Table 1: Newly determined centre positions and angular dimensions $\Theta _{\rm maj}$ and $\Theta _{\rm min}$ of all 36 Galactic supernova remnants that can be found in the area observed for the CGPS. Equatorial coordinates (J2000) are given in [hh mm ss] for Right Ascension and in [+dd mm] for Declination. The dimensions were determined from the radio emission as seen at 1420 MHz except for DA 530 and G156.2+5.7 (marked with ^*), which are only covered by the 408 MHz survey. The designations of 1420 and 408 MHz CGPS mosaics are given in the last column (see text).
Source $\ell$ [ $\hbox{$^\circ$ }$ ] b [ $\hbox{$^\circ$ }$ ] RA_J2000 Dec_J2000 $\Theta _{\rm maj}$ [ $^\circ$ ] $\Theta _{\rm min}$ [ $^\circ$ ] Mosaic Codes

G65.1+0.6 65.14 +0.41 19 53 57 +28 32 1.17 1.13 MR1 + C7

G65.7+1.2 65.72 +1.20 19 52 13 +29 26 0.38 0.35 MR1 + C7

G67.7+1.8 67.74 +1.80 19 54 38 +31 28 0.25 0.20 MQ2 + C7

G68.6-1.2 68.59 -1.21 20 08 40 +30 36 0.38 0.38 MQ1 + C7

G69.0+2.7 68.81 +2.57 19 54 07 +32 47 1.88 1.48 MQ2 + C7

G69.7+1.0 69.69 +1.01 20 02 38 +32 43 0.27 0.23 MQ2 + C7

G73.9+0.9 73.83 +0.90 20 13 57 +36 08 0.47 0.43 MP2 + C6

G74.9+1.2 74.96 +1.15 20 16 03 +37 13 0.17 0.13 MP2 + C6

G76.9+1.0 76.89 +0.97 20 22 20 +38 43 0.15 0.13 MO2 + C6

G78.2+2.1 78.18 +2.12 20 21 14 +40 26 1.13 1.13 MO2 + C6

G82.2+5.3 82.17 +5.29 20 19 11 +45 30 2.05 1.47 MN2 + C6

G83.0-0.3 83.02 -0.27 20 46 54 +42 52 0.15 0.12 MM1 + C6

G84.2-0.8 84.20 -0.81 20 53 22 +43 27 0.40 0.32 MM1 + C6

G84.9+0.5 84.99 +0.50 20 50 33 +44 54 0.13 0.13 MM1 + C6

G85.4+0.7 85.38 +0.73 20 50 57 +45 21 0.70 0.65 MM1 + C6

G85.9-0.6 85.96 -0.63 20 58 58 +45 44 0.50 0.50 MM1 + C6

G89.0+4.7 89.05 +4.67 21 27 31 +57 20 2.50 2.27 ML2 + C5

G93.3+6.9^* 93.26 +6.91 20 52 19 +55 20 0.48 0.43 C5

G93.7-0.2 93.75 -0.36 21 29 56 +50 44 2.00 1.73 MK1 + C5

G94.0+1.0 94.00 +1.03 21 24 56 +51 54 0.63 0.55 MK1 + C5

G96.0+2.0 96.06 +1.96 21 30 33 +54 00 0.45 0.43 MIJ2 + C5

G106.3+2.7 106.35 +2.79 22 27 40 +60 57 1.07 0.70 MG2 + C4

G107.5-1.5 107.26 -1.68 22 50 51 +57 29 0.16 0.14 MF1 + C4

G109.1-1.0 109.15 -1.02 23 01 39 +58 53 0.58 0.52 MF1 + C4

G113.0+0.1 112.98 +0.13 23 26 54 +61 21 0.76 0.60 ME1 + C3

G114.3+0.3 114.32 +0.34 23 37 08 +61 58 1.48 1.27 ME1 + C3

G116.5+1.1 116.43 +1.10 23 53 12 +63 14 1.32 1.22 MD2 + C3

G116.9+0.2 116.94 +0.19 23 59 16 +62 27 0.62 0.62 MD1 + C3

G120.1+1.4 120.09 +1.41 00 25 20 +64 08 0.18 0.18 MC2 + C3

G126.2+1.6 126.23 +1.76 01 22 04 +64 26 1.48 1.42 MB2 + C2

G127.1+0.5 127.11 +0.56 01 28 33 +63 08 0.98 0.88 MA1 + C2

G130.7+3.1 130.73 +3.08 02 05 43 +64 49 0.18 0.10 MA2 + C2

G132.7+1.3 132.65 +1.56 02 18 03 +62 47 2.07 1.78 MY2 + C2

G156.2+5.7^* 156.17 +5.61 04 58 37 +51 45 1.82 1.59 C0

G160.9+2.6 160.38 +2.74 05 00 35 +46 41 2.48 2.32 MEY2 + C0

G166.0+4.3 166.14 +4.25 05 26 27 +42 54 1.60 0.83 MEX2 + CM1

**Table 1:** Newly determined centre positions and angular dimensions $\Theta _{\rm maj}$ and $\Theta _{\rm min}$ of all 36 Galactic supernova remnants that can be found in the area observed for the CGPS. Equatorial coordinates (J2000) are given in [hh mm ss] for Right Ascension and in [+dd mm] for Declination. The dimensions were determined from the radio emission as seen at 1420 MHz except for DA 530 and G156.2+5.7 (marked with ^*), which are only covered by the 408 MHz survey. The designations of 1420 and 408 MHz CGPS mosaics are given in the last column (see text).
Source	$\ell$ [ $\hbox{$^\circ$ }$ ]	b [ $\hbox{$^\circ$ }$ ]	RA_J2000	Dec_J2000	$\Theta _{\rm maj}$ [ $^\circ$ ]	$\Theta _{\rm min}$ [ $^\circ$ ]	Mosaic Codes
G65.1+0.6	65.14	+0.41	19 53 57	+28 32	1.17	1.13	MR1 + C7
G65.7+1.2	65.72	+1.20	19 52 13	+29 26	0.38	0.35	MR1 + C7
G67.7+1.8	67.74	+1.80	19 54 38	+31 28	0.25	0.20	MQ2 + C7
G68.6-1.2	68.59	-1.21	20 08 40	+30 36	0.38	0.38	MQ1 + C7
G69.0+2.7	68.81	+2.57	19 54 07	+32 47	1.88	1.48	MQ2 + C7
G69.7+1.0	69.69	+1.01	20 02 38	+32 43	0.27	0.23	MQ2 + C7
G73.9+0.9	73.83	+0.90	20 13 57	+36 08	0.47	0.43	MP2 + C6
G74.9+1.2	74.96	+1.15	20 16 03	+37 13	0.17	0.13	MP2 + C6
G76.9+1.0	76.89	+0.97	20 22 20	+38 43	0.15	0.13	MO2 + C6
G78.2+2.1	78.18	+2.12	20 21 14	+40 26	1.13	1.13	MO2 + C6
G82.2+5.3	82.17	+5.29	20 19 11	+45 30	2.05	1.47	MN2 + C6
G83.0-0.3	83.02	-0.27	20 46 54	+42 52	0.15	0.12	MM1 + C6
G84.2-0.8	84.20	-0.81	20 53 22	+43 27	0.40	0.32	MM1 + C6
G84.9+0.5	84.99	+0.50	20 50 33	+44 54	0.13	0.13	MM1 + C6
G85.4+0.7	85.38	+0.73	20 50 57	+45 21	0.70	0.65	MM1 + C6
G85.9-0.6	85.96	-0.63	20 58 58	+45 44	0.50	0.50	MM1 + C6
G89.0+4.7	89.05	+4.67	21 27 31	+57 20	2.50	2.27	ML2 + C5
G93.3+6.9^*	93.26	+6.91	20 52 19	+55 20	0.48	0.43	C5
G93.7-0.2	93.75	-0.36	21 29 56	+50 44	2.00	1.73	MK1 + C5
G94.0+1.0	94.00	+1.03	21 24 56	+51 54	0.63	0.55	MK1 + C5
G96.0+2.0	96.06	+1.96	21 30 33	+54 00	0.45	0.43	MIJ2 + C5
G106.3+2.7	106.35	+2.79	22 27 40	+60 57	1.07	0.70	MG2 + C4
G107.5-1.5	107.26	-1.68	22 50 51	+57 29	0.16	0.14	MF1 + C4
G109.1-1.0	109.15	-1.02	23 01 39	+58 53	0.58	0.52	MF1 + C4
G113.0+0.1	112.98	+0.13	23 26 54	+61 21	0.76	0.60	ME1 + C3
G114.3+0.3	114.32	+0.34	23 37 08	+61 58	1.48	1.27	ME1 + C3
G116.5+1.1	116.43	+1.10	23 53 12	+63 14	1.32	1.22	MD2 + C3
G116.9+0.2	116.94	+0.19	23 59 16	+62 27	0.62	0.62	MD1 + C3
G120.1+1.4	120.09	+1.41	00 25 20	+64 08	0.18	0.18	MC2 + C3
G126.2+1.6	126.23	+1.76	01 22 04	+64 26	1.48	1.42	MB2 + C2
G127.1+0.5	127.11	+0.56	01 28 33	+63 08	0.98	0.88	MA1 + C2
G130.7+3.1	130.73	+3.08	02 05 43	+64 49	0.18	0.10	MA2 + C2
G132.7+1.3	132.65	+1.56	02 18 03	+62 47	2.07	1.78	MY2 + C2
G156.2+5.7^*	156.17	+5.61	04 58 37	+51 45	1.82	1.59	C0
G160.9+2.6	160.38	+2.74	05 00 35	+46 41	2.48	2.32	MEY2 + C0
G166.0+4.3	166.14	+4.25	05 26 27	+42 54	1.60	0.83	MEX2 + CM1

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