Table 3: Results of the fits. LZ is for Liang-Zhang relation, GGL for the Ghirlanda et al. one.
Fit q₀ $j_0 + \Omega$ s₀

$d_{\rm l}(z)$ LZ $-0.94 \pm 0.30$ $2.71 \pm 1.1$

$d_{\rm l}(z)$ GGL $-0.39 \pm 0.11$ $2.52 \pm 1.33$

$\ln [d_{\rm l}/z]$ LZ $-0.68 \pm 0.30$ $0.021 \pm 1.07$ $3.39 \pm 17.13$

$\ln [d_{\rm l}/z]$ GGL $-0.78 \pm 0.20$ $0.62 \pm 0.86$ $8.32 \pm 12.16$

**Table 3:** Results of the fits. LZ is for Liang-Zhang relation, GGL for the Ghirlanda et al. one.
Fit	q₀	$j_0 + \Omega$	s₀
$d_{\rm l}(z)$ LZ	$-0.94 \pm 0.30$	$2.71 \pm 1.1$
$d_{\rm l}(z)$ GGL	$-0.39 \pm 0.11$	$2.52 \pm 1.33$
$\ln [d_{\rm l}/z]$ LZ	$-0.68 \pm 0.30$	$0.021 \pm 1.07$	$3.39 \pm 17.13$
$\ln [d_{\rm l}/z]$ GGL	$-0.78 \pm 0.20$	$0.62 \pm 0.86$	$8.32 \pm 12.16$

Source LaTeX | All tables | In the text