% A survey of molecular line emission towards UC HII regions
%
% Appendix: tables of detected lines
%
% Jennifer Hatchell, Mark Thompson, Tom Millar \& Geoff Macdonald
% contact: j.hatchell@umist.ac.uk
%		Jennifer Hatchell
%		Astrophysics Group, Physics Department
%		UMIST, PO Box 88,
%		Manchester M60 1QD,
%		UK.
%
% Latex tables of all the sources in the hot core survey. Line-rich sources are
%listed first with a separate table no. for each source. Line poor sources with
%few detected lines have all been included into the same table no. but with
%separate tables for each source.

\documentstyle{l-aa}
\begin{document}

\setcounter{table}{9}
\begin{table*}[ptb]
\caption[]{Molecular lines observed towards G5.89.
\\
The
measured parameters of observed frequency $\nu$(obs), peak temperature T$_{R}^{*}$
and linewidth $\Delta \nu_{1/2}$ are given for each line. Each independent
detection of a particular line is given. The species, transition, rest
frequency and upper level energy (E$_{\rm u}/k$) are given for identified
lines.. The Notes column gives further information about the line in the form
of one or more codes representing whether the line is blended (blend),
self-absorbed (self-abs) or has a sideband ambiguity (sba). Where it has been
possible to extract lines from blends these lines are indicated by sl-blend.
Some HCOOCH$_{3}$, C$_{2}$H$_{5}$OH and H$_{2}$CCHCN lines are blends of
two or more transitions of the same frequency and are indicated as such by
blend in the Notes column. All possibilities for uncertain detections are given, with the most
likely indicated by an asterisk (*).
\\}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
336.670 &1.1 &2.2 &SO$_{2}$ &16(7,9)--17(6,12) &336.6696 &245 & \\
336.670 &1.8 &6.1 &SO$_{2}$ &16(7,9)--17(6,12) &336.6696 &245 & \\
337.062 &6.7 &6.1 &C$^{17}$O &3--2 &337.0611 &32.4 &blend  \\
337.063 &9.1 &  &C$^{17}$O &3--2 &337.0611 &32.4 &blend  \\
337.198 &0.94 &7.4 &CH$_{3}$OH  &7(-5)--6(-5) E vt2 &337.1985 &697 & \\
337.198 &0.98 &6.5 &CH$_{3}$OH  &7(-5)--6(-5) E vt2 &337.1985 &697 & \\
337.396 &5.8 &6.5 &C$^{34}$S &7--6 &337.3966 &64.8 & \\
337.397 &5.7 &6.1 &C$^{34}$S &7--6 &337.3966 &64.8 & \\
339.857 &3.2 &7.4 &$^{34}$SO &9(8)--8(7) &339.8573 &77.3 &sl-blend  \\
339.857 &3.3 &7.4 &$^{34}$SO &9(8)--8(7) &339.8573 &77.3 & \\
340.008 &1.7 &6.1 &CN &3--2 2.5 2.5--1.5 2.5 &340.0082 &16.3 &sl-blend  \\
340.009 &1.6 &5.8 &CN &3- 2 2.5 2.5--1.5 2.5 &340.0082 &16.3 &sl-blend  \\
340.021 &1.9 &  &CN &3--2 2.5 1.5--1.5 1.5 &340.0196 &16.3 &blend  \\
340.033 &6 &10 &CN &3--2 2.5 3.5--1.5 2.5 &340.0316 &16.3 &sl-blend  \\
340.052 &1.8 &  &C$^{33}$S &7--6 &340.0527 &65.3 &blend  \\
340.247 &7.4 &8.7 &CN &3--2 3.5 4.5--2.5 3.5 &340.2479 &16.3 &sl-blend  \\
340.248 &8.1 &7.1 &CN &3--2 3.5 4.5--2.5 3.5 &340.2479 &16.3 &blend  \\
340.265 &2.3 &  &CN &3--2 3.5 3.5--2.5 3.5 &340.265 &16.3 &blend  \\
340.265 &2.2 &7.8 &CN &3--2 3.5 3.5--2.5 3.5 &340.265 &16.3 &blend  \\
340.317 &0.98 &7.4 &SO$_{2}$ &28(2,26)--28(1,27) &340.3165 &392 & \\
340.317 &0.94 &8.7 &SO$_{2}$ &28(2,26)--28(1,27) &340.3165 &392 & \\
349.108 &0.69 &6.5 &CH$_{3}$OH  &14(1)--14(0) A+ &349.107 &260.42 & \\
349.339 &11 &  &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &blend  \\
349.339 &8.2 &6 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &sl-blend  \\
349.392 &1.7 &  &CH$_{3}$CN &19(3)--18(3) &349.393 &232 &blend  \\
349.392 &2 &  &CH$_{3}$CN &19(3)--18(3) &349.393 &232 &blend  \\
349.400 &7.1 &5.2 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &sl-blend  \\
349.400 &6.8 &6.5 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &sl-blend  \\
349.401 &6 &6 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &sl-blend  \\
349.401 &6.3 &6.5 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &sl-blend  \\
349.427 &1.5 &3.2 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 & \\
349.428 &0.98 &7.4 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 & \\
349.447 &1.6 &5.5 &CH$_{3}$CN &19(1)--18(1) &349.4467 &175 &sl-blend  \\
349.449 &1.7 &  &CH$_{3}$CN &19(1)--18(1) &349.4467 &175 &blend  \\
349.453 &1.2 &5.1 &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &sl-blend  \\
349.454 &1.6 &  &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
349.604 &0.57 &5.8 &U & & & & \\
351.769 &13 &8.7 &H$_{2}$CO &5(1,5)--4(1,4) &351.7686 &62.5 &sl-blend  \\
351.769 &14 &  &H$_{2}$CO &5(1,5)--4(1,4) &351.7686 &62.5 &blend  \\
351.874 &2.5 &8.8 &SO$_{2}$ &14(4,10)--14(3,11) &351.8739 &136 & \\
351.874 &2.9 &9.1 &SO$_{2}$ &14(4,10)--14(3,11) &351.8739 &136 & \\
352.599 &1.3 &5.5 &OCS &29--28 &352.5996 &254 & \\
352.600 &0.89 &7.1 &OCS &29--28 &352.5996 &254 & \\

\end{tabular}
\end{table*}

\begin{table*}[ptb] 
\caption[]{Molecular lines observed towards G9.62.
\\
The
measured parameters of observed frequency $\nu$(obs), peak temperature T$_{R}^{*}$
and linewidth $\Delta \nu_{1/2}$ are given for each line. Each independent
detection of a particular line is given. The species, transition, rest
frequency and upper level energy (E$_{\rm u}/k$) are given for identified
lines.. The Notes column gives further information about the line in the form
of one or more codes representing whether the line is blended (blend),
self-absorbed (self-abs) or has a sideband ambiguity (sba). Where it has been
possible to extract lines from blends these lines are indicated by sl-blend.
Some HCOOCH$_{3}$, C$_{2}$H$_{5}$OH and H$_{2}$CCHCN lines are blends of
two or more transitions of the same frequency and are indicated as such by
blend in the Notes column. All possibilities for uncertain detections are given, with the most
likely indicated by an asterisk (*).
\\}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
216.710 &1.8 &4 &H$_{2}$S &2(2,0)--2(1,1) &216.7104 &84 &sba  \\
216.965 &0.2 &4.8 &HCOOCH$_{3}$  &20(0,20)--19(1,19) A &216.9641 &111 &sba blend * \\
 & & &H$_{2}$NCN v=1& 11(2,9)--10(2,8) & 219.4574 & 108 & \\
219.475 &0.44 &3.9 &SO$_{2}$ v2=1 &22(2,20)--22(1,21) &219.4656 &249 &sba  \\
219.505 &0.15 &5.9 &C$_{2}$H$_{5}$CN &24(2,22)--23(2,21) &219.5056 &136 &sba  \\
219.560 &8.1 &5.3 &C$^{18}$O &2--1 &219.5603 &15.8 &sba  \\
219.798 &0.33 &5.3 &HNCO &10(0,10)--9(0,9) &219.7983 &58 & *  \\
 & & & C$_{2}$H$_{5}$OH & 9(8,2)--10(7,3) & 216.6266 & 105 & blend \\
219.908 &0.18 &3.9 &H$_{2}$$^{13}$CO &3(1,2)--2(1,1) &219.9085 &32.9 & *  \\
 & & & HCOOCH$_{3}$ & 34(9,26)--34(8,27) A& 216.5181 & 387 & \\
219.949 &1.8 &4.9 &SO &6(5)--5(4) &219.9494 &35 &sba  \\
236.063 &0.14 &  &$^{13}$CH$_{3}$OH &5(2)--4(2) E &236.00620 &59.0 &blend  \\
 & & &$^{13}$CH$_{3}$OH &5(-2)--4(-2) E &236.00628 &55.4 &blend  \\
236.513 &0.91 &5.6 &CH$_{3}$CHO &7(3,4)--7(2,6) E &236.5171 &46.3 &* \\
 & & & HC$_{3}$N & 26--25 & 236.5129 & 153 & \\
238.913 &0.2 &2.2 &CH$_{3}$CN &13(7)--12(7) &238.9126 &428 & \\
238.973 &0.25 &4.1 &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 & \\
239.022 &0.21 &4.5 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 & \\
239.022 &0.28 &7.3 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 & \\
239.023 &0.26 &6.6 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 & \\
239.064 &0.25 &5 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.064 &0.34 &6.2 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.064 &0.44 &6.1 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.072 &0.19 &3.3 &U & & & & \\
239.097 &0.42 &4.5 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.097 &0.49 &5.6 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.097 &0.53 &6.1 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.119 &0.35 &2.6 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.119 &0.5 &5 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.120 &0.41 &5.1 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.133 &0.54 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.135 &0.43 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.135 &0.65 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.138 &0.44 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.138 &0.71 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.139 &0.59 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.211 &0.49 &2.8 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 &sl-blend  \\
239.211 &0.37 &2.3 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.212 &0.34 &3.4 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.234 &0.53 &3.3 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.234 &0.45 &3.4 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.235 &0.41 &4 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.247 &0.85 &  &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &blend  \\
239.247 &0.8 &  &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &blend  \\
239.247 &0.7 &  &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &blend  \\
239.252 &0.87 &  &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
239.252 &0.72 &  &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
239.253 &0.76 &  &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
241.767 &2.6 &3.7 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.768 &2.6 &4.2 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.791 &2.9 &4.2 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.791 &2.9 &3.7 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.833 &0.6 &4.7 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 & \\
241.833 &0.64 &4.7 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 & \\
241.842 &0.69 &3.7 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &blend  \\
241.843 &0.69 &5.1 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &blend  \\
241.852 &0.28 &4.3 &CH$_{3}$OH  &5(-3)--4(-3) E &241.8524 &96.3 & \\
241.878 &1.2 &4.6 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\
241.879 &1 &4.6 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\

\end{tabular}
\end{table*} \clearpage


\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G9.62.}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
241.887 &0.53 &3.7 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &sl-blend  \\
241.887 &0.45 &6 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &sl-blend  \\
241.905 &1.4 &5.1 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
241.905 &1.3 &4.7 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
336.865 &0.79 &7.3 &CH$_{3}$OH  &12(1)--12(0) A$\pm$ &336.8651 &197 &sba  \\
337.060 &6.4 &4.4 &C$^{17}$O &3--2 &337.0611 &32.4 &sba  \\
337.396 &4.8 &5.7 &C$^{34}$S &7--6 &337.3966 &64.8 &sba  \\
346.220 &0.63 &3.7 &NS &(7.5,8.5)--(6.5,7.5) &346.2201 &71.0 & \\
346.528 &1.1 &9.4 &SO &9(8)--8(7) &346.5286 &78.8 & \\
349.105 &0.74 &10 &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 &blend  \\
349.106 &0.47 &7.9 &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 &blend  \\
349.285 &0.35 &8.4 &U & & & & \\
349.286 &0.31 &2.8 &U & & & & \\
349.338 &2.6 &7.6 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &sl-blend  \\
349.339 &2.4 &5.6 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &sl-blend  \\
349.389 &0.37 &  &CH$_{3}$CN &19(3)--18(3) &349.393 &232 &blend  \\
349.399 &2.2 &5.9 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &sl-blend  \\
349.400 &1.8 &7.3 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &sl-blend  \\
349.427 &0.52 &5.1 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 & \\
349.428 &0.31 &8.9 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 & \\
349.450 &0.49 &17 &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
349.450 &0.55 &15 &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\

\end{tabular}
\end{table*}

\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G9.62 at the offset position (0,20).}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
236.514 &0.5 &2.2 &CH$_{3}$CHO  &7(3,4)--7(2,6) E &236.5171 &46.3 & *\\
 & & & HC$_{3}$N & 26--25 & 236.5129 & 153 & \\
239.064 &0.15 &3.9 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.098 &0.16 &2.8 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.099 &0.14 &3.9 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.120 &0.16 &5.1 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.120 &0.16 &5.1 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.134 &0.26 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.135 &0.2 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.139 &0.21 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.140 &0.24 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.212 &0.28 &2.3 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.213 &0.15 &3.4 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.235 &0.28 &1.1 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.235 &0.25 &2.2 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.248 &0.32 &3.4 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &sl-blend  \\
239.249 &0.39 &2.2 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &sl-blend  \\
239.253 &0.38 &2.3 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
239.254 &0.37 &4 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
241.768 &1 &3 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 &sl-blend  \\
241.775 &0.2 &  &HNCO &11(0,11)--10(0,10) &241.774 &69.6 &blend  \\
241.792 &1.1 &3.8 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.833 &0.26 &4.9 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 & \\
241.844 &0.24 &4.2 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &blend  \\
241.880 &0.31 &3.7 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 & \\
241.890 &0.23 &3.7 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 & \\
241.906 &0.44 &2.6 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
\end{tabular}
\end{table*} \clearpage


\begin{table*}[ptb] 
\caption[]{Molecular lines observed towards G10.47.
\\
The
measured parameters of observed frequency $\nu$(obs), peak temperature T$_{R}^{*}$
and linewidth $\Delta \nu_{1/2}$ are given for each line. Each independent
detection of a particular line is given. The species, transition, rest
frequency and upper level energy (E$_{\rm u}/k$) are given for identified
lines.. The Notes column gives further information about the line in the form
of one or more codes representing whether the line is blended (blend),
self-absorbed (self-abs) or has a sideband ambiguity (sba). Where it has been
possible to extract lines from blends these lines are indicated by sl-blend.
Some HCOOCH$_{3}$, C$_{2}$H$_{5}$OH and H$_{2}$CCHCN lines are blends of
two or more transitions of the same frequency and are indicated as such by
blend in the Notes column. All possibilities for uncertain detections are given, with the most
likely indicated by an asterisk (*).
\\}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
216.342 &0.82 &6.8 &U & & & &sba  \\
216.570 &0.64 &5.1 &H$_{2}$CO &9(1,8)--9(1,9) &216.5686 &174 &sba  \\
216.644 &0.56 &6.2 &SO$_{2}$ &22(2,20)--22(1,21) &216.6433 &248 &sba  \\
216.711 &3 &6.2 &H$_{2}$S &2(2,0)--2(1,1) &216.7104 &84 &sba  \\
216.831 &0.35 &5.1 &HCOOCH$_{3}$  &18(2,16)--17(2,15) A &216.8388 &106 & sba * \\
 &	& &H$_{2}$NCN v=1 &11(4,8)--10(4,7)& 219.5879  & 271 & sba\\
216.937 &0.31 &  &H$_{2}$CCHCN &23(2,22)--22(2,21) &216.9367 &134 & blend *  \\
& & &HCOOCH$_{3}$ & 30(5,26)--30(4,27) A& 219.4839  & 273 & \\
216.968 &0.78 &6.2 &HCOOCH$_{3}$  &20(0,20)--19(1,19) A &216.9641 &111 & blend * \\
& & & H$_{2}$NCN v=1 & 11(2,9)--10(2,8) &219.4573  & 106 & \\
219.398 &0.38 &7.3 &HCOOCH$_{3}$  &7(5,3)--7(3,4) A &219.3922 &33.1 & *  \\
& & & H$_{2}$CCHCN & 23(3,20)--22(3,19) & 219.4005  & 131 & \\
219.474 &1.2 &7.3 &SO$_{2}$ v2=1 &22(2,20)--22(1,21) &219.4656 &249 &sba  sl-blend\\
219.506 &0.37 &6.6 &C$_{2}$H$_{5}$CN &24(2,22)--23(2,21) &219.5056 &136 &sba  \\
219.558 &5 &  &C$^{18}$O &2--1 &219.5603 &15.8 &sba self-abs  \\
219.578 &0.37 &9 &HCOOCH$_{3}$  &28(9,19)--28(8,20) A &219.5791 &295 & sba \\
219.798 &1.1 &6.2 &HNCO &10(0,10)--9(0,9) &219.7983 &58 & *  \\
& & & C$_{2}$H$_{5}$OH & 9(8,2)--10(7,3) & 216.6266 & 105 & blend\\
219.876 &0.34 &7.3 &H$_{2}$NCN v=0 &11(2,10)--10(2,9) &219.8751 &121 &sba  \\
219.894 &0.37 &8.9 &H$_{2}$CCHCN &10(2,9)--9(1,8) &219.8997 &33.7 &sl-blend  \\
219.910 &0.61 &6.2 &H$_{2}$$^{13}$CO &3(1,2)--2(1,1) &219.9085 &32.9 &sba sl-blend  \\
219.951 &1.8 &6.2 &SO &6(5)--5(4) &219.9494 &35 &sba  \\
235.846 &0.3 &4.8 &HCOOCH$_{3}$  &19(7,13)--18(7,12) A &235.8447 &145 & \\
235.867 &0.45 &6.3 &HCOOCH$_{3}$ &19(7,13)--18(7,12) E&235.8659  & 145 & \\
235.885 &0.62 &10 &HCOOCH$_{3}$&19(7,12)--19(7,11) E &235.8872 &145 &blend  \\
235.936 &0.3 &5.8 &HCOOCH$_{3}$  &19(7,12)--18(7,11) A &235.9326 &145 &blend  \\
235.937 &0.61 &9.7 &HCOOCH$_{3}$  &11(4,7)--10(3,8) E &235.9346 &49.8 &blend  \\
235.997 &0.32 &5.8 &$^{13}$CH$_{3}$OH&5(4)--4(4) E&235.9944 &129 & \\
 & & &$^{13}$CH$_{3}$OH&5(3)--4(3) A+&235.9970 &84.0 & blend *\\
236.366 &0.68 &6.8 &HCOOCH$_{3}$  &20(3,18)--19(3,17) A &236.3655 &128 &sl-blend  \\
236.409 &0.38 &8.7 &H$_{2}$CCHCN &28(2,27)--28(0,28) &236.394 &193 & \\
236.482 &0.32 &  &HCOOH &9(2,8)--9(1,9) &236.4983 &48.5 & blend  \\
236.485 &0.33 &  &H$_{2}$CCHCN &38(3,36)--39(1,39) &236.3940 & 176 &blend  \\
236.512 &1.3 &9.1 &CH$_{3}$CHO  &7(3,4)--7(2,6) E &236.5171 &46.3 & *\\
  & & & HC$_{3}$N & 26--25 & 236.5129 & 153 & \\
238.833 &0.71 &8.2 &U & & & & \\
238.869 &0.4 &6.8 &U & & & & \\
238.914 &0.58 &4.3 &CH$_{3}$CN &13(7)--12(7) &238.9126 &428 & \\
238.923 &0.46 &  &CH$_{3}$CN &13(7)--12(7) &238.9126 &428 &blend  \\
238.947 &0.33 &4.5 &CH$_{3}$$^{13}$CN &13(4)--12(4) &238.9462 &195 & \\
238.973 &0.57 &6.7 &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 & \\
238.973 &0.77 &14 &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 & \\
238.976 &0.72 &12 &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 &blend  \\
238.992 &0.33 &  &CH$_{3}$$^{13}$CN &13(1)--12(1) &239.0149 &87.5 &blend  \\
239.003 &0.26 &  &CH$_{3}$$^{13}$CN &13(0)--12(0) &239.0195 &80.3 &blend  \\
239.003 &0.33 &3.9 &CH$_{3}$$^{13}$CN &13(2)--12(2) &239.0012 &109 & \\
239.020 &0.66 &  &CH$_{3}$$^{13}$CN &13(0)--12(0) &239.0195 &80.3 &blend  \\
239.022 &0.61 &12 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 &blend  \\
239.022 &0.7 &13 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 &blend  \\
239.025 &0.64 &  &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 &blend  \\
239.064 &1.2 &10 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.064 &0.88 &7.9 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.067 &0.84 &11 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.096 &1.1 &11 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.097 &1 &7.2 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.120 &1.2 &9.2 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.120 &1 &9.3 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.121 &1.2 &9.4 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.135 &0.94 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\

\end{tabular}
\end{table*} \clearpage


\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G10.47.}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
239.136 &1 &12 &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.137 &1.2 &12 &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.140 &0.85 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.180 &0.3 &8.8 &CH$_{3}$CCH &14(4)--13(4) &239.1793 &198 & \\
239.180 &0.35 &9.3 &CH$_{3}$CCH &14(4)--13(4) &239.1793 &198 & \\
239.196 &0.39 &10 &U & & & & \\
239.211 &0.33 &6 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.213 &0.56 &7.6 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.213 &0.8 &6.8 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.228 &0.41 &  &CH$_{3}$CHO  &11(3,8)--11(1,10) E &239.2238 &81.5 &blend  \\
239.234 &0.69 &  &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 &blend  \\
239.235 &0.64 &7.7 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 &sl-blend  \\
239.235 &0.54 &6.1 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 &blend  \\
239.250 &1 &12 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
239.250 &0.54 &8.7 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
239.251 &0.64 &8.9 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
241.436 &0.66 &6.2 &H$_{2}$CCHCN &29(2,28)--29(0,29) &242.4339 &206 &blend  \\
241.769 &3.3 &5.1 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.769 &3.5 &5.3 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.792 &3.5 &6.2 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.793 &3.5 &5.4 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.807 &0.93 &  &CH$_{3}$OH  &5(4)--4(4) A- &241.8065 &115 &blend  \\
241.808 &0.86 &  &CH$_{3}$OH  &5(4)--4(4) A+ &241.8065 &115 &blend  \\
241.814 &0.78 &  &CH$_{3}$OH  &5(-4)--4(-4) E &241.8133 &122 &blend  \\
241.815 &0.69 &  &CH$_{3}$OH  &5(-4)--4(-4) E &241.8133 &122 &blend  \\
241.834 &1.5 &  &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 &blend  \\
241.834 &1.6 &9.2 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 &sl-blend  \\
241.844 &1.6 &7.9 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &sl-blend  \\
241.844 &1.7 &9.2 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &sl-blend  \\
241.854 &1.2 &  &CH$_{3}$OH  &5(-3)--4(-3) E &241.8524 &96.3 &blend  \\
241.854 &1.1 &  &CH$_{3}$OH  &5(-3)--4(-3) E &241.8524 &96.3 &blend  \\
241.880 &2.2 &7.8 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\
241.881 &2.1 &7.3 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\
241.889 &1.5 &  &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &blend  \\
241.890 &1.4 &  &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &blend  \\
241.906 &2.5 &6.2 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
241.906 &2.5 &7.3 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
241.933 &0.37 &6.7 &C$_{2}$H$_{5}$CN &27(11,16)--26(11,15) &241.9332 &297 &blend  \\
241.933 &0.54 &4.8 &C$_{2}$H$_{5}$CN &27(11,16)--26(11,15) &241.9332 &297 &blend  \\
241.947 &0.49 &7.9 &(CH$_{3}$)$_{2}$O  &13(1,13)--12(0,12) AA &241.9469 &81.1 & \\
241.947 &0.53 &7.9 &(CH$_{3}$)$_{2}$O  &13(1,13)--12(0,12) AA &241.9469 &81.1 & \\
241.960 &0.32 &4.5 &C$_{2}$H$_{5}$CN &27(12,16)--26(12,15) &241.9591 &322 &blend  \\
241.972 &0.39 &6.7 &C$_{2}$H$_{5}$CN &27(8,20)--26(8,19) &241.9704 &234 &blend  \\
241.973 &0.47 &3.4 &C$_{2}$H$_{5}$CN &27(8,20)--26(8,19) &241.9704 &234 &blend  \\
241.997 &0.46 &4.5 &C$_{2}$H$_{5}$CN &27(13,15)--26(13,14) &241.9971 &350 &blend  \\
241.998 &0.41 &5.7 &C$_{2}$H$_{5}$CN &27(13,15)--26(13,14) &241.9971 &350 &blend  \\
242.447 &0.68 &6.3 &CH$_{3}$OH &14(-1)--13(-2) E &242.4462 &248 & \\

\end{tabular}
\end{table*} \clearpage


\addtocounter{table}{-1}
\begin{table*}[t] 
\caption[]{continued. Molecular lines observed towards G10.47.}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
336.701 &0.9 &8.4 &U & & & &sba  \\
336.866 &2 &11 &CH$_{3}$OH  &12(1)--12(0) A$\pm$ &336.8651 &197 &sba  \\
336.918 &0.46 &9.1 &HCOOCH$_{3}$  &26(6,20)--25(6,19) A &336.9181 &235 &sba  \\
337.062 &3.2 &8.7 &C$^{17}$O &3--2 &337.0611 &32.4 &sba  \\
337.275 &0.59 &  &CH$_{3}$OH  &7(4)--6(4) A+ vt2 &337.2735 &679 &sba blend  \\
337.284 &0.91 &10 &CH$_{3}$OH  &7(0)--6(0) A+ vt2 &337.2842 &573 &sba sl-blend  \\
337.300 &1 &11 &NH$_{2}$CHO &19(2,18)--19(1,19) &337.3002 &204 &sba sl-blend  \\
337.397 &2.3 &8 &C$^{34}$S &7--6 &337.3966 &64.8 &sba  \\
346.207 &0.65 &4.8 &CH$_{3}$OH &5(4)--6(3) A+ &346.2044 &115 & \\
346.220 &0.52 &9.7 &NS &(7.5,8.5)--(6.5,7.5) &346.2201 &71.0 & \\
346.530 &0.65 &14 &SO &9(8)--8(7) &346.5286 &78.8 & \\
349.106 &1.1 &  &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 &blend  \\
349.106 &0.64 &  &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 &blend  \\
349.112 &0.62 &  &U & & & &blend  \\
349.125 &0.91 &  &H$_{2}$CCHCN &5(3,3)--6(0,6) &349.1323 &26.3 &blend  \\
349.128 &0.44 &7.5 &H$_{2}$CCHCN &5(3,3)--6(0,6) &349.1323 &26.3 & \\
349.215 &0.58 &14 &SO$_{2}$ &31(10,22)--32(9,23) &349.2268 &701 & \\
349.217 &0.62 &18 &SO$_{2}$ &31(10,22)--32(9,23) &349.2268 &701 & \\
349.286 &0.82 &15 &U & & & & \\
349.286 &0.32 &15 &U & & & & \\
349.341 &0.94 &11 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &sl-blend  \\
349.341 &1.1 &7.1 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &sl-blend  \\
349.342 &1.2 &9.7 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &sl-blend  \\
349.349 &0.65 &  &CH$_{3}$CN &19(4)--18(4) &349.3461 &282 &blend  \\
349.350 &0.42 &  &CH$_{3}$CN &19(4)--18(4) &349.3461 &282 &blend  \\
349.352 &0.33 &  &CH$_{3}$CN &19(4)--18(4) &349.3461 &282 &blend  \\
349.393 &0.52 &5.7 &CH$_{3}$CN &19(3)--18(3) &349.393 &232 &sl-blend  \\
349.399 &0.69 &14 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &blend  \\
349.400 &1.1 &14 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &blend  \\
349.401 &0.82 &7.9 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &sl-blend  \\
349.427 &0.73 &14 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 & \\
349.427 &0.79 &14 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 &sl-blend  \\
349.429 &0.4 &13 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 & \\
349.448 &0.75 &  &CH$_{3}$CN &19(1)--18(1) &349.4467 &175 &blend  \\
349.449 &0.57 &19 &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &sl-blend  \\
349.451 &0.34 &14 &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
349.457 &0.62 &  &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
352.597 &1.4 &16 &OCS &29--28 &352.5996 &254 &blend  \\
352.604 &1.2 &  &OCS &29--28 &352.5996 &254 &blend  \\

\end{tabular}
\end{table*} 



\addtocounter{table}{-1}
\begin{table*}[b] 
\caption[]{continued. Molecular lines observed towards G10.47 at the offset position (0,20)}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
241.769 &0.77 &5.2 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.793 &0.91 &5.1 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.880 &0.19 &4.7 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 & \\
241.906 &0.23 &4.7 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\

\end{tabular}
\end{table*} \clearpage


\begin{table*}[ptb] 
\caption[]{Molecular lines observed towards G12.21.
\\
The
measured parameters of observed frequency $\nu$(obs), peak temperature T$_{R}^{*}$
and linewidth $\Delta \nu_{1/2}$ are given for each line. Each independent
detection of a particular line is given. The species, transition, rest
frequency and upper level energy (E$_{\rm u}/k$) are given for identified
lines.. The Notes column gives further information about the line in the form
of one or more codes representing whether the line is blended (blend),
self-absorbed (self-abs) or has a sideband ambiguity (sba). Where it has been
possible to extract lines from blends these lines are indicated by sl-blend.
Some HCOOCH$_{3}$, C$_{2}$H$_{5}$OH and H$_{2}$CCHCN lines are blends of
two or more transitions of the same frequency and are indicated as such by
blend in the Notes column. All possibilities for uncertain detections are given, with the most
likely indicated by an asterisk (*).
\\}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
236.217 &0.21 &6.2 &SO$_{2}$ &16(1,15)--15(2,14) &236.2167 &131 & \\
236.256 &0.16 &6.2 &U & & & & \\
236.514 &0.27 &8.2 &CH$_{3}$CHO  &7(3,4)--7(2,6) E &236.5171 &46.3 & *\\
 & & & HC$_{3}$N & 26--25 & 236.5129 & 153 & \\
239.067 &0.23 &2.8 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.096 &0.17 &4.5 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.098 &0.16 &6.7 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.119 &0.2 &6.8 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.119 &0.21 &5.1 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.135 &0.21 &14 &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.136 &0.28 &9 &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.136 &0.22 &7.9 &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.235 &0.18 &5 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.250 &0.28 &7.9 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
239.250 &0.33 &11 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
239.251 &0.32 &5.6 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
241.767 &1.4 &8.6 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.768 &1.4 &6.4 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.792 &1.6 &7.1 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.792 &1.5 &6 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.833 &0.32 &8.3 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 &sl-blend  \\
241.833 &0.31 &8.6 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 &sl-blend  \\
241.843 &0.34 &6 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &sl-blend  \\
241.843 &0.34 &6.1 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &sl-blend  \\
241.879 &0.58 &6.5 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\
241.880 &0.56 &7.1 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\
241.889 &0.26 &  &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &blend  \\
241.889 &0.24 &  &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &blend  \\
241.905 &0.71 &7.5 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
241.905 &0.79 &6.4 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
336.061 &2.3 &9 &C$^{17}$O &3--2 &337.0611 &32.4 & sba\\
336.861 &0.39 &  &U & & & &sba blend  \\
336.867 &0.44 &  &CH$_{3}$OH &12(1)--12(0) A$\pm$ &336.8651 &197 &sba blend  \\
337.061 &2.3 &9 &C$^{17}$O &3--2 &337.0611 &32.4 &sba  \\
337.397 &2.2 &3.8 &C$^{34}$S &7--6 &337.3966 &64.8 &sba  \\
337.397 &2.2 &3.8 &C$^{34}$S &7--6 &337.3966 &64.8 &sba\\
346.204 &0.27 &3.9 &CH$_{3}$OH  &5(4)--6(3) A+ &346.2028 &115 & \\
346.223 &0.33 &11 &NS &(7.5,8.5)--(6.5,7.5) &346.2201 & 71.0 & \\
346.529 &0.85 &11 &SO &9(8)--8(7) &346.5286 &78.8 & \\
349.338 &0.86 &9.9 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 & \\
349.339 &0.96 &11 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 & \\
349.399 &0.64 &12 &C$_{2}$H &3.5 --2.5 &349.4006 &41.9 & \\
349.399 &0.8 &12 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 & \\
349.446 &0.27 &  &CH$_{3}$CN &19(1)--18(1) &349.4467 &175 &blend  \\
349.449 &0.33 &12 &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
349.454 &0.31 &  &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
352.598 &0.42 &12 &OCS &29--28 &352.5996 &254 & \\

\end{tabular}
\end{table*} \clearpage


\begin{table*}[ptb] 
\caption[]{Molecular lines observed towards G29.96.
\\
The
measured parameters of observed frequency $\nu$(obs), peak temperature T$_{R}^{*}$
and linewidth $\Delta \nu_{1/2}$ are given for each line. Each independent
detection of a particular line is given. The species, transition, rest
frequency and upper level energy (E$_{\rm u}/k$) are given for identified
lines.. The Notes column gives further information about the line in the form
of one or more codes representing whether the line is blended (blend),
self-absorbed (self-abs) or has a sideband ambiguity (sba). Where it has been
possible to extract lines from blends these lines are indicated by sl-blend.
Some HCOOCH$_{3}$, C$_{2}$H$_{5}$OH and H$_{2}$CCHCN lines are blends of
two or more transitions of the same frequency and are indicated as such by
blend in the Notes column. All possibilities for uncertain detections are given, with the most
likely indicated by an asterisk (*).
\\}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
216.711 &2.4 &2.5 &H$_{2}$S &2(2,0)--2(1,1) &216.7104 &84 &sba  \\
216.945 &0.46 &3.3 &U & & & &sba  \\
219.559 &8.5 &2.6 &C$^{18}$O &2--1 &219.5603 &15.8 &sba  \\
219.797 &0.5 &3.2 &HNCO &10(0,10)--9(0,9) &219.7983 &58 &sba  \\
219.949 &2 &3.2 &SO &6(5)--5(4) &219.9494 &35 &sba  \\
235.880 &0.19 &3.3 &HCOOCH$_{3}$&19(7,12)--19(7,11) E &235.8872 &145 &blend  \\
236.064 &0.21 &  &$^{13}$CH$_{3}$OH  &5(2)--4(2) E &236.0620 &59.0 &blend  \\
236.366 &0.2 &4.1 &HCOOCH$_{3}$  &20(3,18)--19(3,17) A &236.3655 &128 & \\
236.506 &0.22 &  &HCOOCH$_{3}$  &28(22,6)--29(21,9) A &236.5029 &560 &blend  \\
236.512 &0.76 &4.9 &HC$_{3}$N &26--25&236.5129 &153&sl-blend\\
236.517 &0.36 &  &CH$_{3}$CHO  &7(3,4)--7(2,6) E  &236.5171 & 46.3 &blend  \\
238.972 &0.31 &5.1 &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 & \\
238.973 &0.28 &3.4 &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 & \\
239.021 &0.27 &7.3 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 &sl-blend  \\
239.022 &0.26 &5 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 & \\
239.023 &0.25 &3.4 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 & \\
239.063 &0.3 &7.9 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.063 &0.39 &5.1 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.065 &0.28 &6.3 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.096 &0.48 &2.3 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.097 &0.5 &6.8 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.097 &0.41 &6.7 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.119 &0.39 &4.8 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.119 &0.46 &4.9 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.119 &0.44 &5.6 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.133 &0.55 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.134 &0.5 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.134 &0.4 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.137 &0.4 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.138 &0.48 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.138 &0.55 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.210 &0.3 &3.4 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.211 &0.33 &2.2 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 &sl-blend  \\
239.212 &0.35 &2.3 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.233 &0.37 &5.6 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.234 &0.29 &3.9 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.234 &0.32 &3.7 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.247 &0.55 &3.4 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &sl-blend  \\
239.248 &0.51 &3.3 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &sl-blend  \\
239.248 &0.62 &  &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &blend  \\
239.252 &0.54 &  &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
239.252 &0.54 &2.3 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
239.253 &0.57 &2.2 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
241.767 &2.2 &2.8 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 &sl-blend  \\
241.767 &2.1 &4.8 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 &sl-blend  \\

\end{tabular}
\end{table*} \clearpage


\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G29.96}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
241.775 &0.52 &  &HNCO &11(0,11)--10(0,10) &241.774 &69.6 &blend  \\
241.775 &0.43 &3.8 &HNCO &11(0,11)--10(0,10) &241.774 &69.6 &sl-blend  \\
241.791 &2.2 &2.4 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.791 &2.2 &2.4 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.806 &0.3 &4.7 &CH$_{3}$OH  &5(4)--4(4) A+ &241.8065 &115 &blend  \\
241.806 &0.31 &  &CH$_{3}$OH  &5(4)--4(4) A+ &241.8065 &115 &blend  \\
241.812 &0.3 &  &CH$_{3}$OH  &5(-4)--4(-4) E &241.8133 &122 &blend  \\
241.832 &0.59 &4.7 &CH$_{3}$OH  &5(-4)--4(-4) E &241.8133 &122 &sl-blend  \\
241.832 &0.7 &4.2 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 &sl-blend  \\
241.843 &0.72 &4.2 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &sl-blend  \\
241.843 &0.64 &4.7 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &sl-blend  \\
241.852 &0.31 &  &CH$_{3}$OH  &5(-3)--4(-3) E &241.8524 &96.3 &blend  \\
241.878 &0.97 &2.3 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\
241.878 &1 &5.1 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\
241.887 &0.49 &4.7 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &sl-blend  \\
241.888 &0.54 &4.2 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &sl-blend  \\
241.904 &1.3 &3.3 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
241.909 &1.3 &3.3 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
336.701 &0.48 &6.5 &U & & & &sba  \\
336.868 &0.96 &7.3 &CH$_{3}$OH &12(1)--12(0) A$\pm$ &336.8638 &197 &sba  \\
337.061 &6.5 &3.9 &C$^{17}$O &3--2 &337.0611 &32.4 &sba  \\
337.396 &3.3 &4.1 &C$^{34}$S &7--6 &337.3966 &64.8 &sba  \\
346.203 &0.28 &12 &CH$_{3}$OH  &5(4)--6(3) A+ &346.2044 &115 &blend  \\
346.220 &0.49 &5.6 &NS &(7.5, 8.5)--(6.5,7.5) &346.2201 & 71.0 & \\
346.528 &1.1 &6 &SO &9(8)--8(7) &346.5286 &78.8 & \\
349.104 &0.5 &8.2 &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 & \\
349.104 &0.42 &8.3 &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 & \\
349.338 &2 &5.1 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &blend  \\
349.339 &0.96 &3.4 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 & \\
349.392 &0.39 &  &CH$_{3}$CN &19(3)--18(3) &349.393 &232 &blend  \\
349.399 &0.83 &5.6 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &sl-blend  \\
349.400 &1.5 &4.7 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &blend  \\
349.423 &0.32 &  &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 &blend  \\
349.427 &0.28 &7.5 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 & \\
349.444 &0.33 &  &CH$_{3}$CN &19(1)--18(1) &349.4467 &175 &blend  \\
349.445 &0.43 &  &CH$_{3}$CN &19(1)--18(1) &349.4467 &175 &blend  \\
349.452 &0.28 &  &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
349.454 &0.31 &  &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
352.289 &0.3 &  &HCOOCH$_{3}$  &30(4,27)--29(4,26) A &352.2928 &281 &blend  \\
352.336 &0.89 &4.5 &U & & & & \\
352.398 &1.2 &5.1 &HCOOCH$_{3}$  &38(10,29)--38(8,30) A &352.408 &508 & \\
352.565 &0.42 &4.9 &U & & & & \\
352.631 &0.34 &6.7 &U & & & & \\

\end{tabular}
\end{table*} 



\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued.Molecular lines observed towards G29.96 at the offset position (0,20)}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
241.766 &0.3 &2.9 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.790 &0.31 &1.6 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\

\end{tabular}
\end{table*} \clearpage


\begin{table*}[ptb]  
\caption[]{Molecular lines observed towards G31.41.
\\
The
measured parameters of observed frequency $\nu$(obs), peak temperature T$_{R}^{*}$
and linewidth $\Delta \nu_{1/2}$ are given for each line. Each independent
detection of a particular line is given. The species, transition, rest
frequency and upper level energy (E$_{\rm u}/k$) are given for identified
lines.. The Notes column gives further information about the line in the form
of one or more codes representing whether the line is blended (blend),
self-absorbed (self-abs) or has a sideband ambiguity (sba). Where it has been
possible to extract lines from blends these lines are indicated by sl-blend.
Some HCOOCH$_{3}$, C$_{2}$H$_{5}$OH and H$_{2}$CCHCN lines are blends of
two or more transitions of the same frequency and are indicated as such by
blend in the Notes column. All possibilities for uncertain detections are given, with the most
likely indicated by an asterisk (*).
\\}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
216.711 &1.6 &4.4 &H$_{2}$S &2(2,0)--2(1,1) &216.7104 &84 & \\
216.711 &1.6 &4.4 &H$_{2}$S &2(2,0)--2(1,1) &216.7104 &84 & \\
216.830 &0.41 &3.1 &U & & & & \\
216.830 &0.45 &4.2 &U & & & & \\
216.839 &0.44 &3.7 &HCOOCH$_{3}$  &18(2,16)--17(2,15)  A &216.8388 &106 &blend  \\
216.839 &0.43 &6.1 &HCOOCH$_{3}$  &18(2,16)--17(2,15)  A &216.8388 &106 &blend  \\
216.945 &0.83 &3.7 &CH$_{3}$OH  &5(1)--4(2) E &216.9456 &54.7 & \\
216.946 &0.89 &3.2 &CH$_{3}$OH  &5(1)--4(2) E &216.9456 &54.7 & \\
216.966 &0.63 &5.3 &HCOOCH$_{3}$  &20(0,20)--19(1,19) A &216.9641 &111 &blend  \\
216.966 &0.63 &5.8 &HCOOCH$_{3}$  &20(0,20)--19(1,19) A &216.9641 &111 &blend  \\
217.105 &0.51 &7.4 &SiO v0  &5--4 &217.1049 & 20.3 &  \\
219.505 &0.33 &6.5 &C$_{2}$H$_{5}$CN &24(2,22)--23(2,21) &219.5056 &136 & \\
219.506 &0.43 &3.3 &C$_{2}$H$_{5}$CN &24(2,22)--23(2,21) &219.5056 &136 & \\
219.560 &5.9 &4.4 &C$^{18}$O &2--1 &219.5603 &15.8 & \\
219.561 &6 &4.9 &C$^{18}$O &2--1 &219.5603 &15.8 & \\
219.797 &0.5 &6.2 &HNCO &10(0,10)--9(0,9) &219.7983 &58 & \\
219.798 &0.49 &7.3 &HNCO &10(0,10)--9(0,9) &219.7983 &58 & \\
219.908 &0.48 &6 &H$_{2}$$^{13}$CO &3(1,2)--2(1,1) &219.9085 &32.9 & \\
219.909 &0.66 &3.9 &H$_{2}$$^{13}$CO &3(1,2)--2(1,1) &219.9085 &32.9 & \\
219.950 &2.2 &5.1 &SO &6(5)--5(4) &219.9494 &35 & \\
219.950 &2.2 &5.2 &SO &6(5)--5(4) &219.9494 &35 & \\
220.078 &1.3 &4 &H$_{2}$CCHCN &15(3,12)--15(2,13) &220.0689 &74.2 & \\
220.079 &1.1 &3.6 &H$_{2}$CCHCN &15(3,12)--15(2,13) &220.0689 &74.2 & \\
235.801 &0.45 &4.6 &U & & & & \\
235.845 &0.39 &4.5 &HCOOCH$_{3}$  &19(7,13)--18(7,12) A &235.8447 &145 & \\
235.882 &0.58 &5.4 &U & & & &sl-blend  \\
235.888 &0.43 &  &HCOOCH$_{3}$&19(7,12)--19(7,11) E &235.8872 &145 &blend  \\
235.933 &0.43 &  &HCOOCH$_{3}$  &19(7,12)--18(7,11) A &235.9326 &145 &blend  \\
235.939 &0.41 &  &HCOOCH$_{3}$  &11(4,7)--10(3,8) E &235.9346 &49.8 &blend  \\
235.960 &0.31 &4.1 &SiS v0 &13--12 &235.9609 &79.3 & \\
235.971 &0.26 &3.8 &$^{13}$CH$_{3}$OH  &5(4)--4(4) A+ &235.9711 &115 & blend\\
235.997 &0.37 &4.1 & $^{13}$CH$_{3}$OH   &5(4)--4(4) E &235.9944 &129 & \\
 & & & $^{13}$CH$_{3}$OH &5(3)--4(3) A+ & 235.9970 & 84.0 & blend *\\
236.050 &0.37 &  & $^{13}$CH$_{3}$OH  &5(2)--4(2) A+ &236.0495 &71.8 &blend  \\
236.008 &0.25 &3.8 &$^{13}$CH$_{3}$OH &5(3)--4(3) E &236.0061 &81.0 & \\
 & & & $^{13}$CH$_{3}$OH & 5(2)--4(2) A- & 236.0084 & 71.8 & *\\
236.513 &0.82 &5.8 &CH$_{3}$CHO &7(3,4)--7(2,6) &236.5171 &46.3 & *\\
 & & & HC$_{3}$N& 26--25 & 236.5129 & 153 & \\
238.907 &0.2 &  &CH$_{3}$$^{13}$CN &13(5)--12(5) &238.905 &259 &blend  \\
238.911 &0.35 &5.9 &CH$_{3}$CN &13(7)--12(7) &238.9126 &428 & \\
238.913 &0.57 &5.6 &CH$_{3}$CN &13(7)--12(7) &238.9126 &428 &sl-blend  \\
238.925 &0.43 &7 &CH$_{3}$$^{13}$CN &13(4)--12(4) &238.9462 &195 & \\
238.972 &0.41 &5.6 &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 &sl-blend  \\
238.972 &0.5 &6.1 &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 &sl-blend  \\
238.973 &0.49 &6.1 &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 & \\
238.979 &0.3 &  &CH$_{3}$$^{13}$CN &13(3)--12(3) &238.9783 &145 &blend  \\
238.979 &0.32 &6.5 &CH$_{3}$$^{13}$CN &13(3)--12(3) &238.9783 &145 &sl-blend  \\
239.016 &0.37 &  &CH$_{3}$$^{13}$CN &13(0)--12(0) &239.0195 &80.3 &blend  \\
239.020 &0.38 &  &CH$_{3}$$^{13}$CN &13(0)--12(0) &239.0195 &80.3 &blend  \\
239.021 &0.41 &6.8 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 & \\
239.022 &0.61 &4 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 &sl-blend  \\

\end{tabular}
\end{table*} \clearpage


\addtocounter{table}{-1}
\begin{table*}[ptb]  
\caption[]{continued. Molecular lines observed towards G31.41}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
239.023 &0.35 &  &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 &blend  \\
239.064 &0.62 &5.7 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 &blend  \\
239.065 &0.61 &7 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.065 &0.74 &4.5 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.073 &0.43 &  &U & & & &blend  \\
239.096 &0.94 &6.5 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.097 &0.69 &4.1 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.097 &0.76 &6.6 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.119 &0.66 &6.1 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.119 &0.76 &4.6 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.120 &0.76 &4.9 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.133 &0.81 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.133 &0.84 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.134 &0.84 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.138 &1 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.138 &0.88 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.138 &0.79 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.211 &0.5 &3.2 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.211 &0.52 &3.8 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.211 &0.47 &  &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 &blend  \\
239.216 &0.57 &  &CH$_{3}$CHO  &11(3,8)--11(1,10) E &239.2238 &81.5 &blend  \\
239.227 &0.36 &  &CH$_{3}$CHO  &11(3,8)--11(1,10) E &239.2238 &81.5 & sl-blend  \\
236.050 &0.37 &  &HCOOCH$_{3}$  &30(23,8)--31(22,9) A &239.2311 &625 &blend  \\
239.233 &0.54 &5 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 &sl-blend  \\
239.234 &0.51 &4.1 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.234 &0.5 &  &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 &blend  \\
239.247 &0.64 &  &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &blend  \\
239.248 &0.91 &  &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &blend  \\
239.248 &0.56 &  &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &blend  \\
239.252 &0.74 &  &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
239.252 &0.92 &  &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
239.252 &0.61 &  &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
241.767 &2.3 &6.1 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.768 &2.4 &6.3 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.791 &2.5 &6.8 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.792 &2.3 &5.4 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.807 &0.94 &  &CH$_{3}$OH  &5(4)--4(4) A+ &241.8065 &115 &blend  \\
241.807 &0.99 &  &CH$_{3}$OH  &5(4)--4(4) A+ &241.8065 &115 &blend  \\
241.814 &0.81 &  &CH$_{3}$OH  &5(-4)--4(-4) E &241.8133 &122 &blend  \\
241.814 &0.67 &  &CH$_{3}$OH  &5(-4)--4(-4) E &241.8133 &122 &blend  \\
241.833 &1.4 &5.8 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 &sl-blend  \\
241.833 &1.5 &6.3 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 &sl-blend  \\
241.843 &1.5 &5.3 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &sl-blend  \\
241.843 &1.5 &5.7 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &sl-blend  \\
241.853 &0.97 &4.7 &CH$_{3}$OH  &5(-3)--4(-3) E &241.8524 &96.3 &sl-blend  \\
241.853 &1.1 &3.4 &CH$_{3}$OH  &5(-3)--4(-3) E &241.8524 &96.3 &sl-blend  \\
241.879 &1.8e+03 &4.7 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\
241.879 &1.8 &5.3 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\
241.888 &1.2 &4.7 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &sl-blend  \\
241.888 &1.4 &6.3 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &sl-blend  \\
241.904 &2.1 &5.3 &CH$_{3}$OH  &5(2)--4(2) E &241.9046 &55.9 &blend  \\
241.904 &2.3 &5.1 &CH$_{3}$OH  &5(2)--4(2) E &241.9046 &55.9 &blend  \\
241.947 &0.72 &4.3 &(CH$_{3}$)$_{2}$O &13(1,13)--12(0,12) AA&241.9462 &11.6 & \\
241.947 &0.77 &4.5 &(CH$_{3}$)$_{2}$O &13(1,13)--12(0,12) AA&241.9462 &11.6 & \\
241.959 &0.34 &4.6 &C$_{2}$H$_{5}$CN &27(12,16)--26(12,15) &241.9591 &322 &blend  \\
242.446 &0.41 &6.3 &CH$_{3}$OH &14(-1)--13(-2) E &242.4462 &247 &blend  \\
242.446 &0.68 &3.4 &CH$_{3}$OH&14(-1)--13(-2) E  &242.4462 &247 &blend  \\
333.681 &0.61 &8.4 &$^{34}$SO$_{2}$ &15(7,9)--16(6,10) &333.6851 &226 &sba  \\

\end{tabular}
\end{table*} \clearpage

\clearpage

\addtocounter{table}{-1}
\begin{table*}[ptb]  
\caption[]{continued. Molecular lines observed towards G31.41}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
333.992 &0.88 &4.2 &S$^{18}$O &3(3)--3(2) &333.9915 &24.7 &sba  \\
334.238 &0.41 &2.3 &HCOOCH$_{3}$ &29(5,24)--28(6,23) &334.2353 &282 &sba  \\
336.701 &0.54 &6 &U & & & &sba  \\
336.865 &1.6 &6.8 &U & & & &sba  \\
336.919 &0.51 &5.2 &HCOOCH$_{3}$ &26(6,20)--25(6,19) &336.9181 &235 &sba  \\
337.062 &3.8 &5.9 &C$^{17}$O &3--2 &337.0611 &32.4 &sba  \\
337.397 &4.7 &3.4 &C$^{34}$S &7--6 &337.3966 &64.8 &sba  \\
337.424 &0.86 &7.6 &H$_{2}$NCN v=1 &17(1,17)--16(1,16) &337.4278 &160 &sba  \\
346.528 &0.74 &6.7 &SO &9(8)--8(7) &346.5286 &78.8 & \\
349.104 &0.82 &15 &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 &blend  \\
349.104 &0.58 &8.8 &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 & \\
349.286 &0.54 &7.2 &CH$_{3}$CN &19(5)--18(5) &349.2858 &347 &blend  \\
349.338 &1.2 &5.9 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &sl-blend  \\
349.338 &1.1 &5.9 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &sl-blend  \\
349.346 &0.36 &  &CH$_{3}$CN &19(4)--18(4) &349.3461 &282 &blend  \\
349.348 &0.49 &  &CH$_{3}$CN &19(4)--18(4) &349.3461 &282 &blend  \\
349.398 &0.8 &7.8 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &blend  \\
349.399 &1 &7.8 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &blend  \\
349.428 &0.43 &7.2 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 &sl-blend  \\
349.451 &0.61 &14 &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
352.283 &0.37 &3.9 &HCOOCH$_{3}$  &30(4,27)--29(4,26) A &352.2928 &281 &sl-blend  \\
352.415 &0 &  &HCOOCH$_{3}$  &30(3,27)--29(3,26) A &352.4144 &281 &blend  \\
352.596 &0 &  &OCS &29--28 &352.5996 &254 &blend  \\

\end{tabular}
\end{table*}  

\addtocounter{table}{-1}
\begin{table*}[ptb]  
\caption[]{continued. Molecular lines observed towards G31.41 at the offset position (0,20)}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
241.767 &0.32 &2.6 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.792 &0.32 &3.2 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
\end{tabular}
\end{table*} \clearpage



\begin{table*}[ptb] 
\caption[]{Molecular lines observed towards G34.26.
\\
The
measured parameters of observed frequency $\nu$(obs), peak temperature T$_{R}^{*}$
and linewidth $\Delta \nu_{1/2}$ are given for each line. Each independent
detection of a particular line is given. The species, transition, rest
frequency and upper level energy (E$_{\rm u}/k$) are given for identified
lines.. The Notes column gives further information about the line in the form
of one or more codes representing whether the line is blended (blend),
self-absorbed (self-abs) or has a sideband ambiguity (sba). Where it has been
possible to extract lines from blends these lines are indicated by sl-blend.
Some HCOOCH$_{3}$, C$_{2}$H$_{5}$OH and H$_{2}$CCHCN lines are blends of
two or more transitions of the same frequency and are indicated as such by
blend in the Notes column.All possibilities for uncertain detections are given, with the most
likely indicated by an asterisk (*).
\\}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
216.568 &0.44 &5.3 &H$_{2}$CO &9(1,8)--9(1,9) &216.5686 &174 & \\
216.568 &0.48 &4.9 &H$_{2}$CO &9(1,8)--9(1,9) &216.5686 &174 & \\
216.581 &0.27 &2.7 &CH$_{3}$CHO  &11(1,10)--10(1,9) E &216.5806 &64.9 & \\
216.581 &0.21 &4.2 &CH$_{3}$CHO  &11(1,10)--10(1,9) E &216.5806 &64.9 & \\
216.631 &0.25 &4.6 &CH$_{3}$CHO  &11(1,10)--10(1,9) A &216.6301 &64.8 & \\
216.631 &0.23 &5.3 &CH$_{3}$CHO  &11(1,10)--10(1,9) A &216.6301 &64.8 & \\
216.643 &1.4 &4.7 &SO$_{2}$ &22(2,20)--22(1,21) &216.6433 &248 &blend  \\
216.643 &0.51 &4.2 &SO$_{2}$ &22(2,20)--22(1,21) &216.6433 &248 & \\
216.710 &3.7 &3.9 &H$_{2}$S &2(2,0)--2(1,1) &216.7104 &84 &blend  \\
216.710 &3.2 &5.8 &H$_{2}$S &2(2,0)--2(1,1) &216.7104 &84 & \\
216.828 &0.35 &3.3 &U & & & &sl-blend  \\
216.830 &0.48 &5 &U & & & &sl-blend  \\
216.838 &0.36 &4.5 &HCOOCH$_{3}$  &18(2,16)--17(2,15) A &216.8388 &106 &sl-blend  \\
216.838 &0.41 &5.5 &HCOOCH$_{3}$  &18(2,16)--17(2,15) A &216.8388 &106 &blend  \\
216.945 &1.4 &4.6 &CH$_{3}$OH  &5(1)--4(2) E &216.9456 &54.7 & \\
216.945 &1.6 &4.7 &CH$_{3}$OH  &5(1)--4(2) E &216.9456 &54.7 & \\
216.966 &0.99 &6.2 &HCOOCH$_{3}$ &20(0,20)--19(1,19) &216.9641 &111 &blend  \\
216.966 &1.3 &5.3 &HCOOCH$_{3}$ &20(0,20)--19(1,19) &216.9641 &111 &blend  \\
217.043 &0.2 &7.3 &U & & & & \\
217.043 &0.23 &2.8 &U & & & & \\
217.105 &1.6 &4.7 &SiO v0 &5--4 &217.1049 &20.3 & \\
219.399 &0.34 &3.7 &HCOOCH$_{3}$ &7(5,3)--7(3,4) &219.3922 &33.1 & \\
219.409 &0.2 &5 &U & & & & \\
219.506 &0.27 &3.3 &C$_{2}$H$_{5}$CN &24(2,22)--23(2,21) &219.5056 &136 & \\
219.506 &0.37 &3.5 &C$_{2}$H$_{5}$CN &24(2,22)--23(2,21) &219.5056 &136 & \\
219.561 &9.2 &3.6 &C$^{18}$O &2--1 &219.5603 &15.8 & \\
219.561 &11 &4.5 &C$^{18}$O &2--1 &219.5603 &15.8 & \\
219.735 &0.23 &  &HNCO &10(2,9)--9(2,8) &219.7338 &228 &blend  \\
219.738 &0.3 &  &HNCO &10(2,8)--9(2,7) &219.7372 &228 &blend  \\
219.798 &0.81 &4.6 &HNCO &10(0,10)--9(0,9) &219.7983 &58 & \\
219.908 &0.46 &5.3 &H$_{2}$$^{13}$CO &3(1,2)--2(1,1) &219.9085 &32.9 & \\
219.908 &0.48 &4.9 &H$_{2}$$^{13}$CO &3(1,2)--2(1,1) &219.9085 &32.9 & \\
219.949 &3.8 &4.6 &SO &6(5)--5(4) &219.9494 &35 & \\
219.950 &4.4 &5 &SO &6(5)--5(4) &219.9494 &35 & \\
220.078 &1.3 &4.6 &CH$_{3}$OH  &8(0)--7(1) E &220.0786 &95.4 & \\
220.078 &1.6 &5.8 &CH$_{3}$OH  &8(0)--7(1) E &220.0786 &95.4 & \\
235.844 &0.45 &5.3 &HCOOCH$_{3}$ &19(7,13)--18(7,12) A&235.8447 &145 & \\
235.866 &0.28 &4.7 &HCOOCH$_{3}$ &19(7,13)--18(7,12) E&235.8659  & 145 & \\
235.881 &0.64 &7.3 &HCOOCH$_{3}$&19(7,12)--19(7,11) E &235.8872 &145 &blend  \\
235.903 &0.43 &4 &U & & & & \\
235.936 &0.67 &7.9 &HCOOCH$_{3}$ &11(4,7)--10(3,8) E &235.9346 &49.8 & *  \\
 & & &HCOOCH$_{3}$ & 19(7,12)--18(7,11) A & 235.9326& 145 & \\
235.952 &0.28 &2.6 &U & & & & \\
235.959 &0.59 &6 &SiS v0&13--12 & 235.9609&79.3 & \\
235.970 &0.37 &3.7 &$^{13}$CH$_{3}$OH &5(4)--4(4) A+ &235.9711 &115 &blend  \\
235.983 &0.31 &8.7 &$^{13}$CH$_{3}$OH&5(-4)--4(-4) E&235.9786 &121 & \\
235.997 &0.67 &5.9 &$^{13}$CH$_{3}$OH &5(4)--4(4) E &235.9944 &129 & \\
 & & &$^{13}$CH$_{3}$OH & 5(3)--4(3) A+ & 235.9970& 84.0 & blend *\\
236.007 &0.46 &5.3 &$^{13}$CH$_{3}$OH &5(3)--4(3) E &236.0061 &81.0 & \\
 & & &$^{13}$CH$_{3}$OH & 5(2)--4(2) A- & 236.0084 & 71.8 & * \\
236.016 &0.32 &2 &$^{13}$CH$_{3}$OH &5(-3)--4(-3) E &236.0165 &96.0 & \\
236.042 &0.57 &  & $^{13}$CH$_{3}$OH& 5(1)--4(1) E & 236.0414 &54.1 &blend  \\
236.062 &0.7 &  &$^{13}$CH$_{3}$OH &5(2)--4(2) E &236.0620&59.0 &blend  \\
 & & & $^{13}$CH$_{3}$OH &5(-2)--4(-2) E &236.0628&55.4 &blend  \\
236.512 &1.9 & 6.4 & CH$_{3}$CHO& 7(3,4)--7(2,6) E& 236.5171& 46.3 & *\\
 & & & HC$_{3}$N & 26--25 & 236.5129 & 153 & \\
238.845 &0.31 &4.1 &CH$_{3}$CN &13(8)--12(8) &238.8437 &535 & \\
238.870 &0.28 &7.5 &U & & & & \\
238.891 &0.28 &5.3 &U & & & & \\

\end{tabular}
\end{table*} \clearpage


\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G34.26.}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
238.907 &0.99 &  &CH$_{3}$$^{13}$CN &13(5)--12(5) &238.905 &259 &blend  \\
238.913 &1.1 &7.6 &CH$_{3}$CN &13(7)--12(7) &238.9126 &428 &blend  \\
238.913 &0.48 &3.2 &CH$_{3}$CN &13(7)--12(7) &238.9126 &428 & \\
238.914 &0.76 &5.8 &CH$_{3}$CN &13(7)--12(7) &238.9126 &428 & \\
238.925 &0.81 &8 &HCOOCH$_{3}$ &20(3,18)--19(2,17) A &238.9326 &128 & \\
238.929 &0.88 &3.9 &HCOOCH$_{3}$ &20(3,18)--19(2,17) A &238.9326 &128 & \\
238.946 &0.32 &5.5 &CH$_{3}$$^{13}$CN &13(4)--12(4) &238.9462 &195 & \\
238.947 &0.31 &5 &CH$_{3}$$^{13}$CN &13(4)--12(4) &238.9462 &195 & \\
238.972 &1.1 &  &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 &blend  \\
238.972 &0.91 &4.1 &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 &blend  \\
238.972 &1.2 &4.3 &CH$_{3}$CN &13(6)--12(6) &238.9723 &336 & \\
238.975 &0 &  &CH$_{3}$$^{13}$CN &13(3)--12(3) &238.9783 &145 &blend  \\
238.979 &0.44 &  &CH$_{3}$$^{13}$CN &13(3)--12(3) &238.9783 &145 &blend  \\
238.980 &0.25 &4 &CH$_{3}$$^{13}$CN &13(3)--12(3) &238.9783 &145 & \\
238.993 &0.46 &7.4 &SO$_{2}$ &21(7,15)--22(6,16) &238.9926 &333 & \\
239.002 &0.28 &3.4 &CH$_{3}$$^{13}$CN &13(2)--12(2) &239.0012 &109 & \\
239.012 &0.32 &3.9 &CH$_{3}$$^{13}$CN &13(0)--12(0) &239.0195 &80.3 &sl-blend  \\
239.021 &0.85 &6.9 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 & \\
239.021 &1.2 &8.3 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 & \\
239.021 &0.88 &8.5 &CH$_{3}$CN &13(5)--12(5) &239.0229 &258 &sl-blend  \\
239.063 &1.9 &5.2 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.064 &1.1 &6 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 &blend  \\
239.064 &1.3 &4 &CH$_{3}$CN &13(4)--12(4) &239.0643 &194 & \\
239.072 &0.51 &4.9 &U & & & &blend  \\
239.095 &1.7 &6.6 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.096 &1.3 &6.5 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.096 &1.6 &6 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.119 &1.3 &5.3 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.119 &1.2 &6 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.119 &1.6 &7.5 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.133 &1.9 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.135 &1.9 &8.9 &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.136 &1.8 &12 &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.137 &2 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.178 &0.53 &5.2 &CH$_{3}$CCH &14(4)--13(4) &239.1793 &198 & \\
239.211 &0.82 &5.4 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.211 &0.79 &  &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 &blend  \\
239.212 &0.6 &5.3 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.228 &0.41 &2.7 &CH$_{3}$CHO  &11(3,8)--11(1,10) E &239.2238 &81.5 &sl-blend  \\
239.229 &0.43 &  &CH$_{3}$CHO  &11(3,8)--11(1,10) E &239.2238 &81.5 &blend  \\
239.233 &1 &8.6 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 &blend  \\
239.233 &0.89 &4.2 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 &sl-blend  \\
239.234 &0.64 &  &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 &blend  \\
239.249 &1.4 &  &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &blend  \\
239.250 &1.4 &9.9 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
239.251 &1.1 &  &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
239.253 &1.1 &  &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &blend  \\
241.767 &5.1 &4.8 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 &sl-blend  \\
241.768 &4.7 &6.3 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 &blend  \\
241.774 &0.9 &3.9 &HNCO &11(0,11)--10(0,10) &241.774 &69.6 &blend  \\
241.774 &1.1 &4.2 &HNCO &11(0,11)--10(0,10) &241.774 &69.6 &sl-blend  \\
241.792 &5.5 &5.4 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.792 &5.5 &6.1 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.805 &1.6 &5.9 &CH$_{3}$OH  &5(4)--4(4) A+ &241.8065 &115 &sl-blend  \\

\end{tabular}
\end{table*} \clearpage




\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G34.26.}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
241.806 &1.3 &7.3 &CH$_{3}$OH  &5(4)--4(4) A- &241.8065 &115 &blend  \\
241.812 &1.1 &3.8 &CH$_{3}$OH  &5(-4)--4(-4) E &241.8133 &122 &blend  \\
241.813 &1.1 &3.4 &CH$_{3}$OH  &5(-4)--4(-4) E &241.8133 &122 &sl-blend  \\
241.832 &2.3 &7.2 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 & \\
241.832 &2.5 &7.2 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 & \\
241.842 &2.4 &7.1 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &sl-blend  \\
241.843 &2.4 &7.2 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &blend  \\
241.851 &1.5 &6.3 &CH$_{3}$OH  &5(-3)--4(-3) E &241.8524 &96.3 & \\
241.852 &1.4 &6.6 &CH$_{3}$OH  &5(-3)--4(-3) E &241.8524 &96.3 &sl-blend  \\
241.879 &2.7 &5.3 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\
241.880 &2.8 &5.4 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 &sl-blend  \\
241.887 &1.8 &6.3 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &sl-blend  \\
241.887 &2 &5.4 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 &sl-blend  \\
241.904 &3.6 &6.5 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
241.905 &3.7 &5.3 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
241.934 &0.38 &5.4 &C$_{2}$H$_{5}$CN &27(9,19)--26(9,18) &241.9322 &253 &blend  \\
241.945 &0.77 &5.9 &(CH$_{3}$)$_{2}$O &13(1,13)--12(0,12) AA &241.9462 &11.6 & \\
241.946 &0.8 &4.7 &(CH$_{3}$)$_{2}$O &13(1,13)--12(0,12) AA &241.9462 &11.6 & \\
241.961 &0.34 &3.6 &C$_{2}$H$_{5}$CN &27(12,16)--26(12,15) &241.9591 &322 &blend  \\
241.971 &0.45 &3 &C$_{2}$H$_{5}$CN &27(8,20)--26(8,19) &241.9704 &234 &blend  \\
242.446 &1.3 &5.3 &CH$_{3}$OH  &14(-1)--13(-2) E &242.4462 &248 & \\
242.446 &1.3 &4 &CH$_{3}$OH  &14(-1)--13(-2) E &242.4462 &248 & \\
333.902 &1.1 &5.3 &$^{34}$SO &7(8)--6(7) &333.901 &79.9 &sba  \\
334.426 &1.4 &6.5 &CH$_{3}$OH  &3(0)--2(1) E vt1 &334.4266 &313 &sba  \\
336.864 &3.8 &9.7 &CH$_{3}$OH  &12(1)--12(0) A$\pm$ &336.8651 &197 &sba blend \\
336.888 &0.5 &6.8 &U & & & &sba  \\
336.918 &0.79 &8.7 &HCOOCH$_{3}$ &26(6,20)--25(6,19) &336.9181 &235 &sba  \\
337.061 &9.1 &6.4 &C17O &3--2 &337.0611 &32.4 &sba  \\
337.097 &0.98 &3.2 &U & & & &sba  \\
337.134 &1.4 &7.1 &CH$_{3}$OH  &4(2)--3(3) E &337.1359 &60.5 &sba blend \\
337.271 &0.79 &  &CH$_{3}$OH  &7(4)--6(4) A+, A- vt2 &337.273 &678 &sba blend  \\
337.284 &1.1 &  &CH$_{3}$OH  &7(0)--6(0) A+ vt2 &337.2842 &573 &sba blend  \\
337.296 &1.8 &9.7 &CH$_{3}$OH  &7(3)--6(3) E vt2 &337.2958 &685 &sba blend  \\
337.311 &0.86 &6.4 &CH$_{3}$OH  &7(-1)--6(-1) E vt2 &337.3123 &596 &sba  \\
337.347 &1.1 &5.2 &C$_{2}$H$_{5}$CN &38(3,36)--37(3,35) & 337.3470 &  &sba  \\
337.396 &6.9 &7.5 &C$^{34}$S &7--6 &337.3966 &64.8 &sba  \\
337.420 &1.8 &5.8 &H$_{2}$NCN v=1 &17(1,17)--16(1,16) &337.4278 &140 &sba  \\

\end{tabular}
\end{table*} \clearpage


\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G34.26.}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
346.203 &1.8 &7.5 & CH$_{3}$OH &5(4)--6(3) A+ &346.2044 & & \\
346.220 &2.2 &7.5 &NS &(7.5,8.5)--(6.5,7.5) &346.2201 &71.0 & \\
346.527 &4.4 &9 &SO &9(8)--8(7) &346.5286 &78.8 & \\
346.651 &1.8 &6.4 &SO$_{2}$ &19(1,19)--18(0,18) &346.6522 &168 & \\
349.025 &0.96 &4.9 &CH$_{3}$CN &19(8)--18(8) &349.0249 &625 & \\
349.104 &4.2 &11 &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 &blend  \\
349.105 &2.7 &9.9 &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 & \\
349.106 &4.8 &11 &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 &blend  \\
349.125 &0.61 &5.4 &CH$_{3}$CN &19(7)--18(7) &349.1251 &518 & \\
349.126 &1 &12 &CH$_{3}$CN &19(7)--18(7) &349.1251 &518 & \\
349.126 &0.75 &3 &CH$_{3}$CN &19(7)--18(7) &349.1251 &518 & \\
349.211 &1.2 &7.8 &CH$_{3}$CN &19(6)--18(6) &349.2121 &425 & \\
349.212 &1.2 &6.8 &CH$_{3}$CN &19(6)--18(6) &349.2121 &425 & \\
349.212 &1.2 &7.4 &CH$_{3}$CN &19(6)--18(6) &349.2121 &425 & \\
349.274 &0.89 &5.5 &U & & & & \\
349.275 &0.53 &4.8 &U & & & & \\
349.285 &2.1 &9.3 &CH$_{3}$CN &19(5)--18(5) &349.2858 &347 & \\
349.286 &1.6 &8.1 &CH$_{3}$CN &19(5)--18(5) &349.2858 &347 & \\
349.286 &1.4 &4.9 &CH$_{3}$CN &19(5)--18(5) &349.2858 &347 & \\
349.338 &3.3 &  &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &blend  \\
349.339 &2.9 &  &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &blend  \\
349.339 &3.2 &  &C$_{2}$H &4.5--3.5 &349.3381 &41.9 &blend  \\
349.343 &2 &  &CH$_{3}$CN &19(4)--18(4) &349.3461 &282 &blend  \\
349.345 &1.8 &  &CH$_{3}$CN &19(4)--18(4) &349.3461 &282 &blend  \\
349.346 &2.1 &  &CH$_{3}$CN &19(4)--18(4) &349.3461 &282 &blend  \\
349.392 &2.3 &  &CH$_{3}$CN &19(3)--18(3) &349.393 &232 &blend  \\
349.392 &2.9 &  &CH$_{3}$CN &19(3)--18(3) &349.393 &232 &blend  \\
349.393 &2 &  &CH$_{3}$CN &19(3)--18(3) &349.393 &232 &blend  \\
349.398 &2.7 &  &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &blend  \\
349.400 &2.6 &  &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &blend  \\
349.400 &2.6 &  &C$_{2}$H &3.5--2.5 &349.4006 &41.9 &blend  \\
349.426 &1.8 &9.9 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 & \\
349.426 &1.8 &8.2 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 & \\
349.426 &1.8 &7.8 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 & \\
349.445 &2.2 &  &CH$_{3}$CN &19(1)--18(1) &349.4467 &175 &blend  \\
349.445 &2.3 &  &CH$_{3}$CN &19(1)--18(1) &349.4467 &175 &blend  \\
349.447 &2.3 &  &CH$_{3}$CN &19(1)--18(1) &349.4467 &175 &blend  \\
349.451 &2.3 &  &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
349.451 &2.4 &  &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
349.452 &2 &  &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
349.548 &0.72 &2.3 &U & & & & \\
352.291 &0.61 &6 &HCOOCH$_{3}$  &30(4,27)--29(4,26) A &352.2928 &281 &blend  \\
352.404 &0.44 &2 &HCOOCH$_{3}$  &38(10,29)--38(8,30) A &352.408 &508 & \\
352.597 &0 &  &OCS &29--28 &352.5996 &254 &blend  \\
353.598 &0 &  &OCS &29--28 &352.5996 &254 &blend  \\

\end{tabular}
\end{table*} \clearpage



\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G34.26 at offset positions. The lines
before the break were observed at (0,20) offset from the centre position and the lines after the break
were observed at (20,0) offset from the centre position.}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
239.211 &0.16 &3.9 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.234 &0.21 &3.3 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.248 &0.38 &3.9 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 & \\
239.252 &0.43 &3.9 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 & \\
241.767 &3 &2.6 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.774 &0.25 &2.2 &HNCO &11(0,11)--10(0,10) &241.774 &69.6 & \\
241.791 &3.4 &3.9 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.833 &0.2 &2.5 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 & \\
241.842 &0.2 &4.3 &CH$_{3}$OH  &5(2)--4(2) A- &241.8423 &72.5 &blend  \\
241.879 &0.71 &2.9 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 & \\
241.887 &0.2 &3.8 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 & \\
241.904 &1.1 &3.4 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
\\
239.249 &0.28 &3 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 & \\
239.253 &0.44 &3 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 & \\

\end{tabular}
\end{table*} \clearpage



\begin{table*}[ptb] 
\caption[]{Molecular lines observed towards G75.78.
\\
The
measured parameters of observed frequency $\nu$(obs), peak temperature T$_{R}^{*}$
and linewidth $\Delta \nu_{1/2}$ are given for each line. Each independent
detection of a particular line is given. The species, transition, rest
frequency and upper level energy (E$_{\rm u}/k$) are given for identified
lines.. The Notes column gives further information about the line in the form
of one or more codes representing whether the line is blended (blend),
self-absorbed (self-abs) or has a sideband ambiguity (sba). Where it has been
possible to extract lines from blends these lines are indicated by sl-blend.
Some HCOOCH$_{3}$, C$_{2}$H$_{5}$OH and H$_{2}$CCHCN lines are blends of
two or more transitions of the same frequency and are indicated as such by
blend in the Notes column. All possibilities for uncertain detections are given, with the most
likely indicated by an asterisk (*).
\\}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
216.341 &0.35 &3.4 &U & & & &sba  \\
216.643 &0.16 &4.3 &SO$_{2}$ &22(2,20)--22(1,21) &216.6433 &248 &sba  \\
216.710 &0.36 &4.3 &H$_{2}$S &2(2,0)--2(1,1) &216.7104 &84 &sba  \\
219.475 &0.21 &2.9 &SO$_{2}$ v2=1 &22(2,20)--22(1,21)  &219.4656 &249 &sba  \\
219.560 &3.8 &3.8 &C$^{18}$O &2--1 &219.5603 &15.8 &sba  \\
219.798 &0.2 &4.9 &HNCO &10(0,10)--9(0,9) &219.7983 &58 & *  \\
 & & & C$_{2}$H$_{5}$OH & 9(8,2)--10(7,3) & 216.6266 & 105 & blend \\
219.909 &0.15 &2.4 &H$_{2}$$^{13}$CO &3(1,2)--2(1,1) &219.9085 &32.9 & *  \\
 & & & HCOOCH$_{3}$ & 34(9,26)--34(8,27) A & 216.5181 & 387 & \\
219.950 &2.8 &3.8 &SO &6(5)--5(4) &219.9494 &35 &sba  \\
236.216 &0.45 &4.4 &SO$_{2}$ &16(1,15)--15(2,14) &236.2167 &131 &sl-blend  \\
236.513 &0.47 &2.9 &CH$_{3}$CHO  &7(3,4)--7(2,6) E &236.5171 &46.3 & *\\
 & & & HC$_{3}$N & 26--25 & 236.5129 & 153 & \\
239.097 &0.22 &4.8 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.097 &0.15 &2.9 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.098 &0.13 &5.3 &CH$_{3}$CN &13(3)--12(3) &239.0965 &144 & \\
239.118 &0.15 &4.8 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.119 &0.18 &3.9 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.120 &0.19 &2.9 &CH$_{3}$CN &13(2)--12(2) &239.1195 &109 & \\
239.133 &0.14 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.134 &0.21 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.135 &0.2 &  &CH$_{3}$CN &13(1)--12(1) &239.1333 &87.4 &blend  \\
239.137 &0.15 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.138 &0.23 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.138 &0.32 &  &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.211 &0.16 &3.8 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.211 &0.2 &2.4 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.211 &0.18 &2.4 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.233 &0.15 &4.3 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.233 &0.17 &4.3 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.234 &0.28 &3 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.247 &0.31 &2.4 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &sl-blend  \\
239.247 &0.27 &2.9 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &sl-blend  \\
239.247 &0.38 &2.4 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &sl-blend  \\
239.252 &0.31 &2.9 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
239.252 &0.39 &2.2 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
239.252 &0.39 &2.9 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
241.767 &1.4 &4.1 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 &sl-blend  \\
241.768 &1.6 &3.6 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 &sl-blend  \\
241.774 &0.31 &  &HNCO &11(0,11)--10(0,10) &241.774 &69.6 &blend  \\
241.774 &0.32 &  &HNCO &11(0,11)--10(0,10) &241.774 &69.6 &blend  \\
241.791 &1.6 &3.6 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.791 &1.6 &4 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\

\end{tabular}
\end{table*} \clearpage


\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G75.78.}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
			E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
241.807 &0.17 &3.3 &CH$_{3}$OH  &5(4)--4(4) A- &241.8065 &115 &sl-blend  \\
241.814 &0.22 &1.2 &CH$_{3}$OH  &5(-4)--4(-4) E &241.8133 &122 &sl-blend  \\
241.833 &0.38 &3.2 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 &sl-blend  \\
241.833 &0.31 &6.5 &CH$_{3}$OH  &5(4)--4(4) E &241.8296 &130 &sl-blend  \\
241.843 &0.32 &4 &CH$_{3}$OH  &5(3)--4(3) E &241.8436 &81.3 &sl-blend  \\
241.844 &0.29 &3.6 &CH$_{3}$OH  &5(3)--4(3) E &241.8436 &81.3 &sl-blend  \\
241.853 &0.22 &4.9 &CH$_{3}$OH  &5(-3)--4(-3) E &241.8524 &96.3 &sl-blend  \\
241.853 &0.12 &3.4 &CH$_{3}$OH  &5(-3)--4(-3) E &241.8524 &96.3 &sl-blend  \\
241.879 &0.6 &2.8 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 & \\
241.879 &0.46 &2.4 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 & \\
241.888 &0.19 &5.3 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 & \\
241.888 &0.21 &4.1 &CH$_{3}$OH  &5(2)--4(2) A+ &241.8877 &72.5 & \\
241.904 &0.67 &3.6 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
241.904 &0.69 &4 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
333.778 &0.21 &3.8 &HCOOCH$_{3}$  &25(8,18)--25(6,19) A &333.7782 &235 &sba  \\
333.889 &0.31 &3.4 &HCOOCH$_{3}$ &37(13,24)--37(12,25) A&333.8968 &528 &sba sl-blend  \\
333.894 &0.19 &  &$^{34}$SO &7(8)--6(7) &333.901 &79.9 &sba blend  \\
336.866 &0.57 &6.8 &CH$_{3}$OH  &12(1)--12(0) A$\pm$ &336.8651 &197 &sba  \\
337.061 &3 &5.2 &C$^{17}$O &3--2 &337.0611 &32.4 &sba  \\
337.397 &1.1 &5.8 &C$^{34}$S &7--6 &337.3966 &64.8 &sba  \\
346.205 &0.21 &5.2 &CH$_{3}$OH &5(4)--6(3) A+ &346.2044 &115 & \\
346.219 &0.23 &4.7 &NS &(7.5,8.5)--(6.5,7.5)  &346.2201 &71.0 & \\
346.528 &2.9 &7.4 &SO &9(8)--8(7) &346.5286 &78.8 &sl-blend  \\
346.538 &0.35 &  &U & & & &blend  \\
346.652 &0.76 &7.5 &SO$_{2}$ &19(1,19)--18(0,18) &346.6522 &168 & \\
349.107 &0.39 &6.4 &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 & \\
349.108 &0.54 &6.2 &CH$_{3}$OH  &14(1)--14(0) A$\pm$ &349.107 &260 & \\
349.338 &1.6 &5.9 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 & \\
349.339 &1.8 &5.6 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 & \\
349.399 &1.3 &5 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 & \\
349.400 &1.3 &6 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 & \\
349.428 &0.16 &7.4 &CH$_{3}$CN &19(2)--18(2) &349.4266 &196 & \\
349.447 &0.33 &  &CH$_{3}$CN &19(1)--18(1) &349.4467 &175 &blend  \\
349.447 &0.28 &  &CH$_{3}$CN &19(1)--18(1) &349.4467 &175 &blend  \\
349.454 &0.27 &  &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\
349.456 &0.3 &  &CH$_{3}$CN &19(0)--18(0) &349.4534 &168 &blend  \\

\end{tabular}
\end{table*} \clearpage


\begin{table*}[ptb]
\caption[]{Molecular lines observed towards  the line poor sources. The
measured parameters of observed frequency $\nu$(obs), peak temperature T$_{R}^{*}$
and linewidth $\Delta \nu_{1/2}$ are given for each line. Each independent
detection of a particular line is given. The species, transition, rest
frequency and upper level energy (E$_{\rm u}/k$) are given for identified
lines.. The Notes column gives further information about the line in the form
of one or more codes representing whether the line is blended (blend),
self-absorbed (self-abs) or has a sideband ambiguity (sba). Where it has been
possible to extract lines from blends these lines are indicated by sl-blend. 
All possibilities for uncertain detections are given, with the most
likely indicated by an asterisk (*).
\\
\\
Molecular lines observed towards G10.30
\\ }
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
239.234 &0.13 &6.1 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.247 &0.2 &3.4 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &sl-blend  \\
239.248 &0.23 &2.8 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &sl-blend  \\
239.248 &0.23 &2.3 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &sl-blend  \\
239.253 &0.27 &3.9 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
239.253 &0.28 &4 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
239.253 &0.26 &2.2 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
241.768 &1.6 &3.7 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.768 &1.3 &4.2 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 &sl-blend  \\
241.774 &0.36 &  &HNCO &11(0,11)--10(0,10) &241.774 &69.6 &blend  \\
241.792 &1.7 &3.7 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.792 &1.5 &3.7 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.880 &0.39 &2.8 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 & \\
241.880 &0.43 &2.8 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 & \\
241.905 &0.51 &3.7 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
241.905 &0.52 &3.7 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
337.061 &3.5 &4.1 &C$^{17}$O &3--2 &337.0611 &32.4 &sba  \\

\end{tabular}
\end{table*} \clearpage

\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption{continued. Molecular lines observed towards G13.87}
\protect{\vspace*{0.3cm}}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
239.247 &0.17 &3.6 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 & \\
239.247 &0.14 &2.6 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 & \\
239.252 &0.22 &2.5 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 & \\
239.252 &0.19 &3.8 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 & \\
241.766 &0.79 &2.7 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.767 &0.9 &3 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.791 &1 &2.7 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.791 &0.99 &2.7 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.904 &0.23 &3 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
241.904 &0.22 &3 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
337.061 &6.9 &2.4 &C$^{17}$O &3--2 &337.0611 &32.4 & sba \\
337.395 &2.5 &3.9 &C$^{34}$S &7--6 &337.3966 &64.8 & sba \\

\end{tabular}
\end{table*} 

\addtocounter{table}{-1}

\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G43.89 
\\}
\protect{\vspace*{0.3cm}}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
219.559 &3.8 &2.3 &C$^{18}$O &2--1 &219.5603 &15.8 &sba  \\
219.948 &0.35 &2.6 &SO &6(5)--5(4) &219.9494 &35 &sba  \\
241.767 &0.61 &4.2 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 &sl-blend  \\
241.767 &0.61 &4.2 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 &sl-blend  \\
241.772 &0.29 &  &HNCO &11(0,11)--10(0,10) &241.774 &69.6 &blend  \\
241.772 &0.29 &  &HNCO &11(0,11)--10(0,10) &241.774 &69.6 &blend  \\
241.791 &0.6 &3.3 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.791 &0.6 &3.3 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
337.060 &1.2 &3.7 &C$^{17}$O &3--2 &337.0611 &32.4 &sba  \\

\end{tabular}
\end{table*} 


\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G45.12}
\protect{\vspace*{0.3cm}}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
241.766 &0.26 &2.7 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.767 &0.25 &4.7 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.790 &0.26 &4.3 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.791 &0.23 &4.7 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\

\end{tabular}
\end{table*} \clearpage

\addtocounter{table}{-1}

\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G45.45}
\protect{\vspace*{0.3cm}}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
241.766 &0.21 &2.8 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.767 &0.21 &7.5 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.790 &0.26 &4.2 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.790 &0.22 &5.7 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\

\end{tabular}
\end{table*} 

\addtocounter{table}{-1}
\begin{table*}[ptb] 
\caption[]{continued. Molecular lines observed towards G45.47}
\protect{\vspace*{0.3cm}}
\begin{tabular}{lccccccc} \hline
$\nu$(obs) & T$_{R}^{*}$ & $\Delta \nu_{1/2}$ & Species & Transition & $\nu$(rest) &
	E$_{\rm u}/k$	 & Notes \\
 (GHz) & (K) & (MHz) & & & (GHz) & (K) & \\ \hline
239.136 &0.13 &3.4 &CH$_{3}$CN &13(0)--12(0) &239.1379 &80.3 &blend  \\
239.210 &0.15 &5 &CH$_{3}$CCH &14(4)--13(4) &239.1793 &198 & \\
239.211 &0.12 &2.2 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.212 &0.12 &2.2 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.234 &0.1 &2.2 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.234 &0.12 &3.4 &CH$_{3}$CCH &14(3)--13(3) &239.2112 &149 & \\
239.234 &0.2 &2.2 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.247 &0.25 &4.5 &CH$_{3}$CCH &14(2)--13(2) &239.234 &114 & \\
239.247 &0.21 &2.9 &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &sl-blend  \\
239.247 &0.16 &  &CH$_{3}$CCH &14(1)--13(1) &239.2477 &93.1 &blend  \\
239.251 &0.21 &3.3 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
239.251 &0.24 &3.9 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 &sl-blend  \\
239.253 &0.26 &2.8 &CH$_{3}$CCH &14(0)--13(0) &239.2523 &86.1 & \\
241.767 &1.5 &3.3 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.767 &1.3 &3.8 &CH$_{3}$OH  &5(-1)--4(-1) E &241.7672 &39.2 & \\
241.791 &1.5 &4.2 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.791 &1.6 &3.7 &CH$_{3}$OH  &5(0)--4(0) A+ &241.7914 &34.8 & \\
241.878 &0.33 &2.4 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 & \\
241.879 &0.33 &5.2 &CH$_{3}$OH  &5(1)--4(1) E &241.8791 &54.7 & \\
241.904 &0.47 &3.8 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
241.904 &0.38 &4.2 &CH$_{3}$OH  &5(-2)--4(-2) E &241.9041 &59.5 &blend  \\
337.061 &1.2 &3 &C$^{17}$O &3--2 &337.0611 &32.4 &sba  \\
346.526 &0.42 &6.7 &SO &9(8)--8(7) &346.5286 &78.8 & \\
349.337 &0.65 &4.8 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 & \\
349.338 &0.57 &4.5 &C$_{2}$H &4.5--3.5 &349.3381 &41.9 & \\
349.399 &0.4 &3.8 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 & \\
349.399 &0.51 &6 &C$_{2}$H &3.5--2.5 &349.4006 &41.9 & \\

\end{tabular}
\end{table*} \clearpage


\end{document}

