\begin{table}
%\centering
\par
\addtocounter{table}{-3}
\caption {Observed IRAS sources, alongside with source type, H(igh) or L(ow) according to the classification of Palla et~al.~(1991), position (precessed to J2000 coordinates), kinematic distance, and luminosity.  The last column shows the sum
of the mass estimated from the 1.2~mm continuum for clumps located at $<$$90''$ from the IRAS position. The luminosities and the masses
have been estimated assuming the near distance, $d_{\rm near}$, except where noted.\label{table_lumi}}
\begin{tabular}{lccccccc}
\hline\hline
&&\multicolumn{1}{c}{$\alpha({\rm J2000})$} &
\multicolumn{1}{c}{$\delta({\rm J2000})$} &
\multicolumn{1}{c}{$d_{\rm near}^{a}$} &
\multicolumn{1}{c}{$d_{\rm far}^{a}$} &
\multicolumn{1}{c}{$L^{b}$} &
\multicolumn{1}{c}{$M$} \\
\multicolumn{1}{c}{IRAS name} &
\multicolumn{1}{c}{Type} &
\multicolumn{1}{c}{h m s}&
\multicolumn{1}{c}{$\degr$ $\arcmin$ $\arcsec$} &
\multicolumn{1}{c}{(kpc)} &
\multicolumn{1}{c}{(kpc)} &
\multicolumn{1}{c}{($\times 10^3~L_\odot$)} &
\multicolumn{1}{c}{($M_\odot$)}
 \\
\hline
08140$-$3559 & H & 08 15 59.0 & $-$36 08 18 &  3.8 &  3.8 & 10.6  & 95  \\
08211$-$4158 & L & 08 22 52.3 & $-$42 07 57 &  1.7 &  1.7 & 3.0  & 74  \\
08247$-$4223 & L & 08 26 27.6 & $-$42 33 05 &  1.4 &  1.4 & 1.5  & 17  \\
08438$-$4340 & H & 08 45 36.0 & $-$43 51 01 &  1.3 &  1.3 & 4.3  & 108   \\
08470$-$4243 & H & 08 48 47.9 & $-$42 54 22 &  2.2 &  2.2 & 15.2  & 294   \\
08476$-$4306 & H & 08 49 26.7 & $-$43 17 13 &  0.6 &  0.6 & 0.3 & 8  \\
08477$-$4359 & L & 08 49 32.9 & $-$44 10 47 &  1.8 &  1.8 & 3.3  & 100   \\
08488$-$4457 & L & 08 50 38.2 & $-$45 08 18 &	---$^{c}$ &	---$^{c}$ &  ---$^{c}$  &   ---$^{c}$\\ 
08563$-$4225 & L & 08 58 12.5 & $-$42 37 34 &  1.7 &  1.7 & 3.2  & 112   \\
08589$-$4714 & H & 09 00 40.5 & $-$47 25 55 &  1.5 &  1.5 & 1.8  & 40  \\  
09014$-$4736 & L & 09 03 09.8 & $-$47 48 28 &  1.3 &  1.3 & 3.6  & 20  \\
09026$-$4842 & L & 09 04 22.2 & $-$48 54 21 &  1.9 &  1.9 & 2.3  & 45  \\
09131$-$4723 & L & 09 14 55.5 & $-$47 36 13 &  1.7 &  1.7 & 2.6  & 118   \\
09166$-$4813 & L & 09 18 26.6 & $-$48 26 26 &  2.3 &  2.3 & 2.1  & 48  \\
09209$-$5143 & L & 09 22 34.6 & $-$51 56 23 &  6.4 &  6.4 & 13.6  & 736   \\  
09566$-$5607 & H & 09 58 23.3 & $-$56 22 09 &  6.8 &  6.8 & 37.6  & 545   \\
09578$-$5649 & H & 09 59 31.0 & $-$57 03 45 &  1.7 &  1.7 & 8.3  & 91  \\
10019$-$5712 & H & 10 03 40.5 & $-$57 26 39 &  1.8 &  1.8 & 4.5  & 62  \\
10038$-$5705 & H & 10 05 31.9 & $-$57 19 54 &  6.0 &  6.0 & 17.1  & 135   \\
10088$-$5730 & L & 10 10 38.7 & $-$57 45 32 &	---$^{c}$ &	---$^{c}$ &  ---$^{c}$  &  ---$^{c}$  \\
10095$-$5843 & L & 10 11 15.8 & $-$58 58 15 &  1.1 &  2.9 & 0.7 & 13  \\
10102$-$5706 & L & 10 12 03.7 & $-$57 21 26 &  0.8 &  2.9 & 0.4 & ~n.d.$^{d}$   \\
10123$-$5727 & L & 10 14 08.8 & $-$57 42 12 &  0.9 &  3.0 & 2.5  & 36  \\
10156$-$5804 & L & 10 17 26.8 & $-$58 19 46 &	---$^{c}$ &	---$^{c}$ &  ---$^{c}$  &  ---$^{c}$  \\
10184$-$5748 & H & 10 20 14.7 & $-$58 03 38 &  5.4 &  5.4 & 297   & 4100  \\
10276$-$5711 & H & 10 29 30.1 & $-$57 26 40 &  5.9 &  5.9 & 71.6  & 1115  \\
10277$-$5730 & L & 10 29 35.4 & $-$57 45 34 &  5.8 &  5.8 & 32.4  & 156   \\
10286$-$5838 & H & 10 30 31.5 & $-$58 53 30 &  5.9 &  5.9 & 49.1  & 313   \\
10295$-$5746 & H & 10 31 28.3 & $-$58 02 07 &  5.0 &  5.0 & 681   & 3810  \\
10308$-$6122 & L & 10 32 39.8 & $-$61 37 33 &  1.2 &  ---  & 1.5  & 6  \\
10317$-$5936 & L & 10 33 38.1 & $-$59 51 54 &  8.9 &  8.9 & 57.5  & 452   \\
10320$-$5928 & H & 10 33 56.4 & $-$59 43 53 &  9.1 &  9.1 & 273   & 3690  \\
10337$-$5710 & H & 10 35 40.7 & $-$57 26 15 &  0.4 &  4.2 & 0.1 & 2  \\
10439$-$5941 & L & 10 45 54.0 & $-$59 57 03 &  2.6 &  2.6 & 40.9  & 491   \\
10501$-$5556 & H & 10 52 11.0 & $-$56 12 26 &  2.5 &  2.5 & 7.1  & 158   \\
10521$-$6031 & L & 10 54 11.0 & $-$60 47 30 &  8.1 &  8.1 & 40.3  & 288   \\
10537$-$5930 & L & 10 55 49.0 & $-$59 46 47 &  7.2 &  7.2 & 35.8  & 434   \\
10545$-$6244 & L & 10 56 32.9 & $-$63 00 34 &  2.0 &  ---  & 3.2  & ---$^{e}$  \\
10548$-$5929 & L & 10 56 51.9 & $-$59 45 14 &  7.6 &  7.6 & 39.4  & 382   \\
10554$-$6237 & L & 10 57 25.0 & $-$62 53 10 &  3.0 &  3.0 & 3.2  & 63  \\
10555$-$6242 & H & 10 57 33.4 & $-$62 58 55 &  3.0 &  3.0 & 6.2  & 168   \\
10555$-$5949 & L & 10 57 37.5 & $-$60 05 32 &  8.6 &  8.6 & 3.2  & 149   \\ 
10559$-$5914 & H & 10 57 58.2 & $-$59 30 24 &  6.4 &  6.4 & 19.1  & 483   \\
10572$-$6018 & L & 10 59 19.3 & $-$60 34 10 &  7.2 &  7.2 & 46.7  & 366   \\
10575$-$5844 & L & 10 59 40.3 & $-$59 01 05 &	---$^{c}$ &	---$^{c}$ &  ---$^{c}$  &  ---$^{c}$  \\
\hline	   
10589$-$6034 & H & 11 00 59.8 & $-$60 50 27 &  8.0 &  8.0 & 331   & 1000  \\
10591$-$5934 & L & 11 01 15.8 & $-$59 51 01 &  2.8 &  2.8 & 19.0  & 163   \\
11079$-$6101 & H & 11 10 01.4 & $-$61 18 15 &  8.2 &  8.2 & 161   & 962   \\
11220$-$6147 & H & 11 24 18.2 & $-$62 04 04 &  7.8 &  7.8 & 28.7  & 421   \\
11265$-$6158 & L & 11 28 50.9 & $-$62 15 01 &  3.4 &  3.4 & 5.1  & 65  \\
11294$-$6257 & L & 11 31 46.5 & $-$63 14 25 &  3.5 &  3.5 & 6.3  & 38  \\
11354$-$6234 & H & 11 37 47.9 & $-$62 51 33 &  9.6 &  9.6 & 32.3  & 679   \\
11380$-$6311 & L & 11 40 27.6 & $-$63 27 56 &  1.3 &  ---  & 1.3  & 46  \\
11396$-$6202 & L & 11 42 01.5 & $-$62 19 24 &  11.2 &  11.2 & 48.6  & 483   \\
11404$-$6215 & L & 11 42 48.0 & $-$62 32 20 &  11.0 &  11.0 & 74.8  & 772   \\
11431$-$6516 & H & 11 45 34.1 & $-$65 32 59 &	---$^{f}$ &     ---$^{f}$ &  ---$^{f}$  &  ---$^{f}$  \\
11476$-$6435 & L & 11 50 08.0 & $-$64 52 20 &	---$^{c}$ &     ---$^{c}$ &  ---$^{c}$  &~n.d.$^{d}$  \\
12063$-$6259 & H & 12 09 01.3 & $-$63 15 57 &  10.1 &  10.1 & 597   & 5660  \\
12102$-$6133 & L & 12 12 57.9 & $-$61 50 17 &  4.0 &  4.0 & 7.5  & 144   \\
12127$-$6244 & H & 12 15 23.9 & $-$63 01 20 &  10.8 &  10.8 & 1830  & 15800 \\
12132$-$6211 & H & 12 15 54.2 & $-$62 27 50 &  10.2 &  10.2 & 130   & 1400  \\
12157$-$6220 & H & 12 18 28.2 & $-$62 37 13 &  8.5 &  8.5 & 39.0  & 226   \\
12268$-$6156 & H & 12 29 42.1 & $-$62 13 08 &  4.3 &  4.3 & 11.2  & 158   \\
12272$-$6240 & H & 12 30 04.0 & $-$62 56 56 &  11.2 &  11.2 & 345   & 6880  \\
12295$-$6224 & L & 12 32 22.7 & $-$62 41 25 &  4.4 &  4.4 & 8.5  & 433   \\
12300$-$6119 & H & 12 32 52.1 & $-$61 35 42 &  4.3 &  4.3 & 8.8  & 159   \\
12377$-$6237 & L & 12 40 42.4 & $-$62 54 09 &  10.9 &  10.9 & 44.9  & 494   \\
12434$-$6355 & L & 12 46 24.6 & $-$64 11 26 &	---$^{c}$ &	---$^{c}$ &  
---$^{c}$  &  ---$^{c}$  \\
13023$-$6213 & L & 13 05 30.7 & $-$62 29 58 &  4.8 &  4.8 & 18.3  & 298   \\
13024$-$6158 & H & 13 05 37.5 & $-$62 14 39 &  2.1 &  7.6 & 1.6  & 19  \\
13039$-$6108 & L & 13 07 07.0 & $-$61 24 47 &  2.4 &  ---  & 2.1  & 82  \\
13039$-$6331 & H & 13 07 09.4 & $-$63 47 12 &  12.1 &  12.1 & 76.7  & 728   \\
13054$-$6159 & H & 13 08 34.9 & $-$62 15 08 &  3.6 &  6.2 & 107   & 399   \\
13078$-$6247 & L & 13 11 05.1 & $-$63 03 48 &	---$^{c}$ &	---$^{c}$ &  
---$^{c}$  &  ---$^{c}$  \\
13106$-$6050 & L & 13 13 50.5 & $-$61 06 44 &  5.0 &  5.0 & 48.8  & 536   \\
13107$-$6208 & H & 13 13 56.8 & $-$62 24 35 &  3.6 &  6.3 & 58.0  & 610   \\ 
13333$-$6234 & L & 13 36 45.7 & $-$62 49 36 &  0.9 &  9.5 & 2.8  & 53  \\
13384$-$6152 & L & 13 41 53.3 & $-$62 07 36 &  5.3 &  5.3 & 11.2  & 129   \\
13395$-$6153 & L & 13 42 59.5 & $-$62 08 43 &  5.3 &  5.3 & 277   & 1120  \\
13438$-$6203 & L & 13 47 21.9 & $-$62 18 41 &  5.4 &  5.4 & 30.5  & 1140  \\
13481$-$6124 & L & 13 51 37.8 & $-$61 39 08 &  3.6 &  7.3 & 73.1  & 1470  \\
13534$-$6152 & H & 13 57 01.8 & $-$62 07 11 &  13.1 &  13.1 & 171   & 1040  \\
13558$-$6159 & L & 13 59 27.0 & $-$62 13 40 &	---$^{c}$ &	---$^{c}$ &  
---$^{c}$  &  ---$^{c}$  \\
13560$-$6133 & L & 13 59 35.3 & $-$61 48 17 &  5.6 &  5.6 & 33.4  & 935   \\
13563$-$6109 & H & 13 59 55.5 & $-$61 24 25 &  5.6 &  5.6 & 15.3  & 512   \\
13585$-$6133 & H & 14 02 10.2 & $-$61 48 22 &  3.2 &  8.1 & 14.7  & 76  \\
13590$-$6051 & H & 14 02 34.8 & $-$61 05 40 &  4.5 &  6.7 & 24.3  & 95  \\
13592$-$6153 & H & 14 02 53.9 & $-$62 07 26 &  4.2 &  7.0 & 10.9  & 142   \\
14000$-$6104 & L & 14 03 36.6 & $-$61 18 28 &  5.6 &  5.6 & 89.4  & 1290  \\
14039$-$6113 & H & 14 07 35.2 & $-$61 27 17 &  4.6 &  6.8 & 191   & 909   \\
14057$-$6032 & H & 14 09 23.5 & $-$60 46 55 &  0.8 &  10.6 & 0.4 & 5  \\
14090$-$6132 & H & 14 12 42.4 & $-$61 47 01 &  2.0 &  9.5 & 3.1  & 77  \\
14131$-$6126 & L & 14 16 48.6 & $-$61 40 26 &  2.7 &  8.9 & 5.1  & 30  \\
\hline	   
14166$-$6118 & L & 14 20 19.5 & $-$61 31 53 &  3.3 &  8.4 & 10.0  & 139   \\
14183$-$6050 & L & 14 22 02.8 & $-$61 04 18 &  3.4 &  8.4 & 12.9  & 48  \\ 
14188$-$6054 & H & 14 22 32.0 & $-$61 08 18 &  3.3 &  8.5 & 11.2  & 184   \\
14198$-$6115 & L & 14 23 33.2 & $-$61 28 53 &	---$^{c}$ &	---$^{c}$ &  ---$^{c}$  &~n.d.$^{d}$  \\
14201$-$6044 & L & 14 23 54.2 & $-$60 57 45 &  4.1 &  7.8 & 7.6  & 71  \\
14212$-$6009 & H & 14 24 57.5 & $-$60 22 50 &  5.9 &  5.9 & 93.3  & 768   \\
14214$-$6017 & H & 14 25 08.0 & $-$60 31 31 &  5.9 &  5.9 & 165   & 2730  \\
14394$-$6004 & H & 14 43 15.2 & $-$60 17 16 &  ---$^{g}$& 12.2  & 367$^{g}$ &2140$^{g}$ \\
14395$-$5941 & L & 14 43 20.9 & $-$59 53 54 &  3.2 &  9.2 & 5.2  & 45  \\
14412$-$5948 & L & 14 45 04.1 & $-$60 01 14 &	---$^{c}$ &	---$^{c}$ &  ---$^{c}$  &~n.d.$^{d}$ \\
14425$-$6023 & L & 14 46 23.5 & $-$60 35 45 &  3.4 &  8.9 & 7.3  & 156   \\
14556$-$5808 & H & 14 59 28.9 & $-$58 20 08 &  2.6 &  10.2 & 4.6  & 20  \\
14557$-$5849 & H & 14 59 34.9 & $-$59 01 23 &  2.7 &  10.1 & 11.8  & 498   \\
14575$-$5922 & H & 14 01 26.5 & $-$59 34 35 &  2.6 &  10.2 & 2.5  & 51  \\
14591$-$5843 & L & 15 02 58.8 & $-$58 55 06 &  2.2 &  10.7 & 3.7  & 59  \\
15015$-$5720 & H & 15 05 19.2 & $-$57 31 48 &  2.6 &  10.4 & 56.0  & 197   \\ 
15038$-$5828 & L & 15 07 43.8 & $-$58 39 53 &  5.0 &  8.0 & 11.3  & 125   \\
15061$-$5806 & H & 15 10 01.2 & $-$58 17 41 &  0.8 &  12.3 & 6.3  & 59  \\ 
15068$-$5733 & H & 15 10 43.2 & $-$57 44 46 &  4.2 &  8.9 & 31.7  & 406   \\
15072$-$5855 & L & 15 11 07.9 & $-$59 06 30 &  3.0 &  ---  & 5.0  & 73  \\
15100$-$5613 & H & 15 13 49.4 & $-$56 24 54 &  2.9 &  ---  & 46.7  & 1260  \\ 
15100$-$5903 & L & 15 14 00.0 & $-$59 15 09 &  3.7 &  ---  & 11.9  & 334   \\
15178$-$5641 & L & 15 21 45.4 & $-$56 52 42 &  2.1 &  11.4 & 5.8  & 89  \\
15219$-$5658 & L & 15 25 48.7 & $-$57 09 11 &  1.2 &  12.3 & 0.9 & 8  \\
15239$-$5538 & L & 15 27 49.3 & $-$55 48 42 &  3.3 &  10.4 & 13.5  & 74  \\
15246$-$5612 & L & 15 28 32.6 & $-$56 23 00 &  4.5 &  9.2 & 37.8  & 235  \\
15262$-$5541 & L & 15 30 05.5 & $-$55 52 01 &  3.7 &  10.0 & 5.5  & 271   \\ 
15278$-$5620 & H & 15 31 43.2 & $-$56 30 24 &  3.4 &  10.3 & 71.5  & 706   \\
15347$-$5518 & L & 15 38 36.0 & $-$55 28 07 &  4.2 &  9.8 & 25.7  & 537   \\
15371$-$5458 & L & 15 40 58.6 & $-$55 08 20 &  17.6 &  17.6 & 124   & 1910  \\ 
15454$-$5335 & H & 15 49 16.0 & $-$53 44 59 & 5.2 &  9.1 & 113   & 3520  \\
15454$-$5507 & H & 15 49 19.0 & $-$55 16 52 &  4.4 &  9.8 & 25.3  & 587   \\
15464$-$5445 & H & 15 50 17.8 & $-$54 54 55 &  3.9 &  10.4 & 26.2  & 44  \\
15470$-$5419 & L & 15 50 55.2 & $-$54 28 22 &  4.1 &  10.2 & 27.9  & 987   \\
15506$-$5325 & L & 15 54 32.2 & $-$53 33 53 &	---$^{c}$ &	---$^{c}$ &  ---$^{c}$  &  ---$^{c}$  \\
15507$-$5359 & H & 15 54 36.5 & $-$54 08 40 &  5.0 &  9.4 & 173   & 1480  \\
15519$-$5430 & L & 15 55 50.4 & $-$54 38 58 &  2.7 &  ---  & 18.6  & 438   \\
15530$-$5231 & H & 15 56 49.4 & $-$52 40 26 &  6.0 &  8.5 & 139   & 2270  \\
15557$-$5215 & H & 15 59 36.2 & $-$52 23 46 &  4.4 &  10.2 & 28.5  & 1450  \\
15557$-$5337 & L & 15 59 38.2 & $-$53 45 32 &  3.3 &  11.2 & 345   & 1950  \\
15571$-$5218 & L & 16 01 00.4 & $-$52 27 13 &  6.6 &  8.0 & 22.5  & ~n.d.$^{d}$  \\
15579$-$5303 & L & 16 01 46.6 & $-$53 11 41 &  3.5 &  11.1 & 19.9  & 757   \\
15579$-$5347 & L & 16 01 52.6 & $-$53 56 21 &	---$^{h}$ &	---$^{h}$ &  ---$^{h}$  &  ---$^{h}$  \\
15583$-$5314 & L & 16 02 10.1 & $-$53 22 35 &  5.0 &  9.6 & 12.8  & 148   \\
16056$-$5125 & H & 16 09 24.4 & $-$51 33 08 &  4.8 &  10.1 & 16.5  & 448   \\
16061$-$5048 & L & 16 09 57.3 & $-$50 56 45 &  3.6 &  11.4 & 7.9  & 199   \\
16069$-$4858 & H & 16 10 38.4 & $-$49 05 52 &  1.9 &  ---  & 5.8  & 55  \\ 
16082$-$5031 & L & 16 12 03.2 & $-$50 39 16 &  3.0 &  12.0 & 21.3  & 89  \\
\hline	   
16085$-$5138 & H & 16 12 22.0 & $-$51 46 18 &  4.3 &  10.6 & 153   & 1100  \\ 
16093$-$5015 & L & 16 13 05.2 & $-$50 23 05 &  3.1 &  11.9 & 7.2  & 193   \\
16093$-$5128 & L & 16 13 09.2 & $-$51 36 26 &  6.1 &  8.9 & 28.9  & 381   \\
16106$-$5048 & L & 16 14 26.8 & $-$50 56 12 &  5.5 &  9.5 & 13.3  & 124   \\
16107$-$4956 & L & 16 14 29.4 & $-$50 03 51 &  5.2 &  9.9 & 16.2  & 165   \\
16112$-$4943 & H & 16 15 01.3 & $-$49 50 37 &  3.3 &  ---  & 77.4  & 1080  \\
16148$-$5011 & L & 16 18 35.2 & $-$50 18 53 &  3.3 &  11.9 & 44.2  & 248   \\
16153$-$5016 & L & 16 19 07.0 & $-$50 24 12 &  3.1 &  12.1 & 33.1  & ---$^{e}$  \\
16164$-$4929 & H & 16 20 09.7 & $-$49 36 14 &  2.6 &  12.6 & 26.9  & 472   \\
16164$-$4837 & H & 16 20 12.2 & $-$48 45 06 &  3.6 &  ---  & 8.4  & 201   \\
16170$-$5053 & L & 16 20 53.2 & $-$51 00 14 &  3.8 &  11.4 & 27.5  & 326   \\
16187$-$4932 & L & 16 22 29.3 & $-$49 39 02 &  4.1 &  11.2 & 11.7  & 115   \\
16194$-$4934 & L & 16 23 13.2 & $-$49 40 59 &  5.3 &  10.0 & 15.0  & 96  \\
16204$-$4916 & L & 16 24 12.3 & $-$49 23 34 &  4.6 &  10.8 & 25.0  & 260   \\
16204$-$4943 & L & 16 24 15.5 & $-$49 50 05 &	---$^{c}$ &	---$^{c}$ &  ---$^{c}$  &  ---$^{c}$  \\
16218$-$4931 & L & 16 25 37.9 & $-$49 38 20 &  2.9 &  12.4 & 4.8  & 58  \\
16219$-$4848 & L & 16 25 39.4 & $-$48 55 12 &  5.1 &  10.3 & 9.1  & 43  \\
16232$-$4917 & L & 16 27 02.0 & $-$49 23 52 &  3.4 &  11.9 & 13.1  & 47  \\
16252$-$4853 & L & 16 29 01.6 & $-$48 59 48 &  3.4 &  12.0 & 17.3  & 146   \\
16254$-$4844 & L & 16 29 09.0 & $-$48 51 27 &  3.4 &  12.0 & 7.9  & 135   \\
16344$-$4605 & L & 16 38 08.6 & $-$46 11 10 &  4.4 &  11.4 & 11.7  & 772   \\
16363$-$4645 & L & 16 40 00.5 & $-$46 51 32 &  4.5 &  11.3 & 84.8  & 168   \\
16369$-$4810 & L & 16 40 38.2 & $-$48 16 00 &  3.1 &  ---  & 5.1  & 63  \\
16396$-$4429 & H & 16 43 16.1 & $-$44 35 19 &  5.0 &  ---  & 85.1  & 946   \\ 
16403$-$4614 & L & 16 44 01.5 & $-$46 20 27 &  6.8 &  9.0 & 42.6  & ~n.d.$^{d}$  \\
16417$-$4445 & L & 16 45 19.9 & $-$44 51 00 &  4.2 &  11.8 & 14.4  & ~n.d.$^{d}$  \\
16419$-$4602 & L & 16 45 37.9 & $-$46 07 49 &  3.2 &  12.7 & 17.9  & 255   \\
16428$-$4109 & L & 16 46 22.6 & $-$41 14 58 &  2.7 &  ---  & 4.0  & ---$^{e}$  \\
16435$-$4515 & H & 16 47 09.6 & $-$45 21 15 &  4.0 &  12.0 & 23.7  & 684   \\
16464$-$4359 & L & 16 50 01.0 & $-$44 05 03 &  5.3 &  10.8 & 21.2  & 382   \\
16482$-$4443 & H & 16 51 49.1 & $-$44 48 50 &  3.7 &  12.4 & 20.9  & 649   \\
16501$-$4314 & L & 16 53 41.1 & $-$43 19 23 &  6.7 &  9.5 & 103   & 1220  \\
16535$-$4300 & L & 16 57 05.5 & $-$43 05 20 &  6.8 &  9.4 & 26.0  & 371   \\
16573$-$4214 & L & 17 00 54.3 & $-$42 19 10 &  2.6 &  13.7 & 22.0  & 134   \\
16574$-$4225 & H & 17 00 57.9 & $-$42 29 54 &  2.8 &  13.5 & 10.7  & 353   \\
16579$-$4245 & H & 17 01 29.0 & $-$42 50 06 &  3.3 &  13.0 & 13.5  & 449   \\
16581$-$4212 & L & 17 01 38.8 & $-$42 17 05 &	---$^{c}$ &	---$^{c}$ &  ---$^{c}$  &  ---$^{c}$  \\
17033$-$4035 & L & 17 06 49.3 & $-$40 39 51 &  6.7 &  9.8 & 62.3  & 649   \\
17036$-$4033 & L & 17 07 08.9 & $-$40 37 08 &  5.7 &  10.8 & 25.1  & 580   \\
17040$-$3959 & L & 17 07 33.7 & $-$40 03 04 &  ---$^{g}$&  16.5 & 98.8$^{g}$ & 2550$^{g}$	\\
17082$-$4114 & L & 17 11 46.2 & $-$41 18 03 &  2.5 &	--- & 8.6  & 523   \\
17095$-$3837 & H & 17 12 58.6 & $-$38 40 33 &  5.6 &  11.0 & 37.8  & 404   \\
17118$-$3909 & H & 17 15 19.1 & $-$39 13 21 &  6.4 &  10.3 & 186   & 3420  \\
17140$-$3747 & L & 17 17 28.1 & $-$37 51 06 &	---$^{c}$ &	---$^{c}$ &  ---$^{c}$  &  ---$^{c}$  \\
17141$-$3606 & L & 17 17 28.2 & $-$36 09 38 &  0.9 &	--- & 0.7 & 26  \\
17149$-$3916 & H & 17 18 23.8 & $-$39 19 10 &  2.1 &	--- & 93.7  & 586   \\
17156$-$3607 & L & 17 19 01.2 & $-$36 10 12 &  0.7 &	--- & 0.9 & ---$^{e}$  \\
17184$-$3638 & H & 17 21 51.3 & $-$36 41 18 &  27.1 &  27.1 & 2790  & 22900 \\
\hline	   
17195$-$3811 & H & 17 23 00.3 & $-$38 13 54 &  3.6 &	--- & 6.8  & 742   \\
17200$-$3658 & H & 17 23 29.3 & $-$37 01 37 &  3.1 &  13.7 & 8.6  & 391   \\
17210$-$3646 & H & 17 24 27.9 & $-$36 48 54 &  2.6 &  14.2 & 5.7  & 83  \\
17211$-$3537 & L & 17 24 28.5 & $-$35 40 13 &  6.2 &  10.6 & 32.9  & 391   \\
17218$-$3704 & L & 17 25 14.0 & $-$37 07 29 &  3.3 &  ---  & 16.6  & 159   \\
17221$-$3619 & H & 17 25 31.7 & $-$36 21 55 &  3.6 &  13.2 & 111   & 172   \\
17225$-$3426 & L & 17 25 50.3 & $-$34 29 21 &  1.1 &	--- & 14.3  & 128   \\ 
17230$-$3531 & L & 17 26 26.3 & $-$35 33 35 &	---$^{i}$ &	---$^{i}$&  ---$^{i}$  &  ---$^{i}$  \\
17231$-$3520 & H & 17 26 30.0 & $-$35 22 48 &	---$^{i}$ &	---$^{i}$ &  ---$^{i}$  &  ---$^{i}$  \\  
17242$-$3513 & H & 17 27 32.5 & $-$35 16 06 &	---$^{i}$ &	---$^{i}$ &  ---$^{i}$  &  ---$^{i}$  \\  
17249$-$3501 & H & 17 28 19.0 & $-$35 04 07 &  6.0 &  10.9 & 152   & 2570  \\
17256$-$3631 & L & 17 29 01.1 & $-$36 33 38 &  2.0 &	--- & 63.8  & 674   \\
17279$-$3350 & H & 17 31 17.9 & $-$33 52 50 &  5.2 &  11.7 & 162   & 1430  \\
17285$-$3346 & L & 17 31 48.1 & $-$33 48 23 &  3.7 &  13.2 & 5.9  & 41  \\
17296$-$3236 & H & 17 32 52.1 & $-$32 38 28 &  6.0 &  11.0 & 22.4  & 198   \\ 
17338$-$3044 & L & 17 37 03.9 & $-$30 46 17 &  4.0 &  13.0 & 9.2  & 37  \\
17352$-$3153 & H & 17 38 30.6 & $-$31 54 41 &	---$^{i}$ &	---$^{i}$ &  ---$^{i}$  &  ---$^{i}$  \\
17355$-$3241 & L & 17 38 50.5 & $-$32 43 35 &  1.7 &	--- & 2.3  & 18  \\
17377$-$3109 & L & 17 40 57.2 & $-$31 11 00 &  0.8 &  16.2 & 1.5  & 15  \\
17410$-$3019 & L & 17 44 14.9 & $-$30 20 42 &	---$^{i}$ &	---$^{i}$ &  ---$^{i}$  &  ---$^{i}$  \\
17425$-$3017 & L & 17 45 45.1 & $-$30 18 51 &	---$^{i}$ &	---$^{i}$ &  ---$^{i}$  &  ---$^{i}$  \\
17504$-$2519 & H & 17 53 34.9 & $-$25 19 55 &  3.9 &	--- & 10.2  & 323   \\
17527$-$2439 & H & 17 55 48.9 & $-$24 40 20 &  3.7 &	--- & 18.3  & 160   \\
18014$-$2428 & L & 18 04 29.6 & $-$24 28 47 &  3.1 &	--- & 18.2  & 177   \\
18024$-$2119 & L & 18 05 25.4 & $-$21 19 41 &  0.1 &	--- & 0.01 & 0.4 \\
18024$-$2231 & L & 18 05 30.5 & $-$22 31 35 &  3.1 &	--- & 5.9  & ~n.d.$^{d}$  \\
18144$-$1723 & L & 18 17 24.4 & $-$17 22 13 &  4.4 &	--- & 34.5  & 556   \\
18198$-$1429 & H & 18 22 41.6 & $-$14 27 34 &  4.3 &  12.0 & 9.4  & 486   \\ 
18256$-$0742 & L & 18 28 20.5 & $-$07 40 22 &  3.0 &	--- & 10.5  & 52  \\
18278$-$1009 & L & 18 30 35.2 & $-$10 07 12 &  5.7 &	--- & 15.6  & 170   \\
18288$-$0158 & L & 18 31 26.6 & $-$01 56 34 &  0.5 &	--- & 0.2 & 1  \\
18363$-$0554 & L & 18 39 03.6 & $-$05 52 14 &  3.2 &	--- & 6.5  & 18  \\
18396$-$0431 & L & 18 42 18.8 & $-$04 28 37 &  6.0 &	--- & 37.6  & 538   \\
18424$-$0329 & L & 18 45 03.2 & $-$03 26 48 &  3.4 &	--- & 4.7  & 121   \\
18511+0146   & L & 18 53 38.1 &   +01 50 27 &  3.9 &	--- & 18.7  & 559   \\
18527+0301   & L & 18 55 16.5 &   +03 05 07 &  5.3 &	--- & 14.7  & 165   \\
18571+0349   & L & 18 59 40.0 &   +03 53 34 &  3.9 &	--- & 16.8  & 239   \\
18586+0106   & L & 19 01 10.5 &   +01 11 16 &  2.7 &	--- & 4.4  & 146   \\
19092+0841   & L & 19 11 37.4 &   +08 46 30 &  4.5 &	--- & 15.0  & 498   \\
19213+1723   & H & 19 23 37.0 &   +17 28 57 &  4.2 &	--- & 28.3  & 322   \\
19368+2239   & H & 19 38 58.0 &   +22 46 31 &  4.5 &  4.5 & 7.9  & 516   \\
19374+2352   & H & 19 39 33.2 &   +23 59 53 &  4.3 &  4.3 & 24.5  & 615   \\
19388+2357   & H & 19 40 59.4 &   +24 04 39 &  4.3 &  4.3 & 13.7  & 167   \\
20050+2720   & H & 20 07 06.6 &   +27 28 52 &  0.7 &	--- & 0.3 & 41  \\
20217+3947   & L & 20 23 31.7 &   +39 57 23 &  3.7 &  3.7 & 6.5  & 197   \\
20278+3521   & L & 20 29 46.9 &   +35 31 38 &  5.0 &  5.0 & 10.5  & 279   \\
\hline	   
\end{tabular}
\par
\smallskip
   $^a$ Kinematic distance estimated from the NH$_3$ or CS line velocity using the rotation curve of Brand \&
   Blitz~(1993).\\    
   $^b$  Luminosities calculated by integrating the IRAS flux densities. \\   
   $^c$  No CS detected towards the IRAS source (Fontani et~al.~2005). \\
   $^d$  No source detected at millimeter wavelengths. \\
   $^e$  Millimeter sources located at $>$$90''$ from the nominal IRAS point source position.\\   
   $^f$  Far distance more than 200~pc from the galactic plane. \\
   $^g$  $d_{\rm near} < 100$ pc. Luminosity and mass estimated assuming $d_{\rm far}$. \\
   $^h$  No CS or C$^{17}$O observed. \\
   $^i$  Galactocentric distance $< $2~kpc.
\par
\end{table}