BRITE Constellation Wiki

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List of stars observed by BRITEs
(updated on April 28, 2020; includes fields 01-25, 27-45, and 49)
TNDP = total number of data points

#	HD	Star	V	Sp. type	Contact PI	TNDP	Field(s)
1	144	10 Cas	5.59	B9 IIIe	Pigulski	15570	Cas III
2	432	β Cas	2.27	F2 III-IV	Zwintz	53139	CasCep I
						52489	Cas I
						12859	Cas II
						52016	Cas III
3	2905	κ Cas	4.16	B1 Ia	Handler	33548	CasCep I
						56524	Cas I
						12705	Cas II
						51957	Cas III
4	3360	ζ Cas	3.66	B2 IV	Pigulski	52895	CasCep I
						20794	Cas I
						12749	Cas II
						4593	Cas III
5	3712	α Cas	2.23	K0 IIIa	Kallinger	37414	CasCep I
						28521	Cas I
6	3901	ξ Cas	4.81	B2 V	Pigulski	18196	CasCep I
7	4614	η Cas	3.44	F9 V + dM0	Huber	23228	CasCep I
						2497	Cas I
8	5394	γ Cas	2.47	B0 IVe	Baade	50028	CasCep I
						54983	Cas I
						13139	Cas II
						37135	Cas III
9	5395	υ Cas	4.62	G8 III-IV	Kallinger	14875	Cas III
10	6811	φ And	4.25	B5 IIIe	Baade	18773	CasCep I
11	6961	θ Cas	4.33	A7 V	Lüftinger	19667	CasCep I
						57226	Cas I
						12985	Cas II
						4336	Cas III
12	8538	δ Cas	2.68	A5 III-IV	Huber	40977	CasCep I
						56867	Cas I
						13102	Cas II
						4476	Cas III
13	11415	ε Cas	3.37	B3 III	pending	18139	CasCep I
						56742	Cas I
						12813	Cas II
						4229	Cas III
14	12111	48 Cas	4.54	A4 V	Paunzen	2606	Cas I
15	12216	50 Cas	3.94	A1 V	Huber	1805	Cas I
16	14386	o Cet	var	M5-9e	Rucinski	3434	CetEri I
17	14690	70 Cet	5.42	F1 V	Paunzen	7659	CetEri I
18	15633		5.99	A3 V	Lüftinger	24029	CetEri I
19	16212	80 Cet	5.54	M0 III	Kallinger	16416	CetEri I
20	16582	δ Cet	4.07	B2 IV	Handler	32225	CetEri I
21	16620	ε Cet	4.87	F5 V	none	7672	CetEri I
22	16908	35 Ari	4.66	B3 V	Pigulski	2390	Per I
23	16970	γ Cet	3.47	A2 Vn + F4 V	Garrido	31136	CetEri I
24	17163		6.03	A9/F0 II/III	Zwintz	16398	CetEri I
25	17573	41 Ari	3.63	B8 Vn	Pigulski	25144	Per I
26	17584	16 Per	4.23	F2 III	Zwintz	77605	Per I
27	17709	17 Per	4.53	K5 III	Kallinger	10210	Per I
28	17943		6.33	A7 IV	Paunzen	24058	CetEri I
29	18296	21 (LT) Per	5.11	B9p Si	Lüftinger	11924	Per I
30	18322	η Eri	3.87	K1 III-IV	Kallinger	31815	CetEri I
31	18331		5.16	A1 V	Paunzen	16411	CetEri I
32	18543		5.23	A0 V	Paunzen	16435	CetEri I
33	18633	5 Eri	5.55	B9.5 V	Pigulski	8222	CetEri I
34	18883	93 Cet	5.61	B7 V	Pigulski	15921	CetEri I
35	18884	α Cet	2.53	M2 III	Kallinger	30003	CetEri I
36	19058	ρ Per	3.39	M4 II	Kallinger	170513	Per I
37	19107	ρ3 Eri	5.30	A8 V	Paunzen	16409	CetEri I
38	19349		5.26	M2.5 II	Kallinger	32286	CetEri I
39	19356	β Per	2.12	B8 V	Pavlovski	194211	Per I
40	19373	ι Per	4.05	G0 V	Moffat	10271	Per I
41	19476	κ Per	3.80	K0 III	Huber	155380	Per I
42	20320	ζ Eri	4.80	kA4hA9mA9 V	Paunzen	8192	CetEri I
43	20365	29 Per	5.15	B3 V	Pigulski	10194	Per I
44	20395	14 Eri	6.14	F3/5 V	Paunzen	7714	CetEri I
45	20418	31 Per	5.03	B5 V	Pigulski	10282	Per I
46	20468		4.82	K2 II	Moffat	10352	Per I
47	20630	κ1 Cet	4.85	G5 V	Strassmeier	32293	CetEri I
48	20809		5.29	B5 V	Pigulski	9826	Per I
49	20902	α Per	1.79	F5 Ib	none	181860	Per I
50	21018		6.50	F8 II	Guinan	24032	CetEri I
51	21428	34 Per	4.67	B3 V	Pigulski	75745	Per I
52	21552	σ Per	4.36	K3 III	Kallinger	167552	Per I
53	21790	17 v Eri	4.73	B9 III	Pigulski	8228	CetEri I
54	22049	ε Eri	3.73	K2 V	Shulyak	32150	CetEri I
55	22192	ψ Per	4.23	B5 Ve	Baade	182556	Per I
56	22468	V711 Tau	5.71	K1 V	Strassmeier	32369	CetEri I
57	22484	10 Tau	4.30	F8 V	none	15945	CetEri I
58	22780		5.57	B7 Vne	Baade	8901	Per I
59	22920	22 (FY) Eri	5.53	B9 IIIpSi4200	Lüftinger	32329	CetEri I
60	22928	δ Per	3.01	B5 IIIe	Pigulski	178627	Per I
						82224	AurPer I
61	23180	o Per	3.83	B1 III	Handler	195478	Per I
62	23230	ν Per	3.77	F5 II	Moffat	2422	Per I
						13243	AurPer I
63	23249	δ Eri	3.54	K0 IV	Huber	19213	CetEri I
64	23302	17 Tau	3.70	B6 IIIe	Baade	193528	Per I
65	23338	19 Tau	4.30	B6 IV	Pigulski	143022	Per I
66	23363	24 Eri	5.25	B7 IV	Pigulski	7724	CetEri I
67	23408	20 Tau	3.87	B8 III	Lüftinger	171894	Per I
68	23480	23 Tau	4.18	B6 IVe	Pigulski	176158	Per I
69	23630	η Tau	2.87	B7 IIIe	Baade	189394	Per I
70	23850	27 Tau	3.63	B8 III	Lüftinger	191396	Per I
71	24398	ζ Per	2.85	B1 Ib	Handler	192024	Per I
						38270	AurPer I
72	24640		5.49	B1.5 V	Pigulski	21912	Per I
73	24760	ε Per	2.89	B0.5 V + A2 V	Handler	193500	Per I
						86613	AurPer I
74	24912	ξ Per	4.04	O7.5 III(n)((f))	Moffat	193728	Per I
						92857	AurPer I
75	25642	λ Per	4.29	B9 V	Paunzen	9828	AurPer I
76	25823	41 (GS) Tau	5.20	B9 Vp Si	Lüftinger	10260	Per I
77	25940	48 c Per	4.04	B3 Ve	Baade	183430	Per I
						88138	AurPer I
78	25998	50 (V582) Per	5.51	F7 V	Moffat	74593	Per I
79	26322	44 (IM) Tau	5.41	F2 IV-V	Zwintz	10314	Per I
80	26630	μ Per	4.14	G0 Ib	Moffat	166542	Per I
						17829	AurPer I
81	26673	52 Per	4.71	G5 Ib + A2 V	Moffat	10990	AurPer I
82	26961	b Per	4.61	A2 V	Paunzen	47407	AurPer I
83	27371	γ Tau	3.65	K0 III	Kallinger	9298	Tau I
84	27396	53 d (V469) Per	4.85	B4 IV	Pigulski	165458	Per I
						89518	AurPer I
85	27397	57 (V483) h Tau	5.59	F0 IV	Zwintz	28464	Tau I
86	27459	58 (V696) Tau	5.26	F0 V	Zwintz	37319	Tau I
87	27628	60 (V775) Tau	5.72	A3m	Zwintz	9746	Tau I
88	27697	δ1 Tau	3.76	K0 III	Kallinger	9622	Tau I
89	27934	κ1 (K) Tau	4.22	A7 IV-V	Zwintz	101235	Tau I
						63060	OriTau II
90	27962	δ3 (V776) Tau	4.29	A2 IV-Vs	Paunzen	9750	Tau I
91	28024	υ Tau	4.28	A8 Vn	Zwintz	102626	Tau I
						63067	OriTau II
92	28052	71 (V777) Tau	4.49	F0 V	Zwintz	101223	Tau I
						63040	OriTau II
93	28305	ε Tau	3.53	K0 III	Kallinger	24331	Tau I
94	28319	θ2 Tau	3.40	A7 III	Zwintz	100883	Tau I
						56022	OriTau I
						112460	OriTau II
95	28527		4.76	A6 IV	Zwintz	37703	Tau I
						7482	OriTau I
96	28910	ρ Tau	4.65	A8 V	Zwintz	37576	Tau I
97	29139	α Tau	0.85	K5 III	Kallinger	92049	Tau I
						137654	OriTau I
						111205	OriTau II
98	29140	88 d Tau	4.25	A5m	Paunzen	83475	Tau I
						54273	OriTau II
99	29248	ν Eri	3.93	B2 III	Handler	106319	Ori II
						24224	Ori III
						57300	Ori IV
						40616	Ori V
						19625	OriTau I
						22168	Ori VI
100	29388	90 c Tau	4.27	A6 V	Paunzen	18521	Tau I
101	29763	τ Tau	4.28	B3 V	Pigulski	59080	Tau I
						63023	OriTau II
102	30211	μ Eri	4.02	B5 IV	Pigulski	106564	Ori II
						17560	Ori III
						57964	Ori IV
						40754	Ori V
						19703	OriTau I
						22168	Ori VI
103	30652	π3 Ori	3.19	F6 V	Huber	31734	Ori II
						53544	OriTau I
104	30739	π2 Ori	4.35	A1 Vn	Baade	27830	Ori IV
105	30780	97 (V480) i Tau	5.10	A7 IV-V	Zwintz	9426	Tau I
106	30836	π4 Ori	3.69	B2 III + B2 IV	Handler	106302	Ori II
						16696	Ori III
						57951	Ori IV
						40555	Ori V
						104663	OriTau I
						22621	Ori VI
107	30959	o1 Ori	4.72	M3 S III	Lebzelter	34925	Tau I
108	31109	ω Eri	4.39	F4 III + A6 III	Moffat	68747	Ori II
109	31139	5 Ori	5.33	M1 III	Kallinger	38403	Ori II
110	31237	π5 Ori	3.72	B3 III + B0 V	Handler	59760	Ori I
						106362	Ori II
						17305	Ori III
						28443	Ori IV
						16708	Ori V
						101830	OriTau I
						22398	Ori VI
111	31283	6 g Ori	5.18	A3 V	none	18481	Tau I
112	31398	ι Aur	2.69	K3 II	Strassmeier	116045	AurPer I
113	31767	π6 Ori	4.47	K2 II	Moffat	32095	Ori II
114	31964	ε Aur	2.99	F0 Iae + B	Strassmeier	93686	AurPer I
115	32045	64 (S) Eri	4.77	F0 V	Zwintz	16392	Ori V
116	32068	ζ Aur	3.75	K5 II + B7 V	Strassmeier	88146	AurPer I
117	32249	ψ Eri	4.81	B3 IV	none	16322	Ori V
118	32301	ι Tau	4.64	A7 V	none	28263	Tau I
						63067	OriTau II
119	32537	9 (V398) Aur	5.00	F0 V	Zwintz	55609	AurPer I
120	32549	11 (V1032) Ori	4.66	A1 VpSiCr	Paunzen	40897	Tau I
						54211	OriTau II
121	32630	η Aur	3.17	B3 V	Strassmeier	93677	AurPer I
122	32977	106 l Tau	5.28	A5 IV	none	14713	Tau I
123	32990	103 Tau	5.50	B2 V	Pigulski	49507	Tau I
						63016	OriTau II
124	33111	β Eri	2.79	A3 III	Moffat	59162	Ori I
						32032	Ori II
						16698	Ori V
						54150	OriTau I
						46892	OriTau II
125	33276	15 Ori	4.82	F2 IV	none	22645	Tau I
						54216	OriTau II
126	33328	λ Eri	4.27	B2 IVne	Hubrig	106642	Ori II
						629	Ori III
						28494	Ori IV
						16436	Ori V
127	33641	μ Aur	4.86	A4 Vm	Paunzen	20653	AurPer I
128	33904	μ Lep	3.31	B9 IIIp HgMn	Lüftinger	32505	Ori II
129	33959	14 (KW) Aur	5.00	A9 V	Zwintz	93545	AurPer I
130	34029	α Aur	0.08	G5 IIIe + G0 III	Strassmeier	75095	AurPer I
131	34078	AE Aur	5.96	O9.5 V	pending	10983	AurPer I
132	34085	β Ori	0.12	B8 Ia	Guinan	59261	Ori I
						104958	Ori II
						20964	Ori III
						29641	Ori IV
						23859	Ori V
						32689	OriTau I
						20981	Ori VI
133	34452	IQ Aur	5.37	A0p Si	Strassmeier	11002	AurPer I
134	34503	τ Ori	3.60	B5 III	Pigulski	59584	Ori I
						106136	Ori II
						8288	Ori III
						22334	Ori IV
						22068	Ori VI
135	34759	ρ Aur	5.21	B3 V	Pigulski	844	AurPer I
136	34816	λ Lep	4.29	B0.5 IV	Pigulski	99313	Ori II
						27971	Ori IV
137	35039	o Ori	4.74	B2 IV	Pigulski	3901	Ori II
						62429	OriTau I
						21741	Ori VI
138	35149	23 Ori	5.00	B2 IV/V	none	19376	Ori VI
139	35296	111 (V1119) Tau	5.00	F8 V	Zwintz	3029	Tau I
140	35369	29 e Ori	4.14	G8 III	Kallinger	32156	Ori II
141	35411	η Ori	3.36	B1V + B2	Pigulski	59508	Ori I
						106749	Ori II
						24296	Ori III
						51130	Ori IV
						40937	Ori V
						97158	OriTau I
						22073	Ori VI
142	35439	ψ1 Ori	4.95	B1 Vpe	Baade	71078	Ori II
						28701	Ori IV
						40781	Ori V
						85995	OriTau I
						21687	Ori VI
143	35468	γ Ori	1.64	B2 III	Handler	59139	Ori I
						104478	Ori II
						21472	Ori III
						22022	Ori IV
						23900	Ori V
						46672	OriTau I
						20618	Ori VI
144	35497	β Tau = γ Aur	1.65	B7 III	Strassmeier	70047	Tau I
						54243	OriTau II
145	35708	114 o Tau	4.88	B2.5 IV	Pigulski	9873	Tau I
						62987	OriTau II
146	35715	ψ2 Ori	4.59	B2 IV	Pigulski	59998	Ori I
						106690	Ori II
						58845	Ori IV
						40612	Ori V
						95925	OriTau I
						22293	Ori VI
147	36267	32 Ori	4.20	B5 V	Pigulski	99164	Ori II
						16693	Ori V
						62276	OriTau I
148	36371	χ Aur	4.76	B5 Iab	Handler	55455	AurPer I
149	36389	119 (CE) Tau	4.38	M2 Iab-Ib	Moffat	21800	Tau I
						35416	OriTau I
						48106	OriTau II
149	36485/6	δ Ori	2.23/6.83	B0 III + O9 V/B2 V	Moffat	15235	OriTau I
						59455	Ori I
						106522	Ori II
						22556	Ori III
						58795	Ori IV
						40716	Ori V
						115698	OriTau I
						45913	OriTau II
						21374	Ori VI
150	36512	υ Ori	4.62	B0 V	Pigulski	99267	Ori II
151	36653	35 Ori	5.59	B3 V	Pigulski	6152	Tau I
152	36822	φ1 Ori	4.41	B0 III	Pigulski	32082	Ori II
						63807	OriTau I
152	36861/2	λ Ori	3.54/5.45	O8 III((f))/B0.5 V	Moffat	59520	Ori I
						100463	Ori II
						8281	Ori III
						29593	Ori IV
						24153	Ori V
						121489	OriTau I
						45514	OriTau II
						5825	Ori II
152	36959/60		5.67/4.78	B1 V/B0.5 V	Lüftinger	33620	Ori II
						65405	Ori II
153	37018	42 c Ori	4.59	B1 V	Pigulski	34100	Ori II
						22533	Ori VI
153	37022/41	θ1/θ2 Ori	5.13/5.09	O7 Vp/O9.5 Vp	Moffat	15125	Ori III
						29943	Ori II
154	37043	ι Ori	2.77	O9 III	Moffat	59623	Ori I
						106220	Ori II
						22177	Ori III
						29918	Ori IV
						24512	Ori V
						21593	Ori VI
155	37128	ε Ori	1.70	B0 Ia	Moffat	59115	Ori I
						106556	Ori II
						22309	Ori III
						51839	Ori IV
						40905	Ori V
						132413	OriTau I
						48365	OriTau II
						21375	Ori VI
156	37160	φ2 Ori	4.09	G9.5 III	pending	1247	OriTau I
157	37202	ζ Tau	3.00	B1 IVe shell	Baade	111540	Tau I
						122903	OriTau I
						111086	OriTau II
158	37367	V433 Aur	5.98	B2 IV-V	Pigulski	41107	Tau I
159	37438	125 Tau	5.17	B3 IV	Pigulski	78340	Tau I
						63085	OriTau II
160	37468	σ Ori	3.81	O9.5 V	Moffat	59320	Ori I
						106451	Ori II
						24443	Ori III
						58136	Ori IV
						40738	Ori V
						100628	OriTau I
						22359	Ori VI
161	37490	ω Ori	4.57	B3 IIIe	Baade	103193	Ori II
						16959	Ori III
						27717	Ori IV
						16045	Ori V
						63680	OriTau I
162	37711	126 Tau	4.86	B3 IV	Pigulski	40902	Tau I
						63109	OriTau II
162	37742/3	ζ Ori	1.88/3.70	O9.7 Ib/B0 III	Moffat	58991	Ori I
						100737	Ori II
						22807	Ori III
						58190	Ori IV
						40543	Ori V
						133098	OriTau I
						48388	OriTau II
						21461	Ori VI
						5834	Ori II
163	38622	133 Tau	5.29	B2 IV-V	Pigulski	41218	Tau I
164	38771	κ Ori	2.06	B0.5 Ia	Moffat	59571	Ori I
						106588	Ori II
						21321	Ori III
						29707	Ori IV
						24149	Ori V
						21423	Ori VI
165	38871		5.30	K0 II	Kallinger	6536	VelPic III
166	38899	134 Tau	4.88	B9 IV	Pigulski	16369	Tau I
167	38944	υ Aur	4.74	M0 III	Kallinger	10974	AurPer I
168	39003	ν Aur	3.97	G9.5 III	Strassmeier	55506	AurPer I
169	39060	β Pic	3.85	A5 V	Zwintz	47330	VelPic I
						170037	VelPic II
						64404	VelPic III
170	39357	136 Tau	4.55	A0 III	Khalack	14739	Tau I
171	39587	χ1 Ori	4.40	G0 V	none	39975	Tau I
172	39801	α Ori	0.50	M1-2 Ia-Iab	Guinan Strassmeier	59209	Ori I
						131173	Ori II
						17334	Ori III
						29359	Ori IV
						24219	Ori V
						66607	OriTau I
						22497	Ori VI
173	40111	139 Tau	4.82	B0.5 II	Handler	59845	Tau I
						54226	OriTau II
174	40183	β Aur	1.90	A2 IV	Strassmeier	79522	AurPer I
175	40292		5.29	F1 V	Lüftinger	12600	VelPic II
176	40312	θ Aur	2.62	A0p Si	Lüftinger	93086	AurPer I
177	41116	1 Gem	4.16	G5 III	Kallinger	2770	Tau I
178	41753	ν Ori	4.40	B3 V	Pigulski	34821	Tau I
179	42933	δ Pic	4.81	O9 V + B3 III	Zahajkiewicz	46923	VelPic I
						171743	VelPic II
						64072	VelPic III
180	44402	ζ CMa	3.02	B2.5 V	Pigulski	20228	CMaPup I
181	44743	β CMa	1.98	B1 II-III	Handler	89769	CMaPup I
182	45348	α Car	-0.72	F0 II	Zieliński	48798	VelPic I
						83304	VelPic II
183	45871	IY CMa	5.74	B4 Vnpe	Baade	85176	CMaPup I
184	46273		5.22	F2 V	Zieliński	16025	VelPic II
185	46328	ξ1 CMa	4.33	B0.5 IV	Handler	179528	CMaPup I
186	47306	N Car	4.40	A0 II	Zwintz	3962	VelPic I
						69783	VelPic II
187	47670	ν Pup	3.17	B8 III	Baade	47954	VelPic I
						164861	VelPic II
						64256	VelPic III
						38477	CMaPup II
188	47973		4.93	G8 III	Kallinger	15941	VelPic II
						6532	VelPic III
189	48917	10 (FT) CMa	5.20	B2 IIIe	Baade	123218	CMaPup I
190	49131	HP CMa	5.80	B2 III	Baade	34075	CMaPup I
191	49877	V448 Car	5.61	K5 III	Kallinger	48187	VelPic III
192	50013	κ CMa	3.96	B1.5 IVne	Baade	97419	CMaPup I
						37331	CMaPup II
193	50123	HZ CMa	5.70	B6 Vnpe	Pigulski	85521	CMaPup I
194	50310	τ Pup	2.93	K1 III	Kallinger	6536	VelPic III
195	50337	V415 Car	4.42	G6 II	Zwintz	3970	VelPic I
						54911	VelPic III
196	50707	15 (EY) CMa	4.83	B1 IV	Handler	182964	CMaPup I
197	50877	o1 CMa	3.87	K2 Iab	Moffat	51029	CMaPup I
198	50896	EZ CMa	6.91	WN5-B	Moffat	71919	CMaPup I
199	51309	ι CMa	4.37	B3 II	Handler	168559	CMaPup I
200	51799		4.95	M1 III	Kallinger	54217	VelPic III
201	52089	ε CMa	1.50	B2 II	Handler	89025	CMaPup I
						36400	CMaPup II
202	52670	LS CMa	5.63	B2 V	Pigulski	51499	CMaPup I
203	52877	σ CMa	3.47	K7 Ib	Kallinger	60045	CMaPup I
						37039	CMaPup II
204	53138	o2 CMa	3.02	B3 Iab	Handler	87167	CMaPup I
						37330	CMaPup II
205	53244	γ CMa	4.12	B8 II	Pigulski	20790	CMaPup I
206	53811	H Pup	4.93	A4 IV	Paunzen	7388	VelPic II
207	54118	V386 Car	5.17	Ap Si	Paunzen	63943	VelPic II
208	54309	FV CMa	5.71	B2 IVe	Baade	6810	CMaPup I
209	54605	δ CMa	1.84	F8 Ia	Moffat	94975	CMaPup I
						37002	CMaPup II
210	54893	A Pup	4.83	B3 IV/V	Zwintz	55143	VelPic III
211	55719	E Pup	5.31	A1 V: + ApSrEu	Lüftinger	30131	VelPic III
212	55892	I (QW) Pup	4.49	F0 IV	Zwintz	48407	VelPic I
						111352	VelPic II
						64200	VelPic III
213	56014	27 (EW) CMa	4.66	B3 IIIe	Baade	175444	CMaPup I
						39641	CMaPup II
214	56022	L1 (OU) Pup	4.87	B9 V	Lüftinger	4253	VelPic I
						78223	VelPic II
215	56139	ω CMa	3.85	B2 IV-Ve	Baade	181543	CMaPup I
						37810	CMaPup II
216	56455	PR Pup	5.71	Ap	Lüftinger	8096	VelPic I
217	56456		4.76	B8/9 V	Pigulski	54524	VelPic II
218	56855	π Pup	2.70	K3 Ib + B5	Moffat	4235	VelPic I
						712	VelPic III
						37155	CMaPup II
219	57060	29 (UW) CMa	4.98	O7 Iafp	Moffat	156860	CMaPup I
						36281	CMaPup II
220	57061	τ CMa	4.40	O9 Ib	Moffat	158662	CMaPup I
						39446	CMaPup II
221	58155	NO CMa	5.43	B5 IIIn	Baade	85401	CMaPup I
222	58286		5.39	B3 III-IV	Pigulski	12705	CMaPup I
223	58343	FW CMa	5.33	B2.5 IVe	Baade	85111	CMaPup I
224	58350	η CMa	2.45	B5 Ia	Handler	97331	CMaPup I
						36782	CMaPup II
225	59635	y Pup	5.40	B3 V	Lüftinger	8901	VelPic II
226	59717	σ Pup	3.25	K5 III	Kallinger	54320	VelPic III
						37286	CMaPup II
227	61068	PT Pup	5.74	B2 III	Handler	85538	CMaPup I
228	61248		4.92	K3 III	Kallinger	54618	VelPic III
229	61715	y3 (MY) Pup	5.68	F7 Ib-II	Smolec	48655	VelPic I
						78863	VelPic II
						54265	VelPic III
230	62623	3 l Pup	3.96	A2 Iabe	Moffat	97764	CMaPup I
						35997	CMaPup II
231	62747	V390 Pup	5.60	B2 II	Pigulski	51584	CMaPup I
232	63032	c Pup	3.61	K4 III	Kallinger	27347	VelPup IV
						34186	CMaPup II
						27298	VelPup V
233	63462	o Pup	4.50	B0 V:pe:	Baade	181944	CMaPup I
234	63700	ξ Pup	3.30	G6 Ib	Moffat	37226	CMaPup II
235	63744	Q Pup	4.71	K0 III	Kallinger	4145	VelPup I
236	63922	P Pup	4.11	B0 III	Zieliński	32787	VelPup I
						3955	VelPic I
						99465	VelPic II
237	63949	QS Pup	5.81	B1.5 IV	Handler	1355	VelPic I
						7192	VelPic II
						6539	VelPic III
238	64365	QU Pup	6.03	B2 III	Handler	3631	VelPic II
239	64440	a Pup	3.73	K1.5 II + A0	Kallinger	19288	VelPup I
						3561	VelPic I
						26983	VelPup IV
						34361	CMaPup II
						26682	VelPup V
240	64503	b (QZ) Pup	4.47	B2 V	Handler	130880	VelPic II
241	64722	V372 Car	4.49	B1.5 IV	Handler	19612	VelPic II
						64501	VelPic III
242	64740		4.63	B2 V	Pigulski	114794	VelPup I
						7640	VelPic I
						3807	VelPup II
						72109	VelPic II
						1944	VelPup III
243	64760	J Pup	4.24	B0.5 Ib	Moffat	117393	VelPup I
						7486	VelPic I
						3992	VelPup II
						72049	VelPic II
						1947	VelPup III
						64557	VelPic III
244	65456	χ Pup	4.79	A7 III	none	3045	CMaPup II
245	65551	N Pup	5.06	B2 III-IV	Pigulski	50183	VelPic II
246	65575	χ Car	3.47	B3 IVp	Handler	119837	VelPup I
						7783	VelPic I
						3293	VelPup II
						168055	VelPic II
						14944	VelPup III
						64531	VelPic III
						40878	VelPup IV
						49228	VelPup V
247	65818	V Pup	4.41	B1 Vp + B2:	Pigulski	118253	VelPup I
						6430	VelPic I
						3768	VelPup II
						156347	VelPic II
						1957	VelPup III
						64207	VelPic III
248	66811	ζ Pup	2.25	O4 I(n)fp	Moffat	116954	VelPup I
						47020	VelPic I
						3730	VelPup II
						86554	VelPic II
						14932	VelPup III
						41717	VelPup IV
						36651	CMaPup II
						50153	VelPup V
249	67523	ρ Pup	2.81	F6 IIp	Antoci	141999	CMaPup I
						39099	CMaPup II
249	68243/73	γ1/γ2 Vel	4.20/1.83	B1 IV/WC8 + O7.5	Moffat	45924	VelPic I
						12815	VelPup III
						50018	VelPup V
						117248	VelPup I
						3796	VelPup II
						84667	VelPic II
						2025	VelPup III
						41251	VelPup IV
250	68553	h1 (NS) Pup	4.45	K3 Ib	Kallinger	75720	VelPup I
251	68808	AH Vel	5.76	F7 Ib-II	Smolec	82025	VelPic II
252	68980	r Pup	4.77	B2ne	none	3067	CMaPup II
253	69142	h2 Pup	4.44	K1 II/III	Kallinger	6526	VelPup I
254	69144	NO Vel	5.13	B3 III	Pigulski	81840	VelPic II
255	71129	ε Car	2.01	K3 III	Zwintz	23201	VelPup I
						12922	VelPup III
						40497	VelPup IV
						48799	VelPup V
256	71878	β Vol	3.77	K1 III	Kallinger	17761	Car I
						956	Car II
257	72127		4.99	B2 IV	Handler	1300	VelPup I
258	73634	e Vel	4.14	A6 II	Lüftinger	23676	VelPup I
						6648	VelPup III
259	74006	β Pyx	3.97	G7 Ib-II	Kallinger	19365	VelPup I
						27061	VelPup IV
						27006	VelPup V
260	74180	b Vel	3.84	F3 Ia	Moffat	122572	VelPup I
						6212	VelPup III
261	74195	o Vel	3.62	B3 IV	Pigulski	120425	VelPup I
						4147	VelPup II
						14962	VelPup III
						36023	VelPup IV
						22741	VelPup V
262	74375	d (V343) Car	4.33	B1.5 III	Handler	82271	VelPup I
						4266	Car I
						13020	VelPup III
						14480	VelPup IV
						48990	Car II
						23462	VelPup V
						31850	Car III
263	74560	HY Vel	4.86	B3 IV	Pigulski	1331	VelPup I
264	74575	α Pyx	3.68	B1.5 III	Handler	117890	VelPup I
265	74772	d Vel	4.07	G5 III	Kallinger	18053	VelPup I
266	74956	δ Vel	1.96	A1 V	Huber	111392	VelPup I
						12671	VelPup III
						13781	VelPup IV
						22118	VelPup V
267	75063	a Vel	3.91	A0 II	Zwintz	8368	VelPup I
268	75311	f (V344) Car	4.49	B3 Vne	Baade	69944	VelPup I
						3954	VelPup II
						90412	Car I
						8453	VelPup III
						78557	Car II
						31742	Car III
269	75821	f (KX) Vel	5.12	B0 III	Zahajkiewicz	1283	VelPup I
270	76728	c Car	3.84	B8.5 II	Pigulski	35255	VelPup I
						4509	VelPup II
						4061	Car I
						15333	VelPup III
						15548	VelPup IV
						25268	VelPup V
271	77002	b1 (V376) Car	4.89	B2 V	Handler	4254	VelPup I
272	78004	c Vel	3.75	K2 III	Kallinger	17656	VelPup I
273	78045	α Vol	4.00	A2-3 IVm	Paunzen	33083	Car I
274	78647	λ Vel	2.21	K4.5 Ib-II	Moffat	73917	VelPup I
						6238	VelPup III
						26715	VelPup IV
						26382	VelPup V
275	78764	E (V345) Car	4.65	B2 IVe	Baade	98813	Car I
						26931	Car II
276	79351	a (V357) Car	3.44	B2 IV-V	Pigulski	117820	VelPup I
						3952	VelPup II
						39044	Car I
						15012	VelPup III
						41317	VelPup IV
						49038	Car II
						49174	VelPup V
						31687	Car III
277	79447	i Car	3.97	B3 III	Pigulski	4197	Car I
278	79940	k Vel	4.62	F3/5 V	Zwintz	10919	VelPup I
279	80007	β Car	1.68	A2 IV	Huber	11869	Car I
280	80230	g Car	4.34	M1 III	Kallinger	14207	VelPup I
						23564	Car I
281	80404	ι Car	2.25	A8 Ib	Zwintz	103152	VelPup I
						4484	VelPup II
						27356	Car I
						15167	VelPup III
						43508	VelPup IV
						52702	VelPup V
282	81188	κ Vel	2.50	B2 IV-V	Pigulski	115718	VelPup I
						3819	VelPup II
						39052	Car I
						14900	VelPup III
						40711	VelPup IV
						3230	Car II
						48901	VelPup V
283	82434	ψ Vel	3.60	F3 IV + F0 IV	Lüftinger	23889	VelPup I
284	82668	N Vel	3.13	K5 III	Kallinger	77764	VelPup I
						23587	Car I
						5789	VelPup III
						27473	VelPup IV
						47408	Car II
						26963	VelPup V
						31754	Car III
285	83183	h Car	4.08	B5 II	Pigulski	26982	VelPup I
						31488	Car I
						975	Car II
286	83446	M Vel	4.35	A7 V	Zwintz	35728	VelPup I
						48063	Car II
						31990	Car III
287	84810	l Car	3.69	G5 Iab-Ib	Smolec	33660	Car I
288	85123	υ Car	3.01	A6 Ib	Zieliński	32926	Car I
289	86440	φ Vel	3.54	B5 Ib	Handler	84235	VelPup I
						23666	Car I
						48109	Car II
						31878	Car III
290	87543		6.14	B7 IVne	Pigulski	13101	Car I
291	88661	QY Car	5.72	B2 IVpne	Baade	89273	Car I
						29258	Car II
292	88824	LW Vel	5.27	F0 IV	Zwintz	51062	Car II
						31463	Car III
293	89080	ω Car	3.32	B8 III	Baade	5316	CruCar I
						15089	Car I
294	89388	q (V337) Car	3.35	K3 IIa	Zieliński	31620	Car I
295	89682	GZ Vel	4.54	K3 II	Zieliński	23663	Car I
296	89890	J (MV) Vel	4.50	B3 IIIe	Baade	104049	Car I
						27575	Car II
297	90772	V399 Car	4.66	A9 Ia	Zieliński	58655	Car I
298	90853	s Car	3.82	F2 II	Zieliński	11355	Car I
						48791	Car II
						31726	Car III
299	91056		5.27	M0 III	none	1054	Car II
300	91465	p (PP) Car	3.32	B4 Vne	Baade	99104	CruCar I
						49290	Car I
						48420	Car II
						31648	Car III
301	92063	t1 Car	5.09	K1 III	Kallinger	78007	Car II
						31993	Car III
302	-	ASASSN-18fv	var	nova	Aydi	27151	Car II
303	92287	V514 Car	3.32	B4 Vne	Baade	65849	Car I
						26912	Car II
304	92449	x Vel	4.28	G2-3 Ib	Smolec	11313	Car I
305	92664	V364 Car	5.52	B9 pSi	Paunzen	58773	Car I
306	92740	V429 Car (WR 22)	6.42	WN7-A	Moffat	89732	Car I
						76128	Car II
						1185	Car III
307	92938	V518 Car	4.82	B4 V	Paunzen	1631	Car I
308	92964	V519 Car	5.38	B2.5 Iae	Handler	89752	Car I
						2215	Car II
309	93030	θ Car	2.76	B0 Vp	Handler	47501	CruCar I
						31778	Car III
310	93128		6.99	O3.5 V((f))	Moffat	2951	Car I
311	93131	WR 24	6.48	WN6ha-w	Moffat	68307	CruCar I
						90671	Car I
						78365	Car II
						32144	Car III
312	93163		5.77	B2.5 V	Pigulski	13279	Car I
313	93194		4.82	B5 Vn	Baade	38444	Car I
						1041	Car II
314	93206	QZ Car	6.24	O9.7 Ibn	Blackford	90671	Car I
						78365	Car II
315	93308	η Car	6.21	O5.5 III (LBV)	Sterken + Richardson	68221	CruCar I
						86425	Car I
						75590	Car II
						32257	Car III
316	93563		5.23	B8/9 III	Pigulski	981	Car II
317	93695		6.47	B5 V	Pigulski	76548	Car I
318	93737	V522 Car	6.00	A0 Ia-Iab	Moffat	1658	Car I
319	94510	u Car	3.78	K1 III	Huber	43937	CruCar I
320	95109	U Car	6.29	G0 Ib	Smolec	88664	Car I
321	96265		8.03	M0 III	Kallinger	75778	Car I
322	96548	V385 Car (WR 40)	7.70	WN4h	Moffat	77783	Car I
						10782	Car II
323	96918	x (V382) Car	3.91	G4 Ia	Lovekin	18382	CruCar I
324	96919	V371 Car	5.13	B9 Ia	Moffat	75429	Car I
						76735	Car II
						31990	Car III
325	98718	π Cen	3.89	B5 Vn	Pigulski	79563	CruCar I
326	99556		5.30	B3 IV	Pigulski	75561	Car I
						25483	Car II
327	100261	o1 Cen	5.13	G3 Ia	Moffat	38555	Car I
328	100673	A Cen	4.61	B8.5 V	Pigulski	4532	CruCar I
329	100841	λ Cen	3.13	B9 III	Paunzen	50740	CruCar I
330	101379	12 (GT) Mus	5.01	G2 III	Kallinger	89245	Car I
						73648	Car II
331	102249	λ Mus	3.65	A7 V	Zwintz	26921	CruCar I
332	102350		4.11	G5 Ib-II	Moffat	25019	CruCar I
333	102776	j Cen	4.32	B3 Vne	Baade	68278	CruCar I
						89078	Car I
						74056	Car II
						31779	Car III
334	103884		5.56	B4 V	Pigulski	48416	Car II
						32339	Car III
335	104671	θ1 Cru	4.33	Am	Lüftinger	14111	CruCar I
336	105211	η Cru	4.15	F2 V	Zwintz	33943	CruCar I
						42571	Car II
						31171	Car III
337	105435	δ Cen	2.52	B2 Vne	Baade	47185	CruCar I
338	105937	ρ Cen	3.96	B3 V	Pigulski	34044	CruCar I
339	106490	δ Cru	2.80	B2 V	Pigulski	149201	CruCar I
						6043	Car I
						46748	Car II
						31655	Car III
340	106849	ε Mus	4.11	M5 III	Kallinger	52855	CruCar I
341	106983	ζ Cru	4.04	B2.5 V	Handler	20692	CruCar I
						979	Car II
342	107446	ε Cru	3.59	K3-4 III	Kallinger	59330	CruCar I
						2314	Car II
342	108248/9	α1/α2 Cru	1.40/1.55	B0.5 IVe/B1 Ve	Pigulski	119370	CruCar I
						967	Car I
343	108483	σ Cen	3.91	B2 V	Handler	34085	CruCar I
344	108903	γ Cru	1.63	M3.5 III	Huber	120470	CruCar I
345	108968	35 (BG) Cru	5.53	F7 Ib/II	Smolec	68239	CruCar I
346	109026	γ Mus	3.88	B3 V	Paunzen	110647	CruCar I
347	109668	α Mus	2.69	B2 IV-V	Pigulski	130170	CruCar I
348	109787	τ Cen	3.86	A1 IVnn	none	3229	CruCar I
349	110304	γ Cen	2.17	A1 IV + A0 IV	none	3234	CruCar I
350	110335	39 (CH) Cru	4.94	B5 III	Pigulski	23244	CruCar I
351	110432	BZ Cru	5.31	B0.5 IVpe	Smith	23541	CruCar I
352	110879	β Mus	3.05	B2.5 V	Paunzen	134943	CruCar I
353	111123	β Cru	1.25	B0.5 III	Pigulski	121765	CruCar I
354	112078	λ Cru	4.60	B3 Vne	Pigulski	68194	CruCar I
355	112092	μ1 Cru	4.03	B2 IV-V	Paunzen	91152	CruCar I
356	112244		5.32	O8.5 Iab(f)p	Moffat	78615	CruCar I
357	112985	δ Mus	3.62	K2 III	Kallinger	10946	CruCar I
358	113791	ξ2 Cen	4.27	B1.5 V	Pigulski	34447	CruCar I
359	113904	θ Mus	5.53	WC5 + B0 III + O9 IV	Moffat	63805	CruCar I
360	114911	η Mus	4.77	B7 III + B7 III +	Southworth	74540	CruCar I
361	118716	ε Cen	2.30	B1 III	Handler	112884	Cen I
						110983	CruCar I
						107764	Cen II
362	120307	ν Cen	3.41	B2 IV	Pigulski	114595	Cen I
						77157	Cen II
363	120324	μ Cen	3.04	B2 IV-Ve	Baade	114898	Cen I
						116979	Cen II
364	120640		5.75	B2 III	none	2976	Cen II
365	120991	V767 Cen	6.10	B2 Ve	Baade	2995	Cen II
366	121263	ζ Cen	2.55	B2.5 IV	Handler	113058	Cen I
						3271	CruCar I
						99912	Cen II
367	121743	φ Cen	3.83	B2 IV	Handler	114695	Cen I
						48389	Cen II
368	121790	υ1 Cen	3.87	B2 IV-V	Paunzen	87382	Cen I
						55255	Cen II
369	122223	υ2 Cen	4.33	F7 II/III	none	27119	Cen II
370	122451	β Cen	0.61	B1 III	Pigulski	112564	Cen I
						91498	CruCar I
						96903	Cen II
371	122532	V828 Cen	6.09	Ap Si	Lüftinger	13005	Cen II
372	122980	χ Cen	4.36	B2 V	Paunzen	85435	Cen I
						38238	Cen II
373	124367	V795 Cen	5.07	B4 Vne	Paunzen	5331	Cen II
374	125238	ι Lup	3.55	B2.5 IV	Handler	86647	Cen I
						91103	Cen II
375	125288	ν Cen	4.35	B5 Ib/II	Handler	18021	Cen II
376	125442		4.77	F0 IV	Handler	15304	Cen II
377	125628		4.93	G9 III	Kallinger	5558	Cen II
378	125823	a Cen	4.42	B7 IIIp	Pigulski	85110	Cen I
						23923	Cen II
379	126341	τ1 Lup	4.56	B2 IV	Pigulski	111943	Cen I
						24167	Cen II
380	126354	τ2 Lup	4.35	F4 IV + A7:	Pigulski	84274	Cen I
381	127381	σ Lup	4.42	B2 III	Neiner	84157	Cen I
						23431	Cen II
381	127972/3	η Cen	2.31	B1.5 Vne	Baade	96382	Cen II
						113644	Cen I
382	128345	ρ Lup	4.05	B5 V	Pigulski	86373	Cen I
						94266	Cen II
382	128620/1	α Cen	-0.01	G2 V	Huber	273421	Cen I
						2851	CruCar I
						2290	Cen II
						91725	Cen II
383	128898	α Cir	3.19	Ap SrEuCr:	Weiss	113103	Cen I
						123701	CruCar I
						101950	Cen II
384	129056	α Lup	2.30	B1.5 III/Vn	Handler	112952	Cen I
						99343	Cen II
385	129116	b Cen	4.00	B3 V	Paunzen	86822	Cen I
386	129557	BU Cir	6.09	B2 III	Pigulski	5339	Cen II
387	129893	b Lup	5.21	G8 III	Kallinger	5541	Cen II
388	130807	o Lup	4.32	B5 IV	Pigulski	84550	Cen I
						73087	Cen II
389	132058	β Lup	2.68	B2 III/IV	Pigulski	112732	Cen I
						97998	Cen II
390	132200	κ Cen	3.13	B2 IV	Pigulski	113425	Cen I
						123242	Cen II
391	133242	π Lup	4.72	B5 V	Paunzen	4980	Cen I
						42045	Cen II
392	133955	λ Lup	4.07	B3 V	Lovekin	46831	Cen II
393	134270		5.43	G2 Ib/II + B7:	Moffat	2937	Cen II
394	134481	κ1 Lup	3.87	B9.5 Vne	Baade	85848	Cen I
						23825	Cen II
395	134505	ζ Lup	3.41	G8 III	Huber	113099	Cen I
						7231	Cen II
396	134687	e Lup	4.81	B3 IV/V	Lovekin	21139	Cen II
397	135240	δ Cir	5.09	O8.5 V	pending	16036	AraSco I
398	135345		5.17	G5 Ia + B	Moffat	2972	Cen II
399	135379	β Cir	4.07	A3 V	Lüftinger	86060	Cen I
400	135591		5.46	O8 IV((f))	pending	2711	AraSco I
401	135734	μ Lup	4.27	B8 Ve	Baade	84006	Cen I
						2986	Cen II
402	135876	GG Lup	5.60	B7 V	Paunzen	23344	Cen II
403	136298	δ Lup	3.22	B1.5 IV	Pigulski	111965	Cen I
						123916	Sco I
						117685	Cen II
						65177	Sco II
404	136415	γ Cir	4.51	B5 IV + F8	Pigulski	82734	Cen I
						4526	AraSco I
405	136504	ε Lup	3.37	B2 IV-V	Paunzen	86563	Cen I
						28366	Sco I
						65259	Cen II
406	136664	φ2 Lup	4.54	B3 IV	Paunzen	21253	Sco I
						7259	Sco II
407	138690	γ Lup	2.78	B2 IV	Pigulski	113228	Cen I
						124933	Sco I
						80283	Cen II
						124097	Sco II
408	138769	d (KT) Lup	4.54	B3 IVp	Paunzen	24083	Cen II
409	139127	ω Lup	4.33	K4.5 III	Kallinger	3400	Cen I
410	139365	τ Lib	3.66	B2.5 V	Pigulski	118372	Sco I
						128615	Sco II
411	141556	χ Lup	3.95	B9 IV	Lüftinger	112460	Sco I
412	141637	1 b Sco	4.64	B1.5 Vn	pending	35121	Sco II
413	141891	β TrA	2.85	F2 III	pending	487	AraSco I
414	142114	2 Sco	4.59	B2.5 Vn	pending	35209	Sco II
415	142514		5.75	B7 III	Pigulski	4453	AraSco I
416	142669	ρ Sco	3.88	B2 IV-V	Pigulski	107130	Sco I
						22793	Sco II
417	142990	V913 Sco	5.43	B5 V	pending	124721	Sco II
418	143018	π Sco	2.89	B1 V + B2 V	Pigulski	124495	Sco I
						123428	Sco II
419	143118	η Lup	3.41	B2.5 IV	Pigulski	122770	Sco I
						126317	Sco II
420	143275	δ Sco	2.32	B0.5 IV	Baade	89674	Sco I
						32028	Sco II
421	143474	ι1 Nor	4.63	A7 IV	none	2716	AraSco I
421	144217/8	β1/β2 Sco	2.62/4.69	B1 V + B2 V	Handler	69704	Sco I
						45938	Sco II
422	144294	θ Lup	4.23	B2.5 Vn	Paunzen	36071	Sco I
						131057	Sco II
423	144470	ω1 Sco	3.96	B1 V	Handler	121939	Sco I
						116791	Sco II
424	145361	ζ Nor	5.81	F2 III	none	9393	AraSco I
425	145482	c2 Sco	4.57	B2 Vn	Paunzen	21341	Sco I
426	145502	ν Sco	4.01	B2 IV	Paunzen	65414	Sco I
						13092	Sco II
427	145689		5.75	A4 V	none	4279	AraSco I
428	146143	γ1 Nor	4.99	F9 Ia	Moffat	9422	AraSco I
429	147152		5.33	B6 IV	pending	7308	AraSco I
430	147165	σ Sco	2.89	B1 III	Pigulski	126245	Sco I
						125918	Sco II
431	147787	ι TrA	5.27	F4 IV	Zwintz	16549	AraSco I
432	148478	α Sco	0.96	M1.5 Iab-Ib + B4 V	Guinan	95274	Sco I
						66738	Sco II
433	148605	22 i Sco	4.79	B3 V	pending	12394	Sco II
434	148688	V1058 Sco	5.39	B1 Ia	Pigulski	21515	Sco I
						63217	Sco II
435	148703	N Sco	4.23	B2 III-IV	Pigulski	123200	Sco I
						7257	Sco II
436	149038	μ Nor	4.94	B0 Ia	Handler	21450	Sco I
						63082	Sco II
437	149404	V918 Sco	5.47	O9 Ia + O	Rauw	21495	Sco I
						63352	Sco II
438	149438	τ Sco	2.81	B0 V	Pigulski	114410	Sco I
						125288	Sco II
439	149671	η1 TrA	5.91	B7 IVe	pending	4350	AraSco I
440	149711	V1003 Sco	5.83	B2 V	pending	63130	Sco II
441	150168		5.65	B1 Iab-Ib	pending	16753	AraSco I
442	150549	LP TrA	5.13	Ap Si	Lüftinger	14617	AraSco I
443	150745		5.74	B2 IV-V	pending	9390	AraSco I
444	150898		5.58	B0.5 Ia	pending	9436	AraSco I
445	151680	ε Sco	2.29	K2.5 III	Kallinger	100504	Sco I
						127109	Sco II
446	151804	V973 Sco	5.22	O8 Iaf	Moffat	21489	Sco I
						63455	Sco II
447	151890	μ1 Sco	2.98	B1.5 V	Pavlovski	76573	Sco I
						125984	Sco II
448	151985	μ2 Sco	3.54	B2 IV	Pavlovski	40414	Sco I
449	152564	MX TrA	5.79	Ap Si	Lüftinger	12548	AraSco I
450	153053		5.65	A5 IV-V	none	2735	AraSco I
451	155203	η Sco	3.33	F5 IV	Paunzen	37784	Sgr II
						45953	Sgr III
						32145	Sgr IV
						37556	Sgr V
452	156838		5.70	B2 IV	pending	4574	AraSco I
453	157056	θ Oph	3.27	B2 IV	Pigulski	2998	Sgr I
						124647	Sgr II
						67859	Sgr III
						32226	Sgr IV
						54874	Sgr V
454	157246	γ Ara	3.34	B1 Ib	pending	9430	AraSco I
455	157792	44 b Oph	4.17	A3m	Lüftinger	3006	Sgr I
						62247	Sgr II
						51235	Sgr III
						13743	Sgr IV
						35723	Sgr V
456	157919	45 d Oph	4.29	F5 IV	Lüftinger	2851	Sgr I
						62046	Sgr II
						50658	Sgr III
						13472	Sgr IV
						33750	Sgr V
457	158408	υ Sco	2.69	B2 IV	Pigulski	2981	Sgr I
						124856	Sgr II
						161737	Sgr III
						31941	Sgr IV
						54888	Sgr V
458	158427	α Ara	2.95	B2 Vne	pending	16772	AraSco I
459	158643	51 c Oph	4.81	B9.5 IIIe	Baade	100635	Sgr III
						17728	Sgr V
460	158926	λ Sco	1.63	B2 IV + B	Pigulski	3012	Sgr I
						124861	Sgr II
						161865	Sgr III
						31992	Sgr IV
						55194	Sgr V
461	159433	Q Sco	4.29	K0 IIIb	Kallinger	2990	Sgr I
462	159492	π Ara	5.25	A5 IV-V	none	2743	AraSco I
463	159532	θ Sco	1.86	F1 II	none	2992	Sgr I
						124729	Sgr II
						67805	Sgr III
						32106	Sgr IV
						55396	Sgr V
464	159876	ξ Ser	3.52	F0 IV	Paunzen	5806	Sgr III
465	160032	λ Ara	4.77	F3 IV	none	7344	AraSco I
466	160578	κ Sco	2.41	B1.5 III	Pigulski	2913	Sgr I
						124795	Sgr II
						161707	Sgr III
						31964	Sgr IV
						54917	Sgr V
467	161471	ι1 Sco	3.03	F2 Iae	Lovekin	2906	Sgr I
						124840	Sgr II
						162143	Sgr III
						32038	Sgr IV
						55260	Sgr V
468	161592	X Sgr	4.54	F7 II	Smolec	3017	Sgr I
						86950	Sgr II
						21748	Sgr III
						17712	Sgr V
469	161783	V539 Ara	5.92	B2 V + B3 V	pending	16702	AraSco I
470	161840		4.80	B8 V	Pigulski	92820	Sgr III
						16937	Sgr IV
471	161892	G Sco	3.21	K2 III	Kallinger	2975	Sgr I
						86920	Sgr II
						6625	Sgr III
						17382	Sgr IV
472	161912	ι2 Sco	4.80	A2 Ib	Moffat	7554	Sgr III
						17952	Sgr V
473	163955	4 Sgr	4.72	B9 V	Pigulski	27991	Sgr III
474	164975	γ1 Sgr	4.69	F7 Ib + A0 V	Smolec	3057	Sgr I
						86928	Sgr II
						21716	Sgr III
						18028	Sgr V
475	165024	θ Ara	3.66	B2 Ib	pending	9436	AraSco I
476	165040	π Pav	4.35	A7p Sr	pending	2673	AraSco I
477	165135	γ2 Sgr	2.99	K0 III	Kallinger	2947	Sgr I
						86920	Sgr II
						6624	Sgr III
						17661	Sgr IV
478	165634		4.56	K0 III	Kallinger	6608	Sgr II
						7714	Sgr III
						17910	Sgr V
479	166937	μ Sgr	3.86	B8 Iap	Pigulski	3045	Sgr I
						43772	Sgr II
						153633	Sgr III
						32234	Sgr IV
						55014	Sgr V
480	167128	QV Tel	5.33	B3 IIIep	pending	9428	AraSco I
481	167618	η Sgr	3.11	M3.5 III	Kallinger	3008	Sgr I
						86856	Sgr II
						14430	Sgr III
						18093	Sgr V
482	168454	δ Sgr	2.67	K2.5 IIIa_CN0.5	Kallinger	2933	Sgr I
						6634	Sgr II
						7810	Sgr III
						17539	Sgr IV
						18029	Sgr V
483	169022	ε Sgr	1.85	B9.5 III	Pigulski	2969	Sgr I
						124843	Sgr II
						52747	Sgr III
						32252	Sgr IV
						37709	Sgr V
484	169467	α Tel	3.21	B3 IV	Paunzen	37915	Sgr II
						54332	Sgr III
						32651	Sgr IV
						55645	Sgr V
485	169916	λ Sgr	2.81	K0 IV	Kallinger	3039	Sgr I
						6670	Sgr II
						7613	Sgr III
						17468	Sgr IV
						17927	Sgr V
486	169978	ν Pav	4.64	B7-8 III	Pigulski	16512	AraSco I
487	172167	α Lyr	0.03	A0 Va	Huber	76743	CygLyr I
						762	Cyg III
488	172555		4.79	A5 IV-V	none	1901	AraSco I
489	172910		4.87	B2 V	Handler	6523	Sgr II
						107807	Sgr III
490	173300	φ Sgr	3.17	B8 III	Pigulski	3054	Sgr I
						100407	Sgr III
						17915	Sgr V
491	173607/8	ε2 Lyr	5.23	A6 Vn	none	11777	Cyg III
492	173648/9	ζ1/ζ2 Lyr	4.36	A4m	Lüftinger	90869	CygLyr I
						70299	Cyg III
493	173948	λ Pav	4.22	B2 II-III	pending	12714	AraSco I
494	174638	β Lyr	3.45	B8 IIpe	Rucinski	91677	CygLyr I
						89437	Cyg III
495	174694	κ Pav	4.44	F5 I-II	Moffat	1007	AraSco I
496	175191	σ Sgr	2.07	B3 IV	Pigulski	94053	Sgr III
497	175588	δ2 Lyr	4.30	M4 II	Paunzen	84899	CygLyr I
						38532	Cyg III
498	176437	γ Lyr	3.24	B9 III	Paunzen	91399	CygLyr I
						75080	Cyg III
499	176502	V543 Lyr	6.19	B3 V	Guzik	16371	Cyg III
500	177196	16 Lyr	5.01	A6 IV	none	15744	Cyg III
501	178449	17 Lyr	5.22	F0 V	none	48854	Cyg III
502	178475	ι Lyr	5.28	B7 IV	Pigulski	66022	CygLyr I
						54144	Cyg III
503	179583		6.19	A3 V	Guzik	16061	Cyg III
504	180163	η Lyr	4.39	B2.5 IV	Handler	69264	CygLyr I
						84076	Cyg III
505	180450		5.85	M0 III	Kallinger	26628	Cyg III
506	182255	3 (V377) Vul	5.18	B6 III	Kallinger	49657	CygLyr I
507	182568	2 Cyg	4.97	B3 IV	Kallinger	65932	CygLyr I
						42683	Cyg III
508	183056	4 (V1741) Cyg	5.15	B8 VSiFeII	pending	11766	Cyg III
509	183362	V558 Lyr	6.34	B3 Ve	Guzik	16077	Cyg III
510	183912/3	β Cyg	3.08/5.16	K3 II + B9.5 V	Baade	71423	CygLyr I
511	184006	ι Cyg	3.77	A5 V	Huber	19280	CygLyr I
512	184171	8 Cyg	4.74	B3 IV	Handler	66642	CygLyr I
						31818	Cyg III
513	185351		5.17	G8.5 III	pending	16131	Cyg III
514	186882	δ Cyg	2.87	B9.5 IV + F1 V	Pigulski	52273	Cyg I
						56948	Cyg II
						11730	Cyg III
515	187013	17 Cyg	4.99	F5.5 IV-V	Paunzen	3320	CygLyr I
516	187849	19 (V1509) Cyg	5.12	M2 III	Kallinger	11229	Cyg I
						26678	Cyg III
517	188209		5.63	O9.5 Iab	pending	42099	Cyg III
518	188252		5.91	B2 III	pending	28123	Cyg III
519	188892	22 Cyg	4.94	B5 IV	Pigulski	3104	Cyg I
						17444	Cyg II
						74640	Cyg III
520	188947	η Cyg	3.88	K0 III	Kallinger	34878	Cyg I
						16045	CygLyr I
521	189178		5.45	B5 V	Pigulski	10096	Cyg II
						43827	Cyg III
522	189687	25 (V1746) Cyg	5.19	B3 IVe	Baade	3099	Cyg I
						17613	Cyg II
						31802	Cyg III
523	189849	15 (NT) Vul	4.66	A4 III	Smalley	20429	Cyg II
						3307	CygLyr I
524	190429		6.63	O4 If + O9.5 II	Pigulski	16130	Cyg III
525	190603	V1768 Cyg	5.65	B1.5 Ia	Handler	30843	Cyg III
526	191026	b1 (V2008) Cyg	5.36	G8.5 IVa	Zieliński	54928	Cyg III
527	191610	28 (V1624) Cyg	4.93	B2.5 Ve	Baade	12805	Cyg I
						115466	Cyg II
						66446	CygLyr I
						90560	Cyg III
527	192577/8	31 o1 (V695) Cyg	3.80	K2 II + B3 V	Bennett	8371	Cyg II
						14257	Cyg III
						34577	Cyg I
528	192640	29 (V1644) Cyg	4.97	A2 V	Zwintz	49549	Cyg I
						69120	Cyg II
						65182	CygLyr I
						90748	Cyg III
529	192685	QR Vul	4.78	B3 IIIe	Baade	108289	Cyg II
						64809	CygLyr I
530	192696	33 Cyg	4.27	A3 IV-V	none	12431	Cyg III
531	192787		5.70	G8 III	pending	16141	Cyg III
532	192806	23 Vul	4.52	K3 III	Kallinger	23219	Cyg I
532	192909/10	32 o2 (V1488) Cyg	3.98	K3 Ib-II + B3 V	Bennett	37062	Cyg III
						28654	Cyg I
533	192987		6.45	B6 III	Pigulski	15894	Cyg III
534	193092		5.24	K5 Iab	Bennett	11233	Cyg I
535	193237	34 (P) Cyg	4.81	B1.5 Iabe	Richardson	66638	Cyg I
						111898	Cyg II
						65918	CygLyr I
						72934	Cyg III
536	193370	35 Cyg	5.16	F6 Ib	Moffat	26587	Cyg III
537	194093	γ Cyg	2.20	F8 Ib	Szabados	52178	Cyg I
						57464	Cyg II
						23864	Cyg III
538	194317	39 Cyg	4.43	K2.5 III	Kallinger	42339	Cyg I
						36663	Cyg III
539	194335	V2119 Cyg	5.90	B2 IIIe	Baade	1772	Cyg II
540	195068	43 (V2121) Cyg	5.74	F0 V	Zwintz	107579	Cyg II
						70369	LacCyg I
						15169	Cyg III
541	195295	41 Cyg	4.01	F5 Iab	Bennett	48541	Cyg I
						45877	Cyg II
542	195556	ω1 (V2014) Cyg	4.94	B2.5 IV	Handler	13198	Cyg II
						47690	Cyg III
543	196093/4	47 (V2125) Cyg	4.66	K6 Ib + B2.5	none	16496	Cyg I
544	197345	α Cyg	1.25	A2 Ia	Richardson	52315	Cyg I
						55705	Cyg II
						6858	CygLyr I
						13766	Cyg III
545	197511	51 Cyg	5.39	B2 V	Pigulski	70178	LacCyg I
546	197912	52 Cyg	4.22	G9.5 III	Kallinger	31507	Cyg I
547	197989	ε Cyg	2.46	K0 III	Kallinger	51779	Cyg I
						59177	Cyg II
548	198084		4.51	F8 IV/V + F9 IV/V	none	12423	Cyg III
549	198149	η Cep	3.41	K0 IV	pending	12305	Cyg III
550	198183	λ Cyg	4.53	B5 Ve	Pigulski	46152	Cyg I
						147768	Cyg II
551	198478	55 (V1661) Cyg	4.84	B3 Ia	Handler	26866	Cyg I
						97708	Cyg II
						1514	LacCyg I
552	198639	56 Cyg	5.05	A6 V	Lüftinger	11889	Cyg II
						38551	LacCyg I
553	198726	T Vul	5.77	F5 Ib	Smolec	27548	Cyg I
						105803	Cyg II
554	198809	31 Vul	4.59	G7 III	Kallinger	2805	Cyg I
555	199081	57 Cyg	4.78	B5 V	Pigulski	48667	Cyg I
						97977	Cyg II
						70877	LacCyg I
						12393	Cyg III
556	199629	ν Cyg	3.94	A1 Vnne	Paunzen	2566	Cyg I
						49941	Cyg II
						12707	Cyg III
557	200120	59 (V832) Cyg	4.74	B1 Vnne	Pigulski	3120	Cyg I
						90661	Cyg II
558	200310	60 (V931) Cyg	5.37	B1 Ve	Baade	92167	Cyg II
						70081	LacCyg I
559	200905	ξ Cyg	3.72	K4.5 Ib-II	Kallinger	28475	Cyg I
						12777	Cyg III
560	201078	DT Cyg	5.82	F7.5 Ib-II	Smolec	29519	Cyg I
						107270	Cyg II
561	201251	63 Cyg	4.55	K4 Ib-IIa	none	28615	Cyg I
562	201433	V389 Cyg	5.69	B9 Vp Si	Lüftinger	107349	Cyg II
563	202109	ζ Cyg	3.20	G8 III	none	34863	Cyg I
						48914	Cyg II
564	202444	τ Cyg	3.72	F2 IV	Huber	53035	Cyg I
						10927	Cyg II
						12797	Cyg III
565	202850	σ Cyg	4.23	B9 Iab	Handler	66443	Cyg I
						103829	Cyg II
						12603	Cyg III
566	202904	υ Cyg	4.43	B2 Vne	Pigulski	53336	Cyg I
						107303	Cyg II
567	203064	68 (V1809) Cyg	5.00	O7.5 III	Moffat	30711	Cyg I
						110706	Cyg II
						47462	LacCyg I
568	203156	V1334 Cyg	5.83	F1 II	Smolec	30304	Cyg I
						102417	Cyg II
569	203280	α Cep	2.44	A7 V	Huber	7923	CasCep I
570	205021	β Cep	3.23	B1 IV	Pigulski	1378	CasCep I
						2964	Cas III
571	205435	ρ Cyg	4.02	G5 III	Konstantinova	156108	Cyg II
						12689	Cyg III
572	206165	9 (V337) Cep	4.73	B2 Ib	pending	47864	Cas III
573	206267		5.62	O6 V((f)) + O9: V	pending	32233	Cas III
574	206570	V460 Cyg = DS Peg	6.07	C6.3	Kerschbaum	27916	Cyg I
575	206672	π1 Cyg	4.66	B3 III	pending	12410	Cyg III
576	207260	ν Cep	4.29	A2 Ia	Moffat	13996	CasCep I
577	207330	π2 Cyg	4.23	B3 III	Pigulski	70746	LacCyg I
578	209008	18 Peg	6.00	B3 III	Irrgang	28811	Peg I
579	209747	ν Peg	4.84	K4 III	Kallinger	21068	Peg I
580	209790	ξ Cep	4.29	A3/6 Vm	Lüftinger	7007	CasCep I
581	209975	19 Cep	5.11	O9.5 Ib	Moffat	6957	CasCep I
582	210074		5.74	F2 V	Zwintz	12451	Peg I
583	210129	25 Peg	5.78	B7 Vne	Pigulski	14791	Peg I
584	210418	θ Peg	3.53	A2 V	Garrido	12503	Peg I
585	210745	ζ Cep	3.35	K1.5 Ib	Moffat	5331	CasCep I
						1334	LacCyg I
						47815	Cas III
586	210839	λ Cep	5.05	O6 I(n)fp	Moffat	70043	LacCyg I
						32415	Cas III
587	211336	ε Cep	4.19	F0 IV	Zwintz	35362	CasCep I
						65474	LacCyg I
						47520	Cas III
588	211924	30 Peg	5.37	B5 IV	Pigulski	26483	Peg I
589	212075		6.94	A7 V	Zwintz	7773	Peg I
590	212076	31 (IN) Peg	5.01	B2 IV-Ve	Baade	28841	Peg I
591	212593	4 Lac	4.58	B9 Iab	Handler	63962	LacCyg I
592	213306	δ Cep	3.75	F5 Iab	Smolec	39708	CasCep I
						64084	LacCyg I
						48074	Cas III
593	213420	6 Lac	4.51	B2 IV	Pigulski	36356	LacCyg I
594	213617	39 Peg	6.44	F1 V	Zwintz	21132	Peg I
595	214168	8 Lac A/B	5.67/5.73	B2 V + B2 Ve	Pigulski	46711	LacCyg I
596	214665	V416 Lac	5.17	M4+III	Kallinger	15096	Cas III
597	214680	10 Lac	4.88	O9 V	Handler	46392	LacCyg I
598	214698	41 Peg	6.32	A2 V	Zwintz	6938	Peg I
599	214923	ζ Peg	3.40	B8 V	Paunzen	12632	Peg I
600	214993	12 (DD) Lac	5.25	B2 III	Handler	71512	LacCyg I
601	215664		5.84	F0 III-IV	Zwintz	40418	LacCyg I
602	216228	ι Cep	3.52	K0 III	Kallinger	4481	CasCep I
603	216489	IM Peg	5.64	K2 III	Kallinger	26846	Peg I
604	216672	HR Peg	6.36	S4.5	Kerschbaum	26602	Peg I
605	216916	16 (EN) Lac	5.59	B2 IV	Pigulski	69970	LacCyg I
606	217014	51 Peg	5.46	G2 IV	Hatzes	26729	Peg I
607	217476	V509 Cas	5.13	G0 Ia	Kraus	47647	Cas III
608	217675	o And	3.62	B6 IIIpe + A2p	Baade	67986	LacCyg I
609	217891	β Psc	4.53	B6 Ve	Pigulski	28780	Peg I
610	218045	α Peg	2.49	B9 V	Huber	26606	Peg I
611	218155		6.76	A0	Zwintz	5564	Peg I
612	218329	55 Peg	4.52	M1 III	Kallinger	21030	Peg I
613	218376	1 Cas	4.84	B0.5 III	Pigulski	15612	CasCep I
						2548	Cas I
						14996	Cas III
614	218396	V342 Peg	5.99	A5 V	Bognár	28939	Peg I
615	218634	57 (GZ) Peg	5.14	M4S	Kerschbaum	28933	Peg I
616	218753	2 Cas	5.68	A4 II	none	16644	Cas III
617	219134		5.57	K3 V	none	14746	Cas III
618	220652	4 Cas	4.98	M1 III	Kallinger	4470	CasCep I
						33229	Cas III
619	221253	AR Cas	4.88	B3 V	Southworth	15143	CasCep I
						2586	Cas I
						47448	Cas III
620	222404	γ Cep	3.22	K1 IV	Huber	21859	Cas I
621	223165	τ Cas	4.87	K1 III	Kallinger	47340	Cas III
622	223173		5.50	K3 II	none	47654	Cas III
623	224014	ρ Cas	4.59	F5 Iape	pending	47336	Cas III
624	224355	V1022 Cas	5.56	F6 V	none	32856	Cas III
625	224572	σ Cas	5.00	B1 V	Pigulski	15728	CasCep I
						2515	Cas I
						15551	Cas III
626	225289	V567 Cas	5.79	B8p HgMn	Lüftinger	4244	CasCep I