\begin{table}%t5
\caption{\label{tab:5LS}CMB, lensing and SNIa in various combinations. The mean and 68\% marginals are given. For the first four cases systematics are ignored, the last column includes all systematics, from both lensing and supernovae (see Sect.~\ref{sec:bias_sys}).}
\par
%\centering
\small
\begin{tabular}{llllll}
\hline \hline
Parameter	 & CMB	 & CMB+Lens	 & CMB+SN	 & CMB+Lens+SN	 & CMB+Lens+SN+sys	\\ 
\hline
%&&&&& \\[-8pt]
$\Omega_{\textrm{b}}$	 & $0.045^{\rm +0.020}_{-0.016}$	 & $0.041^{\rm +0.016}_{-0.008}$	 & $0.0433^{\rm +0.0028}_{-0.0026}$	 & $0.0432^{\rm +0.0026}_{-0.0023}$	 & $0.0428\pm{0.0029}$	\\  
$\Omega_{\textrm{m}}$	 & $0.262^{\rm +0.099}_{-0.093}$	 & $0.242^{\rm +0.092}_{-0.048}$	 & $0.257^{\rm +0.025}_{-0.023}$	 & $0.253^{\rm +0.018}_{-0.016}$	 & $0.251^{\rm +0.023}_{-0.018}$	\\  
$\tau$	 & $0.087\pm{0.016}$	 & $0.086^{\rm +0.016}_{-0.017}$	 & $0.088^{\rm +0.019}_{-0.016}$	 & $0.088^{\rm +0.019}_{-0.015}$	 & $0.088\pm{0.017}$	\\  
$w$	 & $-1.08^{\rm +0.39}_{-0.53}$	 & $-1.09^{\rm +0.24}_{-0.22}$	 & $-1.025^{\rm +0.071}_{-0.072}$	 & $-1.010^{\rm +0.059}_{-0.060}$	 & $-1.021^{\rm +0.079}_{-0.081}$	\\  
$n_{\textrm{s}}$	 & $0.963^{\rm +0.019}_{-0.014}$	 & $0.961^{\rm +0.014}_{-0.016}$	 & $0.962\pm{0.015}$	 & $0.963^{\rm +0.015}_{-0.014}$	 & $0.963^{\rm +0.014}_{-0.015}$	\\  
$10^9\Delta^2_R$	 & $2.43^{\rm +0.13}_{-0.14}$	 & $2.418^{\rm +0.083}_{-0.110}$	 & $2.43^{\rm +0.12}_{-0.11}$	 & $2.414^{\rm +0.098}_{-0.092}$	 & $2.41\pm{0.11}$	\\  
$h$	 & $0.74^{\rm +0.18}_{-0.12}$	 & $0.754^{\rm +0.096}_{-0.089}$	 & $0.719^{\rm +0.025}_{-0.022}$	 & $0.720^{\rm +0.023}_{-0.021}$	 & $0.723^{\rm +0.027}_{-0.025}$	\\  
$\sigma_8$	 & $0.82^{\rm +0.14}_{-0.15}$	 & $0.819^{\rm +0.061}_{-0.069}$	 & $0.807^{\rm +0.044}_{-0.046}$	 & $0.795^{\rm +0.030}_{-0.027}$	 & $0.798^{\rm +0.037}_{-0.044}$	\\[2pt] 
\hline
\end{tabular}
\end{table}