\begin{table}%t2
%\centering
\par
\caption{Identifications, coordinates, peak and integrated fluxes of each submillimetre source
detected in the survey. Multiple sources located in a single jiggle-map  are
indicated by labels following the UC H{\sc ii}~region field name. These labels are the same as those
used in Figs.~\ref{fig:scuboth} and \ref{fig:scu850}. 450~$\mu$m peak flux measurements indicated
by a dagger ($^{\dag}$) are measured from smoothed images and the flux density unit in this case
is Janskys per~14\arcsec\ beam. The resolution of the unsmoothed images is 8\arcsec\ at 450~$\mu$m
and~14\arcsec\ at 850~$\mu$m. Upper limits for non-detections at 450~$\mu$m are indicated.  Where
it was not possible to measure a 450~$\mu$m flux, either due to the smaller FOV of the short
wavelength array or calibration problems this is indicated by an ellipsis (\ldots). Quoted errors
include calibration uncertainties of~30\% at 450~$\mu$m and~10\% at 850~$\mu$m. All source
positions were measured from the 850~$\mu$m images unless otherwise stated. \label{tbl:uchiis}}
\begin{tabular}{llllcccc}
\hline\hline
UCH{\sc ii} field & Source & RA (J2000) & Dec (J2000) & \multicolumn{2}{c}{Peak flux (Jy/beam)}& \multicolumn{2}{c}{Integrated flux density (Jy)}\\
 & & (h  min s) & (\degr~~\arcmin~~\arcsec) & 450 $\mu$m & 850 $\mu$m & 450 $\mu$m & 850 $\mu$m\\
 \hline
G1.13$-$0.11   & G1.125$-$0.108SMM & 17:48:41.7 & $-$28:01:48 & $26.3\pm$ 9.0$^{\dag}$ & 
$2.8\pm 0.4$& $174.3\pm 55.2$  & $13.4\pm 2.8$ \\
G4.41+0.13     & G4.417+0.127SMM$^a$ & 17:55:18.0 & $-$25:04:41 & ${<}8.1$$^{\dag}$  & $1.2\pm$ 0.1& ${<}8.1$ & $2.0\pm 0.3$ \\
G5.48$-$0.24 (a)   & G5.477$-$0.246SMM & 17:59:03.5 & $-$24:20:55 & ${<}9.7$ & $0.7\pm 0.1$& ${<}9.7$ & $4.4\pm 0.5$ \\
G5.48$-$0.24 (b)  & G5.479$-$0.254SMM & 17:59:05.5 & $-$24:21:03 & ${<}9.7$ & $0.6\pm 0.1$& ${<}9.7$ & $3.0\pm 0.4$ \\
G5.89$-$0.39   & G5.887$-$0.394SMM & 18:00:31.0 & $-$24:04:01 & $55.7\pm 17.1$& $19.4\pm 2.0$& $250.6\pm 80.2$ & $46.5\pm 5.3$ \\
G5.97$-$1.17 (a)  & G5.972$-$1.159SMM & 18:03:37.1 & $-$24:22:13 & \ldots & $1.3\pm 0.2$& \ldots & $4.9\pm 0.8$ \\
G5.97$-$1.17 (b)  & G5.974$-$1.175SMM & 18:03:41.1 & $-$24:22:37 & $20.8\pm 6.7$$^{\dag}$ & 
$3.6\pm 0.4$& $69.7\pm 21.7$ & $16.4\pm 2.5$ \\
G6.55$-$0.10   & G6.551$-$0.099SMM & 18:00:50.3 & $-$23:20:36 & ${<}7.8$ & $1.8\pm 0.3$& ${<}7.8$ & $11.1\pm 2.1$ \\
G8.14+0.23 (a)    & G8.143+0.219SMM$^b$ & 18:03:02.9 & $-$21:48:08 & $25.8\pm 7.9$$^{\dag}$ & $4.2\pm$ 0.4& $91.8\pm 27.8$ & $26.4\pm 2.9$ \\
G8.14+0.23 (b)    & G8.140+0.224SMM$^b$ & 18:03:01.5 & $-$21:48:10 & $23.6\pm 7.2$$^{\dag}$ & \ldots & $152.5\pm 46.0$ & \ldots \\
G8.14+0.23 (c)    & G8.135+0.245SMM & 18:02:56.0 & $-$21:47:47 & $13.1\pm 4.2$$^{\dag}$  & 
$1.7\pm 0.2$& $73.7\pm 22.2$ & $7.0\pm 0.8$ \\
G8.14+0.23 (d)    & G8.136+0.212SMM & 18:03:03.5 & $-$21:48:42 & \ldots & $1.1\pm$ 0.1& \ldots & $2.4\pm 0.3$ \\
G8.67$-$0.36 (a)  & G8.683$-$0.368SMM$^e$ & 18:06:23.4 & $-$21:37:09 & \ldots & $4.1\pm 0.5$& \ldots & $11.9\pm 2.3$ \\
G8.67$-$0.36 (b)  & G8.671$-$0.357SMM & 18:06:19.4 & $-$21:37:27 & $54.5\pm 16.6$& $12.2\pm 1.3$& $291.3\pm 92.3$ & $32.3\pm 5.0$ \\
G9.62+0.20     & G9.621+0.194SMM & 18:06:15.1 & $-$20:31:34 & $38.4\pm 11.8$& $9.3\pm 1.0$& $168.1\pm 53.3$ & $21.7\pm 3.8$ \\
G9.88$-$0.75 (a)  & G9.880$-$0.751SMM & 18:10:19.2 & $-$20:45:31 & $14.4\pm 4.7$$^{\dag}$ & 
$1.9\pm 0.2$& $104.3\pm 35.3$ & $13.8\pm 1.9$ \\
G9.88$-$0.75 (b)  & G9.872$-$0.750SMM & 18:10:18.0 & $-$20:45:57 & $11.8\pm 4.0$$^{\dag}$ & 
$1.5\pm 0.2$& $91.2\pm 28.7$ & $8.1\pm 1.1$ \\
G10.10+0.74    & G10.100+0.738SMM   & 18:05:13.4 & $-$19:50:34 & ${<}5.1$ & $0.8\pm 0.1$& ${<}5.1$ & $1.0\pm 0.1$ \\
G10.15$-$0.34  & G10.152$-$0.345SMM & 18:09:21.8 & $-$20:19:30 & $17.0\pm 6.1$$^{\dag}$ & $2.2\pm 0.4$& $83.1\pm 28.0$  & $10.6\pm 2.4$ \\
G10.30$-$0.15 (a) & G10.299$-$0.149SMM & 18:08:56.2 & $-$20:06:02 & $28.5\pm 8.7$& $6.3\pm 0.7$& $254.0\pm 78.3$ & $27.9\pm 3.5$ \\
G10.30$-$0.15 (b) & G10.291$-$0.138SMM & 18:08:52.7 & $-$20:06:09 & $12.7\pm 4.1$& $1.9\pm 0.3$& $43.3\pm 13.3$ & $4.4\pm 0.7$ \\
G10.62$-$0.38  & G10.624$-$0.385SMM & 18:10:29.0 & $-$19:55:51 & $120.3\pm 36.2$& $27.5\pm 2.8$& $730.5\pm 256.9$ & $65.3\pm 9.1$ \\
G10.84$-$2.59  & G10.842$-$2.594SMM & 18:19:12.7 & $-$20:47:31 & $24.2\pm 7.5$& $5.6\pm 0.6$& $96.6\pm 30.7$ & $14.8\pm 3.3$ \\
G11.11$-$0.34 (a) & G11.110$-$0.401SMM & 18:11:32.4 & $-$19:30:44 & $16.2\pm 5.1$& $2.7\pm 0.3$& $92.1\pm 28.2$ & $15.8\pm 3.3$ \\
G11.11$-$0.34 (b) & G11.117$-$0.415SMM & 18:11:36.2 & $-$19:30:48 & \ldots & $0.9\pm 0.2$& \ldots & $4.9\pm 0.7$ \\
G11.94$-$0.62 (a) & G11.936$-$0.618SMM & 18:14:01.4 & $-$18:53:29 & $29.9\pm 9.1$& $5.8\pm 0.6$& $337.0\pm 106.5$ & $20.1\pm 2.8$ \\
G11.94$-$0.62 (b) & G11.918$-$0.615SMM & 18:13:58.7 & $-$18:54:23 & \ldots & $3.9\pm 0.4$& \ldots & $10.9\pm 1.6$ \\
G12.43$-$0.05 (a) & G12.429$-$0.050SMM & 18:12:55.0 & $-$18:11:14 & ${<}3.9$$^{\dag}$  & 
$0.4\pm 0.1$& ${<}3.9$  & $2.4\pm 0.3$ \\
G12.43$-$0.05 (b) & G12.439$-$0.060SMM & 18:12:58.5 & $-$18:10:58 & ${<}3.9$$^{\dag}$  & 
$0.4\pm 0.1$& ${<}3.9$  & $2.5\pm 0.3$ \\
G12.43$-$0.05 (c) & G12.437$-$0.055SMM & 18:12:57.0 & $-$18:10:58 & ${<}3.9$$^{\dag}$  & 
$0.4\pm 0.1$& ${<}3.9$  & $3.9\pm 0.4$ \\
G12.90$-$0.25 (a) & G12.908$-$0.261SMM & 18:14:39.6 & $-$17:52:04 & $53.5\pm 16.1$$^{\dag}$ & $7.0\pm 0.8$& $254.3\pm 80.3$  & $22.1\pm 3.5$ \\
G12.90$-$0.25 (b) & G12.900$-$0.243SMM & 18:14:34.6 & $-$17:51:56 & $13.3\pm 4.3$$^{\dag}$ & $1.5\pm 0.3$& $53.3\pm 17.2$ & $3.8\pm 0.7$ \\
G13.19+0.04   (a) & G13.177+0.059SMM & 18:14:01.2 & $-$17:28:43 & \ldots & $3.7\pm 0.5$& \ldots & $11.0\pm 2.3$ \\
G13.19+0.04   (b) & G13.186+0.028SMM & 18:14:09.2 & $-$17:29:06 & \ldots & $0.7\pm 0.3$& \ldots & $1.8\pm 0.3$ \\
G13.87+0.28    & G13.873+0.279SMM & 18:14:36.3 & $-$16:45:44 & $16.3\pm 5.2$& $3.8\pm 0.5$& $100.1\pm 33.5$ & $16.7\pm 4.9$ \\
G15.04$-$0.68 (a) & G15.026-0.674SMM$^b$ & 18:20:23.1 & $-$16:11:58 & $33.1\pm 10.4$& $12.0\pm 1.5$& $416.9\pm 127.0$ & $65.2\pm 9.0$ \\
G15.04$-$0.68 (b) & G15.031-0.676SMM$^b$ & 18:20:24.1 & $-$16:11:43 & $33.9\pm 10.6$& \ldots & $139.4\pm 43.9$ & \ldots \\
G15.04$-$0.68 (c) & G15.031-0.669SMM$^b$ & 18:20:22.7 & $-$16:11:32 & $45.6\pm 14.0$& \ldots & $343.5\pm 105.3$ & \ldots \\
G18.15$-$0.28  & G18.149$-$0.286SMM & 18:25:01.8 & $-$13:15:35 & $17.3\pm 5.4$$^{\dag}$ & 
$2.0\pm 0.3$& $118.7\pm 40.7$ & $4.7\pm 1.1$ \\
G18.30$-$0.39 (a) & G18.302$-$0.286SMM$^b$ & 18:25:41.8 & $-$13:10:19 & $17.3\pm 5.4$$^{\dag}$ & $2.4\pm 0.4$& $111.2\pm 34.0$ & $16.7\pm 0.3$ \\
G18.30$-$0.39 (b) & G18.298$-$0.392SMM$^b$ & 18:25:42.2 & $-$13:10:37 & $20.5\pm 6.4$$^{\dag}$ & \ldots & $143.9\pm 1.1$ & \ldots \\   
G19.07$-$0.27  & G19.077$-$0.289SMM & 18:26:49.0 & $-$12:26:25 & $21.7\pm 6.6$& $4.1\pm 0.4$& $110.6\pm 35.9$ & $13.1\pm 2.8$ \\
G19.49+0.14   (a) & G19.487+0.136SMM & 18:26:03.7 & $-$11:52:45 & $4.6\pm 1.8$$^{\dag}$ & 
$0.7\pm 0.2$& $13.3\pm 5.0$ & $1.8\pm 0.6$ \\
G19.49+0.14   (b) & G19.474+0.158SMM & 18:25:57.6 & $-$11:52:49 & $4.0\pm 1.7$$^{\dag}$ & 
$0.9\pm 0.2$& $7.6\pm 2.4$ & $2.1\pm 0.5$ \\
G19.49+0.14   (c) & G19.486+0.148SMM & 18:26:01.1 & $-$11:52:29 & $9.4\pm 3.1$$^{\dag}$ & 
$1.0\pm 0.2$& $24.2\pm 9.1$ & $2.8\pm 0.7$ \\ 
G19.61$-$0.23  & G19.609$-$0.235SMM & 18:27:38.2 & $-$11:56:38 & $84.6\pm 25.4$& 
$19.8\pm 2.0$& $191.7\pm 59.4$ & $26.2\pm 3.0$ \\
G20.08$-$0.14 (a) & G20.081$-$0.136SMM & 18:28:10.5 & $-$11:28:50 & $46.3\pm 13.9$& 
$8.2\pm 0.8$& $77.5\pm 23.9$ & $13.8\pm 1.6$ \\
\hline
G20.08$-$0.14 (b) & G20.073$-$0.143SMM & 18:28:11.0 & $-$11:29:26 & ${<}3.0$ & $0.4\pm 0.1$& ${<}3.0$ & $0.8\pm 0.1$ \\
G20.99+0.09   (a) & G20.990+0.089SMM & 18:29:05.0 & $-$10:34:13 & ${<}2.7$$^{\dag}$  & $0.6\pm 0.1$& ${<}2.7$ & $3.7\pm 0.4$ \\
G20.99+0.09   (b) & G20.981+0.094SMM & 18:29:02.8 & $-$10:34:36 & $7.3\pm 2.4$$^{\dag}$ & 
$1.2\pm 0.1$& $25.4\pm 8.7$ & $7.2\pm 1.0$ \\
G22.76$-$0.49  & G22.756$-$0.485SMM & 18:34:28.0 & $-$09:16:12 & ${<}2.4$ & $0.4\pm 0.1$& ${<}2.4$ & $1.6\pm 0.3$ \\
G23.46$-$0.20  & G23.454$-$0.203SMM & 18:34:45.1 & $-$08:31:15 & $10.8\pm 3.4$$^{\dag}$ & 
$1.2\pm 0.2$& $14.0\pm 4.3$ & $1.3\pm 0.2$ \\
G23.71+0.17    & G23.708+0.169SMM & 18:33:53.5 & $-$08:07:25 & $14.7\pm 4.5$& $2.9\pm 0.3$& $56.2\pm 17.3$ & $15.1\pm 2.9$ \\
G23.87$-$0.12 (a) & G23.866$-$0.114SMM & 18:35:12.1 & $-$08:06:49 & $10.6\pm 3.6$$^{\dag}$ & $0.9\pm 0.1$& $42\pm 12.7$ & $6.0\pm 1.0$ \\
G23.87$-$0.12 (b) & G23.872$-$0.122SMM$^c$ & 18:35:14.6 & $-$08:06:43 & $12.1\pm 4.0$$^{\dag}$ & $1.1\pm 0.2$& $78.7\pm 23.9$ & $5.2\pm 0.7$ \\
G23.87$-$0.12 (c) & G23.866$-$0.124SMM$^c$ & 18:35:14.3 & $-$08:07:07 & \ldots & $1.4\pm 0.2$& \ldots & $4.7\pm 0.7$ \\
G23.87$-$0.12 (d) & G23.861$-$0.125SMM & 18:35:14.0 & $-$08:07:24 & $11.3\pm 3.7$$^{\dag}$ & 
$1.3\pm 0.2$& $28.9\pm 9.2$ & $2.8\pm 0.4$ \\
G23.96+0.15   (a) & G23.944+0.159SMM & 18:34:21.9 & $-$07:55:08 & $12.1\pm 4.0$$^{\dag}$ & 
$1.2\pm 0.2$& $38.7\pm 11.7$ & $2.5\pm 0.4$ \\
G23.96+0.15   (b) & G23.955+0.148SMM & 18:34:25.5 & $-$07:54:52 & $22.1\pm 6.8$$^{\dag}$ &  
$2.0\pm 0.2$& $52.5\pm 16.2$ & $6.9\pm 0.8$ \\
G23.96+0.15   (c) & G23.952+0.152SMM & 18:34:24.3 & $-$07:54:55 & $23.5\pm 7.2$$^{\dag}$ & 
$2.3\pm 0.3$& $87.1\pm 26.5$ & $7.7\pm 1.0$ \\
G23.96+0.15   (d) & G23.949+0.163SMM$^a$ & 18:34:21.7 & $-$07:54:47 & $11.3\pm 3.7$$^{\dag}$ & $1.2\pm 0.2$& $58.3\pm 17.5$ & $2.2\pm 0.3$ \\
G24.47+0.49   (a) & G24.469+0.495SMM$^a$ & 18:34:08.4 & $-$07:17:52 & $14.9\pm 4.7$$^{\dag}$ & $1.2\pm 0.2$& $115.1\pm 36.1$ & $5.7\pm 0.7$ \\
G24.47+0.49   (b) & G24.474+0.487SMM & 18:34:10.7 & $-$07:17:52 & $14.5\pm 4.6$$^{\dag}$ & 
$1.7\pm 0.2$& $65.0\pm 20.2$ & $12.4\pm 1.6$ \\
G24.47+0.49   (c) & G24.476+0.492SMM$^a$ & 18:34:09.7 & $-$07:17:37 & $18.2\pm 5.7$$^{\dag}$ & $1.4\pm 0.2$& $112.0\pm 36.2$ & $3.7\pm 0.4$ \\
G24.68$-$0.16 (a) & G24.674$-$0.152SMM & 18:36:50.3 & $-$07:24:50 & $46.2\pm 14.0$$^{\dag}$ & $4.0\pm 0.4$& $275.8\pm 89.6$ & $17.4\pm 2.4$ \\
G24.68$-$0.16 (b) & G24.668$-$0.161SMM & 18:36:51.6 & $-$07:25:24 & $14.0\pm 4.6$$^{\dag}$ & 
$1.1\pm 0.2$& $86.5\pm 27.7$ & $9.0\pm 1.1$ \\
G24.68$-$0.16 (c) & G24.683$-$0.150SMM & 18:36:50.9 & $-$07:24:18 & $13.1\pm 4.3$$^{\dag}$ & $0.9\pm 0.2$& $20.4\pm 6.3$ & $3.0\pm 0.4$ \\
G25.38$-$0.18  & G25.382$-$0.184SMM & 18:38:15.7 & $-$06:47:58 & \ldots & $2.7\pm 0.3$& \ldots & $12.4\pm 1.7$ \\
G25.65+1.05    & G25.650+1.049SMM & 18:34:21.1 & $-$05:59:43 & $45.8\pm 13.8$& $8.6\pm 0.9$& $258.8\pm 84.5$ & $28.7\pm 3.9$ \\
G25.72+0.05  (a)  & G25.710+0.043SMM & 18:38:03.4 & $-$06:24:16 & $21.9\pm 6.8$$^{\dag}$ & 
$2.2\pm 0.3$& $85.4\pm 29.0$ & $7.4\pm 1.8$ \\
G25.72+0.05  (b)  & G25.714+0.046SMM & 18:38:03.2 & $-$06:23:56 & $12.7\pm 4.1$$^{\dag}$ & 
$1.0\pm 0.2$& $64.7\pm 21.4$ & $2.9\pm 0.4$ \\
G26.54+0.42  (a)  & G26.529+0.422SMM & 18:38:12.8 & $-$05:30:10 & ${<}4.8$$^{\dag}$  & 
$0.5\pm 0.2$& ${<}4.8$ & $1.6\pm 0.2$ \\
G26.54+0.42  (b)  & G26.545+0.413SMM$^c$ & 18:38:16.5 & $-$05:29:34 & $8.5\pm 3.0$$^{\dag}$ & $1.0\pm 0.2$& $41.9\pm 12.7$ & $6.5\pm 1.5$ \\
G26.54+0.42  (c)  & G26.548+0.422SMM$^c$ & 18:38:15.0 & $-$05:29:08 & \ldots & $0.7\pm 0.2$& \ldots & $4.0\pm 0.7$ \\
G27.28+0.15  (a)  & G27.267+0.146SMM & 18:40:33.4 & $-$04:58:22 & $7.8\pm 2.8$$^{\dag}$ & 
$0.6\pm 0.2$& $42.6\pm 13.4$ & $5.8\pm 0.8$ \\
G27.28+0.15  (b)  & G27.280+0.144SMM & 18:40:35.2 & $-$04:57:46 & $13.1\pm 4.2$$^{\dag}$ & 
$1.7\pm 0.2$& $33.4\pm 11.1$ & $5.9\pm 0.8$ \\
G27.28+0.15  (c)  & G27.285+0.149SMM & 18:40:34.9 & $-$04:57:20 & $13.8\pm 4.4$$^{\dag}$ & 
$1.7\pm 0.2$& $45.5\pm 15.2$ & $8.2\pm 1.2$ \\
G27.28+0.15  (d)  & G27.296+0.151SMM & 18:40:35.5 & $-$04:56:41 & $8.2\pm 2.9$$^{\dag}$ & 
$1.0\pm 0.2$& $23.2\pm 7.4$ & $3.9\pm 0.7$ \\
G27.49+0.19  (a)  & G27.494+0.187SMM & 18:40:49.7 & $-$04:45:10 & $11.4\pm 3.8$$^{\dag}$ & 
$1.2\pm 0.2$& $24.5\pm 8.4$ & $4.6\pm 1.1$ \\
G27.49+0.19  (b)  & G27.504+0.193SMM & 18:40:49.4 & $-$04:44:28 & ${<}3.6$$^{\dag}$ & $0.6\pm 0.2$& ${<}3.6$ & $2.5\pm 0.5$ \\
G28.20$-$0.05  & G28.200$-$0.051SMM & 18:42:58.4 & $-$04:14:01 & $61.6\pm 18.5$& $9.4\pm 0.9$& $244.9\pm 77.8$ & $19.6\pm 2.6$ \\
G28.29$-$0.36 (a) & G28.305$-$0.388SMM$^a$ & 18:44:22.2 & $-$04:17:39 & $13.6\pm 4.3$$^{\dag}$& $1.1\pm 0.1$& $44.6\pm 14.1$ & $4.2\pm 0.6$ \\
G28.29$-$0.36 (b) & G28.301$-$0.384SMM$^a$ & 18:44:20.7 & $-$04:17:44 & $14.4\pm 4.5$$^{\dag}$& $1.4\pm 0.2$& $48.9\pm 15.9$ & $4.1\pm 0.6$ \\
G28.29$-$0.36 (c) & G28.288$-$0.365SMM$^c$ & 18:44:15.3 & $-$04:17:55 & $19.5\pm 6.0$$^{\dag}$& $2.2\pm 0.2$& $126.3\pm 41.7$ & $11.8\pm 1.7$ \\
G28.29$-$0.36 (d) & G28.283$-$0.363SMM$^c$ & 18:44:14.3 & $-$04:18:07 & \ldots & $1.8\pm 0.2$& \ldots & $5.4\pm 0.7$ \\
G28.60$-$0.36 (a) & G28.596$-$0.362SMM & 18:44:48.4 & $-$04:01:24 & ${<}5.1$ & $0.6\pm 0.1$& ${<}5.1$ & $5.2\pm 0.9$ \\
G28.60$-$0.36 (b) & G28.603$-$0.374SMM$^a$ & 18:44:51.8 & $-$04:01:21 & ${<}5.1$ & $0.7\pm 0.1$& ${<}5.1$ & $3.5\pm 0.4$ \\
G28.60$-$0.36 (c) & G28.602$-$0.380SMM & 18:44:53.0 & $-$04:01:36 & ${<}5.1$ & $0.5\pm 0.1$& ${<}5.1$ & $2.2\pm 0.3$ \\
G28.80+0.17   (a) & G28.806+0.180SMM & 18:43:15.7 & $-$03:35:22 & \ldots & $1.1\pm 0.1$& \ldots & $7.6\pm 1.1$ \\
G28.80+0.17   (b) & G28.812+0.168SMM & 18:43:18.8 & $-$03:35:19 & \ldots & $1.6\pm 0.2$& \ldots & $6.3\pm 0.8$ \\
G28.83$-$0.23  & G28.834$-$0.209SMM & 18:44:42.0 & $-$03:44:30 & ${<}5.1$ & $1.0\pm 0.2$& ${<}5.1$ & $2.0\pm 0.5$ \\
G29.96$-$0.02 (a) & G29.956$-$0.017SMM & 18:46:04.0 & $-$02:39:22 & $60.0\pm 18.0$& $11.5\pm 1.2$& $200.4\pm 62.1$ & $19.2\pm 2.3$ \\
G29.96$-$0.02 (b) & G29.938$-$0.012SMM & 18:46:01.0 & $-$02:40:12 & $3.6\pm 1.3$& $0.6\pm 0.2$& $9.6\pm 3.1$ & $1.4\pm 0.3$ \\
G29.96$-$0.02 (c) & G29.972$-$0.011SMM & 18:46:04.4 & $-$02:38:20 & $4.8\pm 1.6$& $0.7\pm 0.2$& $15.0\pm 4.9$ & $1.9\pm 0.5$ \\\hline
G29.96$-$0.02 (d) & G29.964$-$0.011SMM & 18:46:03.7 & $-$02:38:48 & $8.3\pm 2.6$& $1.1\pm 0.2$& $20.4\pm 7.0$ & $2.1\pm 0.6$ \\
G30.54+0.02    & G30.535+0.020SMM & 18:46:59.5 & $-$02:07:26 & $18.9\pm 5.7$$^{\dag}$& $2.0\pm 0.3$& $75.0\pm 24.9$ & $5.3\pm 1.2$ \\
G30.78$-$0.02 (a) & G30.785$-$0.022SMM & 18:47:35.9 & $-$01:55:13 & $31.5\pm 9.9$$^{\dag}$& $2.9\pm$ 0.4& $130.8\pm 45.1$ & $9.6\pm 1.7$ \\
G30.78$-$0.02 (b) & G30.786$-$0.028SMM$^a$ & 18:47:37.4 & $-$01:55:22 & $19.4\pm$ 6.5$^{\dag}$ & $2.1\pm$ 0.3& $106.6\pm 35.7$ & $7.1\pm 1.4$ \\
G31.28+0.06    & G31.280+0.061SMM & 18:48:12.5 & $-$01:26:31 & $53.9\pm 16.4$& $6.6\pm 0.7$& $224.5\pm 73.1$ & $24.9\pm 6.6$ \\
G31.40$-$0.26 (a) & G31.396$-$0.258SMM & 18:49:33.2 & $-$01:29:05 & $52.6\pm 15.9$& $6.5\pm 0.7$& $160.4\pm 51.1$ & $10.4\pm 1.4$ \\
G31.40$-$0.26 (b) & G31.387$-$0.269SMM & 18:49:34.7 & $-$01:29:52 & ${<}5.1$ & $0.7\pm 0.1$& ${<}5.1$ & $1.9\pm 0.5$ \\
G32.80+0.19    & G32.797+0.190SMM & 18:50:30.8 & +00:02:01 & $77.2\pm 23.3$& $12.0\pm 1.2$& $314.0\pm 99.2$ & $23.8\pm 3.1$ \\
G33.13$-$0.09  & G33.132$-$0.094SMM & 18:52:08.2 & +00:08:09 & $37.0\pm 11.3$& $4.8\pm 0.5$& $117.9\pm 37.6$ & $13.7\pm 2.1$ \\
G33.92+0.11    & G33.914+0.109SMM & 18:52:50.4 & +00:55:27 & $42.6\pm 12.9$& $6.1\pm 0.6$& $226.0\pm 68.7$ & $21.0\pm 2.5$ \\
G34.26+0.15  (a)  & G34.257+0.152SMM & 18:53:18.8 & +01:14:56 & $226.9\pm$ 68.1& $55.7\pm$ 5.6& $1464.2\pm 454.3$ & $189.4\pm 19.1$ \\
G34.26+0.15  (b)  & G34.244+0.133SMM & 18:53:21.5 & +01:13:42 & \ldots & $2.7\pm 0.3$& \ldots & $1.5\pm 0.2$ \\
G34.26+0.15  (c)  & G34.257+0.164SMM & 18:53:16.2 & +01:15:14 & $33.6\pm 10.3$& $7.4\pm 0.7$& $255.3\pm 78.8$ & $24.4\pm 2.5$ \\
G35.02+0.35    & G35.024+0.349SMM & 18:54:00.6 & +02:01:15 & $49.9\pm 15.1$& $6.3\pm 0.6$& 
$128.3\pm 41.0$ & $10.0\pm 1.2$ \\
G35.05$-$0.52 (a) & G35.039$-$0.505SMM & 18:57:04.9 & +01:38:43 & \ldots & $0.5\pm 0.1$& \ldots & $1.2\pm 0.1$ \\
G35.05$-$0.52 (b) &G35.053$-$0.518SMM & 18:57:09.3 & +01:39:04 & \ldots & $1.1\pm 0.2$& \ldots & $3.0\pm 0.5$ \\
G35.05$-$0.52 (c) & G35.049$-$0.513SMM & 18:57:07.6 & +01:39:00 & \ldots & $0.6\pm 0.1$& \ldots & $2.8\pm 0.4$ \\
G35.57+0.07    & G35.576+0.067SMM & 18:56:01.4 & +02:23:00 & \ldots & $1.6\pm 0.2$& \ldots & $10.2\pm 1.5$ \\
G35.58$-$0.03  & G35.578$-$0.031SMM & 18:56:22.7 & +02:20:26 & \ldots & $4.9\pm 0.5$& \ldots & $9.9\pm 1.6$ \\
G37.55$-$0.11  & G37.545$-$0.113SMM & 19:00:16.3 & +04:03:11 & \ldots & $2.2\pm 0.3$& \ldots & $7.4\pm 1.8$ \\
G37.77$-$0.20  & G37.764$-$0.216SMM & 19:01:02.3 & +04:12:03 & \ldots & $2.0\pm 0.2$& \ldots & $13.7\pm 1.8$ \\
G37.87$-$0.40  & G37.873$-$0.400SMM & 19:01:53.7 & +04:12:47 & \ldots & $4.7\pm 0.5$& \ldots & $15.1\pm 2.6$ \\
G39.25$-$0.06  & G39.254$-$0.060SMM & 19:03:13.2 & +05:35:47 & \ldots & $1.4\pm 0.2$& \ldots & $6.1\pm 0.9$ \\
G41.74+0.10    & G41.743+0.097SMM & 19:07:15.7 & +07:52:47 & \ldots & $0.9\pm 0.2$& \ldots & 
$2.2\pm 0.6$ \\
G42.42$-$0.27 (a) & G42.421$-$0.261SMM & 19:09:48.6 & +08:19:00 & $6.2\pm 2.4$$^{\dag}$ & 
$0.6\pm 0.1$& $73.3\pm 23.7$ & $4.3\pm 1.3$ \\
G42.42$-$0.27 (b) & G42.434$-$0.260SMM & 19:09:49.8 & +08:19:44 & $19.6\pm 6.1$$^{\dag}$& 
$1.8\pm 0.2$& $26.4\pm 8.8$ & $2.6\pm 0.5$ \\
G43.18$-$0.52 (a) & G43.179$-$0.519SMM & 19:12:09.0 & +08:52:11 & $22.3\pm 6.9$& $3.9\pm 0.4$& $124.1\pm 38.9$ & $13.2\pm 2.3$ \\
G43.18$-$0.52 (b) & G43.158$-$0.518SMM & 19:12:06.4 & +08:51:05 & ${<}5.1$ & $0.6\pm 0.1$& ${<}5.1$ & $1.2\pm 0.2$ \\
G43.24$-$0.05  & G43.237$-$0.047SMM & 19:10:33.9 & +09:08:21 & $27.1\pm 8.3$& $4.7\pm 0.5$& $104.7\pm 32.6$ & $13.3\pm 1.7$ \\
G43.80$-$0.13  & G43.795$-$0.127SMM & 19:11:53.9 & +09:35:50 & $62.5\pm 18.8$& $7.1\pm 0.7$& $133.7\pm 42.2$ & $13.8\pm 1.7$ \\
G45.07+0.13    & G45.071+0.131SMM & 19:13:22.3 & +10:50:51 & $20.3\pm 6.3$& $6.7\pm 0.7$& $80.2\pm 27.7$ & $15.5\pm 1.8$ \\
G45.12+0.13    & G45.122+0.131SMM & 19:13:28.1 & +10:53:34 & $12.0\pm 3.9$$^{\dag}$ & $5.0\pm 0.5$& $103.5\pm 37.3$ & $24.6\pm 2.7$ \\
G45.47+0.05  (a)  & G45.467+0.045SMM & 19:14:25.8 & +11:09:28 & \ldots & $4.5\pm 0.5$& \ldots & $16.0\pm 1.8$ \\
G45.47+0.05  (b)  & G45.455+0.060SMM & 19:14:21.3 & +11:09:15 & \ldots & $2.8\pm 0.3$& \ldots & $8.9\pm 1.1$ \\
G69.54$-$0.98  & G69.541$-$0.975SMM & 20:10:09.1 & +31:31:37 & $62.8\pm 18.9$& $8.9\pm 0.9$& $470.2\pm 150.2$ & $32.9\pm 4.7$ \\
G70.29+1.60    & G70.293+1.600SMM & 20:01:45.6 & +33:32:44 & $53.6\pm 16.1$& $13.6\pm 1.4$& $256.4\pm 79.3$ & $37.6\pm 4.3$ \\
G76.18+0.13  (a)  & G76.184+0.082SMM$^a$ & 20:23:58.3 & +37:37:29 & $8.1\pm 2.9$$^{\dag}$ & $1.1\pm 0.2$& $83.9\pm 30.7$ & $2.7\pm 0.9$ \\
G76.18+0.13  (b)  & G76.188+0.097SMM$^c$ & 20:23:55.2 & +37:38:10 & $11.8\pm 3.8$$^{\dag}$ & $1.1\pm$ 0.2& $128.5\pm 44.7$ & $6.7\pm 1.9$ \\
G76.18+0.13  (c)  & G76.192+0.090SMM$^a$ & 20:23:57.7 & +37:38:09 & \ldots & $0.8\pm 0.2$& \ldots & $2.7\pm 0.6$ \\
G76.38$-$0.62 (a) & G76.385$-$0.623SMM & 20:27:27.5 & +37:22:49 & $24.5\pm 7.6$$^{\dag}$ & 
$3.4\pm 0.4$& $192.3\pm 62.9$ & $17.0\pm 1.9$ \\
G76.38$-$0.62 (b) & G76.382$-$0.620SMM & 20:27:26.1 & +37:22:46 & $26.8\pm 8.3$$^{\dag}$ & 
$3.6\pm 0.4$& $48.2\pm 15.0$ & $6.1\pm 0.7$ \\
G76.38$-$0.62 (c) & G76.386$-$0.637SMM$^d$ & 20:27:31.1 & +37:22:25 & $12.4\pm 4.2$$^{\dag}$ &  \ldots & $53.1\pm 18.7$ & \ldots \\
G77.97$-$0.01 (a) & G77.953+0.005SMM & 20:29:31.9 & +39:01:10 & $8.8\pm 3.0$$^{\dag}$ & 
$0.8\pm 0.1$& $18.5\pm 6.9$ & $2.6\pm 0.5$ \\
G77.97$-$0.01 (b) & G77.962$-$0.008SMM & 20:29:36.8 & +39:01:09 & $5.5\pm 2.2$$^{\dag}$ & 
$0.7\pm 0.1$& $9.3\pm 3.4$ & $1.7\pm 0.4$ \\
G78.44+2.66  (a)  & G78.438+2.660SMM & 20:19:39.1 & +40:56:39 & $25.2\pm 7.7$$^{\dag}$ & 
$1.7\pm 0.2$& $181.3\pm 59.8$ & $9.7\pm 1.2$ \\
G78.44+2.66  (b)  & G78.446+2.659SMM & 20:19:40.7 & +40:57:02 & $21.2\pm 6.5$$^{\dag}$ & 
$1.4\pm 0.2$& $119.5\pm 37.1$ & $7.0\pm 0.9$ \\
G79.30+0.28  (a)  & G79.296+0.281SMM & 20:32:29.2 & +40:16:02 & $12.2\pm 4.0$$^{\dag}$ & 
$1.1\pm 0.1$& $89.3\pm 31.0$ & $6.2\pm 0.9$ \\
G79.30+0.28  (b)  & G79.316+0.279SMM$^e$ & 20:32:33.8 & +40:16:55 & $10.7\pm 3.5$$^{\dag}$ & $1.5\pm 0.2$& $35.6\pm 11.2$ & $3.4\pm 0.5$ \\
G79.30+0.28  (c)  & G79.306+0.278SMM & 20:32:31.8 & +40:16:23 & $7.9\pm 2.8$$^{\dag}$ & 
$0.7\pm 0.1$& $51.0\pm 15.6$ & $3.8\pm 0.5$ \\
G79.32+1.31  (a)  & G79.308+1.307SMM & 20:28:09.7 & +40:52:50 & $16.6\pm 5.2$$^{\dag}$ & 
$1.4\pm 0.2$& $59.2\pm 22.0$ & $4.9\pm 0.8$ \\
G79.32+1.31  (b)  & G79.319+1.312SMM & 20:28:10.3 & +40:53:32 & \ldots & $0.8\pm 0.1$& \ldots & $1.1\pm 0.2$ \\
G79.32+1.31  (c)  & G79.324+1.291SMM & 20:28:16.5 & +40:53:01 & $7.4\pm 2.7$$^{\dag}$ & 
$0.7\pm 0.1$& $19.9\pm 6.9$ & $2.3\pm 0.3$ \\
G80.87+0.42    & G80.865+0.419SMM & 20:36:52.5 & +41:36:22 & $16.6\pm 5.2$$^{\dag}$ & $3.4\pm 0.4$& $193.2\pm 63.5$ & $13.6\pm 1.9$ \\
G106.80+5.31 (a)  & G106.794+5.313SMM & 22:19:16.7 & +63:18:42 & $30.0\pm 9.5$& $6.8\pm 0.7$& $433.1\pm 156.7$ & $48.7\pm 7.7$ \\
G106.80+5.31 (b)  & G106.800+5.314SMM & 22:19:18.9 & +63:18:59 & $18.7\pm 6.3$& $4.7\pm 0.6$& $173.7\pm 54.7$ & $9.3\pm 1.1$ \\
G109.87+2.11   & G109.871+2.113SMM & 22:56:18.3 & +62:01:44 & $76.6\pm 23.1$& $14.5\pm 1.5$& $679.5\pm 217.6$ & $75.7\pm 9.9$ \\
G110.21+2.63   & G110.211+2.609SMM & 22:57:07.3 & +62:37:22 & ${<}5.4$ & $0.6\pm 0.3$& ${<}5.4$ & $7.1\pm 2.5$ \\
G111.28$-$0.66 (a) & G111.282$-$0.665SMM$^c$ & 23:16:04.1 & +60:01:55 & $22.0\pm 6.7$$^{\dag}$ & $2.4\pm 0.3$& $150.6\pm 45.9$  & $13.1\pm 2.2$ \\
G111.28$-$0.66 (b) & G111.281$-$0.670SMM$^c$ & 23:16:04.4 & +60:01:38 & \ldots & $1.5\pm 0.2$& \ldots& $5.8\pm 0.6$ \\
G111.61+0.37   & G111.612+0.374SMM & 23:15:31.3 & +61:07:12 & $15.9\pm 4.9$& $2.9\pm 0.3$& 
$163.6\pm 52.1$ & $14.9\pm 3.2$ \\
G133.95+1.06   & G133.949+1.064SMM & 02:27:04.7 & +61:52:23 & $78.5\pm 23.6$& $20.4\pm 2.1$& $482.0\pm 148.6$ & $62.1\pm 8.7$ \\\hline
G138.30+1.56   & G138.296+1.557SMM & 03:01:32.3 & +60:29:16 & $35.2\pm 10.7$$^{\dag}$ & 
$2.8\pm 0.4$& $183.1\pm 57.0$$^{\dag}$  & $19.6\pm 6.9$ \\
G188.79+1.03   & G188.795+1.031SMM & 06:09:07.2 & +21:50:38 & \ldots & $2.1\pm 0.4$& \ldots & $8.4\pm 3.7$ \\
G188.95+0.92   & G188.950+0.884SMM & 06:08:53.5 & +21:38:13 & \ldots & $5.7\pm 0.6$& \ldots & $24.4\pm 6.8$  \\
G213.88$-$11.84 & G213.880$-$11.836SMM & 06:10:50.8 & $-$06:11:48 & \ldots & $6.0\pm 0.6$& \ldots & $31.8\pm 3.9$ \\\hline
\end{tabular}
\par
\smallskip
(a) {A noisy bolometer clipped from the final rebinned image is located close to this source and thus the measured flux is a lower limit to the true
flux.}\\
(b) {These sources are separable in the unsmoothed 450~$\mu$m image but blended in the 850 $\mu$m image. The quoted 850~$\mu$m flux is that of
the blended single source. The coordinates quoted are measured from the 450~$\mu$m image.}\\
(c) {These sources are separable in the 850~$\mu$m images but blended into one source in the smoothed 450~$\mu$m images. The quoted 450~$\mu$m
flux is the flux of the blended single source.}\\
(d) {A noisy bolometer clipped from the final rebinned 850~$\mu$m image lies over this source and it was not possible to masure any sensible
peak or integrated 850~$\mu$m flux.}\\
(e) {This sources lies on the edge of the field of view and thus one or more of the quoted fluxes is a lower limit to the true flux.}
\end{table}