\begin{table}%T1
\caption{Stellar parameters and observed properties.}
\label{table_1} 
%\begin{tiny}
\par
%\centerline
 {\small
\begin{tabular}{ccccccccccccccc}
\hline \hline \\[-3mm]
\multicolumn{1}{c}{Obj} &
\multicolumn{1}{c}{Spitz.} &
\multicolumn{1}{c}{RA} &
\multicolumn{1}{c}{Dec} &
\multicolumn{1}{c}{$J$} &
\multicolumn{1}{c}{ST} &
\multicolumn{1}{c}{Cl.} &
\multicolumn{1}{c}{$L_{*}$} &
\multicolumn{1}{c}{$M_{*}$} &
\multicolumn{1}{c}{$T_{\rm eff}$} &
\multicolumn{1}{c}{Pa$\beta$} &
\multicolumn{1}{c}{Pa$\gamma$} &
\multicolumn{1}{c}{HeI} &
\multicolumn{1}{c}{$L_{\rm acc}$} &
\multicolumn{1}{c}{$\dot{M}_{\rm acc}$}\\
\multicolumn{1}{c}{\#} &
\multicolumn{1}{c}{\#} &
\multicolumn{1}{c}{(2000)} &
\multicolumn{1}{c}{(2000)} &
\multicolumn{1}{c}{(mag)} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{($L_{\odot}$)} &
\multicolumn{1}{c}{($M_{\odot}$)} &
\multicolumn{1}{c}{(K)} &
\multicolumn{1}{c}{($\AA$)} &
\multicolumn{1}{c}{($\AA$)} &
\multicolumn{1}{c}{($\AA$)} &
\multicolumn{1}{c}{($L_{\odot}$)} &
\multicolumn{1}{c}{($M_{\odot}$/yr)}\\
\hline 
1  & -- & 5:37:56.1& $-$2:09:26.7 & 13.90& M4.5  & II  &  0.04    & 0.16  &  3075    & $<$0.5      & $<$0.6       & $-$       &  $<${}$-$3.5  &  $<${}$-$10.4    \\  
2  & 283 &5:37:58.4& $-$2:41:26.2& 13.28&M5.0  & III &  0.07    & 0.12  &  3000    & $<$0.5      & $<$0.4       & $-$       &  $<${}$-$3.4  &  $<${}$-$10.0    \\
3  & 451&5:38:18.9& $-$2:51:38.8 & 12.83& M3.0  & II &  0.12    & 0.25  &  3350    & $<$0.5      & $2.0\pm0.4$  & $1.7\pm0.3$  &    $-$2.2        &     $-$9.1    \\
4  & 462& 5:38:20.5& $-$2:34:09.0 & 12.65& M4.0  & II &  0.13    & 0.16  &  3150    & $<$0.4      & $<$0.3       & $-$       &  $<${}$-$3.2      &     $<${}$-$9.8    \\
5  & 518& 5:38:27.3& $-$2:45:09.7 & 11.95& K8.0  & II &  0.42    & 0.5   &  3900    & $9.4\pm0.5$ & $6.7\pm0.6$  & $7.3\pm0.5$  &     $-$1.0  &      $-$8.1    \\
6  & 520 & 5:38:27.5& $-$2:35:04.2 &12.83& M3.5  & II &  0.12    & 0.2   &  3250    & $<$0.6      & 0.8$^c$  & $-$  &    $-$2.8      &      $-$9.6    \\ 
7  & 562& 5:38:31.4& $-$2:36:33.8 & 12.17& M3.0  & II &  0.19    & 0.2   &  3350    & $4.9\pm0.4$ & $3.6\pm0.3$  & $4.7\pm0.3$  &      $-$1.5       &      $-$8.2    \\
8  & 563 & 5:38:31.6& $-$2:35:14.9 & 11.52& M2.0  & II &  0.23    & 0.3   &  3500    & $<$0.5     &  $<$0.5       & $1.8\pm0.5$  &   $<${}$-$2.3       &   $<${}$-$9.2    \\ 
9  & 592& 5:38:34.3& $-$2:35:00.1 & 11.22& K0.0  & III &  0.16    & 0.8   &  5250    & $<$0.4     &  $<$0.4       & $-$      &   $<${}$-$2.3     &     $<${}$-$10.0    \\
10 & 598 & 5:38:34.6& $-$2:41:08.8& 13.10& M4.5  & II &  0.11    & 0.14  &  3075    & $<$0.6     &  $<$0.7       & $-$0.8$^c$      &   $<${}$-$3.0      &    $<${}$-$9.6    \\
11 & 611& 5:38:35.5& $-$2:31:51.7 & 11.30& K7.0  & III &  0.57    & 0.5   &  4000    & $<$0.7     &  $<$0.7       & $-$       &   $<${}$-$2.0    &      $<${}$-$9.0    \\
12 & 646& 5:38:39.0& $-$2:45:32.2 & 12.91& M3.5  & II &  0.10    & 0.2   &  3225    & $<$0.4     & $0.8\pm0.3$   & $-1.8\pm0.4$ &     $-$2.8      &       $-$9.6    \\ 
13 & --  & 5:38:39.8& $-$2:56:46.2& 11.43& M0.5  & II &  0.45    & 0.4   &  3725    & $<$0.7     & $<$0.4        & $2.8\pm0.3$  &   $<${}$-$2.4       &   $<${}$-$9.3    \\ 
14 & 662& 5:38:40.3& $-$2:30:18.5 & 11.51& M0.5  & II &  0.44    & 0.4   &  3725    & $<$0.7     & 0.7$^c$   & $-$0.7$^c$      &    $-$2.1      &       $-$9.0    \\
15 & 669 & 5:38:41.3& $-$2:37:22.6& 11.46& M0.0  & III &  0.44    & 0.45  &  3800    & $<$0.7     & $<$0.4       & 0.7$^c$   &  $<${}$-$2.4       &   $<${}$-$9.4    \\
16 & 682 & 5:38:42.3& $-$2:37:14.7& 11.77& M1.5  & II &  0.35    & 0.3   &  3575    & $<$0.4     & $<$0.5       & $-$1.2 $\pm0.4$       &   $<${}$-$2.5      &   $<${}$-$9.3    \\
17 & 694 & 5:38:43.9& $-$2:37:06.8& 12.84& M4.5  & II &  0.1     & 0.14  &  3075    & $<$0.4     & $<$0.4       & $1.0\pm0.3$  &    $<${}$-$3.2      &    $<${}$-$9.8    \\
18 & 697 & 5:38:44.2& $-$2:40:19.7& 11.36& K7.5  & II &  0.63    & 0.45  &  3950    & $<$0.5     & $<$0.3       & $2.1\pm0.3$  &    $<${}$-$2.5       &   $<${}$-$9.5    \\
19 & 710& 5:38:45.4& $-$2:41:59.4& 11.99& M2.5  & II &  0.25    & 0.25  &  3425    & $<$0.6     & $1.3\pm0.3$  & 0.3$^d$  &    $-$2.0       &      $-$8.8    \\  
20 & 723 & 5:38:47.2& $-$2:34:36.8& 12.56& M3.5  & II &  0.09    & 0.2   &  3250    & $3.4\pm0.5$ & $2.1\pm0.4$  & $-$      &      $-$2.0      &       $-$8.9    \\ 
21 & 726& 5:38:47.5& $-$2:35:25.2 & 11.74& M1.5  & II &  0.42    & 0.3   &  3575    & $1.1\pm0.3$ & $1.4\pm0.3$  & $0.0^e$      &   $-$1.8   &         $-$8.6    \\ 
22 & 733 & 5:38:47.9& $-$2:37:19.2& 12.02& M2.5  & II &  0.36    & 0.25  &  3425    & $<$0.4     & $1.3\pm0.3$  & 0.6$^c$      &      $-$2.0   &         $-$8.7    \\
23 & 736 & 5:38:48.0& $-$2:27:14.2& 10.16& K8.0  & II &  0.83    & 0.45  &  3950    & $<$0.6     & $<$0.5       & $-1.5\pm0.4$ &    $<${}$-$1.6     &    $<${}$-$8.5    \\
24 & 750 &5:38:49.3& $-$2:23:57.6& 14.36& M4.5  & II &  0.03    & 0.16  &  3075    & $<$1.2     & $<$1.2       & $-$       &    $<${}$-$3.4      &   $<${}$-$10.3    \\
25 & 762 &5:38:50.6& $-$2:42:42.9& 13.84& M5.0  & II &  0.04    & 0.12  &  3000    & $<$0.5     & $<$0.7       & $2.9\pm0.4$  &    $<${}$-$3.4      &   $<${}$-$10.1    \\
26 & 774 & 5:38:52.0& $-$2:46:43.7 & 11.52& K8.0  & II &  0.44    & 0.5   &  3900    & $<$0.5     & $1.6\pm0.5$  & $5.2\pm0.5$  &    $-$1.6       &      $-$8.7    \\
27 & 871 & 5:39:04.6& $-$2:41:49.4& 13.96& M2    & II &  0.1    & 0.3    &  3500     & $<$1.2     & $<$1.0       & $8.5\pm1.0$  &    $<${}$-$3.2      &   $<${}$-$10.3  \\  
28 & 897 & 5:39:07.6& $-$2:32:39.1& 11.30& K8.0  & II$^a$& 0.6& 0.5& 3900 & $<$0.7     & $<$0.6       & 1.2$^c$  &    $<${}$-$2.1 &     $<${}$-$9.1    \\
29 & 908 & 5:39:08.8& $-$2:31:11.5&13.07& M4.5  & II$^b$&  0.07& 0.16& 3075 & $1.3\pm0.4$ & $0.8\pm0.3$ & $-1.3\pm0.3$ &      $-$2.9      &       $-$9.6    \\   
30 & 927 & 5:39:11.5& $-$2:31:06.6& 11.99&  M0.5  & II&  0.24 &0.5  &3725   & $<$0.8     & $<$0.7       & $-$      &     $<${}$-$2.4      & $<${}$-$9.5    \\
31 & 984 & 5:39:18.8& $-$2:30:53.1& 11.40& K9.0  & II &  0.52    & 0.45  &  3850    & $<$0.6     & $<$0.4       & ${}$-$1.1\pm0.3$ &    $<${}$-$2.4       &   $<${}$-$9.4    \\
32 &1152 & 5:39:39.4& $-$2:17:04.5& 11.67& M1.5  & II &  0.29    & 0.35  &  3575    & $<$0.6     & $<$0.5       & $-2.4\pm0.5$ &    $<${}$-$2.4       &   $<${}$-$9.3    \\
33 & --   & 5:39:41.0& $-$2:16:24.4& 12.91& M4.5  & II &  0.10    & 0.14  &  3075    & $<$0.4     & $<$0.4       & $-$      &     $<${}$-$3.2      &   $<${}$-$9.8    \\
34 &1230 & 5:39:49.4& $-$2:23:45.9& 13.44& M4.0  & II &  0.07    & 0.18  &  3150    & $<$0.8     & $<$0.8       &0.8 $^c$      &    $<${}$-$3.1      &   $<${}$-$9.9    \\
35 &1248 &5:39:51.7& $-$2:22:47.2& 12.60& M5.0  & II &  0.13    & 0.12  &  3000    & $<$0.5     & $<$0.6       & $-$      &    $<${}$-$2.8      &   $<${}$-$9.3    \\[0.5mm]
\hline
\end{tabular}}
\medskip
Notes: $^{a,}$ $^b$ Transition disk and evolved disk, respectively, in Hern\'andez et~al.~(\cite{Hea07}). $^c$ Tentative (2$\sigma$) detection. $^d$ Type IVr P-Cygni profile: $EW({\rm em})=1.2\pm0.3$, $EW(\rm abs)=-0.9\pm0.3.$  $^e$ Tentative type IVr P-Cygni profile (0.6, $-$0.6).
\end{table}