System containing Arcadia | |
Image from Dangerous Safety | |
The Chloris system; Daphnis, Crocus, Arcadia, Dryas, Smilax, Adonis, Diana, Pan, Cynthia, Doris, Galatea |
Chloris - Data Panel | |
Star | Chloris, Beta Comae Berenices, HIP 64394, HR 4983 Type = G0 V Luminosity 1.52 x Sol Temperature 6097 K Distance from Sol 29.78 ly (EPOCH 2000) |
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Daphnis |
Image from The Astronomer and Steve Bowers |
Daphnis | Type (NoLWoCS) Hermian Type (EWoCS) Sulfoli-Terrestrial Lapi-Minervan Agonian Radius 6026 km, 0.946 x Earth Mass 0.94 x Earth Orbital period 0.2023 standard years SemiMajorAxis 0.359 AU Eccentricity 0.04 Albedo 0.43 |
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Crocus |
Image from The Astronomer and Steve Bowers |
Crocus | Type (NoLWoCS) Arean Type (EWoCS) Acidi-Terrestrial Lapi-Minervan Achlysian Radius 3994km, 0.627 x Earth Mass 0.191 x Earth Orbital period 0.4615 standard years SemiMajorAxis 0.622 AU Eccentricity 0.09 Rotation Period 17.7 standard hours Obliquity 14 Albedo 0.53 |
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Arcadia | |
Image from The Astronomer and Steve Bowers | |
Arcadia before terraformation |
Arcadia | Type (NoLWoCS) Eogaian terraformed to GaianTundral Subtype Type (EWoCS) Hydro-Terrestrial Lapi-Rhean Estuarine Tundral Aqua-Gaian Radius 1.11 x Earth, 7085.1 km Mass 1.407 x Earth Surface Gravity 1.17 gee Orbital period 1.1425 standard years SemiMajorAxis 1.24 AU Eccentricity 0.028 Albedo variable by season; Arcadia experiences long-period fluctuations in climate, alternating between Long Summer and Long Winter phases Rotation Period 17.03 standard hours Obliquity 17.4 degrees Albedo 0.39 - Arcadia has an unusual climate regime, and supports a non-standard neogen biosphere. A culture of genetic modification arose here which developed into a relatively small and short-lived empire at the end of the First Federation Era. Now part of the Zoeific Biopolity. |
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Moon | Sherolak |
Dryas |
Image from The Astronomer and Steve Bowers |
Dryas | Type (NolWoCS) Arean Type (EWoCS) Terrestrial Lapi-Rhean Tundral Capno-Arean Radius 4064.7 km Mass 0.204 x Earth Orbital period 2.56 standard years SemiMajorAxis 1.961 Eccentricity 0.017 Rotation Period 22.684 standard hours Obliquity 44.052 Albedo 0.237 |
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Smilax |
Image from The Astronomer and Steve Bowers |
Smilax | Type (NolWoCS) Superterrestrial World Type (EWoCS) Tholi-Neptunian Cere-Jotunnian Aqua-Cytherean Radius 13583 km Mass 4.362 x Earth Orbital period 5.25 standard years SemiMajorAxis 3.165 AU Eccentricity 0.094 RotationPeriod 17.689 standard hours Obliquity 16 Albedo 0.326 |
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Adonis |
Image from The Astronomer and Steve Bowers |
Adonis | Type (NolWoCS) MesoJovian Type Type (EWoCS) Ammo-Jovian Hydrogeo-Barian Radius 45938.2 km Mass 34.938 x Earth Orbital period 11.35 standard years SemiMajorAxis 5.292 AU Eccentricity 0.044 RotationPeriod 18.671 standard hours Obliquity 15.1 |
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Diana | |
Image from The Astronomer and Steve Bowers | |
Diana and its moon, Actaeon |
Diana | Type (NolWoCS) MesoJovian Type Type (EWoCS) Ammo-Jovian Hydrogeo-Barian Radius 46879.4 Mass 38.089 x Earth Orbital period 45.928 standard years SemiMajorAxis 13.437 AU Eccentricity 0.0558 Inclination 0.75 Rotation Period 19.154 standard hours Obliquity 13.513 Albedo 0.55 |
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Moons | Actaeon, Lysander, Endymion |
Pan |
Image from The Astronomer and Steve Bowers |
Pan | Type (NolWoCS) Cryojovian Type world Type (EWoCS) Metho-Jovian Hydrogeo-Barian Mass 51.2 x Earth Radius 51891.7 km Orbital period 97.97 standard years SemiMajorAxis 22.267 AU Eccentricity 0.054 Inclination 0.859 Rotation Period 17.407 standard hours Obliquity 22.219 Albedo 0.459 |
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Cynthia |
Image from The Astronomer and Steve Bowers |
Cynthia | Type (NolWoCS) Ymirian type world Type (EWoCS) Terrestrial Geli-Rhean Titano-Arean Aqua-Ganymedean Radius 2083.3 Mass 0.0131 x Earth Orbital period 146.16 standard years SemiMajorAxis 29.071 AU Eccentricity 0.25 Inclination 8.278 Rotation Period 291.165 standard hrs Obliquity 143.767 Albedo 0.588 |
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Doris |
Image from The Astronomer and Steve Bowers |
Doris | Type (NolWoCS) Type Ymirian type world Type (EWoCS) Boreo-Terrestrial Cere-Jotunnian Hydrogeo-Cytherean Radius 9843.2 Mass 2.333 x Earth Orbital period 256.479 standard years SemiMajorAxis 42.293 AU Eccentricity 0.138 Inclination 0.362 Rotation Period 37.452 standard hours Obliquity 14.291 Albedo 0.381 |
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Galatea |
Image from The Astronomer and Steve Bowers |
Galatea | Type (NolWoCS) LithicGelidian type world Type (EWoCS) Terrestrial Cere-Rhean Azo-Arean Aqua-Ganymedean Mass 0.535 x Earth Radius 6167.1 km Orbital period 387.237 years SemiMajorAxis 55.661 AU Eccentricity 0.208 Inclination 5.116 Rotation Period 212.547 standard hours Obliquity 35.992 Albedo 0.88 |
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