Octant Zeta - Revision history

Skalchemist: /* SHTEPI SYSTEM: DIELL (ζ:06:-3) M-Class Main Sequence */

2017-02-03T16:02:15Z

‎SHTEPI SYSTEM: DIELL (ζ:06:-3) M-Class Main Sequence

Skalchemist: /* SHTEPI SYSTEM: DIELL (ζ:06:-3) M-Class Main Sequence */

2017-02-03T15:57:10Z

‎SHTEPI SYSTEM: DIELL (ζ:06:-3) M-Class Main Sequence

Skalchemist: /* (ζ:06:-3) M-Class Main Sequence */

2017-02-03T15:56:42Z

‎(ζ:06:-3) M-Class Main Sequence

Skalchemist: /* (ζ:06:-3) M-Class Main Sequence */

2017-02-03T15:54:38Z

‎(ζ:06:-3) M-Class Main Sequence

Skalchemist: /* (ζ:42:-4) M-Class Main Sequence */

2016-12-09T17:35:45Z

‎(ζ:42:-4) M-Class Main Sequence

Skalchemist: /* (ζ:06:-3) M-Class Main Sequence */

2016-12-09T16:40:11Z

‎(ζ:06:-3) M-Class Main Sequence

Skalchemist: /* (ζ:16:1:A) K-Class Main Sequence */

2016-12-09T16:38:06Z

‎(ζ:16:1:A) K-Class Main Sequence

Skalchemist: /* (ζ:90:2:A) M-Class Main Sequence Eruptive Variable */

2016-12-09T16:37:02Z

‎(ζ:90:2:A) M-Class Main Sequence Eruptive Variable

Skalchemist: /* (ζ:06:-3) M-Class Main Sequence */

2016-12-09T16:35:16Z

‎(ζ:06:-3) M-Class Main Sequence

Skalchemist: /* SULLIVAN'S RAINBOW SYSTEM: THE EYE (ζ:43:-3) M-Class Subgiant */

2016-12-09T16:33:12Z

‎SULLIVAN'S RAINBOW SYSTEM: THE EYE (ζ:43:-3) M-Class Subgiant

@@ Line 134: / Line 134: @@
 '''INTELLIGENCE SIGNATURE DETECTED:''' Seed Network ''Farquahar'' has noted spectroscopic data from this system suggestive of industrialization.<sup>[[Octant_Zeta_Notes#.28.CE.B6:06:-3.29_M-Class_Main_Sequence|CONCEPT]].</sup>  Cooperative 54 has confirmed industrialized human colony of at least TI 5 on (ζ:06:-3:X:7) and signs of at least TI 7 technology on (ζ:06:-3:X:10).
-===(ζ:06:-3:X:1) FTOTHE (Small Deadly Frozen Planet)===
+===FTOTHE (ζ:06:-3:X:1) (Small Deadly Frozen Planet)===
 Year Length = 49 days (Inner Habitable); Planet Size = Small (-2); Gravity = -2; Day Length = Slow; Atmos Press = Very Low; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 5E-02; Seasonality = High; Habitability = Deadly;
 MOONS:
 '''Simple Elecrosynthetic Biosphere:''' Microscopic electrosynthetic organisms form sludges on the surface of of ice fields, metabolizing free electric currents generated by ice currents.  This ecosystem seems either to derive from or be a predecessor of the ecosystem on Planet 4.
-===(ζ:06:-3:X:2) STUFE (Small Standard Deadly Furnace Planet)===
+===STUFE (ζ:06:-3:X:2) (Small Standard Deadly Furnace Planet)===
 Year Length = 60 days (Inner Habitable); Planet Size = Small Standard (-1); Density = 3; Gravity = 2; Day Length = Rapid; Atmos Press = High; Surface Temp = Furnace; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.8; Seasonality = Low Standard; Habitability = Deadly;
 MOONS: Ring System, Planetesimal, Planetesimal,
@@ Line 145: / Line 145: @@
 Body Plans: Sessile1: Scale = Medium (+0); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 3: Frame1,Limb2,Frame3, Motile1: Scale = Small (-1); Symmetry = Biradial; 8 Limbs; No Frame; Segments = 2: Frame1,Body2, Motile2: Scale = Micro (-2); Symmetry = Biradial; 4 Limb; No Frame; Segments = 1: Limb1,
-===(ζ:06:-3:X:3) Armiquessor (Large Standard Hostile Furnace Planet)===
+===ARMIQUESSOR (ζ:06:-3:X:3) (Large Standard Hostile Furnace Planet)===
 Year Length = 73 days (Inner Habitable); Planet Size = Large Standard (1); Density = -1; Gravity = 0; Day Length = Standard; Atmos Press = Standard; Surface Temp = Furnace; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.8; Seasonality = High; Habitability = Hostile;
 MOONS: Planetesimal, Small, Planetesimal, Planetesimal, Planetoid,
@@ Line 151: / Line 151: @@
 Body Plans: Sessile1: Scale = Medium (+0); Symmetry = Biradial; 64 limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Medium (+0); Symmetry = Bilateral; No Limbs; Endoframe; Segments = 2: Frame1,Body2, Motile2: Scale = Medium (+0); Symmetry = Bilateral; 6 Limbs; No Frame; Segments = 2: Frame1,Frame2,
-===(ζ:06:-3:X:4) PLANET 4 (Standard Marginal Ice Planet)===
+===AKULL (ζ:06:-3:X:4) (Standard Marginal Ice Planet)===
 Year Length = 89 days (Inner Habitable); Planet Size = Standard (0); Density = 0; Gravity = 2; Day Length = Rapid; Atmos Press = Standard; Surface Temp = Cold; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 0.25; Seasonality = Low; Habitability = Marginal;
 MOONS: Planetoid, Small, Planetesimal,
@@ Line 157: / Line 157: @@
 Body Plans: Sessile1: Scale = Large (+1); Symmetry = Biradial; 32 limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Small (-1); Symmetry = Biradial; No Limbs; Endoframe; Segments = 4: Frame1,Body2,Body3,Frame4, Motile2: Scale = Small (-1); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 2: Frame1,Frame2,
-===(ζ:06:-3:X:5) PLANET 5 (Large Standard Deadly Frozen Planet)===
+===INIGIRE (ζ:06:-3:X:5) (Large Standard Deadly Frozen Planet)===
 Year Length = 95 days (Habitable); Planet Size = Large Standard (1); Density = 0; Gravity = 1; Day Length = Rapid; Atmos Press = Low; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.65; Seasonality = Very Low; Habitability = Deadly;
 MOONS: Planetoid, Planetesimal, Planetoid, Ring System, Planetesimal,
@@ Line 163: / Line 163: @@
 Body Plans: Sessile1: Scale = Medium (+0); Symmetry = Bilateral; 4 Limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Medium (+0); Symmetry = Bilateral; No Limbs; No Frame; Segments = 2: Frame1,Frame2, Motile2: Scale = Micro (-2); Symmetry = Bilateral; 6 Limbs; No Frame; Segments = 0:
-===(ζ:06:-3:X:6) PLANET 6 (Small Deadly Barren Planet)===
+===SHTERP (ζ:06:-3:X:6) (Small Deadly Barren Planet)===
 Year Length = 120 days (Habitable); Planet Size = Small (-2); Density = -3; Gravity = -8; Day Length = Very Slow; Atmos Press = Trace; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low; Habitability = Deadly;
 MOONS: Planetoid,
 No Biosphere
-===(ζ:06:-3:X:7) PLANET 7 (Standard Agreeable Forest Planet)===
+===SHTEPI (ζ:06:-3:X:7) (Standard Agreeable Forest Planet)===
 Year Length = 180 days (Outer Habitable); Planet Size = Standard (0); Density = -2; Gravity = -1; Day Length = Increased; Atmos Press = Standard; Surface Temp = Cool; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 0.65; Seasonality = Very Low; Habitability = Agreeable;
 MOONS: Standard, Small, Ring System, <br>
-'''NOTE:''' This world is inhabited by a humanoid culture, at least Tech Index 5.  Multiple emissions across EM frequencies detected, multiple artificial satellites detected.  Further analysis has detected multiple heavily fortified settlements on the world and signs of intense destructive warfare.  There is evidence that an inadvertent increase of the strength of the signal being generated by the unknown vessel located at (ζ:06:-3:10) caused a response on the part of the inhabitants of (ζ:06:-3:7).  Linguistic analysis is ongoing.
+'''NOTE:''' This world is inhabited by a humanoid culture, Tech Index 7.  Culture developed under the onslaught over at least 1000 years of a automated drone force every 74 years, kept in check only by a suppression signal emanating from a derelict spacecraft on Ogur.  Coop 54 initiated contact, and has eliminated the automated drone force.  Multiple heavily fortified settlements are present ruled in a semi-feudal fashion.  Coop 54 has engineered a worldwide fragile cessation of hostilities.
 BIOSPHERE: Appears to be Transplant Paradigm, Low Biodiversity on distant passive sensor analysis.  Transplanted deciduous/coniferous forest ecosystem with typical drift.
-===(ζ:06:-3:X:8) PLANET 8 (Large Standard Deadly Ice Planet)===
+===GJELBER (ζ:06:-3:X:8) (Large Standard Deadly Ice Planet)===
 Year Length = 210 days (Outer Habitable); Planet Size = Large Standard (1); Density = -1; Gravity = -1; Day Length = Increased; Atmos Press = Low; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.25; Seasonality = Low Standard; Habitability = Deadly;
 MOONS: Planetesimal, Planetoid, Planetesimal, Small, Planetesimal, <br>
@@ Line 181: / Line 180: @@
 Body Plans: Sessile1: Scale = Large (+1); Symmetry = Bilateral; 4 Limbs; No Frame; Segments = 1: Frame1, Motile1: Scale = Small (-1); Symmetry = Bilateral; 2 Limb2; Exoframe; Segments = 0: Motile2: Scale = Large (+1); Symmetry = Bilateral; 4 Limbs; Exoframe; Segments = 1: Frame1,
-===(ζ:06:-3:X:9) PLANET 9 (Small Deadly Frozen Planet)===
+===VOGEL (ζ:06:-3:X:9) (Small Deadly Frozen Planet)===
 Year Length = 3.2 years (Outer); Planet Size = Small (-2); Density = 0; Gravity = -1; Day Length = Rapid; Atmos Press = Standard; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.65; Seasonality = High; Habitability = Deadly;
 MOONS: Planetesimal,
 '''Simple Elecrosynthetic Biosphere:''' Microscopic electrosynthetic organisms form sludges on the surface of of ice fields, metabolizing free electric currents generated by ice currents.  This ecosystem seems either to derive from or be a predecessor of the ecosystem on Planet 4.
-===(ζ:06:-3:X:10) PLANET 10 (Deadly Frozen Planetoid)===
+===OGUR (ζ:06:-3:X:10) PLANET 10 (Deadly Frozen Planetoid)===
 Year Length = 74.1 years (Extreme Outer); Planet Size = Planetoid (-3); Density = 1; Gravity = -2; Day Length = Very Rapid; Atmos Press = Very Low; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.25; Seasonality = Extreme; Habitability = Deadly;
 MOONS: <br>

@@ Line 134: / Line 134: @@
 '''INTELLIGENCE SIGNATURE DETECTED:''' Seed Network ''Farquahar'' has noted spectroscopic data from this system suggestive of industrialization.<sup>[[Octant_Zeta_Notes#.28.CE.B6:06:-3.29_M-Class_Main_Sequence|CONCEPT]].</sup>  Cooperative 54 has confirmed industrialized human colony of at least TI 5 on (ζ:06:-3:X:7) and signs of at least TI 7 technology on (ζ:06:-3:X:10).
-===(ζ:06:-3:X:1) Ftothe (Small Deadly Frozen Planet)===
+===(ζ:06:-3:X:1) FTOTHE (Small Deadly Frozen Planet)===
 Year Length = 49 days (Inner Habitable); Planet Size = Small (-2); Gravity = -2; Day Length = Slow; Atmos Press = Very Low; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 5E-02; Seasonality = High; Habitability = Deadly;
 MOONS:
 '''Simple Elecrosynthetic Biosphere:''' Microscopic electrosynthetic organisms form sludges on the surface of of ice fields, metabolizing free electric currents generated by ice currents.  This ecosystem seems either to derive from or be a predecessor of the ecosystem on Planet 4.
-===(ζ:06:-3:X:2) Stufe (Small Standard Deadly Furnace Planet)===
+===(ζ:06:-3:X:2) STUFE (Small Standard Deadly Furnace Planet)===
 Year Length = 60 days (Inner Habitable); Planet Size = Small Standard (-1); Density = 3; Gravity = 2; Day Length = Rapid; Atmos Press = High; Surface Temp = Furnace; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.8; Seasonality = Low Standard; Habitability = Deadly;
 MOONS: Ring System, Planetesimal, Planetesimal,

@@ Line 128: / Line 128: @@
 '''NO BIOSPHERE'''
-==(ζ:06:-3) M-Class Main Sequence==
+==SHTEPI SYSTEM: DIELL (ζ:06:-3) M-Class Main Sequence==
 '''Aspects:''' Cool Red Star<br>
 '''Stellar Age:''' Maturing(-1)<br>
@@ Line 134: / Line 134: @@
 '''INTELLIGENCE SIGNATURE DETECTED:''' Seed Network ''Farquahar'' has noted spectroscopic data from this system suggestive of industrialization.<sup>[[Octant_Zeta_Notes#.28.CE.B6:06:-3.29_M-Class_Main_Sequence|CONCEPT]].</sup>  Cooperative 54 has confirmed industrialized human colony of at least TI 5 on (ζ:06:-3:X:7) and signs of at least TI 7 technology on (ζ:06:-3:X:10).
-===(ζ:06:-3:X:1) PLANET 1 (Small Deadly Frozen Planet)===
+===(ζ:06:-3:X:1) Ftothe (Small Deadly Frozen Planet)===
 Year Length = 49 days (Inner Habitable); Planet Size = Small (-2); Gravity = -2; Day Length = Slow; Atmos Press = Very Low; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 5E-02; Seasonality = High; Habitability = Deadly;
 MOONS:
 '''Simple Elecrosynthetic Biosphere:''' Microscopic electrosynthetic organisms form sludges on the surface of of ice fields, metabolizing free electric currents generated by ice currents.  This ecosystem seems either to derive from or be a predecessor of the ecosystem on Planet 4.
-===(ζ:06:-3:X:2) PLANET 2 (Small Standard Deadly Furnace Planet)===
+===(ζ:06:-3:X:2) Stufe (Small Standard Deadly Furnace Planet)===
 Year Length = 60 days (Inner Habitable); Planet Size = Small Standard (-1); Density = 3; Gravity = 2; Day Length = Rapid; Atmos Press = High; Surface Temp = Furnace; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.8; Seasonality = Low Standard; Habitability = Deadly;
 MOONS: Ring System, Planetesimal, Planetesimal,
@@ Line 145: / Line 145: @@
 Body Plans: Sessile1: Scale = Medium (+0); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 3: Frame1,Limb2,Frame3, Motile1: Scale = Small (-1); Symmetry = Biradial; 8 Limbs; No Frame; Segments = 2: Frame1,Body2, Motile2: Scale = Micro (-2); Symmetry = Biradial; 4 Limb; No Frame; Segments = 1: Limb1,
-===(ζ:06:-3:X:3) PLANET 3 (Large Standard Hostile Furnace Planet)===
+===(ζ:06:-3:X:3) Armiquessor (Large Standard Hostile Furnace Planet)===
 Year Length = 73 days (Inner Habitable); Planet Size = Large Standard (1); Density = -1; Gravity = 0; Day Length = Standard; Atmos Press = Standard; Surface Temp = Furnace; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.8; Seasonality = High; Habitability = Hostile;
 MOONS: Planetesimal, Small, Planetesimal, Planetesimal, Planetoid,

@@ Line 137: / Line 137: @@
 Year Length = 49 days (Inner Habitable); Planet Size = Small (-2); Gravity = -2; Day Length = Slow; Atmos Press = Very Low; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 5E-02; Seasonality = High; Habitability = Deadly;
 MOONS:
 '''Simple Elecrosynthetic Biosphere:''' Microscopic electrosynthetic organisms form sludges on the surface of of ice fields, metabolizing free electric currents generated by ice currents.  This ecosystem seems either to derive from or be a predecessor of the ecosystem on Planet 4.
 ===(ζ:06:-3:X:2) PLANET 2 (Small Standard Deadly Furnace Planet)===
 Year Length = 60 days (Inner Habitable); Planet Size = Small Standard (-1); Density = 3; Gravity = 2; Day Length = Rapid; Atmos Press = High; Surface Temp = Furnace; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.8; Seasonality = Low Standard; Habitability = Deadly;
 MOONS: Ring System, Planetesimal, Planetesimal,
 Exotic Paradigm, Low Biodiversity: Medium (+0) replicating magnetosynthetic electric fields extract energy from violent magnetic currents in molten oceans, constructing metallic skeletons.  These "sponges" are in turn fed upon by Small (-1) and Microscopic (+1) metallovores. <br>
 Body Plans: Sessile1: Scale = Medium (+0); Symmetry = Biradial; 8 Limbs; Endoframe; Segments = 3: Frame1,Limb2,Frame3, Motile1: Scale = Small (-1); Symmetry = Biradial; 8 Limbs; No Frame; Segments = 2: Frame1,Body2, Motile2: Scale = Micro (-2); Symmetry = Biradial; 4 Limb; No Frame; Segments = 1: Limb1,
 ===(ζ:06:-3:X:3) PLANET 3 (Large Standard Hostile Furnace Planet)===
 Year Length = 73 days (Inner Habitable); Planet Size = Large Standard (1); Density = -1; Gravity = 0; Day Length = Standard; Atmos Press = Standard; Surface Temp = Furnace; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.8; Seasonality = High; Habitability = Hostile;
 MOONS: Planetesimal, Small, Planetesimal, Planetesimal, Planetoid,
 Parallel Paradigm, Low Biodiversity: Medium (+0) thermosynthetic kelp-like sillicon based organisms in acid oceans feed an ecosystem of other silicon-based creatures.<br>
 Body Plans: Sessile1: Scale = Medium (+0); Symmetry = Biradial; 64 limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Medium (+0); Symmetry = Bilateral; No Limbs; Endoframe; Segments = 2: Frame1,Body2, Motile2: Scale = Medium (+0); Symmetry = Bilateral; 6 Limbs; No Frame; Segments = 2: Frame1,Frame2,
 ===(ζ:06:-3:X:4) PLANET 4 (Standard Marginal Ice Planet)===
 Year Length = 89 days (Inner Habitable); Planet Size = Standard (0); Density = 0; Gravity = 2; Day Length = Rapid; Atmos Press = Standard; Surface Temp = Cold; Atmosphere Type = Aqueous (Breathable); Surface Liquid Proportion = 0.25; Seasonality = Low; Habitability = Marginal;
 MOONS: Planetoid, Small, Planetesimal,
 Exotic Paradigm, Low Biodiversity: Tree-like electrosynthetic organisms of crystalized hydrocarbons send roots into shallow oceans under the ice cover and generate energy from electrical currents.  This ecosystem seems derived from or a predecessor to that on Planet 1.<br>
 Body Plans: Sessile1: Scale = Large (+1); Symmetry = Biradial; 32 limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Small (-1); Symmetry = Biradial; No Limbs; Endoframe; Segments = 4: Frame1,Body2,Body3,Frame4, Motile2: Scale = Small (-1); Symmetry = Bilateral; 2 Limb2; Endoframe; Segments = 2: Frame1,Frame2,
 ===(ζ:06:-3:X:5) PLANET 5 (Large Standard Deadly Frozen Planet)===
 Year Length = 95 days (Habitable); Planet Size = Large Standard (1); Density = 0; Gravity = 1; Day Length = Rapid; Atmos Press = Low; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.65; Seasonality = Very Low; Habitability = Deadly;
 MOONS: Planetoid, Planetesimal, Planetoid, Ring System, Planetesimal,
 Exotic Paradigm, Standard Biodiversity: Heat sensitive thermosynthetic living "solar panels" derive energy from rapidly changing temperatures due to rapid day length.<br>
 Body Plans: Sessile1: Scale = Medium (+0); Symmetry = Bilateral; 4 Limbs; Endoframe; Segments = 1: Frame1, Motile1: Scale = Medium (+0); Symmetry = Bilateral; No Limbs; No Frame; Segments = 2: Frame1,Frame2, Motile2: Scale = Micro (-2); Symmetry = Bilateral; 6 Limbs; No Frame; Segments = 0:
 ===(ζ:06:-3:X:6) PLANET 6 (Small Deadly Barren Planet)===
 Year Length = 120 days (Habitable); Planet Size = Small (-2); Density = -3; Gravity = -8; Day Length = Very Slow; Atmos Press = Trace; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low; Habitability = Deadly;
 MOONS: Planetoid,
 No Biosphere
 ===(ζ:06:-3:X:7) PLANET 7 (Standard Agreeable Forest Planet)===
@@ Line 196: / Line 172: @@
 MOONS: Standard, Small, Ring System, <br>
 '''NOTE:''' This world is inhabited by a humanoid culture, at least Tech Index 5.  Multiple emissions across EM frequencies detected, multiple artificial satellites detected.  Further analysis has detected multiple heavily fortified settlements on the world and signs of intense destructive warfare.  There is evidence that an inadvertent increase of the strength of the signal being generated by the unknown vessel located at (ζ:06:-3:10) caused a response on the part of the inhabitants of (ζ:06:-3:7).  Linguistic analysis is ongoing.
 Lost Colony/Alien World; Balkanised; Population = 10^7 (0); Government = Feudal; Societal Development = Selfless Redistribution Model; Openness = Self-Critical; Control Index = Restricted (3); Trade Index = -2; Tech Index = 7.
 BIOSPHERE: Appears to be Transplant Paradigm, Low Biodiversity on distant passive sensor analysis.  Transplanted deciduous/coniferous forest ecosystem with typical drift.
@@ Line 206: / Line 178: @@
 Year Length = 210 days (Outer Habitable); Planet Size = Large Standard (1); Density = -1; Gravity = -1; Day Length = Increased; Atmos Press = Low; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.25; Seasonality = Low Standard; Habitability = Deadly;
 MOONS: Planetesimal, Planetoid, Planetesimal, Small, Planetesimal, <br>
 Exotic Paradigm, Low Biodiversity; Large (+1) magnetosynthetic floating clouds creatures composed of gelled metal hydrides generate energy from auroral displays in the upper atmosphere.<br>
 Body Plans: Sessile1: Scale = Large (+1); Symmetry = Bilateral; 4 Limbs; No Frame; Segments = 1: Frame1, Motile1: Scale = Small (-1); Symmetry = Bilateral; 2 Limb2; Exoframe; Segments = 0: Motile2: Scale = Large (+1); Symmetry = Bilateral; 4 Limbs; Exoframe; Segments = 1: Frame1,
 ===(ζ:06:-3:X:9) PLANET 9 (Small Deadly Frozen Planet)===
 Year Length = 3.2 years (Outer); Planet Size = Small (-2); Density = 0; Gravity = -1; Day Length = Rapid; Atmos Press = Standard; Surface Temp = Frozen; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0.65; Seasonality = High; Habitability = Deadly;
 MOONS: Planetesimal,
 '''Simple Elecrosynthetic Biosphere:''' Microscopic electrosynthetic organisms form sludges on the surface of of ice fields, metabolizing free electric currents generated by ice currents.  This ecosystem seems either to derive from or be a predecessor of the ecosystem on Planet 4.
 ===(ζ:06:-3:X:10) PLANET 10 (Deadly Frozen Planetoid)===

@@ Line 577: / Line 577: @@
 Aspects (Cool Red Star, Ancient Highly Evolved Star System); Young(-2); M-Class; Planetary System(8); H-Zone Distance: 0.2005157; H-Zone Period: 0.2162892; Plentiful: oxides; Stellar Age = -2; Stellar Mass = 0.3157231; Stellar Radius = 0.4420123; Stellar Luminosity = 6.314462E-02;
-PLANET 1
+'''PLANET 1 (Deadly Cold Planetesimal)'''
-: Orbit = Inner(-2); Year Length = 7.570123E-02; Planet Size = Planetesimal (-4); Density = 0; Gravity = -5; Day Length = Extremely Slow; Atmos Press = Trace; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low Standard; No Biosphere; Habitability = Deadly;
+: Orbit = Inner(-2); Year Length = 24 days; Planet Size = Planetesimal (-4); Density = 0; Gravity = -5; Day Length = Extremely Slow; Atmos Press = Trace; Surface Temp = Cold; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 0; Seasonality = Low Standard; No Biosphere; Habitability = Deadly;
 MOONS:
-PLANET 2
+'''PLANET 2 (Very Large Deadly Chthonian Planet)'''
-: Orbit = Habitable Zone, Inner(-1); Year Length = 0.181683; Planet Size = Large (2); Density = 0; Gravity = 4; Day Length = Extremely Rapid; Atmos Press = Insidious; Surface Temp = Inferno; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = High Standard; No Biosphere; Habitability = Deadly;
+: Orbit = Inner(-2); Year Length = 30 days; Planet Size = Very Large (3); Density = 0; Gravity = 6; Day Length = Extremely Rapd; Atmos Press = Insidious; Surface Temp = Chthonian; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Low; No Biosphere; Habitability = Deadly;
 MOONS: Small, Planetesimal, Small, Planetoid, Small, Planetesimal, Planetesimal, Ring System, Planetesimal, Planetoid,
-PLANET 3
+'''PLANET 5 (Small Marginal Water Planet)'''
-: Orbit = Habitable Zone, Outer(1); Year Length = 0.5450489; Planet Size = Small (-2); Density = 2; Gravity = 0; Day Length = Very Rapid; Atmos Press = Standard; Surface Temp = Standard; Atmosphere Type = Aqueous (Tainted); Surface Liquid Proportion = 1; Seasonality = Low; Biosphere; Habitability = Marginal;
+: Orbit = Habitable Zone, Outer(1); Year Length = 182 days; Planet Size = Small (-2); Density = 2; Gravity = 0; Day Length = Very Rapid; Atmos Press = Standard; Surface Temp = Standard; Atmosphere Type = Aqueous (Tainted); Surface Liquid Proportion = 1; Seasonality = Low; Biosphere; Habitability = Marginal;
 MOONS: Planetoid,
-BIOSPHERE
+<div class="toccolours mw-collapsible mw-collapsed" >
 NO EXOINTELLIGENCE R-4Low Biodiversity; Paradigm = Parallel; Primary Energy Source = Magnetosynthesis;
 Sessile1: Scale = Large (+1);
@@ Line 596: / Line 629: @@
 Motile2: Scale = Medium (+0);
 Symmetry = Bilateral; No Limbs; Exoframe; Segments = 1: Frame1,
-PLANET 4
+'''PLANET 6 (Large Standard Deadly Acid World)'''
-: Orbit = Inner(-2); Year Length = 7.570123E-02; Planet Size = Very Large (3); Density = 0; Gravity = 6; Day Length = Extremely Rapd; Atmos Press = Insidious; Surface Temp = Chthonian; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Low; No Biosphere; Habitability = Deadly;
+: Orbit = Habitable Zone, Outer(1); Year Length = 203 days; Planet Size = Large Standard (1); Density = 3; Gravity = 7; Day Length = Extremely Rapid; Atmos Press = Hazardous; Surface Temp = Warm; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = Standard; Simple Biosphere; Habitability = Deadly;
 MOONS: Planetoid, Planetoid, Ring System,
-PLANET 6
+'''PLANET 7 (Standard Marginal Greenhouse World)'''
-: Orbit = Outer(2); Year Length = 3.330854; Planet Size = Giant (4); Density = -1; Gravity = 8; Day Length = Extremely Rapid; Atmos Press = Hazardous; Surface Temp = Hot; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = High Standard; No Biosphere; Habitability = Deadly;
+: Orbit = Habitable Zone, Outer(1); Year Length = 242 days; Planet Size = Standard (0); Density = 2; Gravity = 0; Day Length = Very Rapid; Atmos Press = High; Surface Temp = Standard; Atmosphere Type = Aqueous (Tainted); Surface Liquid Proportion = 0.9; Seasonality = Low; Biosphere; Habitability = Marginal;
 MOONS: Planetoid, Planetesimal, Planetesimal,
 BIOSPHERE
 NO EXOINTELLIGENCE R-7Very Low Biodiversity; Paradigm = T-analogue; Primary Energy Source = Thermosynthesis;
@@ Line 618: / Line 652: @@
 Motile1: Scale = Small (-1);
 Symmetry = Asymmetry; No Limbs; Exoframe; Segments = 3: Frame1,Frame2,Frame3,
-PLANET 8
+'''PLANET 8 (Hot Gas Giant)'''
-: Orbit = Habitable Zone, Inner(-1); Year Length = 0.181683; Planet Size = Small Standard (-1); Density = 2; Gravity = 2; Day Length = Very Rapid; Atmos Press = Standard; Surface Temp = Hot; Atmosphere Type = Aqueous (Tainted); Surface Liquid Proportion = 0.25; Seasonality = Low Standard; Biosphere; Habitability = Marginal;
+: Orbit = Outer(2); Year Length = 3.3 years; Planet Size = Giant (4); Density = -1; Gravity = 8; Day Length = Extremely Rapid; Atmos Press = Hazardous; Surface Temp = Hot; Atmosphere Type = Non-Aqueous (Unbreathable); Surface Liquid Proportion = 1; Seasonality = High Standard; No Biosphere; Habitability = Deadly;
-MOONS: Small, Planetoid, Planetesimal,
+MOONS: Planetesimal, Planetoid, Ring System, Planetesimal, Planetesimal, Planetesimal, Small, Planetesimal, Small, Planetesimal, Planetesimal, Ring System, Planetesimal, Planetesimal, Planetesimal, Small Standard, Ring System, Planetesimal, Planetesimal, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetesimal, Small, Small, Standard, Planetoid, Planetesimal, Planetesimal, Planetoid, Planetesimal, Small, Ring System, Small, Planetoid, Planetesimal, Planetesimal, Standard, Small, Planetesimal, Ring System, Ring System, Planetesimal, Planetesimal, Planetesimal, Planetesimal,
-BIOSPHERE
+<div class="toccolours mw-collapsible mw-collapsed" >
-NO EXOINTELLIGENCE R-6No Biodiversity; Paradigm = Parallel; Primary Energy Source = Thermosynthesis;
+'''Biosphere Data Dump'''
-Sessile1: Scale = Medium (+0);
+<div class="mw-collapsible-content">
-Symmetry = Radial; 2 Limbs; No Frame; Segments = 1: Limb1,
+No Biosphere.
 </div></div>

@@ Line 1,099: / Line 1,099: @@
 ===(ζ:90:2:A) M-Class Main Sequence Eruptive Variable===
-'''Aspects:''' Cool Red Star, Navigational Hazard, Stellar Ticking Time Bobm<br>
+'''Aspects:''' Cool Red Star, Navigational Hazard, Stellar Ticking Time Bomb<br>
 '''Stellar Age:''' Aging (+1)  <sup>[[Octant_Zeta_Notes#.28.CE.B6:90:2.29_Eruptive_Variable_.28Binary.29|CONCEPT]]</sup><br>

@@ Line 645: / Line 645: @@
 </div></div>
-==SULLIVAN'S RAINBOW SYSTEM: THE EYE (ζ:43:-3) M-Class Subgiant==
+==SULLIVAN'S RAINBOW SYSTEM: THE EYE (ζ:47:2) M-Class Subgiant==
 '''Aspects:''' Cool Red Star<br>
 '''Stellar Age:''' Aging (+1)<br>
@@ Line 655: / Line 655: @@
 '''H-Zone Distance:''' 0.2364243; '''H-Zone Period:''' 0.2490608
-===SAPPHIRE (ζ:43:-3:X:1) Large/Standard Deadly Barren Planet===
+===SAPPHIRE (ζ:47:2:X:1) Large/Standard Deadly Barren Planet===
 '''Year Length:''' 77 days (Inner Habitable); '''Size:''' Large Standard (+1); '''Gravity:''' Low (-2); '''Day Length:''' Extremely Slow; '''Atmos Press:''' Very Low; '''Surface Temp:''' Cool (-1); '''No Surface Liquid;''' '''Seasonality:''' Low; '''Habitability:''' Deadly (-4)<br>
 '''MOONS: Small Standard, Planetesimal, Small''' <br>
 '''No Biosphere'''
-===SULLIVAN'S RAINBOW (ζ:43:-3:X:2) Large/Standard Agreeable Garden Planet===
+===SULLIVAN'S RAINBOW (ζ:47:2:X:2) Large/Standard Agreeable Garden Planet===
 '''Year Length:''' 215 days (Outer Habitable); '''Size:''' Large Standard (+1); '''Gravity:''' Standard (+0); '''Day Length:''' Standard; '''Atmos Press:''' Standard (Breathable); '''Surface Temp:''' Cool; '''Surface Liquid:''' 50% (water); '''Seasonality:''' Low; '''Habitability:''' Agreeable (+3)<br>
 '''MOONS:''' Planetesimal, Planetesimal, Ring System, Planetoid'''<br>
@@ Line 677: / Line 677: @@
 </div></div>
-===RUBY (ζ:43:-3:X:3) Large/Standard Deadly Inferno Planet===
+===RUBY (ζ:47:2:X:3) Large/Standard Deadly Inferno Planet===
 '''Year Length:''' 310 days (Outer Habitable); '''Size:''' Large Standard (+1); '''Gravity:''' High (+3); '''Day Length:''' Very Rapid; '''Atmos Press:''' Very High; '''Surface Temp:''' Inferno; '''Surface Liquid:''' 100% (molten elements); '''Seasonality:''' Low; '''Habitability:''' Deadly<br>
 '''MOONS:''' Ring System, Planetesimal, Planetesimal, Planetoid, Planetesimal<br>
 '''No Biosphere'''
-===DIAMOND (ζ:43:-3:X:4) Standard Deadly Barren Planet===
+===DIAMOND (ζ:47:2:X:4) Standard Deadly Barren Planet===
 '''Year Length:''' 400 days (Outer Habitable); '''Size:''' Standard (+0); '''Gravity:''' (-5); '''Day Length:''' Extremely Slow; '''Atmos Press:''' Trace; '''Surface Temp:''' Frozen; '''No Surface Liquid;''' '''Seasonality:''' High; '''Habitability:''' Deadly (-4)<br>
 '''MOONS:''' Planetoid, Planetesimal, Planetesimal<br>
 '''No Biosphere'''
-===EMERALD (ζ:43:-3:X:5) Standard Lethal Frozen Planet===
+===EMERALD (ζ:47:2:X:5) Standard Lethal Frozen Planet===
 '''Year Length:''' 2.09 yrs (Highly Eccentric); '''Size;''' Standard (0); '''Gravity:''' High Standard (+1); '''Day Length:''' Extremely Slow; '''Atmos Press:''' Standard; '''Surface Temp:''' Frigid; '''Surface Liquid:''' 90% (liquid hydrocarbons); '''Seasonality:''' Low; '''Habitability:''' Lethal (-3)<br>
 '''MOONS:''' Planetesimal, Planetesimal