Elite Dangerous Astrometrics

- Galactic Exploration Catalog -

Revision for Blue Lagoon
Previous Revision, by CMDR Marx [2024-04-20 16:14:01]	→	Selected revision, by CMDR Marx [2024-04-21 12:55:07]
DISCOVERER
CMDR Fox Silver	→	CMDR Fox Silver
NAME
Blue Lagoon	→	Blue Lagoon
SYSTEMNAME
Plio Aip QM-W d1-48	→	Plio Aip QM-W d1-48
CATEGORY
Glitches	→	Glitches
CATEGORY 2
	→
REGION
Norma Expanse	→	Norma Expanse
LATITUDE
	→
LONGITUDE
	→
CALLSIGN
	→
SUMMARY
A dark blue landable moon with a curious phenomenon: when it's in the shadow of its parent gas giant, the atmosphere appears to glow in the dark, as a thick blue fog. However, there is no eclipse now.	→	A dark blue landable moon with a curious phenomenon: when it's in the shadow of its parent gas giant, the atmosphere appears to glow in the dark, as a thick blue fog. However, there is no eclipse now.
DESCRIPTION
The Plio Aip QM-W d1-48 2 a moon is host to a curious phenomenon. When its parent gas giant eclipses the system's star, the moon's thin atmosphere appears to glow in the dark. At other times, it looks like any other thin sulphur dioxide atmosphere world, but during the eclipse, it's as if the moon were covered in thick blue fog. Unfortunately, the position of the gas giant relative to the star means that the next possible eclipses are years away. This entry is left here to archive the phenomenon, and show how it looked. [Video of a planetary landing on Blue Lagoon](https://youtu.be/XcDPllOrvq4) The moon also has a number of interesting things to find: three geological signals, including iron magma, and five unique biologicals to sample, including Recepta Deltahedronix and a rare strain of Fumerola Extremus - Mulberry.	→	The Plio Aip QM-W d1-48 2 a moon is host to a curious phenomenon. When its parent gas giant eclipses the system's star, the moon's thin atmosphere appears to glow in the dark. At other times, it looks like any other thin sulphur dioxide atmosphere world, but during the eclipse, it's as if the moon were covered in thick blue fog. Unfortunately, the position of the gas giant relative to the star means that the next possible eclipses are years away. This entry is left here to archive the phenomenon, and to show how it looked. [Video of a planetary landing on Blue Lagoon](https://youtu.be/XcDPllOrvq4) The moon also has a number of interesting things to find: three geological signals, including iron magma, and five unique biologicals to sample, including Recepta Deltahedronix and a rare strain of Fumerola Extremus - Mulberry.
The Plio Aip QM-W d1-48 2 a moon is host to a curious phenomenon. When its parent gas giant eclipses the system's star, the moon's thin atmosphere appears to glow in the dark. At other times, it looks like any other thin sulphur dioxide atmosphere world, but during the eclipse, it's as if the moon were covered in thick blue fog. Unfortunately, the position of the gas giant relative to the star means that the next possible eclipses are years away. This entry is left here to archive the phenomenon, and show how it looked. Video of a planetary landing on Blue Lagoon The moon also has a number of interesting things to find: three geological signals, including iron magma, and five unique biologicals to sample, including Recepta Deltahedronix and a rare strain of Fumerola Extremus - Mulberry.	→	The Plio Aip QM-W d1-48 2 a moon is host to a curious phenomenon. When its parent gas giant eclipses the system's star, the moon's thin atmosphere appears to glow in the dark. At other times, it looks like any other thin sulphur dioxide atmosphere world, but during the eclipse, it's as if the moon were covered in thick blue fog. Unfortunately, the position of the gas giant relative to the star means that the next possible eclipses are years away. This entry is left here to archive the phenomenon, and to show how it looked. Video of a planetary landing on Blue Lagoon The moon also has a number of interesting things to find: three geological signals, including iron magma, and five unique biologicals to sample, including Recepta Deltahedronix and a rare strain of Fumerola Extremus - Mulberry.
JOURNAL
{ "timestamp":"2022-07-04T00:07:04Z", "event":"Scan", "ScanType":"Detailed", "BodyName":"Plio Aip QM-W d1-48 2 a", "BodyID":17, "Parents":[ {"Planet":16}, {"Star":0} ], "StarSystem":"Plio Aip QM-W d1-48", "SystemAddress":1660684340499, "DistanceFromArrivalLS":3647.768780, "TidalLock":false, "TerraformState":"", "PlanetClass":"Rocky body", "Atmosphere":"thin sulfur dioxide atmosphere", "AtmosphereType":"SulphurDioxide", "AtmosphereComposition":[ { "Name":"SulphurDioxide", "Percent":100.000000 } ], "Volcanism":"metallic magma volcanism", "MassEM":0.033508, "Radius":2230362.250000, "SurfaceGravity":2.684779, "SurfaceTemperature":149.848480, "SurfacePressure":337.841492, "Landable":true, "Materials":[ { "Name":"iron", "Percent":19.155054 }, { "Name":"sulphur", "Percent":18.703798 }, { "Name":"carbon", "Percent":15.727958 }, { "Name":"nickel", "Percent":14.488080 }, { "Name":"phosphorus", "Percent":10.069308 }, { "Name":"manganese", "Percent":7.910842 }, { "Name":"germanium", "Percent":5.531991 }, { "Name":"vanadium", "Percent":4.703814 }, { "Name":"cadmium", "Percent":1.487477 }, { "Name":"antimony", "Percent":1.169874 }, { "Name":"tungsten", "Percent":1.051805 } ], "Composition":{ "Ice":0.000000, "Rock":0.909737, "Metal":0.090263 }, "SemiMajorAxis":285524404.048920, "Eccentricity":0.000040, "OrbitalInclination":-0.000267, "Periapsis":65.581038, "OrbitalPeriod":83113.110065, "AscendingNode":171.281344, "MeanAnomaly":137.028847, "RotationPeriod":-83123.475459, "AxialTilt":-1.855518, "WasDiscovered":true, "WasMapped":true } { "timestamp":"2022-07-04T00:07:03Z", "event":"FSSBodySignals", "BodyName":"Plio Aip QM-W d1-48 2 a", "BodyID":17, "SystemAddress":1660684340499, "Signals":[ { "Type":"$SAA_SignalType_Biological;", "Type_Localised":"Biological", "Count":5 }, { "Type":"$SAA_SignalType_Geological;", "Type_Localised":"Geological", "Count":3 } ] } { "timestamp":"2022-07-04T00:07:01Z", "event":"Scan", "ScanType":"Detailed", "BodyName":"Plio Aip QM-W d1-48 2", "BodyID":16, "Parents":[ {"Star":0} ], "StarSystem":"Plio Aip QM-W d1-48", "SystemAddress":1660684340499, "DistanceFromArrivalLS":3647.492175, "TidalLock":false, "TerraformState":"", "PlanetClass":"Gas giant with water based life", "Atmosphere":"", "AtmosphereComposition":[ { "Name":"Hydrogen", "Percent":73.825600 }, { "Name":"Helium", "Percent":26.137520 } ], "Volcanism":"", "MassEM":333.674896, "Radius":71977616.000000, "SurfaceGravity":25.670718, "SurfaceTemperature":175.613480, "SurfacePressure":0.000000, "Landable":false, "SemiMajorAxis":1079831123352.050781, "Eccentricity":0.012831, "OrbitalInclination":0.015587, "Periapsis":81.904036, "OrbitalPeriod":509614092.111588, "AscendingNode":5.284159, "MeanAnomaly":189.759522, "RotationPeriod":35961.895771, "AxialTilt":-0.724897, "WasDiscovered":true, "WasMapped":false }	→	{ "timestamp":"2022-07-04T00:07:04Z", "event":"Scan", "ScanType":"Detailed", "BodyName":"Plio Aip QM-W d1-48 2 a", "BodyID":17, "Parents":[ {"Planet":16}, {"Star":0} ], "StarSystem":"Plio Aip QM-W d1-48", "SystemAddress":1660684340499, "DistanceFromArrivalLS":3647.768780, "TidalLock":false, "TerraformState":"", "PlanetClass":"Rocky body", "Atmosphere":"thin sulfur dioxide atmosphere", "AtmosphereType":"SulphurDioxide", "AtmosphereComposition":[ { "Name":"SulphurDioxide", "Percent":100.000000 } ], "Volcanism":"metallic magma volcanism", "MassEM":0.033508, "Radius":2230362.250000, "SurfaceGravity":2.684779, "SurfaceTemperature":149.848480, "SurfacePressure":337.841492, "Landable":true, "Materials":[ { "Name":"iron", "Percent":19.155054 }, { "Name":"sulphur", "Percent":18.703798 }, { "Name":"carbon", "Percent":15.727958 }, { "Name":"nickel", "Percent":14.488080 }, { "Name":"phosphorus", "Percent":10.069308 }, { "Name":"manganese", "Percent":7.910842 }, { "Name":"germanium", "Percent":5.531991 }, { "Name":"vanadium", "Percent":4.703814 }, { "Name":"cadmium", "Percent":1.487477 }, { "Name":"antimony", "Percent":1.169874 }, { "Name":"tungsten", "Percent":1.051805 } ], "Composition":{ "Ice":0.000000, "Rock":0.909737, "Metal":0.090263 }, "SemiMajorAxis":285524404.048920, "Eccentricity":0.000040, "OrbitalInclination":-0.000267, "Periapsis":65.581038, "OrbitalPeriod":83113.110065, "AscendingNode":171.281344, "MeanAnomaly":137.028847, "RotationPeriod":-83123.475459, "AxialTilt":-1.855518, "WasDiscovered":true, "WasMapped":true } { "timestamp":"2022-07-04T00:07:03Z", "event":"FSSBodySignals", "BodyName":"Plio Aip QM-W d1-48 2 a", "BodyID":17, "SystemAddress":1660684340499, "Signals":[ { "Type":"$SAA_SignalType_Biological;", "Type_Localised":"Biological", "Count":5 }, { "Type":"$SAA_SignalType_Geological;", "Type_Localised":"Geological", "Count":3 } ] } { "timestamp":"2022-07-04T00:07:01Z", "event":"Scan", "ScanType":"Detailed", "BodyName":"Plio Aip QM-W d1-48 2", "BodyID":16, "Parents":[ {"Star":0} ], "StarSystem":"Plio Aip QM-W d1-48", "SystemAddress":1660684340499, "DistanceFromArrivalLS":3647.492175, "TidalLock":false, "TerraformState":"", "PlanetClass":"Gas giant with water based life", "Atmosphere":"", "AtmosphereComposition":[ { "Name":"Hydrogen", "Percent":73.825600 }, { "Name":"Helium", "Percent":26.137520 } ], "Volcanism":"", "MassEM":333.674896, "Radius":71977616.000000, "SurfaceGravity":25.670718, "SurfaceTemperature":175.613480, "SurfacePressure":0.000000, "Landable":false, "SemiMajorAxis":1079831123352.050781, "Eccentricity":0.012831, "OrbitalInclination":0.015587, "Periapsis":81.904036, "OrbitalPeriod":509614092.111588, "AscendingNode":5.284159, "MeanAnomaly":189.759522, "RotationPeriod":35961.895771, "AxialTilt":-0.724897, "WasDiscovered":true, "WasMapped":false }
OBSERVATORY
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