\begin{table}%t5
\caption{\label{tab:summary_tab}Global properties of the population of eleven $^{12}$CO(2--1) outflows observed in NGC~2264-C.}
%\centerline
{
\begin{tabular}{ccccc}
\hline
\hline
 {$M_{\rm{tot}}$} & {$P_{\rm{tot}}$} &  {$F_{\rm{tot}}$} & {$E_{\rm{tot}}$} & {$L_{\rm{tot}}$} \\
 {($10^{-2}$ $M{_\odot}$)} & {($M{_\odot}$~km~s$^{-1}$)} 
 & {($10^{-5}$ $M{_\odot}$~km~s$^{-1}$~yr$^{-1}$)} & {(10$^{44}$ erg)} & {($L{_{\odot}}$)} \\
 $^{(1)}$ & $^{(2)}$ & $^{(3)}$ & $^{(4)}$ & $^{(5)}$ \\
\hline
 3 -- 189 & 3.8--11 & 30--170 & 3.4--10 & 0.2--1.2  \\
\hline
\end{tabular}}
$^{(1)}$ Minimum and maximum total mass of outflow-entrained gas, computed from the individual outflow masses given in Table~\ref{tab:big_tab}.\\
$^{(2)}$ Minimum and maximum total outflow momentum, computed from the individual outflow momenta given in Table~\ref{tab:big_tab} ($P_{\rm{tot}}$ =$\sum \limits_{\rm flows}$ $P_{\rm{flow}}$).\\
$^{(3)}$ Minimum and maximum total outflow momentum flux ($F_{\rm{tot}}$ =$\sum \limits_{\rm flows}$ $F_{\rm{flow}}$).\\
$^{(4)}$ Minimum and maximum total kinetic energy of the outflows.\\
$^{(5)}$ Minimum and maximum total mechanical luminosity of the outflow population. 
\end{table}