\begin{table}%t12
\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 and UV), \ion{Ca}{ii}, \ion{Ti}{ii} and \ion{H}{i} observed toward \object{Sk~--67 2}.
The bottom two lines give the total LMC column densities for the respective atoms.
\label{tb:IScomp_Sk67_2}}
%\centering
\par
{
\begin{tabular}{llllllllllllllllll}\hline\hline
\multicolumn{18}{c}{\object{Sk --67 2}} \\ \hline %
\multicolumn{3}{c}{\ion{Na}{i}~D}  & \multicolumn{3}{c}{\ion{Na}{i}~UV}   & \multicolumn{3}{c}{\ion{Ca}{ii}} & \multicolumn{3}{c}{\ion{Ti}{ii}} &  \multicolumn{3}{c}{\ion{K}{i}}   & \multicolumn{3}{c}{\ion{H}{i}}  \\
%\hline
   $v$	&    $N$     &  $g$	    &  $v$   &    $N$          & $g$	    &	$v$ 	&    $N$      &  $g$   &   $v$  &    $N$          &  $g$  &  $v$   &    $N$         &  $g$    &  $v$   &     $N$      &  $g$    \\
\kms	& $10^{10}$ cm$^{-2}$&	\kms	    &	\kms & $10^{10}$ cm$^{-2}$     &\kms	    &	\kms    & $10^{10}$ cm$^{-2}$ &	\kms   &\kms	& $10^{10}$ cm$^{-2}$     &\kms	  &\kms	   &$10^{10}$ cm$^{-2}$     &	\kms  &	 \kms  & $10^{19}$ cm$^{-2}$  &	\kms	\\
\hline
	&	     &	 	    &	     &  	       &    	    &	    	&	      &        &	&	          &	  &	   &		    &	      &	       &	      &	        \\
	&	     &	 	    &	     &  	       &    	    &	    	&	      &        &  --44.7 &  +6.46          & 5.7   &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    & --11.9 	&  +9.11      & 6.7    &  --11.1 &  +21.7          & 14.6  &	   &		    &	      &        &	      &         \\
--3.8	&+1.21       &	  1.5	    &	     &  	       &    	    &  --2.0 	&  +18.9      & 11.7   &  --0.1  &  +47.0  	  & 10.7  &	   &		    &	      &        & 	      &         \\
--1.1	&+23.9       &	  5.1	    &	     &  	       &    	    &  --1.1 	&  +28.9      & 6.3    &        &		  &	  &	   &		    &	      &        & 	      &         \\
7.2	&+50.9       &	  8.6	    &	     &  	       &    	    &  3.1  	&  +17.6      & 4.7    &  7.0   &  +27.8 	  & 11.5  &	   &		    &	      &        & 	      &         \\
8.6	&+177.0      &	  4.3	    &	     &  	       &    	    &  8.8  	&  +48.3      & 5.0    &        &		  &	  &	   &		    &	      &        & 	      &         \\
10.3	&+21.2       &	  1.4	    &	     &  	       &    	    &  42.1 	&  +3.44      & 13.2   &	&	          &	  &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    & 56.6  	&  +4.35      & 29.3   &	&	          &	  &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    & 86.5  	&  +4.06      & 8.4    &	&	          &	  &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    & 111.9 	&  +3.83      & 13.7   &	&	          &	  &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    & 133.2 	&  +5.05      & 5.7    &	&	          &	  &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    & 177.9 	&  +14.2      & 18.9   &	&	          &	  &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    &	    	&	      &        &	&	          &	  &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    & 201.6 	&  +4.27      & 11.5   &	&	          &	  &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    & 222.9 	&  +20.4      & 12.4   & 225.0  & +9.62           & 8.1   &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    & 227.6 	&  +9.26      & 7.5    &	&	          &	  &	   &		    &	      &        &	      &         \\
247.3	&+15.7       &     1.7      &	     &  	       &	    & 240.3	&  +37.6      & 12.0   & 239.7  & +13.2		  & 7.6	  &	   &		    &	      & 238.3  &  +40.2       & 32.6	\\
249.2	&+37.5       &     1.6      &	     &  	       &	    &		&	      &        &	&		  &	  &	   &		    &	      &        &	      & 	\\
251.2	&+95.0       &     2.0      &  250.1 &  +391.0         & 7.4	    &		&	      &        &	&		  &	  & 250.8  & +1.22	    & 2.7     &        &	      & 	\\
252.8	&+173.0      &     4.7      &	     &  	       &	    & 252.2	&  +35.5      & 6.0    & 253.5  & +63.6	  	  & 10.8  & 253.7  & +7.58	    & 4.1     & 253.6  &  +94.3       & 13.1    \\
259.8	&+84.4       &     2.9      &	     &  	       &	    &		&	      &        &	&		  &	  &	   &		    &	      &        &	      & 	\\
261.8	&+132.0      &     1.9      &  262.4 &  +2730.0        & 4.6	    & 261.7	&  +71.4      & 9.3    & 	&		  &	  &	   &		    &	      &        &	      & 	\\
263.3	&+95.3       &     1.7      &	     &  	       &	    & 261.6	&  +5.32      & 3.0    & 263.3  & +48.5		  & 10.7  &	   &		    &	      &        &	      & 	\\
265.0	&+29.9       &     1.8      &	     &  	       &	    &		&	      &        &	&		  &	  & 263.6  & +34.1	    & 3.9     &        &       	      & 	\\
265.1	&+30.7       &     6.4      &	     &  	       &	    &		&	      &        &	&		  &	  & 266.0  & +0.26          & 4.6     & 268.9  &  +67.9       & 19.7	\\
271.7	&+7.30       &	  1.2	    &	     &  	       &    	    & 273.6 	&  +20.7      & 4.8    & 272.7  & +8.24           & 5.1   & 267.2  & +1.07          & 3.8     &        &	      &         \\
275.9	&+8.55       &	  5.6	    &	     &  	       &    	    & 278.9 	&  +3.59      & 4.3    &	&	          &	  &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    &	    	&	      &        &	&	          &	  &	   &		    &	      &        &	      &         \\
	&	     &	 	    &	     &  	       &    	    &	    	&	      &        &	&	          &	  &	   &		    &	      &        &	      &         \\
$N$	&+710.0      &	 	    &	     &  +3120.0        &    	    &	    	&  +208.0     &        &	& +143.0	  &	  &	   &  +44.2         &	      &        &  +202.0      &         \\
log($N$)&12.85       &	 	    &	     &     13.49       &    	    &	    	&  12.32      &        &	& 12.16           &	  &	   &  11.65	    &	      &        &   21.31      & 	\\
	&	     &	 	    &	     &  	       &    	    &	    	&	      &        &	&	          &	  &	   &		    &	      &        &	      &         \\
\hline				    			            	    	    						          				    
\end{tabular}			    			            	    	    						          				    
}																					    
\end{table}