\begin{table}%t15
%\centering
\par
\caption{Local standard of rest (LSR) velocity $v$ (km s$^{-1}$), column density $N$ (cm$^{-2}$) and Gaussian width $g$ (km s$^{-1}$) for
the atomic species \ion{Na}{i}~D, \ion{Ca}{ii}, \ion{Ti}{ii} and \ion{H}{i} observed toward \object{Sk --70 120}.
The bottom two lines give the total LMC column densities for the respective atoms.
\label{tb:IScomp_Sk70_120}}
\begin{tabular}{llllllllllll}\hline\hline
\multicolumn{12}{c}{\object{Sk --70 120}} \\ \hline 
\multicolumn{3}{c}{\ion{Na}{i}} & \multicolumn{3}{c}{\ion{Ca}{ii}} &  \multicolumn{3}{c}{\ion{Ti}{ii}}  & \multicolumn{3}{c}{\ion{H}{i}} \\
   $v$	&     $N$      	&  $g$	&   $v$	  &     $N$      &  $g$	   &  $v$   &     $N$       &  $g$  	&  $v$   &     $N$       &  $g$  \\
\kms	&  $10^{10}$ cm$^{-2}$	&\kms	&\kms	  & $10^{10}$ cm$^{-2}$  &\kms	   &	\kms& $10^{10}$ cm$^{-2}$   &	\kms	&\kms	 & $10^{19}$ cm$^{-2}$	 &\kms	 \\
\hline  &		&	&	  &		 &	   &	    &		    &		&	 &		 &	 \\
	&		&	&	  &	 	 &	   &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&  --17.2  & +41.8   	 &   7.0   & --22.7  &  +3.62        &	3.0	&	 &		 &	 \\
--6.0	&+67.6   	& 6.7	& --5.9    & +482.0   	 & 8.0     &  --5.4  &  +59.6        &  6.8	&	 &		 &	 \\
1.2	&+15.2   	& 7.6	&  4.3    & +93.7    	 & 7.8     &   2.3  &  +76.6        &  30.2	&	 &		 &	 \\
8.8	&+40.0   	& 6.3	&  9.4    & +76.2    	 & 6.6     &	    &	 	    &	 	&	 &		 &	 \\
19.6	&+5.65    	& 5.8	&  20.6   & +51.3    	 & 8.2     &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&    	  &		 &	   &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&  52.3   & +154.0   	 &   7.4   &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&  56.4   & +5.13    	 &   2.1   &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&  64.0   & +96.4   	 &   8.1   &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&  93.0   & +47.1   	 &   10.4  &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&  106.6  & +4.52    	 &   3.3   &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&  139.2  & +10.9   	 &   5.6   &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&  177.2  & +2.78    	 &   4.7   &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&	  &		 &	   &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&  210.3  & +23.4   	 &   31.4  &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&  210.9  & +1.54    	 &   3.5   &	    &	 	    &	 	&	 &		 &	 \\
	&		&	&  229.6  & +21.6   	 &   19.1  &	    &	 	    &	 	&	 &	 	 &	 \\			    
	&		&	&  239.8  & +6.69    	 &   7.4   &	    &	 	    &	 	& 244.7  & +8.10	 &  9.9  \\
	&		&	&  254.7  & +25.1   	 &   15.0  &	    &	 	    &	 	&	 &	   	 &	 \\
	&		&	&  272.1  & +68.0   	 &   13.0  &  268.8 &  +43.0        &	8.6	& 271.0  & +52.4	 &  21.9 \\
	&		&	&  278.9  & +12.4   	 &   3.8   &  277.3 &  +31.3        &	7.3	&	 &	 	 &	 \\			    
	&		&	&  283.2  & +7.23    	 &   3.2   &	    &	 	    &	 	&	 &	   	 &	 \\
	&		&	&  288.6  & +6.78    	 &   4.0   &	    &	 	    &	 	& 289.7  & +6.22	 &  4.8  \\
	&		&	&  291.8  & +62.2   	 &   10.3  &  292.9 &  +130.0       &	13.0	&	 &		 &  	 \\
	&		&	&  301.2  & +27.6   	 &   5.7   &	    &	 	    &	 	& 303.5  & +37.2	 &  16.2 \\
	&		&	&  306.1  & +22.7   	 &   4.6   &  308.2 &  +170.0       &	12.7	&	 &	 	 &	 \\			    
	&		&	&  310.5  & +44.1   	 &   6.2   &	    &	 	    &	 	&	 &	 	 &	 \\		    
	&		&	&  316.3  & +17.0   	 &   4.9   &	    &	 	    &	 	&	 &	 	 &	 \\		    
	&		&	&  323.4  & +39.6   	 &   6.8   &  319.1 &  +54.5        &	10.6	&	 &	 	 &	 \\			    
	&		&	&  332.0  & +3.25    	 &   5.3   &	    &	 	    &	 	&	 &	 	 &	 \\			    
%	&		&	&	  &		 &	   &	    &	 	    &	 	&	 &	 	 &	 \\		    
%	&		&	&	  &  	 	 &	   &	    &	 	    &	 	&	 &	 	 &	 \\		    
$N$	&		&	&	  & 389.0  	 &	   &        &  +429.0       &	 	&	 &  +104.0	 &	 \\	   
log($N$)&		&	&	  & 12.59	 &	   &        &  12.63        &	 	&	 &   21.02	 &	 \\
\hline
\end{tabular}
%}
\end{table}