Table 3: Average systematic underestimate of the clustering length r₀ and the slope $\gamma$ of the correlation function introduced by the mass incompleteness. The values are computed for each parameter as $\epsilon(x)~=~\langle\delta x~/~x\rangle_{40}$ , where $\delta(x)~=~x_{\rm true}-x_{\rm observed}$ and the average is performed over 40 mock samples.
$\log~(M/M_\odot)$ Average underestimate

      $\epsilon(r_0)$ $\epsilon(\gamma)$

9.0-9.5       25% 7%

9.5-10.0       11% 3%

10.0-10.5       3% 1%

10.5-11.0       0% 0%

$\ge$ 9.0       13% 5%

$\ge$ 9.5       6% 3%

$\ge$ 10.0       2% 1%

$\ge$ 10.5       0% 0%

**Table 3:** Average systematic underestimate of the clustering length r₀ and the slope $\gamma$ of the correlation function introduced by the mass incompleteness. The values are computed for each parameter as $\epsilon(x)~=~\langle\delta x~/~x\rangle_{40}$ , where $\delta(x)~=~x_{\rm true}-x_{\rm observed}$ and the average is performed over 40 mock samples.
$\log~(M/M_\odot)$	Average underestimate
	$\epsilon(r_0)$	$\epsilon(\gamma)$
9.0-9.5	25%	7%
9.5-10.0	11%	3%
10.0-10.5	3%	1%
10.5-11.0	0%	0%
$\ge$ 9.0	13%	5%
$\ge$ 9.5	6%	3%
$\ge$ 10.0	2%	1%
$\ge$ 10.5	0%	0%

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