 -0.17)	-1.25 (+0.19 -0.14)	-1.24 (+0.23 -0.20)	-1.30 (+0.27 -0.20)
[4.01, 5.01]	-0.77 (+0.38 -0.26)	-1.03 (+0.46 -0.35)	-1.09 (+0.54 -0.27)	-1.18 (+0.37 -0.21)	-0.77 (+0.49 -0.39)

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