JustaDumbThriver aah31415 Cha doomlightning
Turn 25
Turn 25 Summary:
1.100 Billion Years after the formation of the Phyade I System, the Planet Treerilia of the Treerila-Xanrilla-mini-Xoruta planetary system has started to feel the culmination of the effects of its lingering atmospheric Oxygen levels. This has affected Panspermium Family Clade (or Thrivium Kingdom Clade if continuing from Phase I), which has managed expand its diversity and range on the planet by moving from the Karmaric Epipelagic to two other nearby biomes, the Mosbobasese Epipelagic and the Gorkonramic Estuary. The ice on the planet, which was already present on the Lecarenese Ice Shelf, has expanded to the Mosbobasese and Karmaric oceans due to diffusion of the created Oxygen created by the previous form of life. The Mobobases and Karmaric surface patches have temporarily become Ice Shelfs. Mini-Glaciations have begun, with a 10% chance of occurring every 100 Million Years due to Unstable Climate, ranging from 1-4 FG turns from RNG. Since Treerilia is very warm from the still relatively early time in the planetβs history, and the Treerilia-Xanrillon binary being 1.5 times farther than the planet Earth (~44.4% Earth sunlight), this Mini-Glaciation will last (0.3607) 1 FG turn.
This Mini-Glaciation is the not the only change to occur in the beginning of the second 100 milions years of the Falseshadow Era (3.6 BYA β ongoing). Treerilia continues to slowly cool ever so slightly, and with it, the Mantle of the planet, causing Granitic Eruptions chances to further reduce to 28%. Vertical Drip Tectonics continues to slowly wane, and primordial horizontal Plastic/Putty Tectonics carries on with its course of combining and moving early landmasses. The delamination of upper oceanic Ultramafic rocks layers on top of earlier rocks (Obduction) by Plastic/Putty Tectonics has stared to produce fleldging Ultramafic Opholites, which are not the same as mafic Opholites seen in True Plate Tectonics. The Mini-Glaciation will unfortunately erase much of this evidence. Komatiite Greenstone-Belts and Tonalite-Trondhjemite-Granodiorite (TTG) begin to decrease in crustal composition as true Granite Continental Crust becomes more common. Like the Mini-Glaciation, most of this early Geological history will be forever lost in the silence of time.
Other changes affect life on the planet. Still no Tsunamis occur offshore from the Oaitic (0.807) continent. Upwellings continue in Mosbobasese ocean, have started in the Unovaskysian ocean, and ceased in the Lecarenese ocean. Vent Eruptions still rage in the Mosbobasese Volcanic Vent, and have started in the Bazasasese Volcanic Vent. Carbon Dioxide Meteors have impacted the Gorkonramic surface biomes and the Karmaric ocean, temporarily increasing the Carbon Dioxide levels. Despite increased erosion from ice, no Ph and Salt Shock occurs on land (0.811) or oceans (0.280). Due to Upwellings, the Mosbobasese gets an extra 10% chance to have Ph and Salt Shock (0.055), which does occur. As the remaining Oxygen in the atmosphere continues to diffuse across the surface of the planet, life will have to continue to contend with it.
Karmaric Ice Shelf β a biome not basked in the lights but also not eternally darkβ¦
Debrecgyaris stentoris (Ecotype 132) of the Debrecgyaris lineage looks exactly like its ancestor, Chemoauto Grando (Speciess 115). This Stentor looking organism headed approximately 269 degrees (4.70 radians) South. Due to the current cold temperatures from the Mini-Glaciation, the organism also experience reoccurring bouts of the unfixable lag damage bug. When day turned to night, the organism could not find any clouds of resources for quite some time. After dodging a small hexagonal Ice Chunk, the horn shaped organism found a small mixed cloud of Ammonia and Hydrogen Sulfied. Inside the cloud was a Virus particle, which Debrecgyaris stentoris managed to evade (0.728), deciding to stay in the resource cloud for safety. As the Phyade I star rose in the sky, the organism managed to divide.
Debrecenis mucoza (Ecotype 133) of the Chemoauto Species Clade has evolved a Mucocyst, which might be useful in a cold environment. The mucous organism went approximately 254 degrees (4.437) Southwest by South. Entering a dead zone of resources, the organism only encountered a few fellow members of its ecotype. When the cysting organism found a tiny cloud of Glucose, the organism made the Glucose clouds its temporary abode. This was fortuitous, as it became night. A strong current began, in which a Virus particle was seen, but it did not infect Debrecenis mucoza. The same current brought in quite a bit of Phosphate from the West. Another current began, nearly pushing the organism into a Large Ice Chunk just as it divided.
(Ecotype 137) of the gimel-dalet Species Clade evolved Thermosynthase, giving the organism +2 Temperature Tolerance range. It headed approximately 287 degrees (5.001 radians) Southeast by South. After taking some damage from the Cytoxic Toxisome charging, the thermophilic organism encountered some Debrecenis mucoza (Ecotype 133). The shielding organisms immediately cysted themselves when a fellow grou of the same ecotype started to fire toxins. Later on, a Debrecgyaris stentoris (Ecotype 132) bumped into the rombus-shaped organism, and it was attempted to be engulfed, even though the size was not large enough for it. In the cover of night, some Viral spores were hiding, but (Ecotype 137) avoided them (0.219). The nearly 1% Oxygen concentration in the biome was having an affect on the organism, encountering the unfixable lag damage bug. Having run out of H2S and now on Glucose, the organism managed to find a small resource cloud of mixed resources, including Hydrogen Sulfide. As Glucose resrves began to dwindle once more, the organism gained enough resources to live another day.
Gorkonramic Estuary β a confluence of turbidity and stabilityβ¦
Chemoauto Photus (Mutant 100) of the airemelpara Genera Clade evolved a Proteorhopsin. This light-loving organism went approximately 85 degrees (1.49 radians) North. It was not an easy swim, as strong currents were pushing the organis in different directions. After passing through a mediusm sized Iron cloud, some Venecyanidum Macrotoxizome (Ecotype 135) fired toxins toward it. After evading the microbial weapons, the organism found a nice large cloud of Phosphate, with some not-so-nice Venecyanidum Macrotoxizome neighbors. However, they were scared of the Virus particles riding along the current, and fortunately, Chemoauto Photus swerved just in the nick of time out of the way (0.414). Emplaced within the Phosphate cloud, the organism even tried to turn the proverbial tables and attempted to engulf one member of the double toxic ecotype.
Venecyanidum Macrotoxizome (Ecotype 135) of the Venecyandium lineage evolved a Macrolide Toxisome. The doubly toxic organism headed approximately 28 degrees (0.485 radians) West by Northwest. Once the Toxisomes finished recharging and gave 24 damage, the organism had to swim like a Salmon fish upstream against strong currents. Its Hydrogen Sulfide reserves depleted, the large toxisome organism managed to find a very small cloud of Hydrogen Sulfide and Glucose. Now swimming in the void of resource, Venecyanidum Macrotoxizome narrowly avoided a cluser of Virus particles (0.673). Just as its Glucose was about to run out, the organism found a Medium Sulfur Chunk and lived to tell the tale.
Venecyanidum revesotoxu (Ecotype 136) of the Hydrogena Tribe Clade evolved a different Organelle Turn Reproduction Order with its Cytotoxic Toxisome and Hydrogenase. The reversed organism head approximately 277 degrees (4.286 radians) South after contending with Toxisome rechargingdamage. Amongst the underwater terrain, it meet a Venecyanidum Macrotoxizome (Ecotype 135), who booped the organism. Feeling threatened, Venecyanidum revesotoxu fired its toxin and fled, evading virus particles along the way (0.895). Passing through several Phosphate clouds, the organism could not find Glucose. With only 0.4 Glucose left, the organism survived to division.
Mosbobasese Ice Shelf β where the sky meets the seaβ¦
Cautogrando unpigmo (Mutant 101) lost the Melanokoids of the Chemoauto Species Clade. The organism went approximately 132 degrees Northwest, finding itself in a dead zone of resources. With its Hydrogen Sulfide reserves decreasing, there was a brief scuttle with some fellow members of the same mutant, mainly blocking the organismβs way. As the sunet, so did the organismβs Glucose reserves. As the Glucose nearly depleted, a Virus particle successfully infiltrated into it and replicated (0.0218). It did not even get to encounter Ph and Salt Shock, which would have occurred 87 seconds into its run. Cautogrando unpigmo (Mutant 101) became extinct by becoming the late night snack of a Virus.
Cautogrando azodetctus (Mutant 102) evolved a Chemoreceptor with +22 Ammonia detection range. The receptive organism decided to go approximately 282 degrees (4.922) South, almost immediately getting hit with the unfixable lag damage bug, which plaqued the organism again and again. After finding a small cloud of mixed resources, the organism then went on a microbial goose chase for Ammonia, managing to avoid a Virus particle (0.498). Even though the Ammonia detecting organism found some Hydrogen Sulfide, it was enough to get by. And then Ph and Salt Shock hit 126 seconds into its run, forcing the organism to remain still for 30 seconds. Toward the beginning of the new morning, Cautogrando azodetctus found a reasonable sized cloud of Glucose to save itself.
β¦Small Granitic Eruptions occur in the Karmaric Mesopelagic, creating more underwater land and warming the temperature of Karmaric Ice Shelf above. No life is negatively affected as the ice begins to melt.
β¦A small fragment of the submoon mini-Xoruta the size of Aphophis (450 m by 150 m) hits the Lecarenese Ice Shelf, but not life exists there to be disrupted.
600 Million Years (Mini-Glaciation) 1.0.0.0 World Map.
Third Pass (Playing) Extinctions:
Panspermium Family Clade
Hydrogena Tribe Clade
airemelpara Genera Clade
Chemoauto Species Clade
Cautogrando unpigmo (Mutant 101)
Generation: εε I
Population: 1T -60T = -59T
Color: #fffff6; RGB: 255,255,246
Behavior:
Aggression: 20, Opportunism: 135, Fear: 100, Activity: 100, Focus: 100, Cannibalism: 0
Membrane Type: Double, Membrane Rigidity: 0
Base Speed: 0.186, Base Rotation Speed: 0.508, Base Hex Size: 1.5
Organelles: Hydrogenase, Chemosynthesizing Proteins (x2)
Organelle Reproduction Order: 1) Chemosynthesizing Proteins (2,-2), 2) Hydrogenase (1,-2), 3) Chemosynthesizing Proteins (0,-2)
Organelle Position: 1) (2,-2), 2) (1,-2), 3) (0,-2)
Organelles Rotation Position: 1) 5, 2) 1, 3) 5
Temperature Tolerance Range: 8 C β 28 C
Temperature Tolerance Flexibility: Standard (10 C)
Pressure Tolerance Range: 750 kPa β 1100 kPa
Pressure Tolerance Flexibility: Standard (350 kPa)
Oxygen Resistance: 40% (-3%)
UV Resistance: 100%
P/A: 188 Pixels/678 Square Pixels = 0.274
Fourth Pass (Volcanic) Extinctions:
N/A.
Fifth Pass (Meteor) Extinctions:
N/A.
Surviving Organisms:
Panspermium Family Clade
Hydrogena Tribe Clade
airemelpara Genera Clade
Chemoauto Species Clade
Chemoauto Photus (Mutant 100)
Generation: εεI
Population: 1T +60T (+10T) (-10T) +30T = 91T
Color: #fffff6; RGB: 255,255,246
Behavior:
Aggression: 20, Opportunism: 135, Fear: 100, Activity: 100, Focus: 100, Cannibalism: 0
Membrane Type: Double, Membrane Rigidity: 0
Base Speed: 0.147, Base Rotation Speed: 0.311, Base Hex Size: 2.5
Organelles: Hydrogenase, Chemosynthesizing Proteins (x2), Melanokoids, Proteorhodopsin
Organelle Reproduction Order: 1) Melanokoids (1,-3), 2) Chemosynthesizing Proteins (2,-2), 3) Hydrogenase (1,-2), 4) Chemosynthesizing Proteins (0,-2), 5) Proteorhodopsin (2,-1)
Organelle Position: 1) (1,-3), 2) (2,-2), 3) (1,-2), 4) (0,-2), 5) (2,-1)
Organelles Rotation Position: 1) 3, 2) 5, 3) 1, 4) 5, 5) 4
Temperature Tolerance Range: 8 C β 28 C
Temperature Tolerance Flexibility: Standard (10 C)
Pressure Tolerance Range: 750 kPa β 1100 kPa
Pressure Tolerance Flexibility: Standard (350 kPa)
Oxygen Resistance: 40% (-3%)
UV Resistance: 100%
P/A: 216 Pixels/1,130 Square Pixels = 0.191
Cautogrando azodetctus (Mutant 102)
Generation: εεI
Population: 1T +60T (+10T) (+10T) = 81T
Color: #fffff6; RGB: 255,255,246
Behavior:
Aggression: 20, Opportunism: 135, Fear: 100, Activity: 100, Focus: 100, Cannibalism: 0
Membrane Type: Double, Membrane Rigidity: 0
Base Speed: 0.168, Base Rotation Speed: 0.341, Base Hex Size: 2.5
Organelles: Hydrogenase, Chemosynthesizing Proteins (x2), Melanokoids, Chemoreceptor (+22 Ammonia Range)
Organelle Reproduction Order: 1) Melanokoids (1,-3), 2) Chemosynthesizing Proteins (2,-2), 3) Hydrogenase (1,-2), 4) Chemosynthesizing Proteins (0,-2), 5) Chemoreceptor (0,-1)
Organelle Position: 1) (1,-3), 2) (2,-2), 3) (1,-2), 4) (0,-2), 5) (0,-1)
Organelles Rotation Position: 1) 3, 2) 5, 3) 1, 4) 5, 5) 5
Temperature Tolerance Range: 8 C β 28 C
Temperature Tolerance Flexibility: Standard (10 C)
Pressure Tolerance Range: 750 kPa β 1100 kPa
Pressure Tolerance Flexibility: Standard (350 kPa)
Oxygen Resistance: 40% (-3%)
UV Resistance: 100%
P/A: 195 Pixels/904 Square Pixels = 0.216
Debrecgyaris lineage
Debrecgyaris stentoris (Ecotype 132)
Generation: εεI
Population: 1T +60T (+10T) (-10T) +20T = 81T
Color: #fffff6; RGB: 255,255,246
Behavior:
Aggression: 20, Opportunism: 135, Fear: 100, Activity: 100, Focus: 100, Cannibalism: 0
Membrane Type: Double, Membrane Rigidity: 0
Base Speed: 0.17, Base Rotation Speed: 0.352, Base Hex Size: 2.0
Organelles: Hydrogenase, Chemosynthesizing Proteins (x2), Melanokoids
Organelle Reproduction Order: 1) Melanokoids (1,-3), 2) Chemosynthesizing Proteins (2,-2), 3) Hydrogenase (1,-2), 4) Chemosynthesizing Proteins (0,-2)
Organelle Position: 1) (1,-3), 2) (2,-2), 3) (1,-2), 4) (0,-2)
Organelles Rotation Position: 1) 3, 2) 5, 3) 1, 4) 5
Temperature Tolerance Range: 8 C β 28 C
Temperature Tolerance Flexibility: Standard (10 C)
Pressure Tolerance Range: 750 kPa β 1100 kPa
Pressure Tolerance Flexibility: Standard (350 kPa)
Oxygen Resistance: 40% (-3%)
UV Resistance: 100%
P/A: 216 Pixels/904 Square Pixels = 0.239
Debrecenis mucoza (Ecotype 133)
Generation: εεI
Population: 1T +60T (+10T) (-10T) +20T = 81T
Color: #fffff6; RGB: 255,255,246
Behavior:
Aggression: 20, Opportunism: 135, Fear: 100, Activity: 100, Focus: 100, Cannibalism: 0
Membrane Type: Double, Membrane Rigidity: 0
Base Speed: 0.162, Base Rotation Speed: 0.214, Base Hex Size: 3.0
Organelles: Hydrogenase (x2), Chemosynthesizing Proteins (x2), Melanokoids, Mucocyst
Organelle Reproduction Order: 1) Melanokoids (1,-3), 2) Chemosynthesizing Proteins (2,-2), 3) Hydrogenase (1,-2), 4) Chemosynthesizing Proteins (0,-2), 5) Hydrogenase (0,-3), 6) Mucocyst (1,-4)
Organelle Position: 1) (1,-3), 2) (2,-2), 3) (1,-2), 4) (0,-2), 5) (0,-3), 6) (1,-4)
Organelles Rotation Position: 1) 3, 2) 5, 3) 1, 4) 5, 5) 4, 6) 1
Temperature Tolerance Range: 8 C β 28 C
Temperature Tolerance Flexibility: Standard (10 C)
Pressure Tolerance Range: 750 kPa β 1100 kPa
Pressure Tolerance Flexibility: Standard (350 kPa)
Oxygen Resistance: 40% (-5%)
UV Resistance: 100% (+1%)
P/A: 225 Pixels/1,356 Square Pixels = 0.166
gimel-dalet Species Clade
Venecyanidum lineage
Venecyanidum Macrotoxizome (Ecotype 135)
Generation: εεI
Population: 1T +60T (+10T) +30T +30T = 131T
Color: #fffff6; RGB: 255,255,246
Behavior:
Aggression: 100, Opportunism: 135, Fear: 100, Activity: 100, Focus: 100, Cannibalism: 0
Membrane Type: Double, Membrane Rigidity: 0
Base Speed: 0.168, Base Rotation Speed: 0.402, Base Hex Size: 2.0
Organelles: Hydrogenase, Chemosynthesizing Proteins, Toxisome (Standard Cytotoxin), Toxisome (Standard Macrolide)
Organelle Reproduction Order: 1) Chemosynthesizing Proteins (2,-2), 2) Hydrogenase (1,-2), 3) Toxisome (2,-1), 4) Toxisome (1,-3)
Organelle Position: 1) (2,-2), 2) (1,-2), 3) (2,-1), 4) (1,-3)
Organelles Rotation Position: 1) 5, 2) 1, 3) 2, 4) 5
Temperature Tolerance Range: 8 C β 28 C
Temperature Tolerance Flexibility: Standard (10 C)
Pressure Tolerance Range: 750 kPa β 1100 kPa
Pressure Tolerance Flexibility: Standard (350 kPa)
Oxygen Resistance: 0% (-2.0%)
UV Resistance: 100%
P/A: 207 Pixels/904 Square Pixels = 0.229
Venecyanidum revesotoxu (Ecotype 136)
Generation: εεI
Population: 1T +60T (+10T) +30T = 101T
Color: #fffff6; RGB: 255,255,246
Behavior:
Aggression: 100, Opportunism: 135, Fear: 100, Activity: 100, Focus: 100, Cannibalism: 0
Membrane Type: Double, Membrane Rigidity: 0
Base Speed: 0.186, Base Rotation Speed: 0.532, Base Hex Size: 1.5
Organelles: Hydrogenase, Chemosynthesizing Proteins, Toxisome (Standard Cytotoxin)
Organelle Reproduction Order: 1) Chemosynthesizing Proteins (2,-2), 2) Toxisome (2,-1), 3) Hydrogenase (1,-2)
Organelle Position: 1) (2,-2), 2) (2,-1), 3) (1,-2)
Organelles Rotation Position: 1) 5, 2) 2, 3) 1
Temperature Tolerance Range: 8 C β 28 C
Temperature Tolerance Flexibility: Standard (10 C)
Pressure Tolerance Range: 750 kPa β 1100 kPa
Pressure Tolerance Flexibility: Standard (350 kPa)
Oxygen Resistance: 0% (-2.5%)
UV Resistance: 100%
P/A: 188 Pixels/678 Square Pixels = 0.274
(Ecotype 137)
Generation: εεI
Population: 1T +60T +20T (+10T) (+10T) = 101T
Color: #fffff6; RGB: 255,255,246
Behavior:
Aggression: 100, Opportunism: 135, Fear: 100, Activity: 100, Focus: 100, Cannibalism: 0
Membrane Type: Double, Membrane Rigidity: 0
Base Speed: 0.193, Base Rotation Speed: 0.506, Base Hex Size: 2.0
Organelles: Hydrogenase, Chemosynthesizing Proteins, Toxisome (Standard Cytotoxin), Thermosynthase
Organelle Reproduction Order: 1) Chemosynthesizing Proteins (2,-2), 2) Hydrogenase (1,-2), 3) Toxisome (2,-1), 4) Thermosynthase (1,-1)
Organelle Position: 1) (2,-2), 2) (1,-2), 3) (2,-1), 4) (1,-1)
Organelles Rotation Position: 1) 5, 2) 1, 3) 2, 4) 5
Temperature Tolerance Range: 6 C β 30 C
Temperature Tolerance Flexibility: Standard (10 C +2C)
Pressure Tolerance Range: 750 kPa β 1100 kPa
Pressure Tolerance Flexibility: Standard (350 kPa)
Oxygen Resistance: 0% (-2.5%)
UV Resistance: 100%
P/A: 195 Pixels/904 Square Pixels = 0.216
Notes:
Note 1 β Almost every organism survived! Will this luck keep up? Speaking of luck, if Grantic Eruptions did not occur in the Karmaric Mesopelagic, then all the organisms there would have been subject to almost over 21% Osmoregulation cost. And Auto-Evo would not have liked that. We dodged a big Toxisome this time.
Note 2 β I have an exam for one of my classes this week, so I wonβt be able to begin working on the Options for Turn 25 until Friday.
What should we name the Mini-Glaciation?
- Kivuli
- ScΓ‘th
- KΓΆlΓΆkΓΆ
- Aka
- Zala