\begin{table}%t2
\caption{\label{Tabiras2}Same as Table~\ref{Tabiras} for the 6.7-GHz methanol
masers observed with MERLIN.}
%\centerline
 {\small 
\begin{tabular}{lccrrrrccrr}
\hline \hline
Source &  RA(2000) & Dec(2000) & $l$ &   $b$ & $V_{\rm LSR}$ & $V_{\rm mol}$ &  $S_{\rm peak}$ &  $R$ & $d_{\rm far}$ & $d_{\rm near}$\\
name & ($^{\rm h}~^{\rm m}~^{\rm s}$) &  $(\degr~ \arcmin~\arcsec$) & ($\degr$) & ($\degr$) &  (km~s$^{-1}$) &  (km~s$^{-1}$) &   (Jy/beam) &  
(kpc) & (kpc) & (kpc) \\
\hline
$L1287$ &00\ 36\ 47.358 & 63\ 29\ 02.18  & 121.298 &0.659 & --23.2 & --17.6(3) & 7.5 & 9.4 & 1.6($\pm$0.9) & \\
$NGC281-N$ &00\ 52\ 24.196 & 56\ 33\ 43.17 & 123.066 & --6.309 & --29.3 & --31.8(3) & 32.4  & 10.4  &  2.9($\pm$1.0) &\\
$S231$& 05\ 39\ 13.066   &35\ 45\ 51.29  & 173.482 & 2.446 & --12.8 & --15.8(3) & 32.1  & 24.1  & 15.6($\pm$12.9)&             \\
$AFGL5180$ &06\ 08\ 53.342   &21\ 38\ 29.09 & 188.946 &  0.886 & 10.7  &   3.1(1) &  194 & 9.4 & 0.9($\pm$4.7) & \\
$AFGL6366$ &06\ 08\ 40.671   &21\ 31\ 06.89 & 189.030 &  0.784 & 8.8   &   2.5(1) &  1.6   &  9.2  &  0.7($\pm$4.4) & \\
$S255$ & 06\ 12\ 54.006   &17\ 59\ 23.21  & 192.600 & --0.048 & 5.5 & 8.2(3) &  10.0  & 10.3  &  1.9($\pm$3.6) & \\
&06\ 12\ 54.020 &17\ 59\ 23.27 & 192.600 &--0.048 & 4.4 & & 8.5 & & &\\
$S269$ &06\ 14\ 37.051   &13\ 49\ 36.16  & 196.454 & --1.677 & 15.3  &  17.9(1) &  3.6   & 12.1  &  3.7($\pm$3.7) &             \\
18556+0136& 18\ 58\ 13.053   &01\ 40\ 35.68  &  35.197 & --0.743 & 28.5  &  35.0(3) &  72.8  &  6.6  & 11.4($\pm$0.6) & 2.5($\pm$0.6) \\
$G43.15+0.02$  &19\ 10\ 11.049   &09\ 05\ 20.49  &  43.149 &  0.013 & 13.4  &   2.9(1) &  6.0 &  8.3  & 12.2($\pm$0.8) & 0.2($\pm$0.8) \\
19120+0917 &19\ 14\ 26.393   &09\ 22\ 36.53  &  43.890 & --0.784 & 52.0  &  54.2(1) &  3.0 &  6.2  &  8.1($\pm$1.6) & 4.2($\pm$1.6) \\
&19\ 14\ 26.392 &09\ 22\ 36.62  &  43.890 & --0.784 & 47.7  &  &  4.5& & & \\
19186+1440 &19\ 20\ 59.212   &14\ 46\ 49.65  &  49.416 &  0.326 & --12.1 &   &  7.0   &  9.2  & 12.1($\pm$0.9) &\\
W51e2 &19\ 23\ 43.949   &14\ 30\ 34.44  &  49.490 & --0.388 & 59.2  &  56.5(3) &  217   & & &  \\
19303+1651 &19\ 32\ 36.071   &16\ 57\ 38.46  &  52.663 & --1.092 & 65.7  &  59.7(1) &  1.3   & &   &   \\
$ON1A$         &20\ 10\ 09.047   &31\ 31\ 35.06  &  69.540 & --0.976 & 14.7  &  11.7(3) &  31.0  &  8.0  &  4.0($\pm$1.7) & 2.0($\pm$1.8) \\
$ON1B$         &20\ 10\ 09.073   &31\ 31\ 35.94  &  69.540 & --0.976 & --0.1  &  11.7(3) &  8.8   &  8.0  &  4.0($\pm$1.7) & 2.0($\pm$1.8) \\
20290+4052     &20\ 30\ 50.673   &41\ 02\ 27.55  &  79.736 &  0.991 & --5.2  &  --1.4(1) &  18.2  &  8.6  &  3.3($\pm$1.5) &             \\
21381+5000     &21\ 39\ 58.263   &50\ 14\ 20.96  &  94.602 & --1.796 & --40.7 & --45.6(3) &  4.2   & 10.8  &  6.1($\pm$1.1) &             \\
&21\ 39\ 58.262   &50\ 14\ 21.05  &  94.603 & --1.796 & --43.6 &          &  4.0   &       &              &             \\
$L1206$        &22\ 28\ 51.408   &64\ 13\ 41.30  & 108.184 &  5.519 & --11.0 &  --9.9(2) &  29.4  &  8.9  &  1.2($\pm$1.1) &             \\
\hline
\end{tabular}}
\medskip
References for the velocities: 1 -- Bronfman et~al. (\cite{Bronfman1996});  2~--~Molinari et~al. (\cite{Molinari1996});   3~--~Plume et~al. (\cite{Plume1992}).
\end{table}