Lista stelelor din Hidra

Aceasta este lista stelelor notabile din constelația Hidra, sortate în funcție de luminozitatea descrescătoare.

Nume	B	F	G.	Var	HD	HIP	RA	Dec	Mag. ap.	Mag. abs.	Dist. (a.l.)	Tip spectral	Note
Alphard	α	30	140		81797	46390	09^h 27^m 35.25^s	−08° 39′ 31.3″	1.99	−1.69	177	K3III	Alfard, Kalbelaphard, Cor Hydrae, Soheil al Fard, Soheil Solitarius^[1]
γ Hya	γ	46	345		115659	64962	13^h 18^m 55.25^s	−23° 10′ 17.1″	2.99	−0.05	132	G8III	Dhanab al Shudja; Cauda Hydrae
ζ Hya	ζ	16	77		76294	43813	08^h 55^m 23.68^s	+05° 56′ 43.9″	3.11	−0.21	151	G8III-IV	Hydrobius; Minazal V
ν Hya	ν		254		93813	52943	10^h 49^m 37.43^s	−16° 11′ 38.9″	3.11	−0.03	138	K0/K1III
π Hya	π	49	368		123123	68895	14^h 06^m 22.27^s	−26° 40′ 55.3″	3.25	0.79	101	K2III
ε Hya	ε	11	59		74874	43109	08^h 46^m 46.65^s	+06° 25′ 08.1″	3.38	0.29	135	G0III-IV	Ashlesha, Variabilă BY Draconis
ξ Hya	ξ		288		100407	56343	11^h 33^m 00.26^s	−31° 51′ 27.1″	3.54	0.55	129	G8III
λ Hya	λ	41	201		88284	49841	10^h 10^m 35.40^s	−12° 21′ 13.8″	3.61	0.88	115	K0III
μ Hya	μ	42	221		90432	51069	10^h 26^m 05.51^s	−16° 50′ 09.9″	3.83	−0.58	248	K4III
θ Hya	θ	22	108		79469	45336	09^h 14^m 21.79^s	+02° 18′ 54.1″	3.89	0.91	129	B9.5V
ι Hya	ι	35	170		83618	47431	09^h 39^m 51.33^s	−01° 08′ 33.6″	3.90	−0.74	276	K3IIIvar	Ukdah;^[2] Ukdah IV
30 Mon	C	(30)	19		71155	41307	08^h 25^m 39.67^s	−03° 54′ 22.9″	3.91	0.99	125	A0V
υ¹ Hya	υ¹	39	178		85444	48356	09^h 51^m 28.68^s	−14° 50′ 47.6″	4.11	−0.51	273	G6/G8III	Zhang, are companion o pitică cenușie
δ Hya	δ	4	36		73262	42313	08^h 37^m 39.41^s	+05° 42′ 13.7″	4.14	0.44	179	A1Vnn	Lisan al Shudja, Lingua Hydri^[1]
β Hya	β		301		103192	57936	11^h 52^m 54.56^s	−33° 54′ 29.3″	4.29	−0.96	365	Ap Si	Variabilă α² CVn
η Hya	η	7	49		74280	42799	08^h 43^m 13.49^s	+03° 23′ 55.2″	4.30	−1.48	466	B3V...	Minazal II; Variabilă β Cep
12 Hya	D	12	60		74918	43067	08^h 46^m 22.53^s	−13° 32′ 51.7″	4.32	0.11	227	G8III
ρ Hya	ρ	13	64		75137	43234	08^h 48^m 25.98^s	+05° 50′ 16.4″	4.35	−0.72	337	A0Vn	Minazal IV
58 Hya	E	58	387		130694	72571	14^h 50^m 17.47^s	−27° 57′ 36.8″	4.42	−0.44	305	K3III
σ Hya	σ	5	42		73471	42402	08^h 38^m 45.45^s	+03° 20′ 29.3″	4.45	−0.72	352	K2III	Minhar al Shija, Al Minliar al Shuja, Minchir
τ² Hya	τ²	32	152		82446	46776	09^h 31^m 58.93^s	−01° 11′ 04.8″	4.54	−1.20	459	A3V	Ukdah;^[2] Ukdah II
τ¹ Hya	τ¹	31	145		81997	46509	09^h 29^m 08.84^s	−02° 46′ 08.2″	4.59	3.43	56	F6V	Ukdah;^[2] Ukdah I
υ² Hya	υ²	40	194		87504	49402	10^h 05^m 07.49^s	−13° 03′ 52.8″	4.60	−0.05	277	B8V
31 Mon	F	(31)	51		74395	42835	08^h 43^m 40.38^s	−07° 14′ 01.4″	4.63	−1.71	604	G2Ib
2 Sex		(2)	168		83425	47310	09^h 38^m 27.39^s	+04° 38′ 57.9″	4.68	0.06	274	K3III
ο Hya	ο		293		101431	56922	11^h 40^m 12.82^s	−34° 44′ 40.8″	4.70	−1.21	495	B9V
HD 81799	G		141		81799	46371	09^h 27^m 18.30^s	−22° 20′ 36.3″	4.72	1.06	176	K1III
HD 83953	I		174		83953	47522	09^h 41^m 17.03^s	−23° 35′ 29.5″	4.76	−1.16	497	B5V
26 Hya		26	122		80499	45751	09^h 19^m 46.40^s	−11° 58′ 29.6″	4.77	−0.19	320	G8III
51 Hya	k	51	375		125932	70306	14^h 23^m 05.91^s	−27° 45′ 13.4″	4.78	1.14	175	K3III
27 Hya	P	27	124		80586	45811	09^h 20^m 29.03^s	−09° 33′ 20.3″	4.80	0.43	243	G8III-IV+...	planetă neconfirmată?
9 Hya		9	47		74137	42662	08^h 41^m 43.33^s	−15° 56′ 35.3″	4.87	0.89	204	K0IIICN...
HD 85859			181		85859	48559	09^h 54^m 12.44^s	−25° 55′ 56.9″	4.87	−0.19	336	K2III
HD 92036			241		92036	51979	10^h 37^m 13.80^s	−27° 24′ 45.7″	4.87	−0.97	479	M1III
U Hya			240	U	92055	52009	10^h 37^m 33.25^s	−13° 23′ 04.0″	4.89	−1.16	528	C	240 G. Hya. Stea de carbon
φ Hya	φ, φ³		242		92214	52085	10^h 38^m 35.01^s	−16° 52′ 35.9″	4.91	0.72	225	G8III	242 G. Hya
χ¹ Hya	χ¹		264		96202	54204	11^h 05^m 20.03^s	−27° 17′ 36.9″	4.92	1.73	142	F3IV/V
HD 84117			175		84117	47592	09^h 42^m 14.67^s	−23° 54′ 58.4″	4.93	4.07	49	G0V	din apropiere
17 Crt		(17)	284		100286	56280	11^h 32^m 16.42^s	−29° 15′ 40.9″	4.93	2.80	87	F8V
HD 85951			183		85951	48615	09^h 54^m 52.24^s	−19° 00′ 33.4″	4.94	−1.74	706	K5III	Felis
ψ Hya	ψ	45	341		114149	64166	13^h 09^m 03.28^s	−23° 07′ 04.7″	4.94	0.69	231	K0III
52 Hya	l	52	379		126769	70753	14^h 28^m 10.44^s	−29° 29′ 29.7″	4.97	−0.56	415	B7/B8V
6 Hya	a	6	44		73840	42509	08^h 40^m 01.52^s	−12° 28′ 31.3″	4.98	−0.57	419	K3III
ω Hya	ω	18	95		77996	44659	09^h 05^m 58.38^s	+05° 05′ 32.4″	4.99	−2.86	1212	K2II-III
160 G. Hya			160		82734	46880	09^h 33^m 12.47^s	−21° 06′ 56.7″	5.02	−0.03	334	K0III
κ Hya	κ	38	173		83754	47452	09^h 40^m 18.38^s	−14° 19′ 56.1″	5.07	−0.92	515	B4IV/V	Al Sharāsīf^[3]^[4]
50 Hya		50	370		124206	69415	14^h 12^m 46.03^s	−27° 15′ 40.0″	5.07	0.83	229	K2III
44 Hya		44	230		91550	51718	10^h 34^m 00.89^s	−23° 44′ 42.8″	5.08	−1.36	633	K5III
II Hya			298		102620	57613	11^h 48^m 45.11^s	−26° 44′ 59.1″	5.10	−0.72	477	M4III
HD 100393		(18)	287		100393	56332	11^h 32^m 54.15^s	−31° 05′ 14.0″	5.13	−0.58	453	M1/M2III	18 Crateris
54 Hya	m	54	382		129926	72197	14^h 46^m 00.18^s	−25° 26′ 34.5″	5.15	2.73	99	F0V + G/K
HD 101666		(26)	295		101666	57047	11^h 41^m 43.95^s	−32° 29′ 57.6″	5.20	−0.40	430	K5III	26 Crateris
47 Hya		47	365		121847	68269	13^h 58^m 31.18^s	−24° 58′ 19.8″	5.20	0.11	339	B8V
HD 94388	b³	(6)	257		94388	53252	10^h 53^m 29.48^s	−20° 08′ 17.3″	5.23	2.75	102	F6V	6 Crateris
56 Hya		56	385		130259	72357	14^h 47^m 44.78^s	−26° 05′ 14.9″	5.23	0.19	331	G8/K0III
23 Hya		23	112		79910	45527	09^h 16^m 41.72^s	−06° 21′ 11.4″	5.24	0.58	279	K2III
303 G. Hya			303		103462	58082	11^h 54^m 42.51^s	−25° 42′ 50.6″	5.26	0.48	295	G8III
61 G. Hya			61		74988	43142	08^h 47^m 15.01^s	−01° 53′ 49.4″	5.28	0.19	339	A3V
14 Hya		14	67	KX	75333	43305	08^h 49^m 21.74^s	−03° 26′ 34.7″	5.30	−0.34	438	B9MNp...	KX Hya; α² Variabilă CVn
200 G. Hya			200		88215	49809	10^h 10^m 05.96^s	−12° 48′ 56.4″	5.30	3.12	89	F2/F3IV/V
1 G. Hya			1		68312	40107	08^h 11^m 33.03^s	−07° 46′ 20.9″	5.36	0.43	316	G8III
142 G. Hya			142		81809	46404	09^h 27^m 46.92^s	−06° 04′ 15.7″	5.38	2.91	102	G2V
328 G. Hya			328		109799	61621	12^h 37^m 42.23^s	−27° 08′ 19.2″	5.41	2.72	113	F0V
HD 96819		(10)	271		96819	54477	11^h 08^m 44.05^s	−28° 04′ 50.2″	5.43	1.61	189	A1V	10 Crateris
HD 93397	b¹	(3)	249		93397	52737	10^h 46^m 52.06^s	−17° 17′ 48.6″	5.44	1.30	219	A3V	3 Crateris
330 G. Hya			330		110666	62131	12^h 44^m 00.55^s	−28° 19′ 25.9″	5.46	0.03	397	K3III
20 Hya		20	103		78732	44961	09^h 09^m 35.58^s	−08° 47′ 15.5″	5.47	−1.00	642	G8II
HD 122430			367		122430	68581	14^h 02^m 22.80^s	−27° 25′ 47.1″	5.47	−0.15	434	K2/K3III	are o planetă (b)
24 Hya		24	114		79931	45526	09^h 16^m 41.38^s	−08° 44′ 41.1″	5.49	−1.14	689	B9III
15 Hya		15	70		75737	43496	08^h 51^m 34.44^s	−07° 10′ 38.0″	5.55	−0.33	488	A4m
33 Hya	A	33	163		82870	46982	09^h 34^m 32.64^s	−05° 54′ 53.3″	5.56	−1.04	681	K1III	Ukdah;^[2] Ukdah III
323 G. Hya			323		108323	60735	12^h 26^m 51.69^s	−32° 49′ 48.2″	5.56	−0.42	511	B9V
224 G. Hya			224		90957	51364	10^h 29^m 29.01^s	−29° 39′ 49.9″	5.58	0.21	387	K3III
195 G. Hya			195		87808	49569	10^h 07^m 09.49^s	−17° 08′ 29.7″	5.59	0.48	343	K4III
225 G. Hya			225		91120	51491	10^h 30^m 59.86^s	−13° 35′ 18.5″	5.59	−0.28	487	B8/B9IV/V
2 Hya		2	23	LM	71297	41375	08^h 26^m 27.23^s	−03° 59′ 14.3″	5.60	1.97	173	A5III-IV	LM Hya; Variabilă δ Sct
19 Hya		19	99		78556	44883	09^h 08^m 42.19^s	−08° 35′ 22.2″	5.60	−1.60	898	B9.5III
28 Hya		28	134		81420	46221	09^h 25^m 24.04^s	−05° 07′ 02.6″	5.60	−0.98	675	K5III
1 Hya		1	15		70958	41211	08^h 24^m 35.14^s	−03° 45′ 04.2″	5.61	3.44	89	F3V
55 Hya		55	384		130158	72323	14^h 47^m 22.56^s	−25° 37′ 27.2″	5.61	−0.76	613	B9IV/V
92 G. Hya			92		77353	44356	09^h 01^m 58.02^s	−00° 28′ 58.2″	5.64	−0.73	613	K0III
333 G. Hya			333		111295	62500	12^h 48^m 26.36^s	−27° 35′ 50.0″	5.65	0.80	304	G8III
59 Hya		59	92		132219	73284	14^h 58^m 39.29^s	−27° 39′ 26.3″	5.65	0.50	350	A6IV
148 G. Hya			148		82077	46511	09^h 29^m 12.65^s	−20° 44′ 56.9″	5.66	−1.58	913	K4/K5III
χ² Hya	χ²		265		96314	54255	11^h 05^m 57.55^s	−27° 17′ 16.1″	5.69	−1.26	799	B8V	265 G. Hya.; Variabilă β Lyr
350 G. Hya			350		117716	66065	13^h 32^m 35.96^s	−28° 41′ 33.8″	5.69	1.61	214	A0/A1V
56 G. Hya			56		74794	43026	08^h 46^m 02.45^s	−02° 02′ 55.6″	5.70	1.04	278	K0III:
193 G. Hya			193		87427	49339	10^h 04^m 21.02^s	−24° 17′ 08.1″	5.70	1.23	255	F0V
259 G. Hya			259		95221	53699	10^h 59^m 13.74^s	−33° 44′ 14.8″	5.70	2.27	159	F2V
236 G. Hya			236		91889	51933	10^h 36^m 32.22^s	−12° 13′ 42.6″	5.71	3.76	80	F7V
HD 100893		(22)	291		100893	56620	11^h 36^m 34.92^s	−33° 34′ 11.9″	5.71	0.54	352	K0III	22 Crateris
3 Hya		3	35	HV	72968	42146	08^h 35^m 28.21^s	−07° 58′ 56.4″	5.72	1.14	268	A1spe...	HV Hya; α² Variabilă CVn
107 G. Hya			107		79181	45158	09^h 11^m 58.77^s	−19° 44′ 51.9″	5.72	0.90	300	G8III
102 G. Hya			102		78702	44923	09^h 09^m 04.25^s	−18° 19′ 43.0″	5.73	1.22	260	A0/A1V
351 G. Hya			351		118349	66400	13^h 36^m 48.51^s	−26° 29′ 42.8″	5.73	0.36	386	A7V+...
17 G. Hya			17		71095	41299	08^h 25^m 35.55^s	+02° 06′ 08.1″	5.74	−0.59	601	K5III
156 G. Hya			156		82573	46813	09^h 32^m 20.43^s	−19° 24′ 01.2″	5.74	0.58	351	A4III
80 G. Hya			80		76376	43798	08^h 55^m 12.42^s	−18° 14′ 28.3″	5.75	0.17	425	K2/K3III
101 G. Hya			101		78668	44936	09^h 09^m 11.50^s	−12° 21′ 27.7″	5.76	0.01	460	G6III
57 Hya		57	386		130274	72378	14^h 47^m 57.56^s	−26° 38′ 46.1″	5.76	0.14	434	B9.5V
48 Hya		48	366		122066	68390	14^h 00^m 00.25^s	−25° 00′ 36.6″	5.77	1.98	187	F6V
121 G. Hya			121		80479	45743	09^h 19^m 33.11^s	−15° 50′ 04.3″	5.79	0.34	400	K1/K2III
272 G. Hya			272		97023	54561	11^h 09^m 53.38^s	−32° 22′ 02.8″	5.79	0.69	342	A1V	cunoscută și ca HR 4339
33 G. Hya			33		72660	42028	08^h 34^m 01.64^s	−02° 09′ 05.8″	5.80	0.80	326	A1V
88 G. Hya			88		76932	44075	08^h 58^m 43.78^s	−16° 07′ 59.7″	5.80	4.16	70	F7/F8IV/V
354 G. Hya			354		118646	66563	13^h 38^m 42.13^s	−29° 33′ 38.4″	5.81	2.36	160	F3V
357 G. Hya			357		119752	67143	13^h 45^m 36.94^s	−26° 06′ 57.5″	5.81	1.08	287	A0V
118 G. Hya			118		80050	45559	09^h 17^m 07.73^s	−14° 34′ 26.6″	5.83	0.44	389	K0III
60 Hya		60	393		132851	73566	15^h 02^m 06.38^s	−28° 03′ 37.9″	5.83	0.84	325	A4IV
300 G. Hya			300		103026	57841	11^h 51^m 41.62^s	−30° 50′ 02.7″	5.85	3.36	102	F8V
150 G. Hya			150		82232	46618	09^h 30^m 22.54^s	−15° 34′ 37.9″	5.86	1.45	249	K2III
329 G. Hya			329		109960	61720	12^h 39^m 03.48^s	−30° 25′ 20.5″	5.86	−0.26	547	K2/K3III
252 G. Hya			252		93657	52841	10^h 48^m 14.13^s	−31° 41′ 16.3″	5.87	0.29	426	A1V
374 G. Hya			374		125276	69965	14^h 19^m 01.13^s	−25° 48′ 58.7″	5.87	4.62	58	F7Vw
HD 72561			32		72561	42008	08^h 33^m 43.49^s	+04° 45′ 25.3″	5.89	−5.22	5433	G5III
14 G. Hya			14		70652	41080	08^h 22^m 54.10^s	−07° 32′ 35.3″	5.92	−1.11	832	M1III
162 G. Hya			162		82747	46897	09^h 33^m 26.10^s	−22° 51′ 50.5″	5.92	1.12	297	B9.5V
HD 103596			304		103596	58158	11^h 55^m 40.13^s	−28° 28′ 37.3″	5.93	0.11	477	K4III	29 Crateris
84 G. Hya			84		76579	43899	08^h 56^m 34.13^s	−16° 42′ 31.3″	5.95	−0.82	738	K3III
158 G. Hya			158		82660	46859	09^h 32^m 55.78^s	−13° 31′ 00.5″	5.95	−1.06	823	K4III
HD 100623		(20)	289		100623	56452	11^h 34^m 29.95^s	−32° 50′ 00.0″	5.96	6.06	31	K0V	20 Crateris
27 G. Hya			27		71766	41597	08^h 28^m 51.01^s	−09° 44′ 54.9″	6.01	−1.39	985	F2III
HD 76151			75		76151	43726	08^h 54^m 18.19^s	−05° 26′ 04.3″	6.01	4.85	56	G3V
136 G. Hya			136		81567	46288	09^h 26^m 22.31^s	−01° 27′ 50.6″	6.01	−1.14	876	K3III
209 G. Hya			209		89455	50536	10^h 19^m 16.88^s	−12° 31′ 41.2″	6.01	1.89	217	A8III
φ² Hya	φ²		234		91880	51905	10^h 36^m 16.68^s	−16° 20′ 39.6″	6.01	−1.35	967	M1III
16 G. Hya			16		70937	41214	08^h 24^m 36.42^s	−04° 43′ 00.7″	6.03	1.98	211	F2V
6 G. Hya			6		70013	40818	08^h 19^m 49.85^s	+03° 56′ 53.1″	6.04	−0.21	579	G8III
227 G. Hya			227		91280	51551	10^h 31^m 48.73^s	−28° 14′ 13.5″	6.04	2.90	138	F6/F7V
243 G. Hya			243		92245	52113	10^h 38^m 50.44^s	−12° 26′ 37.1″	6.04	0.83	359	A0Vn
361 G. Hya			361		121156	67890	13^h 54^m 16.75^s	−28° 34′ 09.9″	6.05	2.04	206	K2III
260 G. Hya			260		95456	53818	11^h 00^m 40.84^s	−31° 50′ 22.6″	6.06	3.59	102	F8V
90 G. Hya			90		77250	44315	09^h 01^m 31.40^s	+05° 38′ 27.6″	6.08	−0.84	789	F3IV+...
179 G. Hya			179		85519	48396	09^h 51^m 59.53^s	−16° 32′ 04.6″	6.08	0.66	395	K0III
65 G. Hya			65		75140	43204	08^h 48^m 04.87^s	−06° 33′ 31.5″	6.09	−0.46	667	K0
322 G. Hya			322		108110	60603	12^h 25^m 18.41^s	−27° 44′ 56.4″	6.09	−0.38	643	K3III
21 Hya		21	106	KW	79193	45184	09^h 12^m 26.05^s	−07° 06′ 35.6″	6.10	1.51	269	A3m	KW Hya; Variabilă Algol
231 G. Hya			231		91706	51795	10^h 34^m 57.76^s	−23° 10′ 34.8″	6.10	2.09	207	F6V
372 G. Hya			372		124576	69623	14^h 15^m 01.28^s	−29° 16′ 54.7″	6.10	−0.54	695	A1V
155 G. Hya			155		82543	46840	09^h 32^m 41.41^s	+01° 51′ 51.3″	6.11	0.58	416	F7IV-V
OY Hya (188 G. Hya)			188	OY	86612	48943	09^h 59^m 06.32^s	−23° 57′ 02.8″	6.11	−0.31	628	B5V	Stea Be
9 G. Hya			9		70148	40859	08^h 20^m 17.01^s	−05° 19′ 47.4″	6.12	0.12	516	K2III
73 G. Hya			73		75916	43580	08^h 52^m 30.74^s	−13° 13′ 58.6″	6.12	1.04	338	K1III
154 G. Hya			154		82477	46768	09^h 31^m 55.77^s	−10° 22′ 13.4″	6.12	0.92	358	K0
157 G. Hya			157		82638	46869	09^h 33^m 02.00^s	−08° 30′ 19.0″	6.12	0.72	393	K0
217 G. Hya			217		89911	50790	10^h 22^m 12.96^s	−19° 51′ 59.7″	6.12	−0.55	704	A0V
10 Hya		10	52		74591	42931	08^h 45^m 01.28^s	+05° 40′ 50.1″	6.13	2.12	207	A6V
81 G. Hya			81		76494	43902	08^h 56^m 37.04^s	+04° 14′ 11.7″	6.13	−1.34	1016	G8II-III
153 G. Hya			153		82428	46744	09^h 31^m 38.97^s	−10° 33′ 07.1″	6.13	2.46	177	F0Vn
13 G. Hya			13		70574	41036	08^h 22^m 30.20^s	−06° 10′ 45.0″	6.14	2.07	212	A8IV
105 G. Hya			105		79108	45167	09^h 12^m 12.91^s	+03° 52′ 01.2″	6.14	0.83	376	A0V
146 G. Hya			146		82043	46529	09^h 29^m 24.47^s	−02° 12′ 18.6″	6.14	0.32	475	F0III
MO Hya			334	MO	111786	62788	12^h 51^m 57.97^s	−26° 44′ 18.1″	6.14	2.24	196	A0III	Variabilă δ Sct
363 G. Hya			363		121699	68177	13^h 57^m 27.75^s	−23° 01′ 21.5″	6.14	−0.17	596	K2/K3III
HD 100307			286		100307	56293	11^h 32^m 23.34^s	−26° 44′ 48.7″	6.15	−0.59	728	M2III
NS Hya			96	NS	78196	44738	09^h 06^m 59.95^s	+01° 27′ 45.8″	6.16	−1.25	991	M1III
315 G. Hya			315		105686	59307	12^h 10^m 02.58^s	−34° 42′ 17.0″	6.16	1.14	329	A0V
302 G. Hya			302		103266	57971	11^h 53^m 26.87^s	−35° 03′ 59.7″	6.17	1.78	246	A2V
8 G. Hya			8		70110	40858	08^h 20^m 12.98^s	−00° 54′ 32.8″	6.18	3.13	133	F9V
37 G. Hya			37		73281	42299	08^h 37^m 27.17^s	−04° 56′ 02.4″	6.18	0.79	391	K0
89 G. Hya			89		77084	44162	08^h 59^m 39.94^s	−19° 12′ 28.1″	6.19	3.20	129	F5IV/V
359 G. Hya			359		120455	67523	13^h 50^m 06.54^s	−29° 04′ 52.5″	6.19	0.97	361	A0V
LV Hya			305	LV	103789	58272	11^h 57^m 03.78^s	−33° 18′ 55.6″	6.20	0.88	378	B9.5V	α² Variabilă CVn
HD 95698		(8)	261		95698	53963	11^h 02^m 24.41^s	−26° 49′ 52.3″	6.21	2.59	173	A9III/IV	8 Crateris
356 G. Hya			356		119623	67071	13^h 44^m 45.70^s	−25° 30′ 03.2″	6.21	−0.47	706	K3III
58 G. Hya			58		74860	43035	08^h 46^m 06.89^s	−11° 00′ 24.5″	6.22	−4.13	3835	K5III
182 G. Hya			182		85905	48584	09^h 54^m 31.83^s	−22° 29′ 14.8″	6.23	0.50	457	A2/A3III
205 G. Hya			205		88699	50066	10^h 13^m 19.48^s	−27° 01′ 44.3″	6.23	0.74	409	A9m...
311 G. Hya			311		105078	59008	12^h 05^m 56.69^s	−35° 41′ 38.2″	6.23	−0.51	728	B7V
371 G. Hya			371		124281	69458	14^h 13^m 13.25^s	−26° 36′ 44.2″	6.23	−0.46	709	K0III
199 G. Hya			199		88182	49802	10^h 09^m 56.49^s	−12° 05′ 42.9″	6.24	1.74	259	A5m
245 G. Hya			245		92770	52391	10^h 42^m 31.38^s	−13° 58′ 28.4″	6.24	−0.53	738	K3/K4III:
147 G. Hya			147		82074	46543	09^h 29^m 32.43^s	−04° 14′ 47.4″	6.25	2.57	177	G6IV
159 G. Hya			159		82674	46893	09^h 33^m 19.94^s	−07° 11′ 24.5″	6.25	0.70	421	K0
197 G. Hya			197		88025	49689	10^h 08^m 35.45^s	−15° 36′ 43.0″	6.25	0.01	578	A0V
149 G. Hya			149		82180	46569	09^h 29^m 49.88^s	−23° 20′ 43.2″	6.26	−2.26	1646	K2/K3III
144 G. Hya			144		81980	46504	09^h 29^m 02.34^s	−01° 15′ 24.9″	6.27	1.47	297	F0Vn
185 G. Hya			185		86266	48763	09^h 56^m 46.89^s	−26° 32′ 59.1″	6.27	2.06	227	A4V
391 G. Hya			391		131919	73171	14^h 57^m 13.72^s	−29° 09′ 27.4″	6.28	0.12	557	B8/B9V
235 G. Hya			235		91881	51885	10^h 36^m 04.51^s	−26° 40′ 31.0″	6.29	3.07	143	F5V
126 G. Hya			126		80719	45854	09^h 20^m 55.46^s	−15° 37′ 03.2″	6.30	2.88	158	F6V
192 G. Hya			192		87344	49321	10^h 04^m 02.83^s	−18° 06′ 05.1″	6.30	0.47	477	B8V
HQ Hya			7	HQ	69997	40766	08^h 19^m 15.11^s	−10° 09′ 57.0″	6.31	1.14	353	F3IIIp	Variabilă δ Sct
37 Hya		37	171	OW	83650	47427	09^h 39^m 47.42^s	−10° 34′ 13.0″	6.31	−1.33	1098	A0Vn	OW Hya; 171 G. Hya.
337 G. Hya			337		112519	63243	12^h 57^m 33.17^s	−22° 45′ 12.5″	6.31	0.83	407	K0III
111 G. Hya			111		79752	45424	09^h 15^m 24.95^s	−15° 01′ 29.5″	6.32	1.18	348	A0V
HD 100953		(23)	292		100953	56657	11^h 37^m 01.22^s	−32° 59′ 16.8″	6.32	2.04	234	F5V	23 Crateris
165 G. Hya			165		83104	47070	09^h 35^m 33.82^s	−19° 34′ 59.9″	6.33	1.63	283	A0V
71 G. Hya			71		75811	43570	08^h 52^m 24.18^s	+05° 20′ 25.2″	6.34	0.22	547	A5V
104 G. Hya			104		79066	45150	09^h 11^m 55.69^s	+05° 28′ 07.2″	6.34	2.81	166	A9IVe...
V335 Hya			316	V335	106198	59588	12^h 13^m 12.97^s	−34° 07′ 31.0″	6.34	−0.89	911	M4/M5Ib/II:
317 G. Hya			317		106257	59622	12^h 13^m 36.80^s	−33° 47′ 34.4″	6.34	0.86	406	A0V
34 G. Hya			34		72908	42142	08^h 35^m 24.96^s	+02° 44′ 36.4″	6.35	0.21	551	G9III
275 G. Hya			275		97393	54725	11^h 12^m 14.78^s	−32° 26′ 01.8″	6.35	−0.23	676	M2/M3III
369 G. Hya			369		124162	69398	14^h 12^m 24.55^s	−24° 21′ 48.0″	6.35	0.49	484	K2III
373 G. Hya			373		125279	69977	14^h 19^m 07.17^s	−27° 08′ 28.2″	6.35	−0.69	834	K5III
206 G. Hya			206		88806	50142	10^h 14^m 08.98^s	−23° 48′ 50.3″	6.36	−1.70	1336	M1III
50 G. Hya			50		74393	42854	08^h 43^m 59.79^s	+04° 20′ 04.5″	6.37	−0.40	738	B9.5III-IV
172 G. Hya			172		83731	47454	09^h 40^m 20.07^s	−10° 46′ 09.1″	6.37	−0.68	838	A2V
29 G. Hya			29		72462	41893	08^h 32^m 33.39^s	−15° 01′ 48.7″	6.38	2.13	231	A7IV/V
320 G. Hya			320		107869	60468	12^h 23^m 47.82^s	−30° 20′ 07.4″	6.39	−0.57	803	K5III
34 Hya		34	167		83373	47249	09^h 37^m 51.54^s	−09° 25′ 28.1″	6.40	1.10	375	A1V
R Hya			347	R	117287	65835	13^h 29^m 42.82^s	−23° 16′ 52.9″	6.40	−2.55	2012	M6/M7e	Variabilă Mira
55 G. Hya			55		74688	42951	08^h 45^m 20.77^s	−02° 36′ 03.7″	6.41	1.71	283	F2+...
LO Hya (25 G. Hya)			25	LO	71663	41564	08^h 28^m 29.16^s	−02° 31′ 01.6″	6.42	1.77	278	A5m
66 G. Hya			66		75217	43246	08^h 48^m 37.48^s	−01° 02′ 41.4″	6.42	0.68	458	K0
308 G. Hya			308		104039	58436	11^h 58^m 54.39^s	−25° 54′ 31.7″	6.42	−0.76	891	A1IV/V
364 G. Hya			364		121758	68224	13^h 57^m 58.86^s	−25° 59′ 53.1″	6.42	0.17	579	K1III
26 G. Hya			26		71665	41547	08^h 28^m 19.78^s	−08° 48′ 58.3″	6.43	−0.65	849	K0
74 G. Hya			74		76027	43623	08^h 53^m 05.35^s	−16° 57′ 08.5″	6.43	0.89	417	K1III
274 G. Hya			274		97344	54703	11^h 11^m 57.86^s	−26° 48′ 22.1″	6.43	0.84	427	K0III
332 G. Hya			332		111226	62448	12^h 47^m 53.67^s	−24° 51′ 06.3″	6.43	−0.66	853	B8V
360 G. Hya			360		120690	67620	13^h 51^m 20.70^s	−24° 23′ 23.2″	6.43	4.93	65	G5V
263 G. Hya			263		95857	54030	11^h 03^m 16.09^s	−31° 57′ 38.8″	6.44	−0.38	753	M2/M3III
279 G. Hya			279		98221	55164	11^h 17^m 38.88^s	−34° 44′ 14.3″	6.44	3.09	152	F3V
281 G. Hya			281		99712	55953	11^h 27^m 58.67^s	−35° 19′ 43.9″	6.44	−1.50	1264	K4/K5III
294 G. Hya			294		101563	57001	11^h 41^m 08.60^s	−29° 11′ 48.6″	6.44	3.35	135	G2III/IV
54 G. Hya			54		74685	42981	08^h 45^m 34.84^s	+04° 39′ 52.4″	6.45	0.93	414	K0
117 G. Hya			117		79994	45543	09^h 16^m 57.05^s	−11° 06′ 10.6″	6.45	1.19	368	K0
166 G. Hya			166		83352	47242	09^h 37^m 45.94^s	−03° 10′ 14.2″	6.45	0.74	452	K0
204 G. Hya			204		88595	50013	10^h 12^m 38.10^s	−19° 09′ 10.1″	6.45	3.33	137	F7V
258 G. Hya			258		94619	53387	10^h 55^m 11.58^s	−20° 39′ 53.9″	6.45	0.00	637	K1III
349 G. Hya			349		117718	66060	13^h 32^m 34.52^s	−29° 33′ 55.0″	6.45	3.08	154	F5IV
48 G. Hya			48		74190	42701	08^h 42^m 09.83^s	−11° 57′ 57.5″	6.46	1.13	379	A5m
109 G. Hya			109		79481	45305	09^h 14^m 03.09^s	−14° 41′ 41.3″	6.46	0.26	567	G6/G8III/IV
325 G. Hya			325		109074	61172	12^h 32^m 04.40^s	−32° 32′ 01.4″	6.46	0.25	568	A3V
82 G. Hya			82		76478	43850	08^h 55^m 54.49^s	−15° 26′ 22.0″	6.47	−0.51	813	K2III
213 G. Hya			213		89816	50728	10^h 21^m 28.70^s	−23° 42′ 39.2″	6.47	1.18	373	A4IV/V
270 G. Hya			270		96723	54430	11^h 08^m 15.77^s	−29° 58′ 20.8″	6.47	0.74	457	A1V
3 G. Hya			3		68667	40263	08^h 13^m 21.79^s	−01° 09′ 57.2″	6.48	0.47	519	K0
63 G. Hya			63		75098	43152	08^h 47^m 21.48^s	−17° 03′ 10.3″	6.48	−0.36	762	A2V
100 G. Hya			100		78614	44888	09^h 08^m 44.52^s	−16° 16′ 37.8″	6.48	1.07	394	K0IIICN...
297 G. Hya			297		102438	57507	11^h 47^m 15.99^s	−30° 17′ 09.4″	6.48	5.23	58	G5V
299 G. Hya			299		102888	57749	11^h 50^m 37.24^s	−27° 16′ 40.6″	6.48	0.57	495	G8III
348 G. Hya			348		117558	65969	13^h 31^m 33.22^s	−28° 06′ 45.9″	6.48	1.78	284	A1V
378 G. Hya			378		126400	70538	14^h 25^m 47.77^s	−26° 51′ 07.6″	6.48	2.05	251	K0III
233 G. Hya			233		91790	51852	10^h 35^m 38.86^s	−18° 34′ 08.4″	6.49	2.20	235	A5IV/V
312 G. Hya			312		105113	59021	12^h 06^m 05.25^s	−32° 57′ 38.7″	6.49	2.94	167	G0V
342 G. Hya			342		114576	64375	13^h 11^m 39.24^s	−26° 33′ 06.2″	6.49	1.23	367	A5V
346 G. Hya			346		117033	65682	13^h 28^m 01.88^s	−26° 24′ 08.0″	6.49	−1.12	1087	K5III
210 G. Hya			210		89747	50693	10^h 21^m 07.98^s	−17° 59′ 05.6″	6.50	2.68	189	F3IV
318 G. Hya			218		106500	59742	12^h 15^m 06.42^s	−29° 14′ 13.9″	6.50	0.75	461	K0III
HD 96700			269		96700	54400	11^h 07^m 54^s	-30° 10′ 28″	6.50		83	G0V	are două planete (b și c)
29 Hya		29	139		81728	46365	09^h 27^m 14.65^s	−09° 13′ 25.3″	6.53	−1.48	1304	A2V
HD 82943			164		82943	47007	09^h 34^m 50.74^s	−12° 07′ 46.4″	6.54	4.35	90	G0V	are trei planete (b, c & d)
HD 94046	b²	(5)			94046	53037	10^h 51^m 05.99^s	−18° 19′ 56.0″	6.56	0.76	471	A3V	5 Crateris
17 Hya		17	79		76370	43822	08^h 55^m 29.60^s	−07° 58′ 16.0″	6.67	1.72	319	A3
14 Lib		(14)			131992	73189	14^h 57^m 31.96^s	−25° 26′ 30.4″	6.95	1.56	391	A2/A3V
HD 90156					90156	50921	10^h 23^m 55.27^s	−29° 38′ 43.9″	6.95	5.23	72	G5V	are o planetă (b); stea variabilă
V Hya				V		53085	10^h 51^m 37.26^s	−21° 15′ 00.0″	7.0			C	Stea de carbon
25 Hya		25			80105	45588	09^h 17^m 29.22^s	−11° 57′ 42.7″	7.07	1.50	424	K0
HD 86264					86264	48780	09^h 56^m 57.84^s	−15° 53′ 42.4″	7.42	3.12	237	F7V	are o planetă (b)
HD 86950					86950	49129	10^h 01^m 38.0^s	-17° 19′ 59″	7.46		551	K1 III	are o planetă
HD 72659					72659	42030	08^h 34^m 03.19^s	−01° 34′ 05.6″	7.48	3.93	168	G0	are o planetă (b)
HD 74156					74156	42723	08^h 42^m 25.12^s	+04° 34′ 41.2″	7.62	3.57	211	G0V	are trei planete (b, c, & neconfirmată d)
φ¹ Hya	φ¹	43			91369	51614	10^h 32^m 41.17^s	−16° 57′ 30.7″	7.62	3.25	244	G2V
HD 86226					86226	48739	09^h 56^m 29.84^s	−24° 05′ 57.8″	7.93	4.79	139	G2V	are o planetă (b)
HD 128356					128356	71481	14^h 37^m 05.0^s	-25° 48′ 09″	8.29		85	K3V	are o planetă
V478 Hya				V478	70573		08^h 22^m 49.95^s	+01° 51′ 33.6″	8.70	5.40	149	G1-1.5V	are o planetă (b)
HD 72892					72892	42098	08^h 34^m 53.0^s	-14° 27′ 24″	8.83		237	G5V	are o planetă
WASP-166							09^h 39^m 30.0^s	-20° 58′ 57″	9.36		369	F9	are o planetă în tranzit
Gliese 433						56528	11^h 35^m 26.95^s	−32° 32′ 23.9″	9.79	10.01	29	M1.5	are o planetă (b)
WASP-51/HAT-P-30							08^h 15^m 48^s	+05° 50′ 12″	10.42		629	F	are o planetă în tranzit
GJ 357						47101	09^h 36^m 01.64^s	−21° 39′ 38.9″	10.91	11.13	31	M2.5V	are trei planete în tranzit (d)
TW Hya				TW		53911	11^h 01^m 51.91^s	−34° 42′ 17.0″	11.1	7.3	184	K8Ve	T Tauri star, planetă retrasă
WASP-25							13^h 01^m 26.37^s	−27° 31′ 19.9″	11.87	5.74	550	G4	are o planetă în tranzit
WASP-175							11^h 05^m 17.0^s	-34° 07′ 20″	12		1905		are o planetă în tranzit
HAT-P-42							09^h 01^m 23.0^s	+06° 05′ 50″	12.17		1458		Lerna; are o planetă în tranzit
WASP-169							08^h 29^m 33.0^s	-12° 56′ 41″	12.2		2081		are o planetă în tranzit
WASP-142							09^h 22^m 02.0^s	-23° 56′ 46″	12.3		2740	F8	are o planetă în tranzit
HAT-P-35							08^h 13^m 00^s	+04° 47′ 13″	12.46		1745		are o planetă în tranzit
WASP-143							09^h 23^m 23.0^s	+02° 55′ 57″	12.6		1115	G1	are o planetă în tranzit
WASP-36							08^h 45^m 9.0^s	-08° 01′ 37″	12.7		1468	G2	are o planetă în tranzit
LHS 3003							14^h 56^m 38.314^s	-28° 09′ 47.38″	17.141		20.9	M7.0V	^[5]^[6]^[7]^[8]^[9]
Gliese 3634							10^h 58^m 35^s	−31° 08′ 39″	19.8		65	M2.5	are o planetă (b)
WASP-84							08^h 44^m 26.0^s	+01° 50′ 36″			391	K0	are o planetă în tranzit
G 161-71							09^h 44^m 54.224^s	-12° 20′ 54.43″				M4.5	^[10]^[11]^[12]^[13]

Note

^ ^a ^b E.B Knobel - On a catalogue of stars in the Calendarium of Al Achsasi Al Mouakket
^ ^a ^b ^c ^d Star Name - R.H.Allen p. 238
^ Star Name - R.H.Allen p. 182
^ Star Name - R.H.Allen p. 246
^ Van Altena W. F.; Lee J. T.; Hoffleit E. D. (1995). „GCTP 3372.03”. The General Catalogue of Trigonometric Stellar Parallaxes (ed. Fourth).
^ Leggett, S. K. (1992). „Infrared colors of low-mass stars”. Astrophysical Journal Supplement Series. 82 (1): 351–394. Bibcode:1992ApJS...82..351L. doi:10.1086/191720.
^ Tinney, C. G. (1996). „CCD astrometry of southern very low-mass stars”. Monthly Notices of the Royal Astronomical Society. 281 (2): 644–658. Bibcode:1996MNRAS.281..644T. doi:10.1093/mnras/281.2.644  .
^ Dahn, C. C.; Harris, Hugh C.; Vrba, Frederick J.; Guetter, Harry H.; Canzian, Blaise; Henden, Arne A.; Levine, Stephen E.; Luginbuhl, Christian B.; Monet, Alice K. B.; Monet, David G.; Pier, Jeffrey R.; Stone, Ronald C.; Walker, Richard L.; Burgasser, Adam J.; Gizis, John E.; Kirkpatrick, J. Davy; Liebert, James; Reid, I. Neill (2002). „Astrometry and Photometry for Cool Dwarfs and Brown Dwarfs”. The Astronomical Journal. 124 (2): 1170–1189. arXiv:astro-ph/0205050  . Bibcode:2002AJ....124.1170D. doi:10.1086/341646.
^ Costa, Edgardo; Méndez, René A.; Jao, W.-C.; Henry, Todd J.; Subasavage, John P.; Brown, Misty A.; Ianna, Philip A.; Bartlett, Jennifer (2005). „The Solar Neighborhood. XIV. Parallaxes from the Cerro Tololo Inter-American Observatory Parallax Investigation-First Results from the 1.5 m Telescope Program”. The Astronomical Journal. 130 (1): 337–349. Bibcode:2005AJ....130..337C. doi:10.1086/430473  .
^ Bartlett, Jennifer L.; Lurie, John C.; Riedel, Adric; Ianna, Philip A.; Jao, Wei-Chun; Henry, Todd J.; Winters, Jennifer G.; Finch, Charlie T.; Subasavage, John P. (2017). „The Solar Neighborhood. XXXX. Parallax Results from the CTIOPI 0.9 m Program: New Young Stars Near the Sun”. The Astronomical Journal. 154 (4): 151. Bibcode:2017AJ....154..151B. doi:10.3847/1538-3881/aa8457  . ISSN 1538-3881.
^ Reid, I. Neill; Kilkenny, D.; Cruz, K. L. (2002). „Meeting the Cool Neighbors. II. Photometry of Southern NLTT Stars”. The Astronomical Journal. 123 (5): 2822–2827. arXiv:astro-ph/0202460  . Bibcode:2002AJ....123.2822R. doi:10.1086/339700.
^ Scholz, R.-D.; Meusinger, H.; Jahreiß, H. (2005). „Search for nearby stars among proper motion stars selected by optical-to-infrared photometry. III. Spectroscopic distances of 322 NLTT stars”. Astronomy and Astrophysics. 442 (1): 211–227. arXiv:astro-ph/0507284  . Bibcode:2005A&A...442..211S. doi:10.1051/0004-6361:20053004. Table1.dat
^ Kirkpatrick, J. Davy; Gelino, Christopher R.; Cushing, Michael C.; Mace, Gregory N.; Griffith, Roger L.; Skrutskie, Michael F.; Marsh, Kenneth A.; Wright, Edward L.; Eisenhardt, Peter R.; McLean, Ian S.; Mainzer, Amy K.; Burgasser, Adam J.; Tinney, Chris G.; Parker, Stephen; Salter, Graeme (2012). „Further Defining Spectral Type "Y" and Exploring the Low-mass End of the Field Brown Dwarf Mass Function”. The Astrophysical Journal. 753 (2): 156. arXiv:1205.2122  . Bibcode:2012ApJ...753..156K. doi:10.1088/0004-637X/753/2/156.

Bibliografie

ESA (1997). „The Hipparcos and Tycho Catalogues”. Accesat în 26 decembrie 2006.
Kostjuk, N. D. (2002). „HD-DM-GC-HR-HIP-Bayer-Flamsteed Cross Index”. Accesat în 26 decembrie 2006.
Roman, N. G. (1987). „Identification of a Constellation from a Position”. Accesat în 26 decembrie 2006.
Gould, B. A. „Uranometria Argentina”. Reprinted and updated by Pilcher, F. Arhivat din original la 27 februarie 2012. Accesat în 16 iulie 2010.
„Naming Stars”. Accesat în 4 iulie 2018.

Vezi și

Lista stelelor

[sb0-1] E.B Knobel - On a catalogue of stars in the Calendarium of Al Achsasi Al Mouakket

[sb1-2] Star Name - R.H.Allen p. 238

[3] Star Name - R.H.Allen p. 182

[4] Star Name - R.H.Allen p. 246

[5] Van Altena W. F.; Lee J. T.; Hoffleit E. D. (1995). „GCTP 3372.03”. The General Catalogue of Trigonometric Stellar Parallaxes (ed. Fourth).

[6] Leggett, S. K. (1992). „Infrared colors of low-mass stars”. Astrophysical Journal Supplement Series. 82 (1): 351–394. Bibcode:1992ApJS...82..351L. doi:10.1086/191720.

[7] Tinney, C. G. (1996). „CCD astrometry of southern very low-mass stars”. Monthly Notices of the Royal Astronomical Society. 281 (2): 644–658. Bibcode:1996MNRAS.281..644T. doi:10.1093/mnras/281.2.644  .

[8] Dahn, C. C.; Harris, Hugh C.; Vrba, Frederick J.; Guetter, Harry H.; Canzian, Blaise; Henden, Arne A.; Levine, Stephen E.; Luginbuhl, Christian B.; Monet, Alice K. B.; Monet, David G.; Pier, Jeffrey R.; Stone, Ronald C.; Walker, Richard L.; Burgasser, Adam J.; Gizis, John E.; Kirkpatrick, J. Davy; Liebert, James; Reid, I. Neill (2002). „Astrometry and Photometry for Cool Dwarfs and Brown Dwarfs”. The Astronomical Journal. 124 (2): 1170–1189. arXiv:astro-ph/0205050  . Bibcode:2002AJ....124.1170D. doi:10.1086/341646.

[9] Costa, Edgardo; Méndez, René A.; Jao, W.-C.; Henry, Todd J.; Subasavage, John P.; Brown, Misty A.; Ianna, Philip A.; Bartlett, Jennifer (2005). „The Solar Neighborhood. XIV. Parallaxes from the Cerro Tololo Inter-American Observatory Parallax Investigation-First Results from the 1.5 m Telescope Program”. The Astronomical Journal. 130 (1): 337–349. Bibcode:2005AJ....130..337C. doi:10.1086/430473  .

[10] Bartlett, Jennifer L.; Lurie, John C.; Riedel, Adric; Ianna, Philip A.; Jao, Wei-Chun; Henry, Todd J.; Winters, Jennifer G.; Finch, Charlie T.; Subasavage, John P. (2017). „The Solar Neighborhood. XXXX. Parallax Results from the CTIOPI 0.9 m Program: New Young Stars Near the Sun”. The Astronomical Journal. 154 (4): 151. Bibcode:2017AJ....154..151B. doi:10.3847/1538-3881/aa8457  . ISSN 1538-3881.

[11] Reid, I. Neill; Kilkenny, D.; Cruz, K. L. (2002). „Meeting the Cool Neighbors. II. Photometry of Southern NLTT Stars”. The Astronomical Journal. 123 (5): 2822–2827. arXiv:astro-ph/0202460  . Bibcode:2002AJ....123.2822R. doi:10.1086/339700.

[12] Scholz, R.-D.; Meusinger, H.; Jahreiß, H. (2005). „Search for nearby stars among proper motion stars selected by optical-to-infrared photometry. III. Spectroscopic distances of 322 NLTT stars”. Astronomy and Astrophysics. 442 (1): 211–227. arXiv:astro-ph/0507284  . Bibcode:2005A&A...442..211S. doi:10.1051/0004-6361:20053004. Table1.dat

[Kirkpatrick2012-13] Kirkpatrick, J. Davy; Gelino, Christopher R.; Cushing, Michael C.; Mace, Gregory N.; Griffith, Roger L.; Skrutskie, Michael F.; Marsh, Kenneth A.; Wright, Edward L.; Eisenhardt, Peter R.; McLean, Ian S.; Mainzer, Amy K.; Burgasser, Adam J.; Tinney, Chris G.; Parker, Stephen; Salter, Graeme (2012). „Further Defining Spectral Type "Y" and Exploring the Low-mass End of the Field Brown Dwarf Mass Function”. The Astrophysical Journal. 753 (2): 156. arXiv:1205.2122  . Bibcode:2012ApJ...753..156K. doi:10.1088/0004-637X/753/2/156.

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