Bibliography

**Table 3:** Coordinates, Velocities and Magnitudes of Emission-Line Galaxies
#	Name	$\alpha\,(1950)$	$\delta\,(1950)$	$V_{hel}^{\,a}\pm\sigma_V$	m_B	M $_{B}^{\;\;b}$	Type	Other names from NED
								and number of reference
	(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)
1	HS 0809+4334	08 09 01.5	+43 34 17	14146 $\pm$ 57	18.4	-18.0	BCG
2	HS 0818+4234	08 18 40.5	+42 34 23	17424 $\pm$ 68	19.7	-17.1	NON
3	HS 0822+4049	08 22 25.1	+40 49 57	12087 $\pm$ 100	17.3	-18.7	BCG
4	HS 0822+4238	08 22 50.9	+42 38 24	11637 $\pm$ 60	18.2	-17.8	BCG
5	HS 0824+4139	08 24 11.6	+41 39 00	10784 $\pm$ 53	18.4	-17.4	BCG?	IRAS F08241+4139
6	HS 0828+4305	08 28 04.6	+43 05 24	10700 $\pm$ 86	16.7	-19.0	SBN
7	HS 0828+4346	08 28 32.0	+43 46 24	7649 $\pm$ 62	18.4	-16.6	BCG
8	HS 0831+4208	08 31 14.5	+42 08 17	44859 $\pm$ 56	+17.3	-21.5	SBN	MBWU023
9	HS 0849+3802 $^\ddagger$	08 49 09.9	+38 02 27	13368 $\pm$ 71	16.9	-19.4	SBN	IRAS F08491+3802
10	HS 0849+3639 $^\ddagger$	08 49 34.0	+36 39 14	7503 $\pm$ 47	20.0	-15.0	BCG
11	HS 0850+3722 $^\ddagger$	08 50 17.5	+37 22 40	14925 $\pm$ 68	+18.7	-17.8	NON
12	HS 0855+4118	08 55 02.3	+41 18 44	8113 $\pm$ 80	17.0	-18.2	BCG?
13	HS 0855+3729 $^\ddagger$	08 55 27.6	+37 29 06	14921 $\pm$ 59	17.5	-19.0	SBN
14	HS 0900+4318	09 00 26.4	+43 18 52	2421 $\pm$ 95	18.5	-14.0	BCG	MBWU369
15	HS 0901+3517 $^\ddagger$	09 01 17.6	+35 17 29	12397 $\pm$ 95	18.2	-17.9	BCG?
16	HS 0904+3752 $^\ddagger$	09 04 29.2	+37 52 27	6803 $\pm$ 86	18.4	-16.4	DANS?	FGC0841
17	HS 0907+4201	09 07 43.6	+42 01 48	12004 $\pm$ 104	17.1	-18.9	SBN
18	HS 0912+4427	09 12 08.2	+44 27 26	11637 $\pm$ 101	17.4	-18.6	DANS?
19	HS 0912+4259	09 12 23.6	+42 59 50	14268 $\pm$ 53	16.4	-20.0	SBN	IRAS F09123+4259
20	HS 0912+4433	09 12 28.7	+44 33 55	11345 $\pm$ 92	17.3	-18.6	BCG
21	HS 0912+3900 $^\ddagger$	09 12 38.2	+39 00 21	20628 $\pm$ 92	17.2	-20.0	SBN	NPM1G+39.0196
22	HS 0923+4021	09 23 13.8	+40 21 32	5190 $\pm$ 110	17.2	-17.0	BCG
23	HS 0927+4159	09 27 00.6	+41 59 35	13533 $\pm$ 95	17.4	-18.9	BCG
24	HS 0934+4150	09 34 21.3	+41 50 29	12011 $\pm$ 74	17.0	-19.0	BCG	KUG0934+418
25	HS 0934+4256	09 34 53.9	+42 56 20	3600 $\pm$ 44	17.2	-16.2	DANS	KUG0934+429
26	HS 0935+4135	09 35 30.7	+41 35 07	79288 $\pm$ 300	18.0	-22.1	LINER
27	HS 0938+4215	09 38 49.6	+42 15 40	4680 $\pm$ 98	17.6	-16.4	BCG
28	HS 0939+4124	09 39 37.2	+41 24 03	13646 $\pm$ 62	18.5	-17.8	BCG
29	HS 0940+4052	09 40 08.1	+40 52 28	18255 $\pm$ 44	16.1	-20.8	BCG?
30	HS 0941+4024A	09 41 54.7	+40 24 52	21709 $\pm$ 20	+17.2	-20.1	SBN	FIRSTJ094501.7+40110
31	HS 0941+4024B	09 41 56.2	+40 24 53	21724 $\pm$ 14	16.6	-20.7	BCG?
32	HS 0947+3526 $^\ddagger$	09 47 59.6	+35 26 39	4678 $\pm$ 44	16.4	-17.6	BCG	KUG0947+354
33	HS 0948+3723	09 48 19.0	+37 23 05	5140 $\pm$ 37	+17.8	-16.4	BCG	6
34	HS 0951+3712 $^\ddagger$	09 51 40.6	+37 12 07	12275 $\pm$ 65	16.9	-19.2	SBN	FIRSTJ095440.9+36575
35	HS 0952+4024 $^\ddagger$	09 52 30.8	+40 24 28	8648 $\pm$ 50	17.3	-18.0	DANS
36	HS 0953+3628	09 53 16.5	+36 28 41	14435 $\pm$ 101	17.3	-19.1	BCG	CG 308, 5
37	HS 0954+3615 $^\ddagger$	09 54 35.4	+36 15 47	5193 $\pm$ 68	18.4	-15.8	BCG
38	HS 0956+3702 $^\ddagger$	09 56 08.4	+37 02 05	15679 $\pm$ 74	16.7	-19.9	SBN
39	HS 0958+3654 $^\ddagger$	09 58 27.9	+36 54 43	12265 $\pm$ 300	17.4	-18.7	SBN?	CGCG182-058, 8
40	HS 0958+3637	09 58 29.2	+36 37 30	13134 $\pm$ 75	17.6	-18.6	DANS?

Table 3. (Continued)

# Name $\alpha\,(1950)$ $\delta\,(1950)$ $V_{hel}^{\,a}\pm\sigma_V$ m_B M $_{B}^{\;\;b}$ Type Other names from NED

and number of reference

(1) (2) (3) (4) (5) (6) (7) (8)

41 HS 0958+3718 09 58 15.5 +37 18 38 1606 $\pm$ 77 15.7 -16.0 BCG CG 315,KUG0958+373, 5

42 HS 1004+3730 $^\ddagger$ 10 04 22.3 +37 30 22 10133 $\pm$ 94 16.5 -19.2 SBN KUG1004+375

43 HS 1008+3620 $^\ddagger$ 10 08 01.5 +36 20 51 11424 $\pm$ 53 17.2 -18.7 BCG

44 HS 1011+3604 10 11 29.6 +36 04 55 10227 $\pm$ 65 17.5 -18.2 DANS?

45 HS 1014+3535 $^\ddagger$ 10 14 50.0 +35 35 50 26718 $\pm$ 72 17.6 -20.2 SBN KUG1014+355

46 HS 1016+3733 10 16 02.7 +37 33 04 14451 $\pm$ 78 16.1 -20.3 LINER KUG1016+375

47 HS 1021+4839 10 21 39.0 +48 39 53 7495 $\pm$ 69 16.7 -18.3 SBN?

48 HS 1025+3707A 10 25 12.7 +37 07 08 7503 $\pm$ 102 17.9 -17.1 BCG

49 HS 1025+3707B 10 25 13.7 +37 07 10 39650 $\pm$ 300 +16.9 -21.7 SBN

50 HS 1025+3658 $^\ddagger$ 10 25 32.3 +36 58 28 10988 $\pm$ 59 16.9 -18.9 BCG

51 HS 1025+4057 10 25 51.0 +40 57 52 16482 $\pm$ 59 16.7 -20.0 SBN

52 HS 1027+4728 10 27 45.9 +47 28 57 18225 $\pm$ 100 17.6 -19.3 SBN

53 HS 1028+3716 10 28 24.8 +37 16 15 11137 $\pm$ 109 16.9 -19.0 DANS KUG1028+372

54 HS 1032+4600 10 32 21.2 +46 00 11 9299 $\pm$ 61 17.1 -18.4 BCG? KUG1032+460

55 HS 1043+3852 $^\ddagger$ 10 43 09.0 +38 52 15 10071 $\pm$ 60 +18.9 -16.7 BCG

56 HS 1122+3800 $^\ddagger$ 11 22 53.7 +38 00 33 11438 $\pm$ 98 +18.7 -17.2 BCG

57 HS 1148+3732 11 48 05.4 +37 32 22 10835 $\pm$ 51 17.5 -18.3 DANS KUV11481+3732, 14

58 HS 1159+3940 11 59 52.5 +39 40 59 6299 $\pm$ 29 +17.4 -17.2 DANS 6

59 HS 1200+3824 12 00 41.7 +38 24 01 23983 $\pm$ 146 +18.0 -19.4 SBN? MAPS-NGPO 266 006267

60 HS 1201+3535 12 01 17.6 +35 35 08 10216 $\pm$ 11 19.0 -16.7 BCG MAPS-NGPO 267 026327

61 HS 1202+3732 12 02 36.8 +37 32 55 6787 $\pm$ 7 +18.7 -16.1 BCG MAPS-NGPO 267 0065953

62 HS 1204+3945 12 04 45.2 +39 45 47 11178 $\pm$ 195 18.0 -17.9 BCG?

63 HS 1205+3940 12 05 29.2 +39 40 19 6362 $\pm$ 14 18.1 -16.5 BCG CG 1517

64 HS 1206+4012 12 06 19.8 +40 12 24 26721 $\pm$ 300 18.1 -19.7 NON

65 HS 1210+3831 12 10 46.7 +38 31 42 15800 $\pm$ 66 16.9 -19.7 BCG? CG 1538

66 HS 1211+3807 12 11 20.1 +38 07 27 7433 $\pm$ 133 16.3 -18.7 BCG MAPS-NGPO 267 004482

67 HS 1211+4012 12 11 51.5 +40 12 23 7091 $\pm$ 23 18.3 -16.6 BCG

68 HS 1212+3640 12 12 09.5 +36 40 57 12704 $\pm$ 56 16.5 -19.6 BCG KUG1212+366

69 HS 1213+3636A 12 13 03.8 +36 36 56 522 $\pm$ 35 17.5: -11.7: BCG

70 HS 1213+3636B 12 13 04.1 +36 36 31 229 $\pm$ 38 17.3 -9.6 SA in SBm in NGC 4214

71 HS 1215+3850 12 15 46.7 +38 50 07 15702 $\pm$ 65 16.1 -20.5 BCG? CG 1553

72 HS 1216+3743 12 16 38.5 +37 43 24 5978 $\pm$ 124 17.9 -16.6 DANS MAPS-NGPO 267 007023

73 HS 1218+3945 12 18 52.5 +39 45 44 11475 $\pm$ 57 17.7 -18.2 BCG

74 HS 1220+3845 12 20 11.8 +38 45 38 57118 $\pm$ 57 +17.8 -21.6 Sy2

75 HS 1223+3938 12 23 29.6 +39 38 31 10873 $\pm$ 69 16.8 -19.0 BCG NPM1G+39.0289,CG 1566, 2, 7

76 HS 1224+4027 12 24 42.2 +40 27 56 17724 $\pm$ 5 18.6 -18.3 BCG

77 HS 1225+4129 12 25 45.5 +41 29 16 11411 $\pm$ 17 18.7 -17.2 BCG

78 HS 1226+4113 12 26 55.8 +41 13 52 3845 $\pm$ 17 18.7 -14.9 BCG

79 HS 1232+3834 12 32 25.0 +38 34 31 4049 $\pm$ 57 +16.8 -16.9 BCG MAPS-NGPO 218 110114

80 HS 1232+3947 12 32 54.6 +39 47 39 6506 $\pm$ 143 17.2 -17.5 BCG 2, 7

81 HS 1235+4232 12 35 13.7 +42 32 02 7449 $\pm$ 90 18.4 -16.6 DANS?

82 HS 1236+3821 12 36 31.9 +38 21 52 2069 $\pm$ 103 15.4 -16.8 BCG UGC 7816,CGCG1236.5+3822,

NPM1G+38.0259, 2, 7

Table 3. (Continued)

# Name $\alpha\,(1950)$ $\delta\,(1950)$ $V_{hel}^{\,a}\pm\sigma_V$ m_B M $_{B}^{\;\;b}$ Type Other names from NED

and number of reference

(1) (2) (3) (4) (5) (6) (7) (8)

83 HS 1236+4532 12 36 39.8 +45 32 54 16334: $\pm$ 300 17.6 -19.1 NON MAPS-NGPO 172 027192

84 HS 1237+3900 12 37 04.0 +39 00 00 11198 $\pm$ 11 +18.6 -17.3 BCG 6

85 HS 1238+4229 12 38 24.1 +42 29 08 11370 $\pm$ 53 18.9 -17.0 BCG

86 HS 1242+4058A 12 42 00.3 +40 58 12 5512 $\pm$ 197 16.6 -17.7 BCG MAPS-NGPO 218 061180

87 HS 1244+3647 12 44 36.9 +36 47 45 14171 $\pm$ 89 16.4 -20.0 BCG 2, 7

88 HS 1245+4413 12 45 52.8 +44 13 25 9293 $\pm$ 62 17.7 -17.8 DANS

89 HS 1300+4225 13 00 36.5 +42 25 39 11374 $\pm$ 23 +17.3 -18.6 BCG?

90 HS 1302+4058 13 02 13.6 +40 58 51 9200 $\pm$ 34 +16.8 -18.6 BCG MAPS-NGPO 219 053488

91 HS 1302+4101 13 02 49.8 +41 01 22 10567 $\pm$ 20 +18.5 -17.2 BCG

92 HS 1305+4049 13 05 49.2 +40 49 09 10456 $\pm$ 57 +17.8 -17.9 BCG

93 HS 1306+4146 13 06 13.5 +41 46 23 17237 $\pm$ 5 +19.1 -17.7 BCG

94 HS 1306+4151 13 06 46.9 +41 51 04 82269 $\pm$ 23 +18.0 -22.2 NON

95 HS 1306+4232 13 06 57.7 +42 32 19 14701 $\pm$ 90 +16.9 -19.6 DANS MAPS-NGPO 219 019849

96 HS 1307+4225 13 07 38.8 +42 25 04 2677 $\pm$ 20 +17.4 -15.3 BCG MAPS-NGPO 219 022840

97 HS 1309+4446 13 09 20.6 +44 46 42 8944 $\pm$ 158 +16.4 -19.0 DANS

98 HS 1310+4224 13 10 20.8 +42 24 08 12565 $\pm$ 117 +17.7 -18.4 DANS

99 HS 1311+3628 13 11 00.0 +36 28 02 1094 $\pm$ 12 18.0 -12.9 BCG Near UGC 8303, 2, 7

NGP9 F269-0669419 is 14 to E

100 HS 1311+4507 13 11 30.2 +45 07 33 18285 $\pm$ 11 +18.6 -18.4 BCG

101 HS 1311+4204 13 11 50.0 +42 04 50 10495 $\pm$ 14 +18.1 -17.6 DANS

102 HS 1311+3924 13 11 54.2 +39 24 47 1401 $\pm$ 54 15.6 -15.8 BCG UGC 8315, 4

103 HS 1313+4440 13 13 04.4 +44 40 15 10982 $\pm$ 144 16.5 -19.3 SBN UGC 8327,MRK 248, 9

104 HS 1313+4246 13 13 25.5 +42 46 04 12055 $\pm$ 11 +19.2 -16.9 BCG MAPS-NGPO 219 017637

105 HS 1313+4041 13 13 34.2 +40 41 07 6373 $\pm$ 23 +17.6 -17.1 BCG

106 HS 1313+4521 13 13 40.2 +45 21 59 3449 $\pm$ 18 +18.9 -14.4 BCG

107 HS 1314+4145 13 14 00.0 +41 45 28 6445 $\pm$ 127 15.4 -19.3 SBN MRK 1477, 10

108 HS 1315+4129 13 15 42.5 +41 29 14 35297 $\pm$ 116 +18.0 -20.3 NON FIRSTJ131755.8+41132,

7C1315+4129

109 HS 1316+3839 13 16 01.7 +38 39 22 18065 $\pm$ 86 16.4 -20.5 BCG?

110 HS 1317+4521B 13 17 50.9 +45 21 60 32888 $\pm$ 133 +16.3 -21.9 Sy1

111 HS 1322+3708 13 22 17.0 +37 08 39 14127 $\pm$ 67 16.4 -20.0 BCG KUG1322+371

112 HS 1323+3946 13 23 29.9 +39 46 13 7064 $\pm$ 162 16.0 -18.9 DANS IRAS F13235+3945

113 HS 1330+3651 13 30 54.0 +36 51 55 5044 $\pm$ 117 16.7 -17.4 BCG 2, 7

114 HS 1334+3957 13 34 11.4 +39 57 31 2513 $\pm$ 61 16.9 -15.7 BCG 2, 7

115 HS 1336+3650 13 36 43.9 +36 50 57 5791 $\pm$ 94 17.8 -16.6 BCG 2, 7

116 HS 1354+3635 13 54 29.9 +36 35 39 5056 $\pm$ 56 16.1 -18.0 BCG CG 1201, 3, 2, 7

117 HS 1402+3650 14 02 39.2 +36 50 47 10456 $\pm$ 83 16.3 -19.4 BCG 2, 7

118 HS 1408+4227 14 08 07.5 +42 27 26 20355 $\pm$ 17 20.6 -16.6 BCG

119 HS 1408+4522 14 08 09.3 +45 22 23 20443 $\pm$ 113 17.8 -19.4 BCG CG 367

120 HS 1410+3627 14 10 02.2 +36 27 15 9890 $\pm$ 90 16.9 -18.7 BCG 2, 7

121 HS 1412+4203 14 12 12.3 +42 03 50 24842 $\pm$ 160 19.1 -18.5 SBN

122 HS 1414+4034 14 14 43.1 +40 34 58 6097 $\pm$ 32 20.1 -14.5 BCG

123 HS 1417+4433 14 17 27.9 +44 33 14 18797 $\pm$ 5 19.8 -17.2 BCG

Table 3. (Continued)

# Name $\alpha\,(1950)$ $\delta\,(1950)$ $V_{hel}^{\,a}\pm\sigma_V$ m_B M $_{B}^{\;\;b}$ Type Other names from NED

and number of reference

(1) (2) (3) (4) (5) (6) (7) (8)

124 HS 1419+3639 14 19 16.2 +36 39 18 3579 $\pm$ 42 17.1 -16.3 BCG UGC 9198, 2

125 HS 1420+3726 14 20 50.1 +37 26 58 10847 $\pm$ 45 17.5 -18.3 BCG

126 HS 1423+3945 14 23 13.6 +39 45 27 1480 $\pm$ 35 18.5 -13.0 SA in Sp in UGC 9242

127 HS 1423+4054 14 23 50.0 +40 54 48 8059 $\pm$ 93 18.5 -16.7 BCG

128 HS 1427+4309 14 27 53.4 +43 09 40 2679 $\pm$ 151 17.8 -15.0 BCG CG 449,PGC051797,

[KOS87]142752+430936, 12

129 HS 1428+4056 14 28 15.9 +40 56 16 10276 $\pm$ 49 19.9 -15.8 DANS

130 HS 1430+4040 14 30 17.9 +40 40 54 6999 $\pm$ 60 17.2 -17.7 DANS CG 467,IRAS F14302+4041,

PGC051943, 13

131 HS 1433+4411 14 33 27.2 +44 11 21 2945 $\pm$ 90 16.8 -16.2 BCG CG 480,NPM1G+44.0284

132 HS 1433+4245 14 33 53.6 +42 45 23 21481 $\pm$ 300 14.0 -23.3 LINER NPM1G+42.0387

133 HS 1437+4002 14 37 58.5 +40 02 29 11084 $\pm$ 29 +19.2 -16.7 BCG 6

134 HS 1441+4122 14 41 24.4 +41 22 44 11007 $\pm$ 122 17.3 -18.5 DANS NPM1G+41.0365

135 HS 1443+4027 14 43 11.0 +40 27 39 8425 $\pm$ 30 17.1 -18.2 BCG CG 527

136 HS 1447+4402 14 47 20.1 +44 02 50 24642 $\pm$ 56 19.2 -18.4 DANS

137 HS 1448+4518 14 48 56.3 +45 18 01 10661 $\pm$ 149 17.8 -18.0 DANS?

138 HS 1450+3844 14 50 20.8 +38 44 37 4179 $\pm$ 54 17.8 -15.9 BCG CG 565,[SP82]25, 2

139 HS 1450+4234 14 50 55.3 +42 34 20 10393 $\pm$ 194 17.4 -18.3 DANS CG 568,NPM1G+42.0398

140 HS 1458+4129 14 58 03.9 +41 29 17 8687 $\pm$ 116 18.4 -16.9 DANS

141 HS 1514+4602 15 14 27.6 +46 02 48 22810 $\pm$ 300 16.8 -20.7 SBN NPM1G+46.0322, 1

142 HS 1537+4411 15 37 19.2 +44 11 23 9312 $\pm$ 43 17.2 -18.3 BCG

143 HS 1545+4055 15 45 26.2 +40 55 36 9521 $\pm$ 14 18.8 -16.7 BCG [SP82]54

144 HS 1545+4459 15 45 34.0 +44 59 19 10480 $\pm$ 114 18.4 -17.3 BCG?

145 HS 1546+4319 15 46 31.9 +43 19 50 12400 $\pm$ 45 16.5 -19.6 SBN IRAS F15465+4320

146 HS 1603+3759 $^\ddagger$ 16 03 13.2 +37 59 08 12071 $\pm$ 82 18.6 -17.4 BCG

147 HS 1613+3902 16 13 51.4 +39 02 28 10046 $\pm$ 77 18.7 -16.9 BCG FIRSTJ161538.5+38544

148 HS 1616+3627 16 16 19.9 +36 27 11 10210 $\pm$ 38 16.5 -19.2 Sy1 RXJ1618.1+3619, 11

149 HS 1625+3847 16 25 49.1 +38 47 28 9355 $\pm$ 131 18.4 -17.1 BCG?

150 HS 1633+4703 16 33 12.8 +47 03 44 2681 $\pm$ 62 16.7 -16.1 BCG 2, 7

151 HS 1645+4339 16 45 57.7 +43 39 27 9577 $\pm$ 118 18.3 -17.2 BCG

152 HS 1646+4003B 16 46 35.6 +40 03 59 9877 $\pm$ 83 19.7 -15.9 BCG?

153 HS 1649+3621 16 49 35.6 +36 21 13 9189 $\pm$ 162 18.1 -17.3 BCG

154 HS 1650+3706 16 50 22.4 +37 06 22 6898 $\pm$ 30 19.1 -15.7 BCG

155 HS 1653+4340 16 53 19.4 +43 40 29 59773 $\pm$ 116 +18.7 -20.9 SBN?

156 HS 1655+3845 16 55 47.9 +38 45 56 2221 $\pm$ 112 17.1 -15.3 BCG

157 HS 1704+3542 $^\ddagger$ 17 04 51.5 +35 42 15 7602 $\pm$ 162 18.0 -17.0 BCG

158 HS 1710+3746 17 10 19.8 +37 46 26 11196 $\pm$ 104 17.8 -18.1 BCG

159 HS 1713+4417 17 13 12.3 +44 17 03 8425 $\pm$ 80 18.4 -16.9 BCG?

160 HS 1713+4856 17 13 25.3 +48 56 53 8051 $\pm$ 44 19.3 -15.9 BCG

161 HS 1716+3817 17 16 34.1 +38 17 31 13062 $\pm$ 178 16.9 -19.3 SBN? 6

^a Heliocentric velocities.; ^b absolute magnitudes are not corrected for galactic extinction;

+ APM magnitudes; objects from the second priority random sample; $^\ddagger$ galaxies from the APM selected sample.

Table 3. (Continued)

References:
1 - Klemola, A. R., Jones, B. F., & Hanson, R. B. 1987, AJ, 94, 501
2 - Popescu, C. C., Hopp, U., Hagen, H.-J., & Elsässer, H. 1996, A&AS, 116, 43
3 - Ugryumov, A. V., Pustilnik, S. A., Lipovetsky, V. A., Izotov, Yu. I., & Richter, G. M. 1998, A&AS, 131, 295
4 - RC3
5 - Weistrop, D., & Downes, R. A. 1991, AJ, 102, 1680
6 - Hopp, U., Engels, D., Green, R., et al. 2000, A&AS, 142, 417 ( Paper III)
7 - Popescu, C. C., & Hopp, U. 2000, A&AS, 142, 247
8 - Falco, E. E., Kurtz, M. J., Geller, M. J., et al. 1999, PASP, 111, 438
9 - Markarian, B. E., Lipovetsky, V. A., Stepanian, et al. 1989, Soob. SAO. No.62, 5
10 - Fisher, K. B., Huchra, J. P., Strauss, M. A., et al. 1995, ApJS, 100, 69
11 - Grupe, D., Beuermann, K., Mannheim, K., & Thomas H.-C. 1999, A&A, 350, 895
12 - Kirshner, R. P., Oemler, A., Schechter, P. L., & Shectman, S. A. 1987, ApJ, 314, 493
13 - Tifft, W. C., Kirshner, R. P., Gregory, S. A., & Moody, J. W. 1986, ApJ, 310, 75
14 - Wegner, G., & Boley, F. I. 1993, AJ, 105, 660

Table 4: Emission line parameters
# Name F(H $\beta$ )^a W (Å) W(Å) W (Å)

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10)

1 HS 0809+4334 51 1.16 3.96 3.71 0.16 0.20 41 24 92

2 HS 0818+4234 +5: 0.75: +12: 5:

3 HS 0822+4049 85 1.45 2.25 4.62 0.14 0.20 72 38 86

4 HS 0822+4238 16 2.81 3.94 4.63 0.08 0.16 39 14 55

5 HS 0824+4139 11 3.55 4.64 0.08 0.41 8 31

6 HS 0828+4305 43 1.63 1.60 5.77 0.26 0.32 16 9 15

7 HS 0828+4346 23 6.22 4.39 0.02 0.10 16 103

8 HS 0831+4208 8: 2.50 13.12 0.38 0.30 4: 11

9 HS 0849+3802 $^\ddagger$ 36 2.50 7.25 0.34 0.35 7 17

10 HS 0849+3639 $^\ddagger$ 20 2.10 4.45 0.08 0.26 11 22

11 HS 0850+3722 $^\ddagger$ +5: +10: 10:

12 HS 0855+4118 64 2.59 3.88 0.12 0.25 17 45

13 HS 0855+3729 $^\ddagger$ 28 1.93 0.75 4.00 0.29 0.30 24 14 11

14 HS 0900+4318 18 6.06 4.50 0.06: 19 120

15 HS 0901+3517 $^\ddagger$ 2: 11: 16: 0.25: 2: 19

16 HS 0904+3752 $^\ddagger$ +13 0.08: +26 8:

17 HS 0907+4201 4: 1.75: 9.50: 0.29 0.32 4: 7:

18 HS 0912+4427 +10 0.20 0.20: +35 18:

19 HS 0912+4259 37 5.46 1.70 6.03 0.21 0.30 68 15 26

20 HS 0912+4433^* 16 4.91 7.50 0.17 0.02: 11 53

21 HS 0912+3900 $^\ddagger$ +40 0.35 0.28 +31 2:

22 HS 0923+4021^* 16 5.94 4.44 0.04 0.20 15 78

23 HS 0927+4159 30 3.13 4.23 0.09 0.29 22 75

24 HS 0934+4150 32 4.75 4.78 0.06 0.17 24 113

25 HS 0934+4256 16: 5.31: 9.25: 0.24 0.71 2: 11

26 HS 0935+4135 7: 1: 0.71: 2.86: 0.60 0.15 10: 10: 8:

27 HS 0938+4215 27 3.39 3.54 0.05 0.28 20 69

28 HS 0939+4124 61 1.43 7.89 4.39 0.01 0.04 175 171 1367

29 HS 0940+4052 133 3.65 4.48 3.73 0.05 0.17 91 41 196

30 HS 0941+4024A 12 3.11 8.09 0.40 0.40 4 13

31 HS 0941+4024B 51 2.37 4.96 0.18 0.24 17 41

32 HS 0947+3526 $^\ddagger$ 24 4.29 2.92 0.20 28 118

33 HS 0948+3723^* 20 1.50 5.30 2.78: 0.05: 375 32 187

34 HS 0951+3712 $^\ddagger$ 6: 4.83: 2.17: 12.50: 0.32 0.36 10: 2: 5:

35 HS 0952+4024 $^\ddagger$ 18 1.28 4.22 0.17 0.32 9 11

36 HS 0953+3628 77 2.53 3.83 2.64 0.10 0.19 92 42 177

37 HS 0954+3615 $^\ddagger$ 6: 6.17: 6.33: 0.08 0.50: 2: 18

38 HS 0956+3702 $^\ddagger$ 14 9.14 2.14 7.36 0.28 0.32 39 5 11

39 HS 0958+3654 $^\ddagger$ +95 0.53 0.44 +16

40 HS 0958+3637^* 4: 5.05: 9.77: 0.40 3: 14

Table 4. (Continued)

#	Name	F(H $\beta$ )^a						W (Å)	W(Å)	W (Å)
	(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)
41	HS 0958+3718^*	190	0.24	6.46	2.25	0.03		21	64	430
42	HS 1004+3730 $^\ddagger$	+81				0.42	0.40		+38	3
43	HS 1008+3620 $^\ddagger$	13		6.15	6.31	0.07	0.22		10	64
44	HS 1011+3604	26	1.81	2.08	3.85	0.16	0.29	97	15	33
45	HS 1014+3535 $^\ddagger$	5:			16:	0.37	0.25		2:
46	HS 1016+3733^*	27	3.39	4.61	5.35	0.68	0.56	23	5	22
47	HS 1021+4839	+53				0.33	0.12:		+33	6:
48	HS 1025+3707A	37		3.78	2.92	0.07	0.12		25	99
49	HS 1025+3707B	+42				0.43:			+62
50	HS 1025+3658 $^\ddagger$	24		6.08	4.75	0.11	0.18		17	106
51	HS 1025+4057^*	16:			2.19:	0.29	0.49:		19:
52	HS 1027+4728	+24				0.42:	0.21:		+11
53	HS 1028+3716^*	32	1.00	2.88	5.63	0.20	0.30	60	13	35
54	HS 1032+4600^*	45		2.88	5.81	0.15	0.32		11	34
55	HS 1043+3852 $^\ddagger$	5:		7.60:	5.60:		0.11:		6:	54
56	HS 1122+3800 $^\ddagger$	2:		9.50:	11.00:	0.05:	0.09:		6:	57
57	HS 1148+3732^*	37	2.54	2.16	2.59	0.21	0.35	50	21	47
58	HS 1159+3940	14	4.07	1.79	2.71	0.21	0.18:	61	21	40
59	HS 1200+3824	+12				0.25:			+16
60	HS 1201+3535	14	2.86	5.79	3.14	0.02:	0.20:	50	28	180
61	HS 1202+3732	27	4.66	4.60	3.50	0.04:		43	12	54
62	HS 1204+3945^*	6:		4.45:	9.06:	0.10	0.24		5:	23
63	HS 1205+3940	33	1.67	5.55	3.36	0.05	0.09	81	36	237
64	HS 1206+4012	+9:							+10:
65	HS 1210+3831^*	39	4.64	2.51	3.51	0.14	0.36	59	12	32
66	HS 1211+3807^*	40		2.75	5.63	0.12	0.18		8	22
67	HS 1211+4012	12	5.33	6.67	3.75	0.04:	0.13:	60	11	79
68	HS 1212+3640^*	70	3.43	2.54	6.27	0.08	0.25	79	14	36
69	HS 1213+3636A	237	0.41	3.48	2.55	0.05	0.08	66	281	1094
70	HS 1213+3636B	31		3.43	3.96	0.04:	0.18		35	145
71	HS 1215+3850^*	97	3.05	3.34	4.54	0.07	0.22	52	16	53
72	HS 1216+3743^*	+39					0.23		+65	31
73	HS 1218+3945^*	28	3.46	3.79	2.29	0.14	0.19	173	28	106
74	HS 1220+3845	19	1.27	1.43	2.85	0.62	0.21	13	13	19
75	HS 1223+3938^*	48		6.25	4.46	0.07	0.15		17	109
76	HS 1224+4027	22	3.82	3.50	3.50	0.09	0.19	50	17	60
77	HS 1225+4129	17	2.47	3.06	3.82	0.14	0.38	32	14	44
78	HS 1226+4113	21	2.19	5.10	5.19	0.05:	0.12:	65	12	60
79	HS 1232+3834^*	16	3.19	8.06	4.63	0.09:	0.34:	130	7	62
80	HS 1232+3947^*	87		3.54	2.90		0.15		36	136
81	HS 1235+4232^*	7:		2.14:	1.86:	0.15:	0.38:		24:	55:
82	HS 1236+3821^*	55	5.82	5.25	5.47	0.02	0.19	124	7	41

Table 4. (Continued)

#	Name	F(H $\beta$ )^a						W (Å)	W(Å)	W (Å)
	(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)
83	HS 1236+4532	+3:							+3:
84	HS 1237+3900	40	2.33	5.35	2.90	0.07:	0.11:	79	39	227
85	HS 1238+4229	15	5.07	4.93	4.53	0.09	0.25:	86	18	91
86	HS 1242+4058A^*	47		2.94	4.09	0.08	0.27		18	53
87	HS 1244+3647^*	110	0.89	4.01	2.55	0.03	0.32	22	37	150
88	HS 1245+4413	32		2.16	2.06	0.18	0.26		24	57
89	HS 1300+4225	15:	2.20:	2.20:	2.33:			57	28:	64
90	HS 1302+4058	32	6.44	3.75	1.88		0.22	137	29	117
91	HS 1302+4101	22	2.09	3.59	3.45	0.09	0.20	55	25	98
92	HS 1305+4049	32	2.11	3.35	2.20	0.10	0.16	36	21	77
93	HS 1306+4146	64	1.55	5.98	2.56	0.02:	0.09:	237	146	889
94	HS 1306+4151	7:	2.71:	1.00:				17:	6:	6:
95	HS 1306+4232^*	18		2.39	2.78		0.50		13	31
96	HS 1307+4225	26	0.83	5.52	3.86		0.10:	18	31	164
97	HS 1309+4446	19		2.00	3.11		0.32		9	19
98	HS 1310+4224	14	5.79	2.07	3.07		0.30	219	9	21
99	HS 1311+3628	448	1.29	5.18	2.92	0.05	0.09	299	393	2100
100	HS 1311+4507	52	2.58	4.33	2.75	0.08	0.15	116	76	335
101	HS 1311+4204	18	4.22	2.44	3.00	0.19	0.26	66	16	40
102	HS 1311+3924	179	1.89	4.38	2.30	0.04	0.13	97	61	290
103	HS 1313+4440	140		2.05	4.97	0.49	0.63		12	25
104	HS 1313+4246	30	1.93	4.80	3.57	0.05:	0.13:	57	36	180
105	HS 1313+4041^*	28	2.82	5.07	3.50	0.05:	0.13:	44	19	102
106	HS 1313+4521	117	1.19	3.84	3.11	0.03:	0.12	92	77	306
107	HS 1314+4145	214		0.82	4.07	0.34	0.16		44	38
108	HS 1315+4129	+25				0.32:	0.40:	15:	+16
109	HS 1316+3839^*	48	3.13	3.17	3.29	0.13	0.29	83	25	78
110	HS 1317+4521B^*	48		0.48	1.89	0.14:	0.05:		24	12
111	HS 1322+3708	20	2.60	4.35	2.85	0.16	0.19	86	35	155
112	HS 1323+3946^*	103	1.80	2.32	3.79	0.31	0.15	53	15	35
113	HS 1330+3651^*	188	1.92	5.02	2.71	0.01	0.13	504	84	456
114	HS 1334+3957^*	60	1.28	5.22	3.12	0.02	0.10	99	96	548
115	HS 1336+3650	36		3.80	4.76	0.07	0.34		14	54
116	HS 1354+3635^*	154	3.01	3.36	4.22	0.06	0.22	159	23	77
117	HS 1402+3650	107	1.38	3.03	3.27	0.12	0.21	61	27	86
118	HS 1408+4227	120	0.82	7.58	2.78	0.02:	0.04:	99	219	1615
119	HS 1408+4522^*	125		2.97	2.96	0.12	0.24		35	110
120	HS 1410+3627^*	13:		3.46:	4.46:	0.05:	0.26		13:	41
121	HS 1412+4203^*	+16				0.44	0.25	13:	+19
122	HS 1414+4034	8:	4:	5.13:	3.25:	0.08:	0.15:	41	12:	69
123	HS 1417+4433	44	2.18	5.73	3.07	0.02:	0.12:	167	61	364

Table 4. (Continued)

#	Name	F(H $\beta$ )^a						W (Å)	W(Å)	W (Å)
	(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)
124	HS 1419+3639	69	3.74	2.43	1.96	0.13	0.31	186	41	102
125	HS 1420+3726	34	2.53	3.21	2.56		0.34	69	35	120
126	HS 1423+3945	70		4.56	2.24	0.03	0.11		136	638
127	HS 1423+4054	25	4.12	2.72	1.96	0.08	0.20	64	18	54
128	HS 1427+4309^*	34	2.24	4.09	2.91	0.08	0.26	54	23	99
129	HS 1428+4056	+13				0.08:	0.15:		+21	7:
130	HS 1430+4040	121	2.94	0.79	2.78:	0.13:	0.05:	281	51	45
131	HS 1433+4411	45		3.27	3.58	0.06	0.24		10	34
132	HS 1433+4245^*	+97				1.20		17:	+41
133	HS 1437+4002	30	1.47	6.13	3.53	0.03:	0.11:	114	60	340
134	HS 1441+4122^*	22	5.16	2.85	5.09	0.15	0.26	47	11	32
135	HS 1443+4027	61	1.87	2.97	3.26	0.15	0.19	163	19	56
136	HS 1447+4402	8:	3.75:	1.50:	5.50:	0.25:	0.30:	22:	5:	8:
137	HS 1448+4518^*	+53				0.15	0.31	19	+44	8:
138	HS 1450+3844^*	72	2.31	3.46	3.53	0.07	0.21	132	23	82
139	HS 1450+4234	29		0.72	2.93	0.27	0.40		13	10
140	HS 1458+4129	+28				0.17	0.40		+29
141	HS 1514+4602^*	+62				0.46	0.19:		+61
142	HS 1537+4411^*	19		3.91	3.30	0.03	0.23		12	50
143	HS 1545+4055	161	1.27	5.66	2.70	0.02:	0.05:	181	163	983
144	HS 1545+4459	12	7.92	3.75	5.33	0.13	0.28	76	7	29
145	HS 1546+4319^*	41	3.80	1.81	4.23	0.33	0.24	25	7	14
146	HS 1603+3759 $^\ddagger$	19	2.16	4.89	2.42			104	43	228
147	HS 1613+3902	19		4.37	2.84		0.13		12	52
148	HS 1616+3627	120		0.63	3.57	0.16			11	8
149	HS 1625+3847	7:		3.00:	4.57:		0.25		8:	25
150	HS 1633+4703^*	170	3.96	3.29	3.38	0.07	0.23	76	16	55
151	HS 1645+4339	23		4.43	4.83	0.06	0.22		11	51
152	HS 1646+4003B	21:		1.62:	3.33:	0.14			13:	19:
153	HS 1649+3621	21:	1.86:	3.57:	3.43:			37:	13:	48
154	HS 1650+3706	66	2.36	5.55	2.39	0.08	0.09	275	124	647
155	HS 1653+4340	6:	3.83:	3.17:	6.00:	0.44:	0.44:	21:	4:	13:
156	HS 1655+3845^*	49	2.31	4.14	2.76		0.19	60	30	125
157	HS 1704+3542 $^\ddagger$	4:	12.54:	8.16:	6.16:		0.22:	60	5:	46
158	HS 1710+3746^*	19	2.84	3.11	3.74	0.07	0.23	110	24	68
159	HS 1713+4417	15	4.27	3.07	5.93	0.22	0.25	24	5	16
160	HS 1713+4856	140	1.04	5.91	3.08	0.04	0.05	147	101	632
161	HS 1716+3817	9:		1.67:	10.11:	0.13	0.32		3:	5:

^a Flux in 10^-16 ergs s^-1 cm^-2; * objects observed during non-photometric conditions;
objects from the second priority random sample; $^\ddagger$ galaxies from the APM selected sample;
⁺ parameters for H $\alpha$ emission line; : parameters with less confident values.

Table 5: Coordinates, Redshifts and Magnitudes of QSOs
# Name $\alpha\,(1950)$ $\delta\,(1950)$ m_B Detected emission lines

(1) (2) (3) (4) (5) (6)

1 HS 0936+4204 09 36 59.6 +42 04 24 3.3211 18.3 Ly $\alpha$ 1216 Å, Si IV/O IV] 1400 Å, C IV 1549 Å

2 HS 1009+3706 10 09 02.4 +37 06 31 3.0393 17.6 Ly $\alpha$ 1216 Å, Si IV/O IV] 1400 Å, C IV 1549 Å

3 HS 1224+4410 12 24 55.1 +44 10 03 3.0718 19.5 Ly $\alpha$ 1216 Å, C IV 1549 Å

4 HS 1301+4233 13 01 47.0 +42 33 30 0.8460: +18.7 Mg II 2798 Å

5 HS 1541+4452 15 41 23.0 +44 52 27 2.3588 18.8 Ly $\alpha$ 1216 Å, Si IV/O IV] 1400 Å, C IV 1549 Å

^a Observed redshift; ⁺ APM magnitudes; : less confident values.

**Table 5:** Coordinates, Redshifts and Magnitudes of QSOs
#	Name	$\alpha\,(1950)$	$\delta\,(1950)$		m_B	Detected emission lines
	(1)	(2)	(3)	(4)	(5)	(6)
1	HS 0936+4204	09 36 59.6	+42 04 24	3.3211	18.3	Ly $\alpha$ 1216 Å, Si IV/O IV] 1400 Å, C IV 1549 Å
2	HS 1009+3706	10 09 02.4	+37 06 31	3.0393	17.6	Ly $\alpha$ 1216 Å, Si IV/O IV] 1400 Å, C IV 1549 Å
3	HS 1224+4410	12 24 55.1	+44 10 03	3.0718	19.5	Ly $\alpha$ 1216 Å, C IV 1549 Å
4	HS 1301+4233	13 01 47.0	+42 33 30	0.8460:	+18.7	Mg II 2798 Å
5	HS 1541+4452	15 41 23.0	+44 52 27	2.3588	18.8	Ly $\alpha$ 1216 Å, Si IV/O IV] 1400 Å, C IV 1549 Å

^a Observed redshift; ⁺ APM magnitudes; : less confident values.

Table 6: Galaxies without detected emission lines
# Name $\alpha\,(1950)$ $\delta\,(1950)$ m_B M Absorption lines

(1) (2) (3) (4) (5) (6) (7)

1 HS 1008+3538 10 08 00.1 +35 38 02 13968: 17.4 -19.0 H $\beta$ , MgIb, H $\alpha$

2 HS 1207+3745 12 07 38.0 +37 45 53 13381: 18.8 -17.5 H $\beta$ , H $\alpha$

3 HS 1408+3524 14 08 32.6 +35 24 23 19933 16.8 -20.3 CaK, CaH, G_band, H $\beta$ , MgIb, CaFe5269, NaD

4 HS 1419+4026 14 19 50.0 +40 26 28 14235: 18.1 -18.3 G_band, H $\alpha$

^a Heliocentric velocities; ^b absolute magnitudes are not corrected for galactic extinction;

objects from the second priority random sample; : less confident values.

**Table 6:** Galaxies without detected emission lines
#	Name	$\alpha\,(1950)$	$\delta\,(1950)$		m_B	M	Absorption lines
	(1)	(2)	(3)	(4)	(5)	(6)	(7)
1	HS 1008+3538	10 08 00.1	+35 38 02	13968:	17.4	-19.0	H $\beta$ , MgIb, H $\alpha$
2	HS 1207+3745	12 07 38.0	+37 45 53	13381:	18.8	-17.5	H $\beta$ , H $\alpha$
3	HS 1408+3524	14 08 32.6	+35 24 23	19933	16.8	-20.3	CaK, CaH, G_band, H $\beta$ , MgIb, CaFe5269, NaD
4	HS 1419+4026	14 19 50.0	+40 26 28	14235:	18.1	-18.3	G_band, H $\alpha$

^a Heliocentric velocities; ^b absolute magnitudes are not corrected for galactic extinction;
objects from the second priority random sample; : less confident values.

**Table 7:** Stars
#	Name	$\alpha\,(1950)$	$\delta\,(1950)$	m_B	Type	Spectral features
	(1)	(2)	(3)	(4)	(5)	(6)
1	HS 0852+4257	08 52 23.3	+42 57 22	+20.2	A	H, H, H
2	HS 0945+4851	09 45 00.5	+48 51 00	+18.0	F-G	H, MgIb, CaFe5269, H
3	HS 1012+3815	10 12 45.4	+38 15 01	17.2	A	H, H, H
4	HS 1013+3804	10 13 05.6	+38 04 27	17.7	F	H, NaD, H
5	HS 1029+4020	10 29 10.6	+40 20 35	16.7	G	MgIb, CaFe5269, NaD, H
6	HS 1158+3920	11 58 04.6	+39 20 32	+18.2	A-F	H, H, MgIb, NaD, H
7	HS 1411+4312	14 11 12.8	+43 12 53	19.6	G	G_band, MgIb, NaD, H
8	HS 1424+4029	14 24 57.9	+40 29 28	19.8	F	G_band, H, MgIb, NaD, H
9	HS 1609+4941	16 09 46.6	+49 41 45	19.1	G	G_band, MgIb, CaFe5269, H
10	HS 1630+3620	16 30 33.0	+36 20 17	19.1	G	G_band, MgIb, CaFe5269, NaD, H
11	HS 1640+4158	16 40 18.0	+41 58 42	18.3	G	G_band, MgIb, NaD
12	HS 1652+3820	16 52 47.9	+38 20 16	17.7	G	G_band, MgIb, CaFe5269, NaD, H
13	HS 1653+4430	16 53 49.9	+44 30 10	19.7	F	CaK, CaH, G_band, H, MgIb, NaD, H
14	HS 1656+4309	16 56 02.7	+43 09 01	19.2	A	H, H, H
15	HS 1657+4419	16 57 28.6	+44 19 26	20.0	F	CaK, CaH, H, H, H
16	HS 1710+4343	17 10 04.2	+43 43 47	+18.2	F	H, MgIb, H
17	HS 1711+3804	17 11 31.4	+38 04 32	+19.1	F	H, MgIb, NaD, H
18	HS 1716+3544	17 16 14.0	+35 44 07	18.9	F	G_band, H, H, MgIb, CaFe5269, H
19	HS 1720+3927	17 20 13.6	+39 27 11	18.1	F-G	G_band, H, MgIb, NaD, H
20	HS 1733+3749	17 33 41.9	+37 49 13	18.4	G	G_band, H, MgIb, NaD, H
21	HS 1733+3915 $^\ddagger$	17 33 45.8	+39 15 08	18.1	F-G	H, MgIb, NaD, H

objects from the second priority random sample; $^\ddagger$ galaxies from the APM selected sample;
⁺ APM magnitudes.

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Laboratory "Structure"
2001-06-08