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Bibliography

1987

Augarde R., Figon P., Kunth D., Sevre P. 1987, A&A 185, 4

1981

Baldwin J.A., Phillips M.M., Terlevich R. 1981, PASP 93, 5

1986

Bardeen J.M., Bond J.R., Kaiser N., Szalay A.S. 1986, ApJ 304, 15

1993

Boroson T.A., Salzer J.J., Trotter A. 1993, ApJ 412, 524

1989

Davies J.I., Phillips S. 1989 Ap&SS 157, 291

1986

Drabek S.V., Kopylov I.M., Somov N.N., Somova T.A. 1986, Izvestia SAO 22, 64

1986

Dekel A., Silk J. 1986, ApJ 303, 39

1994

Engels D., Cordis L., Köhler T. 1994, Proc. IAU Symp. 161, eds. H.T. MacGillivray, Kluwer, Dordrecht, p. 317

1997

Gallego J., Zamorano J., Rego M., Vitores A.G. 1997, ApJ 475, 502

1995

Hagen H.-J., Groote D., Engels, D., Reimers D. 1995, A&AS 111, 195

1956

Haro G. 1956, Bol. Obs. Tonantzintla y Tacubaya 14, 329

1980

Heckman 1980, A&A 87, 152

1998

Hopp,U. 1998, Proc. ``Ringberg Workshop on Large Scale Structure'', eds. D.Hamilton (in press)

1990

Izotov Yu.I., Lipovetsky V.A., Guseva N.G., Kniazev A.Yu., Stepanian J.A. 1990, Nature 343, 238

1993a

Izotov Yu.I., Guseva N.G., Lipovetsky V.A. et al. 1993a, Astronomy & Astrophysics Transactions 3, 179

1993b

Izotov Yu.I., Lipovetsky V.A., Guseva N.G. 1993b, in: ``The Feedback of Chemical Evolution on the Stellar Content of Galaxies'', eds. D.Alloin & G.Stasinska, 127

1994

Izotov Yu.I., Thuan T.X., Lipovetsky V.A. 1994, ApJ 435, 647

1997a

Izotov Y.I., Lipovetsky V.A., Chaffee F.H. et al. 1997a, ApJ 476, 698

1997b

Izotov Yu.I., Thuan T.X., Lipovetsky V.A. 1997b, ApJS 108, 1

1994

Kniazev A.Yu. 1994, SAO internal report No. 223

1995

Kunth D., Matteucci F., Marconi G. 1995, A&A 297, 634

1990

Maddox S.J., Efstathiou G., Sutherland W.J. 1990, MNRAS 246, 433

1967

Markarian B.E. 1967, Afz 3, 55

1983

Markarian B.E., Lipovetsky V.A., Stepanian J.A. 1983, Afz 19, 29

1987

Markarian B.E., Stepanian J.A., Erastova L.K. 1987, Proc. IAU symp. 121, Byurakan, Armenia, USSR, eds. E.Y. Khachikian, K.J. Fricke, J. Melnik, p.25

1989

Markarian B.E., Lipovetsky V.A., Stepanian J.A., Erastova L.K., Shapovalova A.I. 1989, Comm. Special Astrophys. Obs. 62, 5

1988

Massey P., Strobel K., Barnes J.V., Anderson E. 1988, ApJ 328, 315

1991

Maza J., Ruiz M.T., González L.E., Wischnjewsky M., Peña M. 1991, A&AS 89, 389

1986

Mazzarella J.M., Balzano V.A. 1986, ApJS 62, 751

1995

Pesch P., Stephenson C.B., MacConnell D.J. 1995, ApJS 98, 41

1996

Popescu C.C., Hopp U., Hagen H.-J., Elsässer H. 1996, A&AS 116, 43

1997

Popescu C.C., Hopp U., Elsässer H. 1997, A&A 328, 756

1998

Popescu C.C., Hopp U., Hagen H.J., Elsässer H. 1998, A&AS (in press)

1995

Pustilnik S.A., Ugryumov A.V., Lipovetsky V.A., Thuan T.X., Guseva N.G. 1995, ApJ 443, 499

1998

Pustilnik S.A., Engels D., Ugryumov A.V., Lipovetsky V.A., Hagen H.-J., Kniazev A.Yu., Izotov Yu.I., Richter G. 1998, A&AS (in preparation)

1994

Rosenberg J.L., Salzer J.J., Moody J.W. 1994, AJ 108, N5, 1557

1988

Salzer J.J., McAlpine G.M. 1988, AJ 96, 1192

1989a

Salzer J.J., MacAlpine G.M., Boroson T.A. 1989a, ApJS 70, 479

1989b

Salzer J.J. 1989b, ApJ 347, 152

1995

Salzer J.J., Moody J.W., Rosenberg J.L., Gregory S.A., Newberry M.V. 1995, AJ 109, 2376

1970

Sargent W.L.W., Searle L. 1970, ApJ 162, L155

1972

Searle L., Sargent W.L.W. 1972, ApJ 173, 25

1995

Smith M.G., Aguirre C., Zemelman M. 1976, ApJS 32, 217

1994

Schneider D.P., Schmidt M., Gunn J.E. 1994, AJ 107, N4, 1245

1994

Stepanian J.A. 1994, Proc. IAU Symp. 161, Kluwer, Dordrecht, eds. H.T. MacGillivray, p. 731

1991

Terlevich R., Melnick J., Masegosa J., Moles M., Copetti M.V.F. 1991, ApJ 247, 823

1981

Thuan T.X., Martin G.E. 1981, ApJ 247, 823

1991

Thuan T.X., Alimi J.-M., Gott J.R., Schneider S.E. 1991, ApJ 370, 25

1994

Thuan T.X., Izotov Yu.I., Lipovetsky V.A., Pustilnik S.A. 1994, Proc. ESO/OHP Workshop ``Dwarf Galaxies'', eds. Meylan & Prugniel, p. 421

1995

Thuan T.X., Izotov Yu.I., Lipovetsky V.A. 1995, ApJ 445, 108

1997

Ugryumov A.V., 1997, Ph.D. Thesis, SAO RAS.

1998

Ugryumov A.V., Pustilnik S.A., Lipovetsky V.A., Izotov Yu.I., Richter G.M. 1998, A&AS 131, 295

1987

Veilleux S., Osterbrock D.E. 1987, ApJS 63, 295

1993

Vogel S., Hagen H.-J., Groote D. et al. 1993, A&AS 98, 193

1988

Weistrop D., Downes R.A. 1988, ApJ 331, 172

1991

Weistrop D., Downes R.A. 1991, AJ 102, N5, 1680

1991

Weinberg D.H., Szomoru A., Guhathakurta P., van Gorkom J.H. 1991, ApJ 372, L13.

1994

Zamorano J., Rego M., Gallego J. et al. 1994, ApJS 95, 387

1996

Zamorano J., Gallego J.G., Rego M., Vitores A. G., Alonso O. 1996, ApJS 105, 343

1964

Zwicky S. 1964, ApJ 143, 192

 

Table 1: Coordinates, Velocities, Magnitudes and Classification of the Emission-Line Galaxies

#	Name	$\alpha\,(1950)$	$\delta\,(1950)$	$v_{0}^{\,a}$	m $_{B}^{\;\;b}$	MB	Type	Other Names
	(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)
2	HS 0749+4652	07h49m56.3s	+46$^\circ$52'29''	7357	16.3	-19.2	BCG	KUG0749+468
3	HS 0929+4937	09 29 05.7	+49 37 39	7204	17.5	-17.2	BCG?
4	HS 1034+4529	10 34 25.4	+45 29 46	13917	16.5	-19.6	SBN
5	HS 1038+4616	10 38 13.0	+46 16 19	5073	16.7	-17.2	BCG?
6	HS 1054+4605	10 54 34.0	+46 05 13	6632	16.6	-17.9	BCG
7	HS 1113+4622	11 13 02.9	+46 22 58	2825	17.9	-14.7	BCG
8	HS 1140+4835	11 40 45.9	+48 35 27	3755	17.5	-15.8	BCG
9	HS 1211+5007	12 11 07.7	+50 07 23	6215	19.2	-15.1	BCG
10	HS 1212+4923	12 12 06.1	+49 23 27	3607	18.4	-14.8	BCG	SBS1212+493
11	HS 1214+4623	12 14 05.4	+46 23 38	33825	20.3	-17.7	DANS
12	HS 1235+4830	12 35 14.2	+48 30 36	5466	18.5	-15.6	BCG
13	HS 1237+4542	12 37 18.5	+45 42 33	3816	17.5	-15.8	BCG
14	HS 1246+4803	12 46 17.4	+48 03 24	7175	17.6	-17.1	BCG	NPM1G+48.0220
15	HS 1246+4839	12 46 09.5	+48 39 22	8944	19.5	-15.6	BCG
16	HS 1249+4919	12 49 35.6	+49 19 43	7296	18.8	-15.9	BCG	SBS1249+493
17	HS 1251+4651	12 51 04.9	+46 51 04	9244	18.5	-16.7	BCG
18	HS 1254+4708	12 54 53.6	+47 08 59	9993	18.4	-17.0	BCG
19	HS 1254+4752	12 54 14.1	+47 52 56	18418	18.9	-17.8	BCG?
20	HS 1303+4905	13 03 57.3	+49 05 29	24654	18.0	-19.3	SBN
21	HS 1304+4710	13 04 07.8	+47 10 59	44950	17.8	-20.8	LINER?
22	HS 1305+5016	13 05 34.3	+50 16 46	9965	16.7	-18.7	DANS
23	HS 1306+4739	13 06 45.9	+47 39 25	16680	17.7	-18.8	DANS
24	HS 1309+4906	13 09 55.1	+49 06 35	11434	16.9	-18.8	DANS
25	HS 1309+4947	13 09 00.0	+49 47 24	2560	17.8	-14.6	BCG
26	HS 1310+4737	13 10 14.4	+47 37 34	8046	17.6	-17.3	DANS
27	HS 1310+4837	13 10 28.8	+48 37 43	16770	17.6	-18.9	SBN?	NPM1G+48.0233
28	HS 1310+5013	13 10 23.4	+50 13 02	8796	16.7	-18.4	BCG
29	HS 1323+4818	13 23 13.0	+48 18 00	4929	17.8	-16.0	BCG	SBS1323+483
30	HS 1324+4625	13 24 05.6	+46 25 08	7476	19.0	-15.7	BCG
31	HS 1325+4713	13 25 40.1	+47 13 34	18119	17.7	-19.0	BCG
32	HS 1331+4930	13 31 40.1	+49 30 57	55295	18.1	-21.0	LINER?
33	HS 1341+4904	13 41 05.3	+49 04 18	27295	17.7	-19.9	SBN	NPM1G+49.0256,IRASF
34	HS 1353+4711	13 53 14.4	+47 11 06	8408	16.8	-18.2	BCG	NPM1G+47.0267
35	HS 1355+4517	13 55 31.6	+45 17 30	12874	18.0	-17.9	BCG
36	HS 1357+4722	13 57 43.2	+47 22 34	12515	17.7	-18.1	BCG
37	HS 1408+4316	14 08 59.1	+43 16 51	19800	*18.0	-19.4	BCG
38	HS 1408+4429	14 08 23.4	+44 29 01	10297	*17.5	-17.9	BCG	CG 368
39	HS 1408+4939	14 08 28.5	+49 39 30	7840	16.9	-18.0	BCG
40	HS 1408+5001	14 08 26.5	+50 01 10	21510	18.5	-18.5	BCG
41	HS 1411+4611	14 11 15.3	+46 11 30	7869	16.6	-18.3	BCG
42	HS 1417+4148	14 17 21.1	+41 48 52	5111	*19.2	-15.4	DANS?
43	HS 1418+4759	14 18 00.8	+47 59 20	31104	17.5	-20.3	SBN

Table 1. (Continued)

#	Name	$\alpha\,(1950)$	$\delta\,(1950)$	$v_{0}^{\,a}$	m $_{B}^{\;\;b}$	MB	Type	Other Names
	(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)
44	HS 1425+4516	14h25m12.7s	+45$^\circ$16'01''	2713	17.2	-15.3	BCG	CG 434
45	HS 1425+4643	14 25 15.2	+46 43 27	22140	17.5	-19.6	SBN
46	HS 1431+4541	14 31 56.5	+45 41 22	39709	17.0	-21.4	LINER?
47	HS 1434+4816	14 34 34.6	+48 16 57	2235	17.6	-14.5	BCG
48	HS 1434+5027	14 34 56.4	+50 27 21	7662	18.1	-16.7	BCG
49	HS 1436+4932	14 36 41.5	+49 32 33	25140	17.6	-19.8	LINER?
50	HS 1437+4925	14 37 58.8	+49 25 02	25110	18.6	-18.8	LINER?
51	HS 1440+4302	14 40 22.3	+43 02 32	2624	*16.5	-15.0	BCG	CG 903,NPM1G+43.0283
52	HS 1443+5018	14 43 54.1	+50 18 12	9251	18.1	-17.1	BCG
53	HS 1444+4646	14 44 52.7	+46 46 02	7872	17.4	-17.5	BCG	CG 541,NPM1G+46.0306
54	HS 1445+5021	14 45 04.1	+50 21 05	21333	18.7	-18.3	LINER?	CG 542
55	HS 1458+4944	14 58 24.8	+49 44 43	14499	16.7	-19.5	SBN	SBS1458+497,CG 922
56	HS 1459+4818	14 59 44.1	+48 18 12	3286	16.3	-16.7	BCG	SBS1459+483,CG 608
57	HS 1512+4737	15 12 57.3	+47 37 04	25952	18.6	-18.9	DANS
58	HS 1516+4636	15 16 15.4	+46 36 00	5925	18.4	-15.8	BCG	PC1516+4635
59	HS 1529+4512	15 29 28.7	+45 12 07	6286	17.6	-16.8	BCG	CG 745
60	HS 1536+4557	15 36 44.2	+45 57 49	6437	17.2	-17.2	BCG
61	HS 1546+4928	15 46 50.4	+49 28 13	66667	19.5	-20.0	SBN
62	HS 1554+4705	15 54 15.9	+47 05 59	9646	18.3	-17.0	BCG
63	HS 1604+4523	16 04 37.4	+45 23 40	5930	17.9	-16.3	BCG
64	HS 1607+4918	16 07 17.0	+49 18 37	13035	17.4	-18.6	BCG	SBS1607+493,IRASF
65	HS 1609+4902	16 09 26.0	+49 02 19	13545	16.6	-19.4	Sy2	NPM1G+49.0323,IRASF
66	HS 1629+4513	16 29 34.2	+45 13 44	17384	18.4	-18.2	BCG
67	HS 1629+4852	16 29 40.5	+48 52 22	11028	19.2	-16.4	BCG
68	HS 1640+4804	16 40 48.2	+48 04 45	21762	18.4	-18.7	DANS
69	HS 1641+4548	16 41 14.6	+45 48 14	4524	17.6	-16.1	BCG
70	HS 1652+4607	16 52 05.8	+46 07 07	11630	18.3	-17.4	BCG
71	HS 1655+4557	16 55 42.5	+45 57 13	9232	16.9	-18.3	BCG
a Heliocentric velocities.
b Magnitudes marked by asterisk are from the APM.

Table 2. Parameters of Emission Lines of Galaxies

#	Name	F(H${\beta}$)a	$\frac{F(\lambda 3727)}{F(H\beta)}$	$\frac{F(\lambda 5007)}{F(H\beta)}$	$\frac{F(H\alpha)}{F(H\beta)}$	$\frac{F(\lambda 6583)}{F(H\alpha) }$	$\frac{F([SII])}{F(H\alpha)}$	W $_{\lambda 3727}$(Å)	W$_{H\beta}$(Å)	W $_{\lambda 5007}$(Å)
	(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)
2	HS 0749+4652*	282	3.75	5.34	-	-	-	51	19	141
3	HS 0929+4937*	-	347*	408*	-	-	-	21	-	54
4	HS 1034+4529*	-	378*	227*	-	-	-	33	-	31
5	HS 1038+4616*	63	8.92	10.06	-	-	-	57	10	93
6	HS 1054+4605*	320	2.65	1.69	-	-	-	34	18	30
7	HS 1113+4622*	279	1.68	2.43	-	-	-	37	36	100
8	HS 1140+4835*	263	2.31	5.93	-	-	-	48	34	221
9	HS 1211+5007	18	4.67	7.33	5.21	0.10	0.05	31	7	52
10	HS 1212+4923	81	1.63	5.04	3.36	0.07	0.16	39	29	147
11	HS 1214+4623	-	-	-	24*	0.38	-	-	-	-
12	HS 1235+4830	65	1.31	6.12	4.04	0.06	0.10	44	36	210
13	HS 1237+4542	54	2.82	5.25	3.07	0.03	0.18	47	21	107
14	HS 1246+4803	23	3.88	3.06	3.13	0.08	0.18	31	11	44
15	HS 1246+4839	48	0.84	6.26	3.71	0.01	0.08	37	62	420
16	HS 1249+4919	108	0.97	4.89	2.34	0.01	0.06	30	92	491
17	HS 1251+4651	19	6.40	3.62	3.03	0.07	0.39	52	11	46
18	HS 1254+4708	81	2.22	2.90	2.79	0.09	0.28	54	39	113
19	HS 1254+4752	-	-	17*	18*	0.06	0.50	-	-	22
20	HS 1303+4905	-	-	-	74*	0.42	-	-	-	-
21	HS 1304+4710	20	1.45	1.70	9.22	0.57	-	13	5	8
22	HS 1305+5016	37	4.04	2.46	7.44	0.24	0.46	24	7	17
23	HS 1306+4739	-	27*	-	71*	0.20	-	-	-	-
24	HS 1309+4906	24	2.82	1.46	3.78	0.24	0.58	28	9	12
25	HS 1309+4947	-	-	42*	37*	0.27	0.62	-	-	20
26	HS 1310+4737	-	-	-	49*	0.24	0.37	-	-	-
27	HS 1310+4837	-	-	-	18*	0.56	0.28	-	-	-
28	HS 1310+5013	30	5.05	2.29	2.88	0.11	0.46	53	11	24
29	HS 1323+4818	135	1.92	4.96	2.34	0.03	0.12	74	77	453
30	HS 1324+4625	15	2.55	3.87	3.34	0.06	0.22	38	17	60
31	HS 1325+4713	75	2.14	4.55	2.61	0.07	0.15	78	44	208
32	HS 1331+4930	-	-	-	26*	-	-	-	-	-
33	HS 1341+4904	31	1.48	0.56	13.36	0.42	0.29	16	8	4
34	HS 1353+4711	27	2.40	2.18	3.55	0.19	0.23	23	9	18
35	HS 1355+4517**	27	2.67	4.41	3.78	0.01	0.27	76	22	100
36	HS 1357+4722**	-	-	53*	45*	0.02	0.67	-	-	58
37	HS 1408+4316*	1156	0.63	3.71	-	-	-	83	167	717
38	HS 1408+4429*	201	2.26	5.33	-	-	-	36	18	131
39	HS 1408+4939	24	3.01	3.66	5.39	0.20	0.14	18	6	21
40	HS 1408+5001	-	-	23*	33*	0.21	0.36	-	-	20
41	HS 1411+4611	15	5.04	2.49	3.14	0.19	0.12	39	7	14
42	HS 1417+4148*	-	-	350*	-	-	-	-	-	7
43	HS 1418+4759	11	1.80	0.60	4.69	0.31	0.68	11	6	4

Table 2. (Continued)

#	Name	F(H${\beta}$)a	$\frac{F(\lambda 3727)}{F(H\beta)}$	$\frac{F(\lambda 5007)}{F(H\beta)}$	$\frac{F(H\alpha)}{F(H\beta)}$	$\frac{F(\lambda 6583)}{F(H\alpha) }$	$\frac{F([SII])}{F(H\alpha)}$	W $_{\lambda 3727}$(Å)	W$_{H\beta}$(Å)	W $_{\lambda 5007}$(Å)
	(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)
44	HS 1425+4516	10	4.96	4.93	6.50	0.08	0.29	33	4	21
45	HS 1425+4643	-	21*	-	34*	0.32	0.38	14	-	-
46	HS 1431+4541	-	-	-	63*	0.87	-	-	-	-
47	HS 1434+4816*	-	-	373*	-	-	-	-	-	55
48	HS 1434+5027	23	5.02	3.35	1.80	0.07	0.26	31	11	28
49	HS 1436+4932	-	-	-	33*	0.76	-	-	-	-
50	HS 1437+4925	-	-	-	45*	0.82	-	-	-	-
51	HS 1440+4302*	439	0.62	5.10	-	-	-	28	42	291
52	HS 1443+5018	4	8.50	7.75	7.50	0.17	0.10	15	4	29
53	HS 1444+4646	31	1.98	4.75	3.82	0.06	0.28	35	21	102
54	HS 1445+5021	-	-	14*	45*	0.84	0.18	-	-	8
55	HS 1458+4944	105	3.13	1.59	3.21	0.16	0.38	52	16	23
56	HS 1459+4818	104	1.30	3.05	3.44	0.13	0.21	17	17	56
57	HS 1512+4737	-	-	-	55*	0.40	0.40	-	-	-
58	HS 1516+4636	39	1.54	5.39	4.79	0.02	0.20	107	58	368
59	HS 1529+4512	95	1.67	6.06	2.58	0.04	0.12	39	38	237
60	HS 1536+4557	132	1.15	3.74	4.40	0.11	0.14	47	29	108
61	HS 1546+4928	-	-	-	66*	-	-	-	-	-
62	HS 1554+4705	32	2.61	4.08	3.24	0.08	0.35	48	18	78
63	HS 1604+4523	15	3.46	3.52	4.91	0.15	0.11	24	8	25
64	HS 1607+4918	138	1.58	3.38	4.21	0.09	0.23	42	32	110
65	HS 1609+4902	28	2.16	27.31	4.56	0.76	0.76	9	3	66
66	HS 1629+4513	33	2.05	2.45	3.46	0.05	0.42	40	26	52
67	HS 1629+4852	59	1.26	7.23	2.41	0.01	0.13	47	64	451
68	HS 1640+4804	-	-	-	168*	0.32	0.24	-	-	-
69	HS 1641+4548	53	2.97	3.33	3.07	0.11	0.13	56	20	72
70	HS 1652+4607	63	3.64	4.42	3.14	0.03	0.22	80	34	151
71	HS 1655+4557	104	2.75	4.16	3.87	0.10	0.16	44	17	74
* Objects observed with the IPCS (6m telescope).
** Objects observed with the CCD (2.2m telescope) under poor photometric conditions.
a Observed fluxes are given in 10-16erg s-1 cm-2.
* Absolute observed flux in 10-16erg s-1 cm-2.

Table 3. Coordinates, Redshifts and Magnitudes of QSO

#	Name	$\alpha\,(1950)$	$\delta\,(1950)$	$z^{\,a}$	mB	Detected Emission Lines
	(1)	(2)	(3)	(4)	(5)	(6)
2	HS 1040+4904	10h40m57.2s	+49$^\circ$04'17''	0.4818	17.4	Mg II 2798 Å
3	HS 1300+4835	13 00 03.3	+48 35 22	0.8771	18.0	Mg II 2798 Å
4	HS 1313+4651	13 13 39.4	+46 51 25	2.9987	17.8	Ly$\alpha$ 1216 Å, N V 1240 Å,
						Si IV/O IV] 1400 Å, C IV 1549 Å
5	HS 1446+4611	14 46 30.5	+46 11 41	0.8163	18.2	Mg II 2798 Å
a Observed redshift.

Table 4. Galaxies without Emission Lines

#	Name	$\alpha\,(1950)$	$\delta\,(1950)$	$v^{\,a}_{0}$	mB	MB	Absorption lines
	(1)	(2)	(3)	(4)	(5)	(6)	(7)
2	HS 1228+4952	12h 28m 36.3s	+49$^\circ$ 52' 14''	22255	18.2	-18.9	G,Mg I,NaD
3	HS 1247+4811	12 47 28.4	+48 11 11	33617	18.6	-19.4	Ca II,G,Mg I,NaD
4	HS 1306+4517	13 06 58.0	+45 17 22	14598	18.1	-18.1	Ca II,G,Mg I,NaD
5	HS 1413+4737	14 13 49.4	+47 37 55	1559	18.3	-13.0	Mg I,NaD
6	HS 1426+4915	14 26 13.9	+49 15 02	39160	18.4	-19.9	Ca II,G,Mg I,NaD
7	HS 1428+4633	14 28 15.2	+46 33 50	42857	18.6	-19.9	Ca II,G,Mg I,NaD
8	HS 1517+4855	15 17 37.1	+48 55 52	18307	17.1	-19.6	Ca II,G,Mg I,NaD
a Heliocentric velocities.

Table 5. Stars

#	Name	$\alpha\,(1950)$	$\delta\,(1950)$	mB	Type	Spectral Features
	(1)	(2)	(3)	(4)	(5)	(6)
2	HS 1158+4600	11h58m12.8s	+46$^\circ$00'51''	19.4	G	CaK, CaH, Gband, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
3	HS 1209+4520	12 09 55.7	+45 20 52	18.4	F-G	H$_{\delta}$, Gband, Mgb, NaD, H$_{\alpha}$
4	HS 1209+4807	12 09 35.6	+48 07 21	18.6	G	CaK, CaH, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
5	HS 1216+4520	12 16 48.2	+45 20 31	18.6	F	CaK, CaH, H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, Mgb, H$_{\alpha}$
6	HS 1219+4635	12 19 21.7	+46 35 37	18.1	F	Mn+Fe, H$_{\delta}$, H$_{\beta}$, H$_{\alpha}$
7	HS 1225+4750	12 25 40.8	+47 50 37	18.2	F	CaK, CaH, H$_{\delta}$, Gband, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
8	HS 1227+4708	12 27 00.7	+47 08 21	18.1	F	CaK, CaH, H$_{\delta}$, Gband, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
9	HS 1238+4924	12 38 00.9	+49 24 18	18.7	F-G	CaK, CaH, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
10	HS 1249+5026	12 49 53.4	+50 26 43	18.5	F	CaK, CaH, H$_{\delta}$, Gband, H$_{\beta}$, H$_{\alpha}$
11	HS 1256+4722	12 56 18.6	+47 22 49	17.4	A	CaK, CaH, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
12	HS 1259+4543	12 59 51.4	+45 43 31	17.5	F	CaK, CaH, H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
13	HS 1304+4901	13 04 37.1	+49 01 03	18.2	A	H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
14	HS 1305+5028	13 05 40.7	+50 28 25	17.8	F-G	Gband, H$_{\beta}$, H$_{\alpha}$
15	HS 1306+4614	13 06 07.0	+46 14 54	18.0	F	CaK, H$_{\delta}$, Gband, H$_{\beta}$, H$_{\alpha}$
16	HS 1307+4620	13 07 49.7	+46 20 44	18.2		Mgb, H$_{\alpha}$
17	HS 1310+4618	13 10 56.1	+46 18 11	17.8	F-G	CaK, CaH, H$_{\gamma}$, Mgb, H$_{\alpha}$
18	HS 1312+4647	13 12 13.4	+46 47 23	18.1	F-G	CaK, CaH, Gband, H$_{\beta}$, Mgb, H$_{\alpha}$
19	HS 1314+4650	13 14 21.6	+46 50 09	17.9	F	H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
20	HS 1314+4847	13 14 59.7	+48 47 37	18.1	F-G	CaK, CaH, Gband, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
21	HS 1317+4818	13 17 41.6	+48 18 52	18.1	F-G	H$_{\delta}$, H$_{\beta}$, Mgb, H$_{\alpha}$
22	HS 1319+4930	13 19 30.7	+49 30 48	17.9	F-G	H$_{\delta}$, Gband, H$_{\beta}$, H$_{\alpha}$
23	HS 1319+4715	13 19 35.2	+47 15 33	17.9	F-G	CaK, Gband, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
24	HS 1320+5006	13 20 59.2	+50 06 05	18.4	F-G	CaK, CaH, Gband, H$_{\beta}$, H$_{\alpha}$
25	HS 1321+4657	13 21 36.3	+46 57 03	17.8	F	CaK, CaH, H$_{\gamma}$, H$_{\beta}$, NaD, H$_{\alpha}$
26	HS 1326+4516	13 26 41.9	+45 16 03	18.3	F-G	Gband, H$_{\gamma}$, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
27	HS 1327+5026	13 27 41.1	+50 26 32	18.4	F-G	CaK, CaH, Gband, H$_{\alpha}$
28	HS 1327+4753	13 27 59.5	+47 53 01	18.2	F-G	CaK, CaH, H$_{\delta}$, Gband, H$_{\gamma}$, Mgb, NaD, H$_{\alpha}$
29	HS 1329+4547	13 29 48.2	+45 47 13	18.1	F-G	Gband, H$_{\beta}$, NaD, H$_{\alpha}$
30	HS 1330+4701	13 30 00.3	+47 01 07	18.5	F-G	CaK, CaH, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb, H$_{\alpha}$
31	HS 1334+4650	13 34 08.2	+46 50 18	18.3	M
32	HS 1338+4605	13 38 43.2	+46 05 04	18.1	F	CaH, Gband, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
33	HS 1338+4708	13 38 59.2	+47 08 41	17.8	F	CaK, CaH, H$_{\delta}$, Gband, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
34	HS 1339+4702	13 39 53.5	+47 02 51	17.9	F-G	Gband, Mgb, H$_{\alpha}$
35	HS 1341+4955	13 41 12.3	+49 55 00	17.9	F-G	CaH, Gband, H$_{\beta}$, Mgb, H$_{\alpha}$
36	HS 1341+4701	13 41 42.0	+47 01 04	18.2	A	H7, H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
37	HS 1341+4839	13 41 46.4	+48 39 47	18.0	F-G	H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
38	HS 1342+4833	13 42 55.0	+48 33 31	17.5	F	CaK, CaH, H$_{\gamma}$, H$_{\beta}$, NaD, H$_{\alpha}$
39	HS 1343+5020	13 43 31.2	+50 20 30	18.0	G	CaK, CaH, Gband, Mgb, H$_{\alpha}$
40	HS 1344+4839	13 44 54.2	+48 39 04	18.0	F-G	CaK, CaH, H$_{\delta}$, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
41	HS 1344+5000	13 44 56.1	+50 00 58	17.8	G	CaK, CaH, Gband, Mgb, H$_{\alpha}$
42	HS 1345+4607	13 45 01.4	+46 07 36	18.3	F-G	CaK, CaH, Gband, H$_{\beta}$, H$_{\alpha}$
43	HS 1345+4614	13 45 06.8	+46 14 57	17.8	A-F	CaK, CaH, H$_{\beta}$, H$_{\alpha}$

Table 5. (Continued)

#	Name	$\alpha\,(1950)$	$\delta\,(1950)$	mB	Type	Spectral Features
	(1)	(2)	(3)	(4)	(5)	(6)
44	HS 1345+4911	13h45m11.0s	+49$^\circ$11'25''	17.7	A	CaK, CaH, H$_{\delta}$, H$_{\beta}$, H$_{\alpha}$
45	HS 1346+4643	13 46 20.2	+46 43 54	18.1	A	H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
46	HS 1346+4644	13 46 06.8	+46 44 22	18.2	F-G	MnI+FeI, Gband, H$_{\gamma}$, FeI, H$_{\beta}$, H$_{\alpha}$
47	HS 1346+4805	13 46 21.3	+48 05 05	17.8	F-G	CaK, CaH, Gband, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
48	HS 1347+4553	13 47 51.3	+45 53 29	18.4	F-G	CaK, CaH, Gband, H$_{\beta}$, Mgb, H$_{\alpha}$
49	HS 1347+4758	13 47 52.1	+47 58 30	18.1	F-G	CaK, CaH, H$_{\delta}$, Gband, H$_{\gamma}$,
50	HS 1347+4810	13 47 20.7	+48 10 32	17.9	F-G	CaK, CaH, Gband, H$_{\gamma}$, H$_{\alpha}$
51	HS 1349+4925	13 49 11.5	+49 25 49	17.3	A	H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, Mgb, H$_{\alpha}$
52	HS 1350+4806	13 50 29.8	+48 06 59	18.1	A	CaK, H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
53	HS 1350+4805	13 50 35.6	+48 05 59	17.5	F-G	Gband, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
54	HS 1353+4706	13 53 26.2	+47 06 31	18.7	M
55	HS 1354+4800	13 54 40.5	+48 00 27	17.6	A-F	Mn+Fe, H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
56	HS 1356+4939	13 56 34.2	+49 39 25	17.8	G	CaK, Gband, Mgb, NaD
57	HS 1358+4525	13 58 58.4	+45 25 43	17.4	F-G	CaK, Gband, H$_{\gamma}$, H$_{\beta}$, NaD
58	HS 1359+4918	13 59 22.6	+49 18 28	18.5	M
59	HS 1403+4808	14 03 37.5	+48 08 03	17.5	F-G	CaK, CaH, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb
60	HS 1405+4717	14 05 34.2	+47 17 45	17.4	F-G	H$_{\beta}$, Mgb
61	HS 1406+4848	14 06 34.2	+48 48 36	18.0	F-G	Gband, H$_{\gamma}$, H$_{\beta}$, Mgb
62	HS 1418+5001	14 18 03.8	+50 01 59	17.7	F	CaH, H$_{\beta}$, H$_{\alpha}$
63	HS 1427+4200	14 27 12.9	+42 00 58	*17.5		CaK, H$_{\delta}$, H$_{\beta}$, Mgb
64	HS 1429+4210	14 29 30.9	+42 10 45	*17.5	F-G	CaK, H$_{\delta}$, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb
65	HS 1429+4511B	14 29 46.5	+45 11 40	*17.9	M
66	HS 1432+4255	14 32 38.4	+42 55 29	*17.5	F-G	Gband, H$_{\gamma}$, H$_{\beta}$, Mgb
67	HS 1435+4043	14 35 24.6	+40 43 04	*17.6	A	H9, H8, H7, H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$
68	HS 1445+4519	14 45 02.4	+45 19 23	*18.2	F	Gband, H$_{\gamma}$, H$_{\beta}$
69	HS 1447+4204	14 47 09.8	+42 04 13	*17.6	A-F	H9, H8, H7, H$_{\delta}$, Gband, H$_{\gamma}$, H$_{\beta}$
70	HS 1450+4504	14 50 05.6	+45 04 20	*17.7	F-G	Gband, H$_{\gamma}$, H$_{\beta}$
71	HS 1451+4906	14 51 08.3	+49 06 15	17.5	F-G	H$_{\delta}$, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb, H$_{\alpha}$
72	HS 1457+4616	14 57 46.1	+46 16 03	18.2	F	H$_{\beta}$, NaD, H$_{\alpha}$
73	HS 1500+4142	15 00 32.3	+41 42 12	*18.3	F	CaK, CaH, Gband, H$_{\gamma}$, H$_{\beta}$
74	HS 1500+4307	15 00 28.5	+43 07 28	*17.3	F-G	CaK, CaH, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb
75	HS 1501+4302	15 01 20.7	+43 02 17	*18.6	F	CaK, CaH, H$_{\delta}$, Gband, H$_{\gamma}$, H$_{\beta}$
76	HS 1501+4827	15 01 35.4	+48 27 15	17.8	A	H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
77	HS 1503+4657	15 03 43.6	+46 57 17	17.8	F-G	CaK, CaH, H$_{\delta}$, Gband, FeI, H$_{\beta}$, Mgb, H$_{\alpha}$
78	HS 1504+4848	15 04 00.5	+48 48 19	17.8	F-G	CaH, H$_{\beta}$, Mgb, H$_{\alpha}$
79	HS 1504+4525	15 04 27.8	+45 25 47	18.1	F	CaK, CaH, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
80	HS 1505+4541	15 05 29.5	+45 41 15	17.5	A-F	CaK, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
81	HS 1505+5007	15 05 59.8	+50 07 28	18.0		CaK, CaI 4227, Mgb, NaD
82	HS 1506+4619	15 06 19.7	+46 19 37	17.8	A	H8, H7, H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$
83	HS 1506+4541	15 06 59.1	+45 41 19	18.0	F-G	CaH, Gband, H$_{\beta}$, H$_{\alpha}$
84	HS 1508+4838	15 08 18.8	+48 38 24	17.7	G	CaK, CaH, H$_{\delta}$, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
85	HS 1508+4806	15 08 39.7	+48 06 24	17.1	F	H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, Mgb, H$_{\alpha}$

Table 5. (Continued)

#	Name	$\alpha\,(1950)$	$\delta\,(1950)$	mB	Type	Spectral Features
	(1)	(2)	(3)	(4)	(5)	(6)
86	HS 1509+4831	15h09m45.8s	+48$^\circ$31'25''	17.3	F	CaK, CaH, H$_{\gamma}$, H$_{\beta}$, NaD, H$_{\alpha}$
87	HS 1512+4626	15 12 32.7	+46 26 38	17.8	A-F	CaH, H7, H$_{\delta}$, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb, H$_{\alpha}$
88	HS 1512+4621	15 12 55.2	+46 21 27	17.3	F-G	Gband, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
89	HS 1513+4720	15 13 33.4	+47 20 37	18.0	G	Gband, Mgb, NaD, H$_{\alpha}$
90	HS 1527+4513	15 27 01.1	+45 13 17	17.3	G	CaK, Gband, Mgb, NaD, H$_{\alpha}$
91	HS 1527+4853	15 27 53.3	+48 53 13	17.3	A	H$_{\gamma}$, H$_{\beta}$, Mgb, H$_{\alpha}$
92	HS 1531+4608	15 31 57.8	+46 08 57	17.7	F-G	Gband, H$_{\gamma}$, Mgb, NaD, H$_{\alpha}$
93	HS 1533+4637	15 33 08.4	+46 37 08	17.7	F-G	Mgb, NaD, H$_{\alpha}$
94	HS 1533+4811	15 33 52.5	+48 11 37	17.8	F-G	CaK, CaH, H$_{\delta}$, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
95	HS 1534+4746	15 34 18.5	+47 46 51	17.8	G	CaK, CaH, Gband, Mgb, NaD, H$_{\alpha}$
96	HS 1540+4829	15 40 20.1	+48 29 30	19.1	M
97	HS 1544+4957	15 44 13.0	+49 57 49	18.3	G	CaK, Gband, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
98	HS 1607+5001	16 07 30.4	+50 01 22	20.7	M
99	HS 1610+4948	16 10 30.5	+49 48 45	18.9	F-G	CaK, CaH, Gband, H$_{\beta}$, Mgb
100	HS 1612+4538	16 12 14.2	+45 38 43	17.5	F	H$_{\gamma}$, H$_{\beta}$, NaD, H$_{\alpha}$
101	HS 1612+4509	16 12 38.7	+45 09 30	18.1		No features, but stellar on DSS
102	HS 1612+4953	16 12 58.0	+49 53 16	17.6	F-G	H$_{\beta}$, Mgb, H$_{\alpha}$
103	HS 1617+4812	16 17 37.0	+48 12 01	17.6	F	H$_{\alpha}$
104	HS 1621+4720	16 21 53.4	+47 20 12	18.2	F-G	Gband, H$_{\alpha}$
105	HS 1628+4821	16 28 19.3	+48 21 24	17.9	F-G	Gband, H$_{\beta}$, , NaD, H$_{\alpha}$
106	HS 1631+4948	16 31 11.3	+49 48 18	17.4	F-G	H$_{\delta}$, Gband, H$_{\gamma}$, Mgb, H$_{\alpha}$
107	HS 1640+4634	16 40 37.5	+46 34 30	17.7	A	H$_{\delta}$, H$_{\beta}$, H$_{\alpha}$
108	HS 1641+4813	16 41 17.8	+48 13 59	18.1	A	H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
109	HS 1642+4625	16 42 08.2	+46 25 59	18.4	F-G	Gband, H$_{\beta}$, Mgb
110	HS 1642+5006	16 42 37.4	+50 06 41	17.6	A	H7, H$_{\delta}$, H$_{\gamma}$, H$_{\beta}$, H$_{\alpha}$
111	HS 1651+4850	16 51 37.3	+48 50 49	17.7	G	CaK, CaH, Gband, H$_{\beta}$, Mgb, H$_{\alpha}$
112	HS 1658+4530	16 58 28.8	+45 30 13	17.7	A	H$_{\delta}$, H$_{\gamma}$, H$_{\alpha}$
113	HS 1707+4955	17 07 33.9	+49 55 35	17.7	G	CaK, CaH, Gband, H$_{\gamma}$, H$_{\beta}$, Mgb, NaD, H$_{\alpha}$
b Magnitudes marked by asterisk are from the APM.

[h]