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[tryrar]

>Input following terraforming parameters:
Type:Rocky Planet
Size:1.2 SU
Distance:.7 AU
Atmospheric Composition:O₂ .18, N₂ .5, CO .04, H .12, HE .08 AR .08
Atmospheric Pressure: 2 standard atmospheres(202.650 kPa)
Geology:Active Plate Tectonics
Life:Yes
Biology Basis:Oxygen-breathing Carbon-based
Moons:2 large moons
Surface Composition: silicates .5, Fe .12, B .08, Au .03, Ti .07, P .09, C .005, U .005
Location of Facility Entrance: Polar
Axial Tilt: 33 degrees
Sunlight: Very Strong
Gravity:1.26 SU
Temperature Variation: 34 C +-25 C
Radiation Protection:Strong
Core Composition: Fe .84, Ti .07, B .06 U .02, Rare Earths=.01
Mineral Density: Moderately High

Input Paremeter_Custom indigenous life incorporates stronger minerals such as Boron into bone structure

[LordSlowpoke]

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Type- R
Size- 4.5 SU
Orbit- N/A
Atmospheric Composition- Cl = 0.4, O2 = 0.08, CO2 = 0.06, He = 0.07, H2 = 0.03, N2 = 0.22, CH4 = 0.14
Atmospheric Thickness- 2.6 SU
Geology- V. Active Plate Tectonics
Life?- Yes
Biology Basis- Boron-based chlorine metabolites
Moons- 3 medium, 1 large
Surface Composition- B 0.41, silicates 0.27, Fe 0.1, C 0.1, rare_earth 0.08, fissionable 0.08
Location of Facility Entrance- Equator
Axial Tilt- Not in orbit, otherwise 16 degrees
Sunlight- None
Gravity- 2.1 SU
Temperature Variation- -40 at areas of lowest tectonic activity, 620 standard, 1300 highest
Radiation Protection- Medium, fluctuating
Core Composition- Fe 0.76, Co 0.09, Ni 0.07, Mn 0.04, B 0.04
Mineral Density- Medium