Exoplanet Habitable Zone Candidates - by planetarybiology.com

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Exoplanet Habitable Zone Candidates
Estimates of habitable zone migration and duration of exoplanet residency therein
This service provided by planetarybiology.com

Based on data feed from Exoplanets Encyclopaedia
Using methods from Astronomical Circumstances chapter
Note: habitable zone histories are estimated based on star mass.
Variations in spectral quality would result in variations in habitable zone migration
but are not accounted for here.

Last update: 2008-07-01

Untitled Document

r a n k	Star Name	Star Dist. (pc)	Spectral Type	Metall- icity	Star Mass (sol mass)	Main Sequnce Duration (Gyr)	Lumin- osity at ZAMS (sol L)	HabZone Inner Radius at ZAMS (AU)	HabZone Outer Radius at ZAMS (AU)	Lumin- osity at MSE (sol L)	HabZone Inner Radius at MSE (AU)	HabZone Outer Radius at MSE (AU)	Planet Name	Planet Mass (J mass)	Orbit of Greatest Opp. (AU)	Planet Semi axis (AU)	Orbital Ecc.	Orbital Period (sidereal days)	Planet Start Category	Planet's Residency in Habitable Zone (Gyr)

0	Sol	0	G2 V	0.02	1	10	0.71	0.803	1.157	1.858	1.3	1.667	Earth	0.00315	1.157	1	0.017	365.26	warm start	5.53
1	GL 581	6.26	M3	-0.33	0.31	807.97	0	0.05	0.07	0.01	0.08	0.12	Gl 581 c	0.0158	0.07	0.073	0.16	12.932	inner cold start	612.43
2	HD 93083	28.9	K3 V	0.15	0.7	38.1	0.13	0.34	0.5	0.34	0.56	0.8	HD 93083 b	0.37	0.5	0.477	0.14	143.58	warm start	28.42
3	HD 69830	12.6	K0V	-0.05	0.86	17.6	0.35	0.56	0.81	0.91	0.91	1.31	HD 69830 d	0.058	0.81	0.63	0.07	197	warm start	6.01
4	HD 20367	27	G0	0.1	1.04	8.63	0.86	0.88	1.27	2.24	1.43	2.06	HD 20367 b	1.07	1.27	1.25	0.23	500	warm start	6.78
5	HD 114783	22	K0	0.33	0.92	13.67	0.48	0.66	0.95	1.25	1.07	1.54	HD 114783 b	0.99	0.95	1.2	0.1	501	outer cold start	5.71
6	HIP 75458	31.5	K2 III	0.03	1.05	8.33	0.9	0.9	1.3	2.34	1.46	2.1	HIP 75458 b	8.82	1.3	1.275	0.7124	511.098	warm start	6.5
7	HD 160691	15.3	G3 IV-V	0.28	1.08	7.49	1.02	0.96	1.39	2.68	1.56	2.25	HD 160691 b	1.67	1.39	1.5	0.31	654.5	inner cold start	5.15
8	HD 108874	68.5	G5	0.14	1	10	0.71	0.8	1.16	1.86	1.3	1.87	HD 108874 b	1.36	1.16	1.051	0.07	395.4	warm start	6.45
9	HD 99109	60.5	K0	0.315	0.93	13.13	0.5	0.68	0.97	1.32	1.09	1.58	HD 99109 b	0.502	0.97	1.105	0.09	439.3	outer cold start	8.33
10	HD 23079	34.8	F8/G0 V	-0.24	1.1	6.99	1.12	1.01	1.45	2.92	1.63	2.35	HD 23079 b	2.61	1.45	1.65	0.1	738.459	outer cold start	4.41
11	HD 141937	33.46	G2/G3 V	0.16	1	10	0.71	0.8	1.16	1.86	1.3	1.87	HD 141937 b	9.7	1.16	1.52	0.41	653.22	outer cold start	3.48
12	HD 150706	27.2	G0	-0.13	0.94	12.61	0.53	0.69	1	1.38	1.12	1.62	HD 150706 b	1	1	0.82	0.38	264	warm start	5.7
13	HD 155358	42.7	G0	-0.68	0.87	16.86	0.37	0.58	0.83	0.96	0.93	1.35	HD 155358 b	0.89	0.83	0.628	0.112	195	warm start	4.56
14	HD 222582	42	G5	-0.01	1	10	0.71	0.8	1.16	1.86	1.3	1.87	HD 222582 b	5.11	1.16	1.35	0.76	572	outer cold start	5.75
15	HD 73526	99	G6 V	0.28	1.02	9.28	0.78	0.84	1.21	2.04	1.36	1.96	HD 73526 c	2.5	1.21	1.05	0.14	377.8	warm start	5.17
16	HD 100777	52.8	K0	0.27	1	10	0.71	0.8	1.16	1.86	1.3	1.87	HD 100777 b	1.16	1.16	1.03	0.36	383.7	warm start	6.09
17	HD 10697	32.56	G5 IV	0.1	1.15	5.92	1.38	1.12	1.61	3.61	1.81	2.61	HD 10697 b	6.12	1.61	2.13	0.11	1077.906	outer cold start	2
18	HD 128311	16.6	K0	0.08	0.8	23.09	0.25	0.47	0.68	0.64	0.77	1.1	HD 128311 b	2.18	0.68	1.099	0.25	448.6	outer cold start	0.1
19	HD 147513	12.9	G3/G5V	-0.03	0.92	13.67	0.48	0.66	0.95	1.25	1.07	1.54	HD 147513 b	1	0.95	1.26	0.52	540.4	outer cold start	4.5
20	HD 4113	44	G5V	0.2	0.99	10.38	0.68	0.78	1.13	1.77	1.27	1.83	HD 4113 b	1.56	1.13	1.28	0.903	526.62	outer cold start	6.62
21	HD 92788	32.82	G5	0.24	1.06	8.04	0.94	0.92	1.33	2.45	1.49	2.15	HD 92788 b	3.86	1.33	0.97	0.27	377.7	warm start	1.47
22	HD 20782	36.02	G2 V	-0.05	1	10	0.71	0.8	1.16	1.86	1.3	1.87	HD 20782 b	1.8	1.16	1.36	0.92	585.86	outer cold start	5.6
23	HD 171028	90	G0	-0.49	0.99	10.38	0.68	0.78	1.13	1.77	1.27	1.83	HD 171028 b	1.83	1.13	1.29	0.61	538	outer cold start	6.45
24	Ups And	13.47	F8 V	0.09	1.27	4.08	2.21	1.42	2.04	5.78	2.29	3.3	Ups And d	3.95	2.04	2.51	0.242	1274.6	outer cold start	1.92
25	HD 213240	40.75	G4 IV	0.23	1.22	4.74	1.83	1.29	1.86	4.78	2.08	3	HD 213240 b	4.5	1.86	2.03	0.45	951	inner cold start	3.21
26	HD 155358	42.7	G0	-0.68	0.87	16.86	0.37	0.58	0.83	0.96	0.93	1.35	HD 155358 c	0.504	0.83	1.224	0.176	530.3	outer cold start	2.55
27	HD 188015	52.6	G5IV	0.29	1.09	7.24	1.07	0.99	1.42	2.8	1.59	2.3	HD 188015 b	1.26	1.42	1.19	0.15	456.46	warm start	3.57
28	HD 183263	53	G2IV	0.3	1.17	5.55	1.5	1.17	1.68	3.92	1.89	2.72	HD 183263 b	3.69	1.68	1.52	0.38	634.23	warm start	3.54
29	HD 65216	34.3	G5 V	-0.12	0.92	13.67	0.48	0.66	0.95	1.25	1.07	1.54	HD 65216 b	1.21	0.95	1.37	0.41	613.1	outer cold start	2.52
30	HD 125612	52.82	G3V	0.24	1.1	6.99	1.12	1.01	1.45	2.92	1.63	2.35	HD 125612 b	3.2	1.45	1.2	0.39	502	warm start	3.27
31	HD 136118	52.3	F9 V	-0.065	1.24	4.46	1.97	1.34	1.93	5.16	2.17	3.12	HD 136118 b	11.9	1.93	2.3	0.37	1209	outer cold start	2.37
32	16 Cyg B	21.41	G2.5 V	0.08	1.01	9.63	0.74	0.82	1.19	1.95	1.33	1.92	16 Cyg B b	1.68	1.19	1.68	0.689	799.5	outer cold start	2.07
33	HD 190228	66.11	G5IV	-0.24	1.3	3.74	2.47	1.5	2.16	6.46	2.42	3.49	HD 190228 b	4.99	2.16	2.31	0.43	1127	inner cold start	2.6
34	HD 210277	21.29	G0	0.19	1.09	7.24	1.07	0.99	1.42	2.8	1.59	2.3	HD 210277 b	1.23	1.42	1.1	0.472	442.1	warm start	2.38
35	HD 70573	45.7	G1-1.5V	-0.18	1	10	0.71	0.8	1.16	1.86	1.3	1.87	HD 70573 b	6.1	1.16	1.76	0.4	851.8	outer cold start	0.98
36	Gamma Cephei	11.8	K2 V	0	1.4	2.83	3.51	1.79	2.57	9.19	2.89	4.16	Gamma Cephei b	1.6	2.57	2.044	0.115	902.9	warm start	1.09
37	HD 196885	33	F8V	0.29	1.33	3.43	2.75	1.58	2.28	7.2	2.56	3.69	HD 196885 b	2.96	2.28	2.63	0.462	1349	outer cold start	2.05
38	HD 4203	77.5	G5	0.22	1.06	8.04	0.94	0.92	1.33	2.45	1.49	2.15	HD 4203 b	1.65	1.33	1.09	0.46	400.944	warm start	3.62
39	HD 132406	71	G0V	0.18	1.09	7.24	1.07	0.99	1.42	2.8	1.59	2.3	HD 132406 b	5.61	1.42	1.98	0.34	974	outer cold start	1.76
40	HD 11506	53.82	G0V	0.31	1.19	5.21	1.62	1.21	1.75	4.25	1.96	2.83	HD 11506 b	4.85	1.75	2.35	0.22	1280	outer cold start	1.6
41	HD 10647	17.3	F8V	-0.03	1.07	7.76	0.98	0.94	1.36	2.56	1.53	2.2	HD 10647 b	0.91	1.36	2.1	0.18	1040	outer cold start	0.56
42	HD 142415	34.2	G1 V	0.21	1.09	7.24	1.07	0.99	1.42	2.8	1.59	2.3	HD 142415 b	1.62	1.42	1.05	0.5	386.3	warm start	1.57
43	HD 23596	52	F8	0.32	1.27	4.08	2.21	1.42	2.04	5.78	2.29	3.3	HD 23596 b	7.19	2.04	2.72	0.314	1558	outer cold start	1.31
44	HD 190647	54.2	G5	0.24	1.1	6.99	1.12	1.01	1.45	2.92	1.63	2.35	HD 190647 b	1.9	1.45	2.07	0.18	1038.1	outer cold start	1.43
45	HD 187085	44.98	G0 V	0.05	1.22	4.74	1.83	1.29	1.86	4.78	2.08	3	HD 187085 b	0.75	1.86	2.05	0.47	986	inner cold start	3.17
46	HD 16175	59.8	G0	0.23	1.35	3.25	2.95	1.64	2.36	7.73	2.65	3.82	HD 16175 b	4.5	2.36	2.07	0.48	856	warm start	1.89
47	HD 196050	46.9	G3 V	0	1.17	5.55	1.5	1.17	1.68	3.92	1.89	2.72	HD 196050 b	3	1.68	2.5	0.28	1289	outer cold start	0.74
48	HD 38529	42.43	G4 IV	0.313	1.39	2.91	3.39	1.76	2.53	8.88	2.84	4.09	HD 38529 c	12.7	2.53	3.68	0.36	2174.3	outer cold start	0.5
49	HD 169830	36.32	F8 V	0.21	1.4	2.83	3.51	1.79	2.57	9.19	2.89	4.16	HD 169830 c	4.04	2.57	3.6	0.33	2102	outer cold start	0.67
50	HD 216435	33.3	G0 V	0.15	1.25	4.33	2.05	1.36	1.97	5.36	2.21	3.18	HD 216435 b	1.49	1.97	2.7	0.34	1442.919	outer cold start	1.17
51	HD 159868	52.7	G5V	0	1.09	7.24	1.07	0.99	1.42	2.8	1.59	2.3	HD 159868 b	1.7	1.42	2	0.69	986	outer cold start	1.63
52	HD 170469	64.97	G5IV	0.3	1.14	6.12	1.32	1.1	1.58	3.46	1.77	2.56	HD 170469 b	0.67	1.58	2.24	0.11	1145	outer cold start	1.31
53	HD 45350	49	G5 IV	0.29	1.02	9.28	0.78	0.84	1.21	2.04	1.36	1.96	HD 45350 b	1.79	1.21	1.92	0.778	890.76	outer cold start	0.32
54	HD 154857	68.5	G5V	-0.23	1.17	5.55	1.5	1.17	1.68	3.92	1.89	2.72	HD 154857 b	1.8	1.68	1.2	0.47	409	warm start	0.66
55	HD 23127	89.1	G2V	0.34	1.13	6.32	1.27	1.07	1.55	3.32	1.74	2.5	HD 23127 b	1.5	1.55	2.4	0.44	1214	outer cold start	0.42

Sorted by rank(ASC)

Note: Stars get brighter and hotter as they get older.
As a result, the Habitable Zone migrates outward.

ZAMS = Zero Age Main Sequqence. MSE = Main Sequence End.

Minimum

Maximum

Noteworthy

Simple Ranking Criteria

Star Distannce: closest = best
Main Sequence Duration: longest = best
Planet Mass: largest = best (for all gas giants; more promising hosts for large, rocky moons.)
Offset of actual orbit from Orbit-of-Greatest-Opportunity: smallest = best
Orbital eccentricity: smallest = best
Planet's Residency in Habitable Zone: longest = best

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20 warm start planets

5 inner cold start planets

31 outer cold start planets

Noteworthy Papers

Jones B., Sleep P. & Underwood D., 2006
Habitability of known exoplanetary systems based on measured stellar properties
ApJ. , - , - (preprint).

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Visualization of Orbital Positions

0	Earth

1	Gl 581 c

2	HD 93083 b

3	HD 69830 d

4	HD 20367 b

5	HD 114783 b

6	HIP 75458 b

7	HD 160691 b

8	HD 108874 b

9	HD 99109 b

10	HD 23079 b

11	HD 141937 b

12	HD 150706 b

13	HD 155358 b

14	HD 222582 b

15	HD 73526 c

16	HD 100777 b

17	HD 10697 b

18	HD 128311 b

19	HD 147513 b

20	HD 4113 b

21	HD 92788 b

22	HD 20782 b

23	HD 171028 b

24	Ups And d

25	HD 213240 b

26	HD 155358 c

27	HD 188015 b

28	HD 183263 b

29	HD 65216 b

30	HD 125612 b

31	HD 136118 b

32	16 Cyg B b

33	HD 190228 b

34	HD 210277 b

35	HD 70573 b

36	Gamma Cephei b

37	HD 196885 b

38	HD 4203 b

39	HD 132406 b

40	HD 11506 b

41	HD 10647 b

42	HD 142415 b

43	HD 23596 b

44	HD 190647 b

45	HD 187085 b

46	HD 16175 b

47	HD 196050 b

48	HD 38529 c

49	HD 169830 c

50	HD 216435 b

51	HD 159868 b

52	HD 170469 b

53	HD 45350 b

54	HD 154857 b

55	HD 23127 b

planetarybiology.com

08:47 AM, CDT, Jul 04, 2008