← EDEXO-CompareField guide

Every species, and where it grows

All 22 genera and 118 species EDEXO-Compare knows. Each one shows the conditions it was actually found in, charted from 87,195 confirmed sightings, beside the requirements the community published for it.

Each chart counts the bodies a species was confirmed on, across the range it was measured in. The lit bar and the line mark the mode, the most common value.

Data from EDEXO-Compare v1.2.10 · updates itself when a new release ships

Aleoida

5 speciesClonal range 150 m3.4 M – 12.9 M cr

Extremely hardy photosynthetic organisms adapted to arid environments. They use waxy leaves for protection, can enter hibernation by sealing off atmospheric exchange, and funnel precipitation to internal storage via specialized cells.

Atmosphere: Carbon dioxide (thin), Ammonia (thin)
Body: Rocky, High Metal Content
Gravity: up to 0.275 g

Colour follows the parent star

B Yellow
A Green
F Teal
K Turquoise
M Emerald
L Lime
T Sage
TTS Mauve
Y Teal
N Ocher

Aleoida arcus

7.3 M cr36.3 M first footfall

Upright clumps of long serrated leaves that open to reveal seed-containing reproductive organs.

Atmosphere: Carbon dioxide (thin)
Temperature: 175–180 K
Gravity: up to 0.275 g

Measured on 551 bodies where it was confirmed

Body: Rocky 97%
High metal content 3%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 48%
K 27%
Y 8%
A 7%
Other 9%

Tidally locked on 52% of them.

Surface temperaturemode 178 K

175 K180 K

Gravitymode 0.13 g

0.044 g0.24 g

Surface pressuremode 0.032 atm

0.017 atm0.098 atm

Distance from arrivalmode 3,099 ls

207 ls519,900 ls

More measurements

Aleoida coronamus

6.3 M cr31.4 M first footfall

Interleaved crown of mottled leaves with explosive seed pods on protruding stalks.

Atmosphere: Carbon dioxide (thin)
Temperature: 180–190 K
Gravity: up to 0.275 g

Measured on 795 bodies where it was confirmed

Body: Rocky 94%
High metal content 6%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 40%
K 26%
Y 14%
M 9%
Other 11%

Tidally locked on 58% of them.

Surface temperaturemode 180 K

180 K190 K

Gravitymode 0.19 g

0.042 g0.27 g

Surface pressuremode 0.07 atm

0.027 atm0.098 atm

Distance from arrivalmode 3,461 ls

117 ls521,700 ls

More measurements

Aleoida gravis

12.9 M cr64.7 M first footfall

Large organism with wide flat leaves on a heavy base and a dome-shaped reproductive organ.

Atmosphere: Carbon dioxide (thin)
Temperature: 190–195 K
Gravity: up to 0.275 g

Measured on 674 bodies where it was confirmed

Body: Rocky 70%
High metal content 30%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: K 29%
F 28%
M 16%
Y 11%
Other 15%

Tidally locked on 49% of them.

Surface temperaturemode 191 K

190 K195 K

Gravitymode 0.21 g

0.042 g0.27 g

Surface pressuremode 0.085 atm

0.055 atm0.099 atm

Distance from arrivalmode 2,457 ls

120 ls416,300 ls

More measurements

Aleoida laminiae

3.4 M cr16.9 M first footfall

Circular arrangement of patterned leaves around a central fleshy pod.

Atmosphere: Ammonia (thin)
Gravity: up to 0.275 g

Measured on 428 bodies where it was confirmed

Body: Rocky 88%
High metal content 12%
Atmosphere: Thin Ammonia 100%
Thin Carbon dioxide <1%
Volcanism: No volcanism 99%
Minor Water Magma <1%
Host star: F 42%
K 26%
M 14%
Y 7%
Other 11%

Tidally locked on 52% of them.

Surface temperaturemode 171 K

152 K183 K

Gravitymode 0.13 g

0.042 g0.27 g

Surface pressuremode 0.001 atm

0.00099 atm0.048 atm

Distance from arrivalmode 2,080 ls

52 ls508,400 ls

More measurements

Aleoida spica

3.4 M cr16.9 M first footfall

Tall spiky leaves surrounding a central reproductive stalk.

Atmosphere: Ammonia (thin)
Gravity: up to 0.275 g

Measured on 271 bodies where it was confirmed

Body: Rocky 51%
High metal content 49%
Atmosphere: Thin Ammonia 100%
Volcanism: No volcanism 100%
Host star: F 30%
M 24%
K 20%
L 10%
Other 15%

Tidally locked on 57% of them.

Surface temperaturemode 173 K

170 K176 K

Gravitymode 0.055 g

0.044 g0.27 g

Surface pressuremode 0.0024 atm

0.001 atm0.011 atm

Distance from arrivalmode 2,305 ls

60.6 ls465,500 ls

More measurements

Amphora

1 species, 0 measuredClonal range 100 m1.6 M cr

Organic tubular structures resembling ancient amphora containers from Earth's Neolithic period.

Atmosphere: None
Body: Airless, Metal Rich
Star: A
System: has Earth-Like World, or Ammoniac World, or Gas Giant with water-based life, or Gas Giant with ammonia-based life, or Water Giant

Amphora plant

1.6 M cr8.1 M first footfall

Single known species of the Amphora genus; greenish tubular fungal growths forming amphora-like shapes.

Atmosphere: None
Body: Airless, Metal Rich
Star: A
System: has Earth-Like World, or Ammoniac World, or Gas Giant with water-based life, or Gas Giant with ammonia-based life, or Water Giant

Not measured yet: the corpus has not confirmed this species on enough bodies to chart. The published conditions above are what the app predicts from.

Anemone

8 species, 6 measuredClonal range 100 m1.5 M cr

Organic structures resembling sea urchin shells rather than true anemones. They can tolerate a wide range of temperatures and absorb energy from nearby stars.

Atmosphere: None
Body: High Metal Content, Metal Rich, Rocky, Icy
Star: O, B, A (giant)

Blatteum Bioluminescent Anemone

1.5 M cr7.5 M first footfall

Violet glowing Anemone of metal-rich and high metal content bodies under a main-sequence or subgiant B star.

Atmosphere: None
Body: High Metal Content, Metal Rich
Star: B (luminosity IV-V)

Measured on 5 bodies where it was confirmed

Body: High metal content 80%
Metal rich 20%
Atmosphere: No atmosphere 100%
Volcanism: Major Silicate Vapour Geysers 60%
Major Metallic Magma 20%
Minor Silicate Vapour Geysers 20%
Host star: B 80%
F 20%

Tidally locked on 100% of them.

Surface temperaturemode 881 K

881 K1,082 K

Range only: 5 bodies, no histogram yet

Gravitymode 1.77 g

1.07 g2.04 g

Range only: 5 bodies, no histogram yet

Surface pressuremode 0 atm

0 atm0 atm

Range only: 2 bodies, no histogram yet

Distance from arrivalmode 365 ls

145 ls316,700 ls

Range only: 5 bodies, no histogram yet

More measurements

Croceum Anemone

1.5 M cr7.5 M first footfall

Saffron Anemone of rocky bodies under a B subdwarf, an A giant or an A supergiant.

Atmosphere: None
Body: Rocky
Temperature: 200–450 K
Star: B (luminosity VI), A (luminosity I-III)

Measured on 4 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: No atmosphere 100%
Volcanism: Metallic Magma 50%
Minor Metallic Magma 50%
Host star: A 75%
Y 25%

Tidally locked on 75% of them.

Surface temperaturemode 379 K

319 K379 K

Range only: 4 bodies, no histogram yet

Gravitymode 0.12 g

0.097 g0.29 g

Range only: 4 bodies, no histogram yet

Surface pressuremode 0 atm

0 atm0 atm

Range only: 4 bodies, no histogram yet

Distance from arrivalmode 910 ls

910 ls3,483 ls

Range only: 4 bodies, no histogram yet

More measurements

Luteolum Anemone

1.5 M cr7.5 M first footfall

Yellow Anemone of rocky bodies in systems lit by a main-sequence or subgiant B star.

Atmosphere: None
Body: Rocky
Temperature: at least 200 K
Star: B (luminosity IV-V)

Measured on 14 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: No atmosphere 100%
Volcanism: Major Silicate Vapour Geysers 36%
Metallic Magma 29%
Minor Metallic Magma 21%
Minor Silicate Vapour Geysers 14%
Host star: B 50%
Y 36%
Neutron star 7%
F 7%

Tidally locked on 50% of them.

Surface temperaturemode 320 K

206 K438 K

Range only: 14 bodies, no histogram yet

Gravitymode 0.29 g

0.053 g0.3 g

Range only: 14 bodies, no histogram yet

Surface pressuremode 0 atm

0 atm0 atm

Range only: 6 bodies, no histogram yet

Distance from arrivalmode 1,587 ls

865 ls316,800 ls

Range only: 14 bodies, no histogram yet

More measurements

Prasinum Bioluminescent Anemone

1.5 M cr7.5 M first footfall

Green glowing Anemone of O-star systems, on metal-rich, rocky and high metal content bodies.

Atmosphere: None
Body: Metal Rich, Rocky, High Metal Content
Star: O, Herbig Ae/Be, Wolf-Rayet

Measured on 7 bodies where it was confirmed

Body: Metal rich 71%
Rocky 29%
Atmosphere: No atmosphere 100%
Volcanism: No volcanism 71%
Major Metallic Magma 14%
Major Rocky Magma 14%
Host star: O 57%
T Tauri 29%
B 14%

Tidally locked on 0% of them.

Surface temperaturemode 1,770 K

903 K1,770 K

Range only: 7 bodies, no histogram yet

Gravitymode 1.44 g

0.17 g1.44 g

Range only: 7 bodies, no histogram yet

Surface pressuremode 0 atm

0 atm0 atm

Range only: 6 bodies, no histogram yet

Distance from arrivalmode 2,355 ls

2,355 ls15,650 ls

Range only: 7 bodies, no histogram yet

More measurements

Puniceum Anemone

1.5 M cr7.5 M first footfall

Crimson Anemone of icy bodies in O-star systems.

Atmosphere: None
Body: Icy
Temperature: 65–870 K
Star: O, Wolf-Rayet, B supergiant (rare)

Not measured yet: the corpus has not confirmed this species on enough bodies to chart. The published conditions above are what the app predicts from.

Roseum Anemone

1.5 M cr7.5 M first footfall

Pink Anemone of rocky bodies in systems whose B star is a giant or supergiant.

Atmosphere: None
Body: Rocky
Temperature: 200–450 K
Star: B (luminosity I-III)

Not measured yet: the corpus has not confirmed this species on enough bodies to chart. The published conditions above are what the app predicts from.

Roseum Bioluminescent Anemone

1.5 M cr7.5 M first footfall

Pink glowing Anemone of metal-rich and high metal content bodies in systems whose B star is a giant or supergiant.

Atmosphere: None
Body: High Metal Content, Metal Rich
Star: B (luminosity I-III)

Measured on 23 bodies where it was confirmed

Body: High metal content 70%
Metal rich 30%
Atmosphere: No atmosphere 100%
Volcanism: Major Silicate Vapour Geysers 48%
Minor Metallic Magma 22%
Major Metallic Magma 9%
Minor Silicate Vapour Geysers 9%
Other 13%
Host star: B 96%
A 4%

Tidally locked on 74% of them.

Surface temperaturemode 618 K

555 K1,379 K

Range only: 23 bodies, no histogram yet

Gravitymode 1.91 g

0.89 g3.15 g

Range only: 23 bodies, no histogram yet

Surface pressuremode 0 atm

0 atm0 atm

Range only: 21 bodies, no histogram yet

Distance from arrivalmode 874 ls

337 ls198,100 ls

Range only: 23 bodies, no histogram yet

More measurements

Rubeum Bioluminescent Anemone

1.5 M cr7.5 M first footfall

Red glowing Anemone of metal-rich and high metal content bodies under a B subdwarf, an A giant or an A supergiant.

Atmosphere: None
Body: High Metal Content, Metal Rich
Star: B (luminosity VI), A (luminosity I-III), B IV (some)

Measured on 25 bodies where it was confirmed

Body: Metal rich 52%
High metal content 48%
Atmosphere: No atmosphere 100%
Volcanism: Major Silicate Vapour Geysers 28%
Major Rocky Magma 16%
Minor Rocky Magma 12%
Minor Metallic Magma 12%
Other 32%
Host star: B 46%
A 46%
F 8%

Tidally locked on 56% of them.

Surface temperaturemode 795 K

485 K1,652 K

Range only: 25 bodies, no histogram yet

Gravitymode 1.06 g

0.056 g2.81 g

Range only: 25 bodies, no histogram yet

Surface pressuremode 0 atm

0 atm0 atm

Range only: 25 bodies, no histogram yet

Distance from arrivalmode 3,482 ls

140 ls211,100 ls

Range only: 25 bodies, no histogram yet

More measurements

Bacterium

13 speciesClonal range 500 m1.0 M – 8.4 M cr

Unicellular extremophiles capable of surviving across extreme temperatures, chemical environments, and atmospheres. They derive energy from photosynthetic, chemosynthetic, or thermosynthetic processes and often coexist with other lifeforms.

Atmosphere: Thin atmosphere (required for all species)

Bacterium acies

1.0 M cr5.0 M first footfall

Neon-atmosphere bacteria forming bright looping whirls.

Atmosphere: Neon, Neon-rich
Air mix: Neon ≥ 50 %

Measured on 425 bodies where it was confirmed

Body: Icy 100%
Rocky ice <1%
Atmosphere: Thin Neon 100%
Volcanism: No volcanism 93%
Minor Nitrogen Magma 2%
Major Water Magma 2%
Minor Methane Magma <1%
Other 1%
Host star: M 47%
L 26%
T 15%
Y 6%
Other 6%

Tidally locked on 5% of them.

Surface temperaturemode 20 K

20 K58.7 K

Gravitymode 0.47 g

0.29 g0.57 g

Surface pressuremode 0.0018 atm

0.00099 atm0.0056 atm

Distance from arrivalmode 4,398 ls

248 ls560,200 ls

More measurements

Colour follows a material on the body

Antimony Cyan
Polonium Magenta
Ruthenium Cobalt
Technetium Lime
Tellurium White
Yttrium Aquamarine

Bacterium alcyoneum

1.7 M cr8.3 M first footfall

Sunlight-dependent ammonia bacteria forming maze-like colonies.

Atmosphere: Ammonia

Measured on 3,387 bodies where it was confirmed

Body: Rocky 62%
High metal content 38%
Atmosphere: Thin Ammonia 100%
Thin Carbon dioxide <1%
No atmosphere <1%
Volcanism: No volcanism 100%
Minor Water Magma <1%
Minor Rocky Magma <1%
Metallic Magma <1%
Host star: F 27%
M 18%
K 17%
G 15%
Other 23%

Tidally locked on 51% of them.

Surface temperaturemode 172 K

152 K224 K

Gravitymode 0.13 g

0.042 g0.37 g

Surface pressuremode 0.0013 atm

0.00099 atm0.048 atm

Distance from arrivalmode 2,209 ls

19 ls571,100 ls

More measurements

Colour follows the parent star

O Turquoise
B Grey
A Yellow
F Lime
G Emerald
K Green
M Teal
L Sage
T Red
TTS Maroon
W Amethyst
D Ocher
N Indigo

Bacterium aurasus

1.0 M cr5.0 M first footfall

Carbon dioxide atmosphere bacteria forming radial streak patterns.

Atmosphere: Carbon dioxide, CarbonDioxide, Carbon dioxide-rich

Measured on 8,767 bodies where it was confirmed

Body: Rocky 83%
High metal content 17%
Atmosphere: Thin Carbon dioxide 100%
No atmosphere <1%
Thin Ammonia <1%
Volcanism: No volcanism 100%
Host star: F 36%
G 20%
K 17%
M 9%
Other 18%

Tidally locked on 51% of them.

Surface temperaturemode 165 K

147 K378 K

Gravitymode 0.14 g

0.04 g0.58 g

Surface pressuremode 0.0057 atm

0.0011 atm0.099 atm

Distance from arrivalmode 2,356 ls

37 ls597,200 ls

More measurements

Colour follows the parent star

O Turquoise
B Grey
A Yellow
F Lime
G Emerald
K Green
M Teal
L Sage
T Red
TTS Maroon
W Amethyst
D Ocher
N Indigo

Bacterium bullaris

1.2 M cr5.8 M first footfall

Methane-based bacteria forming linked bubble-like structures.

Atmosphere: Methane, Methane-rich

Measured on 498 bodies where it was confirmed

Body: Icy 81%
Rocky 18%
High metal content <1%
Rocky ice <1%
Atmosphere: Thin Methane 100%
Thin Methane-rich <1%
Volcanism: No volcanism 90%
Major Silicate Vapour Geysers 4%
Minor Methane Magma 2%
Minor Nitrogen Magma 1%
Other 3%
Host star: K 40%
M 32%
Y 13%
G 9%
Other 6%

Tidally locked on 56% of them.

Surface temperaturemode 93 K

68.2 K107 K

Gravitymode 0.078 g

0.026 g0.56 g

Surface pressuremode 0.04 atm

0.0011 atm0.098 atm

Distance from arrivalmode 3,075 ls

311 ls503,400 ls

More measurements

Colour follows a material on the body

Antimony Cobalt
Polonium Yellow
Ruthenium Aquamarine
Technetium Gold
Tellurium Lime
Yttrium Red

Bacterium cerbrus

1.7 M cr8.4 M first footfall

Water/sulfur dioxide bacteria forming brain-like clusters.

Atmosphere: Water, Water-rich, Sulfur Dioxide

Measured on 2,671 bodies where it was confirmed

Body: High metal content 61%
Rocky 38%
Rocky ice <1%
Atmosphere: Thin Sulphur dioxide 72%
Thin Water 28%
Thin Ammonia <1%
Volcanism: No volcanism 99%
Major Silicate Vapour Geysers <1%
Minor Metallic Magma <1%
Major Rocky Magma <1%
Other <1%
Host star: M 29%
K 22%
F 16%
G 7%
Other 25%

Tidally locked on 51% of them.

Surface temperaturemode 133 K

132 K497 K

Gravitymode 0.41 g

0.04 g0.59 g

Surface pressuremode 0.0025 atm

0.00099 atm0.099 atm

Distance from arrivalmode 424 ls

15 ls597,400 ls

More measurements

Colour follows the parent star

O Turquoise
B Grey
A Yellow
F Lime
G Emerald
K Green
M Teal
L Sage
T Red
TTS Maroon
W Amethyst
D Ocher
N Indigo

Bacterium informem

8.4 M cr42.1 M first footfall

Nitrogen-based shapeless bacterial spread.

Atmosphere: Nitrogen

Measured on 579 bodies where it was confirmed

Body: Icy 65%
High metal content 18%
Rocky 13%
Rocky ice 4%
Atmosphere: Thin Nitrogen 100%
Volcanism: No volcanism 100%
Host star: M 41%
K 29%
L 9%
Y 9%
Other 11%

Tidally locked on 26% of them.

Surface temperaturemode 78 K

46.4 K148 K

Gravitymode 0.27 g

0.048 g0.56 g

Surface pressuremode 0.015 atm

0.001 atm0.095 atm

Distance from arrivalmode 487 ls

116 ls597,200 ls

More measurements

Colour follows a material on the body

Antimony Red
Polonium Lime
Ruthenium Gold
Technetium Aquamarine
Tellurium Yellow
Yttrium Cobalt

Bacterium nebulus

5.3 M cr26.4 M first footfall

Helium-based bacteria forming radial patterns.

Atmosphere: Helium

Measured on 21 bodies where it was confirmed

Body: Icy 100%
Atmosphere: Thin Helium 100%
Volcanism: No volcanism 85%
Water Magma 10%
Major Water Magma 5%
Host star: T 55%
L 20%
Y 15%
M 10%

Tidally locked on 14% of them.

Surface temperaturemode 20 K

20 K20.1 K

Gravitymode 0.5 g

0.41 g0.51 g

Surface pressuremode 0.084 atm

0.069 atm0.098 atm

Distance from arrivalmode 867 ls

350 ls332,600 ls

More measurements

Colour follows a material on the body

Antimony Magenta
Polonium Gold
Ruthenium Orange
Tellurium Green
Yttrium Cobalt

Bacterium omentum

4.6 M cr23.2 M first footfall

Thermosynthetic bacteria linked to nitrogen/ammonia volcanism.

Volcanism: Nitrogen, Ammonia

Measured on 38 bodies where it was confirmed

Body: Icy 100%
Atmosphere: Thin Neon 50%
Thin Neon rich 16%
Thin Neon-rich 11%
Thin Argon 11%
Other 13%
Volcanism: Minor Nitrogen Magma 74%
Minor Ammonia Magma 24%
No volcanism 3%
Host star: M 51%
L 14%
Y 14%
T 11%
Other 11%

Tidally locked on 26% of them.

Surface temperaturemode 20 K

20 K195 K

Gravitymode 0.37 g

0.028 g0.56 g

Surface pressuremode 0.02 atm

0.00096 atm0.096 atm

Distance from arrivalmode 247 ls

247 ls342,100 ls

More measurements

Colour follows a material on the body

Cadmium Lime
Mercury White
Molybdenum Aquamarine
Niobium Peach
Tungsten Blue
Tin Red

Bacterium scopulum

4.9 M cr24.7 M first footfall

Carbon-volcanism bacteria forming ridged patterns.

Volcanism: Carbon, Methane

Measured on 20 bodies where it was confirmed

Body: Icy 100%
Atmosphere: Thin Neon 55%
Thin Neon-rich 15%
Thin Argon 15%
Thin Methane 15%
Volcanism: Minor Methane Magma 65%
Minor Carbon Dioxide Geysers 30%
Carbon Dioxide Geysers 5%
Host star: M 50%
L 28%
K 11%
Y 6%
Other 6%

Tidally locked on 20% of them.

Surface temperaturemode 20 K

20 K103 K

Gravitymode 0.48 g

0.031 g0.57 g

Surface pressuremode 0.007 atm

0.0015 atm0.094 atm

Distance from arrivalmode 3,279 ls

741 ls42,010 ls

More measurements

Colour follows a material on the body

Cadmium White
Mercury Peach
Molybdenum Lime
Niobium Red
Tungsten Aquamarine
Tin Mulberry

Bacterium tela

1.9 M cr9.7 M first footfall

Web-like bacteria. Grows where there is volcanism, or where the surface reaches 300 K.

Atmosphere: Any thin atmosphere
Body: High metal content, Rocky, Icy, Rocky Ice
Needs: active volcanism, or at least 300 K

Measured on 1,015 bodies where it was confirmed

Body: Rocky 61%
High metal content 30%
Icy 9%
Rocky ice <1%
Atmosphere: Thin Water 66%
Thin Sulphur dioxide 18%
Thin Methane 4%
Thin Carbon dioxide 3%
Other 8%
Volcanism: No volcanism 79%
Major Silicate Vapour Geysers 4%
Minor Nitrogen Magma 3%
Major Water Geysers 2%
Other 12%
Host star: F 21%
M 17%
K 14%
A 11%
Other 37%

Tidally locked on 57% of them.

Surface temperaturemode 433 K

20 K698 K

Gravitymode 0.052 g

0.029 g0.6 g

Surface pressuremode 0.079 atm

0.001 atm0.099 atm

Distance from arrivalmode 463 ls

9 ls575,400 ls

More measurements

Colour follows a material on the body

Cadmium Gold
Mercury Orange
Molybdenum Yellow
Niobium Magenta
Tungsten Green
Tin Cobalt

Bacterium verrata

3.9 M cr19.5 M first footfall

Volcanic bacteria associated with water-based activity.

Volcanism: Water

Measured on 47 bodies where it was confirmed

Body: Icy 87%
Rocky 13%
Atmosphere: Thin Neon 47%
Thin Argon 28%
Thin Water 9%
Thin Neon-rich 6%
Other 11%
Volcanism: Major Water Magma 38%
Major Water Geysers 26%
Water Magma 19%
Minor Water Magma 17%
Host star: M 52%
L 15%
K 11%
A 4%
Other 17%

Tidally locked on 30% of them.

Surface temperaturemode 90 K

23 K436 K

Gravitymode 0.53 g

0.043 g0.58 g

Surface pressuremode 0.088 atm

0.0012 atm0.088 atm

Distance from arrivalmode 234,900 ls

58.5 ls337,000 ls

More measurements

Colour follows a material on the body

Cadmium Peach
Mercury Red
Molybdenum White
Niobium Mulberry
Tungsten Lime
Tin Blue

Bacterium vesicula

1.0 M cr5.0 M first footfall

Argon-based bacteria forming tight loop clusters.

Atmosphere: Argon, Argon-rich
Air mix: Argon ≥ 50 %

Measured on 1,332 bodies where it was confirmed

Body: Icy 89%
Rocky ice 10%
High metal content <1%
Atmosphere: Thin Argon 100%
Thin Ammonia <1%
Volcanism: No volcanism 98%
Major Water Geysers <1%
Minor Nitrogen Magma <1%
Carbon Dioxide Geysers <1%
Other <1%
Host star: M 51%
K 24%
L 8%
G 5%
Other 12%

Tidally locked on 38% of them.

Surface temperaturemode 55 K

50 K229 K

Gravitymode 0.054 g

0.029 g0.48 g

Surface pressuremode 0.0012 atm

0.00099 atm0.095 atm

Distance from arrivalmode 1,769 ls

19 ls582,700 ls

More measurements

Colour follows a material on the body

Antimony Cyan
Polonium Orange
Ruthenium Mulberry
Technetium Gold
Tellurium Red
Yttrium Lime

Bacterium volu

7.8 M cr38.9 M first footfall

Oxygen-based bacteria forming swirling surface patterns.

Atmosphere: Oxygen

Measured on 91 bodies where it was confirmed

Body: Icy 68%
High metal content 16%
Rocky ice 14%
Rocky 1%
Atmosphere: Thin Oxygen 100%
Volcanism: No volcanism 92%
Major Silicate Vapour Geysers 3%
Carbon Dioxide Geysers 1%
Minor Metallic Magma 1%
Other 3%
Host star: M 24%
K 22%
F 22%
Y 16%
Other 15%

Tidally locked on 48% of them.

Surface temperaturemode 209 K

145 K238 K

Gravitymode 0.32 g

0.24 g0.49 g

Surface pressuremode 0.018 atm

0.015 atm0.096 atm

Distance from arrivalmode 44 ls

44 ls505,100 ls

More measurements

Colour follows a material on the body

Antimony Red
Polonium Aquamarine
Ruthenium Cobalt
Tellurium Cyan
Yttrium Gold

Bark Mounds

1 speciesClonal range 100 m1.5 M cr

Mound-shaped organic structures with a bark-like outer layer, found on airless volcanic worlds in and around nebulae.

Atmosphere: None
Body: Rocky, High Metal Content, Metal-Rich, Icy, Rocky Ice

Bark Mounds

1.5 M cr7.4 M first footfall

Single-species genus. Grows on airless volcanic bodies close to a nebula; no star, gravity or planet-type preference.

Atmosphere: None
Body: Rocky, High Metal Content, Metal-Rich, Icy, Rocky Ice
Temperature: 89–440 K
Volcanism: required
Location: Nebula: 93 % of 23,651 Bark Mound systems lie within 150 ly of a nebula, 100 % within 300 ly (edastro codex-data; background 4-7 %).

Measured on 48 bodies where it was confirmed

Body: Rocky 79%
High metal content 21%
Atmosphere: No atmosphere 98%
Thin Sulphur dioxide 2%
Volcanism: Major Silicate Vapour Geysers 33%
Metallic Magma 17%
Minor Metallic Magma 15%
Minor Silicate Vapour Geysers 15%
Other 21%
Host star: F 40%
Y 11%
A 11%
M 9%
Other 30%

Tidally locked on 67% of them.

Surface temperaturemode 386 K

202 K439 K

Gravitymode 0.1 g

0.045 g2.48 g

Surface pressuremode 0 atm

0 atm0.076 atm

Distance from arrivalmode 500 ls

47.4 ls404,000 ls

More measurements

Brain Trees

8 species, 6 measuredClonal range 100 m1.6 M cr

Fungal-like organic structures resembling trees with brain-shaped growths. They absorb minerals through subsurface roots and energy via their outer surfaces.

Atmosphere: None
Body: Airless

Brain Tree Aureum

1.6 M cr8.0 M first footfall

High-temperature variant found on metal-rich and high metal content worlds.

Atmosphere: None, Sulphur dioxide, Carbon dioxide, Helium
Body: Metal-Rich, High Metal Content
Temperature: 300–500 K

Measured on 2 bodies where it was confirmed

Body: High metal content 100%
Atmosphere: No atmosphere 100%
Volcanism: Major Silicate Vapour Geysers 100%
Host star: F 50%
K 50%

Tidally locked on 0% of them.

Surface temperaturemode 475 K

469 K475 K

Gravitymode 2.24 g

2.18 g2.24 g

Distance from arrivalmode 220 ls

94 ls220 ls

More measurements

Brain Tree Gypseeum

1.6 M cr8.0 M first footfall

Moderate temperature variant limited to rocky planets.

Atmosphere: None, Sulphur dioxide, Carbon dioxide, Helium
Body: Rocky
Temperature: 200–330 K

Measured on 5 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: No atmosphere 100%
Volcanism: Metallic Magma 60%
Minor Metallic Magma 40%
Host star: F 60%
Y 40%

Tidally locked on 80% of them.

Surface temperaturemode 226 K

216 K294 K

Gravitymode 0.068 g

0.068 g0.22 g

Distance from arrivalmode 957 ls

612 ls2,735 ls

More measurements

Brain Tree Lindigoticum

1.6 M cr8.0 M first footfall

Mid-to-high temperature variant found across multiple rocky types.

Atmosphere: None, Sulphur dioxide, Carbon dioxide, Helium
Body: High Metal Content, Rocky
Temperature: 300–500 K

Not measured yet: the corpus has not confirmed this species on enough bodies to chart. The published conditions above are what the app predicts from.

Brain Tree Lividum

1.6 M cr8.0 M first footfall

Higher temperature rocky planet variant.

Atmosphere: None, Sulphur dioxide, Carbon dioxide, Helium
Body: Rocky
Temperature: 225–500 K

Measured on 2 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: No atmosphere 100%
Volcanism: Metallic Magma 50%
Major Silicate Vapour Geysers 50%
Host star: F 50%
M 50%

Tidally locked on 50% of them.

Surface temperaturemode 380 K

380 K489 K

Gravitymode 0.27 g

0.075 g0.27 g

Distance from arrivalmode 704 ls

704 ls1,111 ls

More measurements

Brain Tree Ostrinum

1.6 M cr8.0 M first footfall

Temperature-independent variant on metal-rich and high metal content planets.

Atmosphere: None, Sulphur dioxide, Carbon dioxide, Helium
Body: Metal-Rich, High Metal Content

Measured on 11 bodies where it was confirmed

Body: High metal content 91%
Metal rich 9%
Atmosphere: No atmosphere 100%
Volcanism: Minor Silicate Vapour Geysers 36%
Minor Metallic Magma 36%
Metallic Magma 18%
Minor Rocky Magma 9%
Host star: K 36%
M 27%
F 18%
G 18%

Tidally locked on 82% of them.

Surface temperaturemode 786 K

403 K1,049 K

Gravitymode 0.26 g

0.18 g1.7 g

Distance from arrivalmode 62 ls

32 ls156,000 ls

More measurements

Brain Tree Puniceum

1.6 M cr8.0 M first footfall

Temperature-independent variant similar to Ostrinum.

Atmosphere: None, Sulphur dioxide, Carbon dioxide, Helium
Body: Metal-Rich, High Metal Content

Not measured yet: the corpus has not confirmed this species on enough bodies to chart. The published conditions above are what the app predicts from.

Brain Tree Roseum

1.6 M cr8.0 M first footfall

Wide temperature tolerance variant appearing across most planet types.

Atmosphere: None, Sulphur dioxide, Carbon dioxide, Helium
Body: Metal-Rich, High Metal Content, Rocky, Rocky Ice, Icy
Temperature: 200–500 K

Measured on 46 bodies where it was confirmed

Body: Rocky 80%
High metal content 20%
Atmosphere: No atmosphere 98%
Thin Ammonia 2%
Volcanism: Major Silicate Vapour Geysers 39%
Metallic Magma 24%
Minor Metallic Magma 22%
Minor Silicate Vapour Geysers 11%
Other 4%
Host star: F 42%
K 16%
Y 13%
M 9%
Other 20%

Tidally locked on 48% of them.

Surface temperaturemode 226 K

174 K475 K

Gravitymode 0.12 g

0.042 g2.24 g

Surface pressuremode 0 atm

0 atm0.0033 atm

Distance from arrivalmode 19,710 ls

37 ls411,600 ls

More measurements

Brain Tree Viride

1.6 M cr8.0 M first footfall

Low temperature variant found on icy/rocky-ice worlds.

Atmosphere: None, Sulphur dioxide, Carbon dioxide, Helium
Body: Rocky Ice, Icy
Temperature: 100–220 K

Measured on 3 bodies where it was confirmed

Body: Rocky ice 100%
Atmosphere: No atmosphere 100%
Volcanism: Major Water Geysers 67%
Minor Carbon Dioxide Geysers 33%
Host star: A 100%

Tidally locked on 67% of them.

Surface temperaturemode 107 K

106 K107 K

Gravitymode 0.059 g

0.056 g0.069 g

Distance from arrivalmode 5,324 ls

5,324 ls5,326 ls

More measurements

Cactoida

5 speciesClonal range 300 m2.5 M – 16.2 M cr

Photosynthetic organisms adapted to extreme environments by minimizing surface area to protect internal tissues. Their outer layer consists of light-transmitting cells with hydrophobic insulation, allowing temperature stability and fluid retention. They anchor via deep root systems and may reproduce through explosive seed dispersal.

Atmosphere: Carbon dioxide (thin), Carbon dioxide rich (thin), Ammonia (thin), Water (thin)
Body: Rocky, High Metal Content
Gravity: up to 0.275 g

Colour follows the parent star

A Green
F Yellow
G Teal
M Amethyst
L Mauve
T Orange
TTS Red
N Sage

Cactoida cortexum

3.7 M cr18.3 M first footfall

Tall species with multiple growths and sealed pods that open to disperse seeds.

Atmosphere: Carbon dioxide (thin)
Temperature: 180–195 K
Gravity: up to 0.275 g

Measured on 1,255 bodies where it was confirmed

Body: Rocky 82%
High metal content 18%
Atmosphere: Thin Carbon dioxide 100%
Thin Ammonia <1%
Volcanism: No volcanism 100%
Host star: F 41%
Y 18%
G 17%
M 12%
Other 11%

Tidally locked on 44% of them.

Surface temperaturemode 181 K

158 K195 K

Gravitymode 0.21 g

0.042 g0.27 g

Surface pressuremode 0.084 atm

0.0012 atm0.099 atm

Distance from arrivalmode 2,868 ls

39 ls519,200 ls

More measurements

Cactoida lapis

2.5 M cr12.4 M first footfall

Squat structure with lattice-like surface and clustered seed pods.

Atmosphere: Ammonia (thin)
Gravity: up to 0.275 g

Measured on 1,045 bodies where it was confirmed

Body: Rocky 75%
High metal content 25%
Atmosphere: Thin Ammonia 100%
No atmosphere <1%
Thin Carbon dioxide <1%
Volcanism: No volcanism 100%
Minor Metallic Magma <1%
Major Silicate Vapour Geysers <1%
Host star: F 38%
G 20%
M 15%
Y 12%
Other 15%

Tidally locked on 50% of them.

Surface temperaturemode 170 K

160 K224 K

Gravitymode 0.13 g

0.041 g0.27 g

Surface pressuremode 0.0013 atm

0.00099 atm0.078 atm

Distance from arrivalmode 1,837 ls

26 ls548,400 ls

More measurements

Cactoida peperatis

2.5 M cr12.4 M first footfall

Swollen five-sided structure topped with an intersecting crown.

Atmosphere: Ammonia (thin)
Gravity: up to 0.275 g

Measured on 689 bodies where it was confirmed

Body: Rocky 75%
High metal content 25%
Atmosphere: Thin Ammonia 100%
Thin Carbon dioxide <1%
Volcanism: No volcanism 99%
Minor Metallic Magma <1%
Major Silicate Vapour Geysers <1%
Metallic Magma <1%
Host star: F 36%
G 21%
M 15%
Y 11%
Other 18%

Tidally locked on 61% of them.

Surface temperaturemode 168 K

160 K186 K

Gravitymode 0.13 g

0.042 g0.27 g

Surface pressuremode 0.0019 atm

0.00099 atm0.043 atm

Distance from arrivalmode 2,477 ls

60.6 ls352,500 ls

More measurements

Cactoida pullulanta

3.7 M cr18.3 M first footfall

Globular base with tall cylindrical growths bearing clustered seed pods.

Atmosphere: Carbon dioxide (thin)
Temperature: 180–195 K
Gravity: up to 0.275 g

Measured on 274 bodies where it was confirmed

Body: Rocky 82%
High metal content 18%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 33%
Y 19%
G 17%
M 14%
Other 17%

Tidally locked on 55% of them.

Surface temperaturemode 183 K

180 K195 K

Gravitymode 0.21 g

0.046 g0.27 g

Surface pressuremode 0.085 atm

0.028 atm0.099 atm

Distance from arrivalmode 2,259 ls

122 ls575,400 ls

More measurements

Cactoida vermis

16.2 M cr81.0 M first footfall

Tall cylindrical clusters connected by membrane with a spiked crown; possible symbiotic relationship with attached organisms.

Atmosphere: Water (thin)
Gravity: up to 0.275 g

Measured on 1,328 bodies where it was confirmed

Body: Rocky 80%
High metal content 20%
Atmosphere: Thin Water 100%
Thin Sulphur dioxide <1%
Thin Carbon dioxide <1%
Volcanism: No volcanism 99%
Minor Water Magma <1%
Host star: F 31%
A 21%
G 15%
Neutron star 13%
Other 21%

Tidally locked on 64% of them.

Surface temperaturemode 422 K

160 K450 K

Gravitymode 0.05 g

0.041 g0.27 g

Surface pressuremode 0.094 atm

0.0013 atm0.099 atm

Distance from arrivalmode 768 ls

18 ls497,700 ls

More measurements

Clypeus

3 speciesClonal range 150 m8.4 M – 16.2 M cr

Extremophile organisms that form hardened shield-like structures to protect against stellar radiation. These shields are synthesized from surrounding inorganic material and help condense and channel trace atmospheric liquids, enabling survival in extremely arid environments.

Atmosphere: Carbon dioxide (thin), Water (thin)
Body: Rocky, High Metal Content
Temperature: at least 190 K
Gravity: up to 0.275 g

Colour follows the parent star

A Orange
F Mauve
G Amethyst
K Grey
M Turquoise
L Teal
N Yellow

Clypeus lacrimam

8.4 M cr42.1 M first footfall

Species with a broad tear-shaped shield that protects against extreme sunlight and channels water droplets into the soil.

Atmosphere: Carbon dioxide (thin), Water (thin)
Body: Rocky
Temperature: at least 190 K
Gravity: up to 0.275 g

Measured on 1,549 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Water 68%
Thin Carbon dioxide 32%
Hot thin Carbon dioxide <1%
Volcanism: No volcanism 99%
Minor Water Magma <1%
Minor Silicate Vapour Geysers <1%
Host star: F 27%
K 19%
G 15%
A 14%
Other 25%

Tidally locked on 66% of them.

Surface temperaturemode 191 K

190 K698 K

Gravitymode 0.052 g

0.04 g0.39 g

Surface pressuremode 0.094 atm

0.0069 atm0.099 atm

Distance from arrivalmode 1,337 ls

75 ls497,700 ls

More measurements

Clypeus margaritus

11.9 M cr59.4 M first footfall

Produces a curved, pearl-like shield housing up to three central organisms on a bed of leaves.

Atmosphere: Carbon dioxide (thin), Water (thin)
Body: High Metal Content
Temperature: at least 190 K
Gravity: up to 0.275 g

Measured on 663 bodies where it was confirmed

Body: High metal content 100%
Atmosphere: Thin Carbon dioxide 54%
Thin Water 46%
Volcanism: No volcanism 100%
Host star: M 42%
L 29%
K 17%
F 8%
Other 4%

Tidally locked on 38% of them.

Surface temperaturemode 191 K

190 K450 K

Gravitymode 0.053 g

0.046 g0.27 g

Surface pressuremode 0.073 atm

0.053 atm0.099 atm

Distance from arrivalmode 51 ls

18 ls519,200 ls

More measurements

Clypeus speculumi

16.2 M cr81.0 M first footfall

Angular shield with a reflective outer surface protecting spiky organisms; adapted for distant orbital positions.

Atmosphere: Carbon dioxide (thin), Water (thin)
Body: Rocky
Temperature: at least 190 K
Gravity: up to 0.275 g
Distance: at least 2,500 ls from the star

Measured on 625 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Carbon dioxide 59%
Thin Water 41%
Volcanism: No volcanism 100%
Host star: F 41%
Neutron star 14%
B 13%
G 12%
Other 19%

Tidally locked on 50% of them.

Surface temperaturemode 191 K

190 K451 K

Gravitymode 0.048 g

0.041 g0.24 g

Surface pressuremode 0.079 atm

0.055 atm0.099 atm

Distance from arrivalmode 2,588 ls

2,135 ls372,500 ls

More measurements

Concha

4 speciesClonal range 150 m2.4 M – 19.0 M cr

Highly specialised extremophiles with protective shell-like structures that open and close depending on environmental conditions. Their inorganic-coated shells help regulate internal stability, exposing the organism only when conditions are suitable.

Atmosphere: Ammonia (thin), Nitrogen (thin), Water (thin), Carbon dioxide (thin), Carbon dioxide rich (thin)
Body: Rocky, High Metal Content
Gravity: up to 0.275 g

Concha aureolas

7.8 M cr38.9 M first footfall

Rounded rock-like organism that splits open to extend long stalks with looped tips.

Atmosphere: Ammonia (thin)
Gravity: up to 0.275 g

Measured on 472 bodies where it was confirmed

Body: Rocky 99%
High metal content 1%
Atmosphere: Thin Ammonia 100%
Volcanism: No volcanism 98%
Minor Water Magma <1%
Major Silicate Vapour Geysers <1%
Minor Metallic Magma <1%
Host star: F 49%
G 25%
K 14%
A 9%
Other 4%

Tidally locked on 64% of them.

Surface temperaturemode 162 K

152 K177 K

Gravitymode 0.13 g

0.042 g0.27 g

Surface pressuremode 0.001 atm

0.00099 atm0.013 atm

Distance from arrivalmode 1,163 ls

324 ls548,400 ls

More measurements

Colour follows the parent star

A Teal
F Grey
G Turquoise
K Red
L Orange
N Emerald

Concha biconcavis

19.0 M cr95.1 M first footfall

Ridged egg-like structure that splits to reveal a stalk with donut-shaped chemical exchange pods.

Atmosphere: Nitrogen (thin)
Gravity: up to 0.275 g

Measured on 29 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Nitrogen 100%
Volcanism: No volcanism 100%
Host star: Y 55%
T 21%
K 17%
M 3%
Other 3%

Tidally locked on 69% of them.

Surface temperaturemode 48 K

45.5 K50 K

Gravitymode 0.24 g

0.1 g0.26 g

Surface pressuremode 0.0035 atm

0.001 atm0.009 atm

Distance from arrivalmode 4,254 ls

1,849 ls31,380 ls

More measurements

Colour follows a material on the body

Antimony Peach
Ruthenium Orange

Concha labiata

2.4 M cr11.8 M first footfall

Carbon dioxide species with a lip-like opening that splits to reveal vertical spiky growth.

Atmosphere: Carbon dioxide (thin), Carbon dioxide rich (thin)
Temperature: up to 195 K
Gravity: up to 0.275 g

Measured on 2,142 bodies where it was confirmed

Body: Rocky 99%
High metal content <1%
Atmosphere: Thin Carbon dioxide 100%
No atmosphere <1%
Volcanism: No volcanism 100%
Host star: F 50%
G 28%
K 12%
A 7%
Other 4%

Tidally locked on 58% of them.

Surface temperaturemode 163 K

150 K195 K

Gravitymode 0.093 g

0.04 g0.23 g

Surface pressuremode 0.0057 atm

0.0029 atm0.098 atm

Distance from arrivalmode 1,366 ls

421 ls553,600 ls

More measurements

Colour follows the parent star

A Teal
F Grey
G Turquoise
K Red
L Orange
N Emerald

Concha renibus

4.6 M cr22.9 M first footfall

Heat-dependent species that grows a central stalk with luminous fronds for metabolism.

Atmosphere: Carbon dioxide (thin), Water (thin), Water-rich (thin)
Gravity: up to 0.275 g

Measured on 2,707 bodies where it was confirmed

Body: Rocky 87%
High metal content 13%
Atmosphere: Thin Water 55%
Thin Carbon dioxide 44%
Thin Methane <1%
Thin Ammonia <1%
Volcanism: No volcanism 99%
Major Silicate Vapour Geysers <1%
Minor Water Magma <1%
Major Metallic Magma <1%
Other <1%
Host star: F 28%
K 16%
G 13%
A 11%
Other 32%

Tidally locked on 60% of them.

Surface temperaturemode 182 K

79 K467 K

Gravitymode 0.052 g

0.04 g0.27 g

Surface pressuremode 0.079 atm

0.01 atm0.099 atm

Distance from arrivalmode 2,600 ls

18 ls521,700 ls

More measurements

Colour follows a material on the body

Cadmium Red
Mercury Mulberry
Molybdenum Peach
Niobium Blue
Tungsten White
Tin Aquamarine

Crystalline Shards

1 speciesClonal range 100 m1.6 M cr

Clusters of crystalline shards on cold, airless worlds far from the system's main star, in systems holding a life-bearing or water world.

Atmosphere: None (thin allowed)
Body: Icy, Rocky, High Metal Content, Rocky Ice

Crystalline Shards

1.6 M cr8.1 M first footfall

Single-species genus, logged with the composition scanner. Cold (20-273 K), at least 12,000 Ls from the arrival star, in a system with an Earth-like, ammonia or water giant, or a gas giant with life.

Atmosphere: None, Neon, Neon-rich, Carbon dioxide, Helium, Methane, Argon, Argon-rich
Body: Icy, Rocky, High Metal Content, Rocky Ice
Temperature: 20–273 K
Star: A, F, G, K, M, S or a brown dwarf (hostStarGates.ts)
Distance: at least 12,000 ls from arrival
System: has Earth-Like World, or Ammoniac World, or Gas Giant with water-based life, or Gas Giant with ammonia-based life, or Water Giant, or Water World

Measured on 28 bodies where it was confirmed

Body: Icy 50%
Rocky 46%
Rocky ice 4%
Atmosphere: No atmosphere 100%
Volcanism: Minor Metallic Magma 29%
Minor Carbon Dioxide Geysers 29%
Minor Silicate Vapour Geysers 18%
Minor Nitrogen Magma 18%
Other 7%
Host star: K 54%
M 32%
G 4%
A 4%
Other 7%

Tidally locked on 71% of them.

Surface temperaturemode 174 K

73 K244 K

Range only: 28 bodies, no histogram yet

Gravitymode 0.13 g

0.033 g0.19 g

Range only: 28 bodies, no histogram yet

Surface pressuremode 0 atm

0 atm0 atm

Range only: 28 bodies, no histogram yet

Distance from arrivalmode 16,790 ls

16,790 ls446,100 ls

Range only: 28 bodies, no histogram yet

More measurements

Electricae

2 speciesClonal range 1,000 m6.3 M cr

Superconductive extremophile organisms found on extremely cold icy worlds, typically near frozen lakes. Most of the organism exists beneath the surface ice, extending into subsurface melt layers, while visible tips connect to the atmosphere to create electrical potential differences, producing bioluminescence.

Atmosphere: Helium (thin), Neon (thin), Argon (thin)
Body: Icy
Gravity: up to 0.275 g

Electricae pluma

6.3 M cr31.4 M first footfall

Species with four connected loop structures extending above the ice, covered in luminous fronds. Strongly associated with high-energy stellar environments.

Atmosphere: Helium (thin), Neon (thin), Argon (thin)
Body: Icy
Gravity: up to 0.275 g
Star: A (luminosity class V or higher), Neutron star

Measured on 74 bodies where it was confirmed

Body: Icy 100%
Atmosphere: Thin Argon 89%
Thin Argon-rich 7%
Thin Neon-rich 3%
Thin Argon rich 1%
Volcanism: No volcanism 94%
Major Water Geysers 3%
Minor Water Magma 2%
Carbon Dioxide Geysers 2%
Host star: White dwarf 35%
M 27%
Neutron star 18%
L 5%
Other 15%

Tidally locked on 42% of them.

Surface temperaturemode 53 K

52 K135 K

Gravitymode 0.2 g

0.046 g0.27 g

Surface pressuremode 0.0011 atm

0.001 atm0.08 atm

Distance from arrivalmode 1,769 ls

665 ls579,400 ls

More measurements

Colour follows a material on the body

Antimony Cobalt
Polonium Cyan
Ruthenium Blue
Technetium Magenta
Tellurium Red
Yttrium Mulberry

Electricae radialem

6.3 M cr31.4 M first footfall

Species forming radial bioluminescent stalks spreading outward in all directions, likely influenced by nearby nebular environments.

Atmosphere: Helium (thin), Neon (thin), Argon (thin)
Body: Icy
Gravity: up to 0.275 g
Location: Near nebulae

Measured on 192 bodies where it was confirmed

Body: Icy 100%
Atmosphere: Thin Argon 96%
Thin Argon-rich 3%
Thin Neon-rich 2%
Volcanism: No volcanism 98%
Minor Nitrogen Magma <1%
Major Water Geysers <1%
Host star: M 64%
K 17%
L 7%
G 4%
Other 7%

Tidally locked on 56% of them.

Surface temperaturemode 87 K

50.7 K134 K

Gravitymode 0.26 g

0.046 g0.27 g

Surface pressuremode 0.027 atm

0.001 atm0.074 atm

Distance from arrivalmode 208,700 ls

106 ls403,800 ls

More measurements

Colour follows a material on the body

Antimony Cyan
Polonium Cobalt
Ruthenium Blue
Technetium Aquamarine
Tellurium Magenta
Yttrium Green

Fonticulua

6 speciesClonal range 500 m1.0 M – 20.0 M cr

Photosynthetic colony organisms found on icy worlds. They melt surrounding ice, absorb liquid through cellular pores, and refreeze it into protective translucent exoskeletons. Colonies reproduce via fragmentation when structural pieces break off and form new growths.

Atmosphere: Thin atmosphere (required for all species)
Body: Icy, Rocky Ice
Gravity: up to 0.28 g

Colour follows the body’s geology

O Grey
B Lime
A Green
F Yellow
G Teal
K Emerald
M Amethyst
L Mauve
T Orange
TTS Red
Y Ocher
W Indigo
D Turquoise
N Sage
Ae/Be Maroon

Fonticulua campestris

1.0 M cr5.0 M first footfall

Tall species with large leaf-like structures for sunlight absorption.

Atmosphere: Argon
Air mix: Argon ≥ 50 %
Body: Icy, Rocky Ice
Gravity: up to 0.28 g

Measured on 1,168 bodies where it was confirmed

Body: Icy 94%
Rocky ice 6%
Atmosphere: Thin Argon 100%
Volcanism: No volcanism 95%
Minor Nitrogen Magma 2%
Major Water Geysers 2%
Minor Carbon Dioxide Geysers <1%
Other <1%
Host star: M 50%
K 24%
L 7%
G 5%
Other 14%

Tidally locked on 40% of them.

Surface temperaturemode 55 K

50 K148 K

Gravitymode 0.054 g

0.029 g0.28 g

Surface pressuremode 0.0012 atm

0.00099 atm0.096 atm

Distance from arrivalmode 1,769 ls

34 ls582,700 ls

More measurements

Fonticulua digitos

1.8 M cr9.0 M first footfall

Cluster of cylindrical tube structures emerging from ice.

Atmosphere: Methane, Methane-rich
Body: Icy, Rocky Ice
Gravity: up to 0.28 g

Measured on 191 bodies where it was confirmed

Body: Icy 99%
Rocky ice <1%
Atmosphere: Thin Methane 100%
Volcanism: No volcanism 96%
Minor Nitrogen Magma 2%
Minor Methane Magma 2%
Host star: K 53%
M 36%
G 7%
L 2%
Other 2%

Tidally locked on 58% of them.

Surface temperaturemode 93 K

84.3 K107 K

Gravitymode 0.037 g

0.027 g0.063 g

Surface pressuremode 0.067 atm

0.035 atm0.098 atm

Distance from arrivalmode 1,191 ls

311 ls644,700 ls

More measurements

Fonticulua fluctus

20.0 M cr100.0 M first footfall

Wave-shaped structures that orient toward sunlight.

Atmosphere: Oxygen
Body: Icy, Rocky Ice
Gravity: up to 0.28 g

Measured on 21 bodies where it was confirmed

Body: Icy 100%
Atmosphere: Thin Oxygen 100%
Volcanism: No volcanism 79%
Major Water Geysers 11%
Carbon Dioxide Geysers 5%
Major Water Magma 5%
Host star: K 25%
F 25%
M 20%
Y 10%
Other 20%

Tidally locked on 57% of them.

Surface temperaturemode 157 K

145 K172 K

Gravitymode 0.24 g

0.24 g0.27 g

Surface pressuremode 0.031 atm

0.016 atm0.057 atm

Distance from arrivalmode 2,108 ls

58.5 ls481,200 ls

More measurements

Fonticulua lapida

3.1 M cr15.6 M first footfall

Nitrogen-based species with gem-like pods along its stalk.

Atmosphere: Nitrogen
Body: Icy, Rocky Ice
Gravity: up to 0.28 g

Measured on 214 bodies where it was confirmed

Body: Icy 100%
Rocky ice <1%
Atmosphere: Thin Nitrogen 100%
Volcanism: No volcanism 99%
Major Water Magma <1%
Host star: M 46%
K 33%
L 10%
G 3%
Other 8%

Tidally locked on 27% of them.

Surface temperaturemode 61 K

50.3 K80.5 K

Gravitymode 0.27 g

0.19 g0.28 g

Surface pressuremode 0.0032 atm

0.0011 atm0.076 atm

Distance from arrivalmode 487 ls

127 ls473,200 ls

More measurements

Fonticulua segmentatus

19.0 M cr95.1 M first footfall

Neon-based species forming pyramid-like segmented structures.

Atmosphere: Neon, Neon-rich
Air mix: Neon 0.1–50 %
Body: Icy, Rocky Ice
Gravity: up to 0.28 g

Measured on 35 bodies where it was confirmed

Body: Icy 100%
Atmosphere: Thin Neon-rich 89%
Thin Neon rich 11%
Volcanism: No volcanism 100%
Host star: K 46%
M 31%
Y 6%
G 6%
Other 11%

Tidally locked on 34% of them.

Surface temperaturemode 64 K

60 K67 K

Gravitymode 0.27 g

0.26 g0.27 g

Surface pressuremode 0.0029 atm

0.0016 atm0.0044 atm

Distance from arrivalmode 1,399 ls

685 ls222,600 ls

More measurements

Fonticulua upupam

5.7 M cr28.6 M first footfall

Argon-rich variant with hoop-shaped structures for reflecting light.

Atmosphere: Argon-rich
Air mix: Argon 0.1–50 %
Body: Icy, Rocky Ice
Gravity: up to 0.28 g

Measured on 83 bodies where it was confirmed

Body: Icy 98%
Rocky ice 2%
Atmosphere: Thin Argon-rich 89%
Thin Argon rich 11%
Volcanism: No volcanism 97%
Minor Carbon Dioxide Geysers 1%
Minor Nitrogen Magma 1%
Host star: M 44%
K 30%
L 9%
F 5%
Other 13%

Tidally locked on 33% of them.

Surface temperaturemode 87 K

63.6 K111 K

Gravitymode 0.23 g

0.21 g0.27 g

Surface pressuremode 0.049 atm

0.02 atm0.086 atm

Distance from arrivalmode 965 ls

71 ls342,000 ls

More measurements

Frutexa

7 speciesClonal range 150 m1.6 M – 10.3 M cr

Woody shrub-like photosynthetic organisms adapted to extreme environments. They anchor into rocky terrain using deep root structures and survive strong temperature fluctuations and low-light conditions. Highly widespread across the galaxy.

Atmosphere: Thin atmosphere (required for all species)
Body: Rocky, High Metal Content
Gravity: up to 0.275 g

Colour follows the parent star

B Lime
F Green
G Emerald
M Grey
L Teal
D Indigo
N Red
TTS Mauve

Frutexa acus

7.8 M cr38.9 M first footfall

Spiny, needle-like structures adapted for CO2-rich cold worlds.

Atmosphere: Carbon Dioxide
Body: Rocky
Gravity: up to 0.275 g

Measured on 4,155 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Carbon dioxide 100%
No atmosphere <1%
Thin Ammonia <1%
Volcanism: No volcanism 100%
Host star: F 53%
G 31%
Y 9%
M 4%
Other 3%

Tidally locked on 48% of them.

Surface temperaturemode 164 K

147 K195 K

Gravitymode 0.14 g

0.041 g0.24 g

Surface pressuremode 0.0057 atm

0.0012 atm0.099 atm

Distance from arrivalmode 2,592 ls

117 ls553,600 ls

More measurements

Frutexa collum

1.6 M cr8.2 M first footfall

Column-like growth structure thriving in sulphur dioxide atmospheres.

Atmosphere: Sulphur Dioxide
Body: Rocky, High Metal Content
Gravity: up to 0.275 g

Measured on 155 bodies where it was confirmed

Body: Rocky 94%
High metal content 6%
Atmosphere: Thin Sulphur dioxide 100%
Volcanism: No volcanism 97%
Metallic Magma 2%
Minor Metallic Magma 1%
Host star: Y 39%
F 26%
G 25%
M 8%
Other 3%

Tidally locked on 54% of them.

Surface temperaturemode 133 K

132 K167 K

Gravitymode 0.24 g

0.047 g0.27 g

Surface pressuremode 0.0011 atm

0.00099 atm0.0054 atm

Distance from arrivalmode 3,909 ls

233 ls636,600 ls

More measurements

Frutexa fera

1.6 M cr8.2 M first footfall

Wild, sprawling growth pattern found in cold CO2 atmospheres.

Atmosphere: Carbon Dioxide
Body: Rocky
Gravity: up to 0.275 g

Measured on 635 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 46%
G 34%
Y 9%
M 7%
Other 4%

Tidally locked on 70% of them.

Surface temperaturemode 166 K

148 K195 K

Gravitymode 0.22 g

0.042 g0.23 g

Surface pressuremode 0.091 atm

0.0033 atm0.099 atm

Distance from arrivalmode 1,457 ls

159 ls379,000 ls

More measurements

Frutexa flabellum

1.8 M cr9.0 M first footfall

Fan-shaped shrub structure adapted to ammonia-rich environments.

Atmosphere: Ammonia
Body: Rocky
Gravity: up to 0.275 g

Measured on 901 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Ammonia 100%
No atmosphere <1%
Volcanism: No volcanism 100%
Major Silicate Vapour Geysers <1%
Host star: F 47%
G 29%
Y 17%
M 4%
Other 3%

Tidally locked on 55% of them.

Surface temperaturemode 168 K

152 K224 K

Gravitymode 0.13 g

0.041 g0.27 g

Surface pressuremode 0.0013 atm

0.00099 atm0.013 atm

Distance from arrivalmode 2,209 ls

102 ls569,500 ls

More measurements

Frutexa flammasis

10.3 M cr51.6 M first footfall

Dense branching structure optimized for ammonia atmospheres.

Atmosphere: Ammonia
Body: Rocky
Gravity: up to 0.275 g

Measured on 990 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Ammonia 100%
Thin Carbon dioxide <1%
Volcanism: No volcanism 100%
Minor Rocky Magma <1%
Host star: F 46%
G 30%
Y 12%
M 9%
Other 4%

Tidally locked on 63% of them.

Surface temperaturemode 168 K

152 K186 K

Gravitymode 0.13 g

0.042 g0.27 g

Surface pressuremode 0.0011 atm

0.00099 atm0.043 atm

Distance from arrivalmode 2,149 ls

104 ls548,400 ls

More measurements

Frutexa metallicum

1.6 M cr8.2 M first footfall

Heavy, mineral-enriched variant capable of surviving harsh metallic environments.

Atmosphere: Ammonia, Carbon Dioxide
Body: High Metal Content
Gravity: up to 0.275 g

Measured on 1,195 bodies where it was confirmed

Body: High metal content 100%
Atmosphere: Thin Carbon dioxide 51%
Thin Ammonia 48%
Thin Water <1%
Volcanism: No volcanism 100%
Host star: M 53%
L 32%
F 11%
G 2%
Other 2%

Tidally locked on 33% of them.

Surface temperaturemode 167 K

150 K399 K

Gravitymode 0.18 g

0.046 g0.27 g

Surface pressuremode 0.0031 atm

0.001 atm0.099 atm

Distance from arrivalmode 150 ls

19 ls546,900 ls

More measurements

Frutexa sponsae

6.0 M cr29.9 M first footfall

Delicate branching form adapted to water-based atmospheres.

Atmosphere: Water
Body: Rocky
Gravity: up to 0.275 g

Measured on 825 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Water 100%
Volcanism: No volcanism 99%
Minor Water Magma <1%
Host star: F 42%
G 22%
Neutron star 21%
B 9%
Other 6%

Tidally locked on 63% of them.

Surface temperaturemode 416 K

395 K452 K

Gravitymode 0.048 g

0.04 g0.055 g

Surface pressuremode 0.079 atm

0.055 atm0.099 atm

Distance from arrivalmode 385 ls

75 ls497,700 ls

More measurements

Fumerola

4 speciesClonal range 100 m6.3 M – 16.2 M cr

Chemosynthetic and thermosynthetic extremophile organisms that grow on fumaroles and volcanic vents. They derive energy from geothermal activity and often incorporate mineral deposits from vent ejecta, giving them semi-inorganic appearances.

Body: Icy, Rocky, Rocky Ice, High Metal Content
Gravity: up to 0.275 g

Colour follows the body’s geology

Cadmium Green
Mercury Yellow
Molybdenum Cyan
Niobium Gold
Tungsten Cobalt
Tin Orange
Iron White
Silicates Lime
Carbon compounds Teal

Fumerola aquatis

6.3 M cr31.4 M first footfall

Water-volcanism adapted variant forming dark clustered folds that trap geothermal heat.

Body: Icy, Rocky Ice
Gravity: up to 0.275 g
Volcanism: required

Measured on 64 bodies where it was confirmed

Body: Icy 81%
Rocky 19%
Atmosphere: Thin Argon 64%
Thin Water 11%
Thin Sulphur dioxide 9%
Thin Ammonia 8%
Other 8%
Volcanism: Major Water Geysers 64%
Minor Water Magma 20%
Water Geysers 8%
Major Water Magma 6%
Other 2%
Host star: M 37%
K 24%
F 11%
L 8%
Other 21%

Tidally locked on 63% of them.

Surface temperaturemode 90 K

58 K441 K

Gravitymode 0.19 g

0.044 g0.27 g

Surface pressuremode 0.0029 atm

0.0016 atm0.095 atm

Distance from arrivalmode 162,600 ls

9 ls266,400 ls

More measurements

Fumerola carbosis

6.3 M cr31.4 M first footfall

Thin tubular structures adapted to carbon and methane volcanic emissions.

Body: Icy, Rocky Ice
Gravity: up to 0.275 g
Volcanism: required

Measured on 47 bodies where it was confirmed

Body: Icy 98%
Rocky ice 2%
Atmosphere: Thin Methane 49%
Thin Argon 32%
Thin Sulphur dioxide 15%
Thin Oxygen 2%
Other 2%
Volcanism: Minor Methane Magma 49%
Minor Carbon Dioxide Geysers 32%
Carbon Dioxide Geysers 19%
Host star: M 34%
K 32%
G 11%
L 9%
Other 14%

Tidally locked on 57% of them.

Surface temperaturemode 103 K

58 K253 K

Gravitymode 0.041 g

0.029 g0.27 g

Surface pressuremode 0.081 atm

0.0012 atm0.096 atm

Distance from arrivalmode 1,196 ls

16 ls113,100 ls

More measurements

Fumerola extremus

16.2 M cr81.0 M first footfall

Highly adaptive variant found on silicate, iron, and rocky volcanism zones. Exhibits strong environmental plasticity.

Body: Rocky, High Metal Content
Gravity: up to 0.275 g
Volcanism: required

Measured on 154 bodies where it was confirmed

Body: Rocky 97%
High metal content 2%
Rocky ice 1%
Atmosphere: Thin Methane 82%
Thin Ammonia 12%
Thin Sulphur dioxide 6%
Hot thin Carbon dioxide <1%
Volcanism: Major Silicate Vapour Geysers 55%
Metallic Magma 15%
Minor Metallic Magma 14%
Minor Silicate Vapour Geysers 7%
Other 8%
Host star: Y 44%
K 21%
M 14%
T 7%
Other 14%

Tidally locked on 75% of them.

Surface temperaturemode 176 K

77.7 K641 K

Gravitymode 0.078 g

0.041 g0.27 g

Surface pressuremode 0.04 atm

0.0015 atm0.098 atm

Distance from arrivalmode 14,190 ls

211 ls575,400 ls

More measurements

Fumerola nitris

7.5 M cr37.5 M first footfall

Ovoid nitrogen-based variant with dotted surface markings, optimized for nitrogen/ammonia vents.

Body: Icy, Rocky Ice
Gravity: up to 0.275 g
Volcanism: required

Measured on 46 bodies where it was confirmed

Body: Icy 100%
Atmosphere: Thin Argon 57%
Thin Methane 41%
Thin Sulphur dioxide 2%
Volcanism: Minor Nitrogen Magma 96%
Minor Ammonia Magma 4%
Host star: M 61%
K 32%
G 2%
White dwarf 2%
Other 2%

Tidally locked on 59% of them.

Surface temperaturemode 55 K

50.4 K219 K

Gravitymode 0.05 g

0.028 g0.25 g

Surface pressuremode 0.0012 atm

0.001 atm0.095 atm

Distance from arrivalmode 1,441 ls

14 ls447,000 ls

More measurements

Fungoida

4 speciesClonal range 300 m1.7 M – 3.7 M cr

Substrate-dependent fungal-like organisms that grow deep within planetary crusts. They extend reproductive structures to the surface, typically in elevated terrain such as mountains, cliffs, and crater edges. Energy is derived from chemosynthetic and thermosynthetic processes within the substrate.

Atmosphere: Thin atmosphere (required for all species)
Body: Rocky, Icy, Rocky Ice
Gravity: up to 0.28 g

Colour follows a material on the body

Cadmium Cyan
Mercury Lime
Molybdenum Mulberry
Niobium Green
Tungsten Orange
Tin Red
Antimony Peach
Polonium White
Ruthenium Magenta
Technetium Gold
Tellurium Yellow
Yttrium Orange

Fungoida bullarum

3.7 M cr18.5 M first footfall

Bubble-like clustered growth structures emerging from a central stalk, adapted for wind-based spore dispersal.

Atmosphere: Argon, Argon-rich
Body: Rocky, Icy, Rocky Ice
Gravity: up to 0.28 g

Measured on 103 bodies where it was confirmed

Body: Rocky ice 98%
Rocky 2%
Atmosphere: Thin Argon 97%
Thin Nitrogen 2%
No atmosphere <1%
Volcanism: No volcanism 99%
Minor Carbon Dioxide Geysers 1%
Host star: M 61%
K 10%
L 9%
F 7%
Other 12%

Tidally locked on 19% of them.

Surface temperaturemode 87 K

50 K161 K

Gravitymode 0.26 g

0.045 g0.27 g

Surface pressuremode 0.0022 atm

0.001 atm0.096 atm

Distance from arrivalmode 337 ls

124 ls342,400 ls

More measurements

Fungoida gelata

3.3 M cr16.7 M first footfall

Jellyfish-like structure emerging from subterranean mass, releasing floating reproductive tissue.

Atmosphere: Carbon Dioxide, Water
Body: Rocky, Icy, Rocky Ice
Gravity: up to 0.28 g
Volcanism: needed in Methane or Ammonia air

Measured on 1,825 bodies where it was confirmed

Body: Rocky 88%
High metal content 12%
Rocky ice <1%
Atmosphere: Thin Carbon dioxide 55%
Thin Water 43%
Thin Methane 1%
Thin Ammonia <1%
Volcanism: No volcanism 97%
Major Silicate Vapour Geysers 2%
Major Metallic Magma <1%
Major Rocky Magma <1%
Host star: F 26%
K 17%
A 12%
G 10%
Other 35%

Tidally locked on 65% of them.

Surface temperaturemode 180 K

81.3 K452 K

Gravitymode 0.052 g

0.041 g0.27 g

Surface pressuremode 0.072 atm

0.0039 atm0.099 atm

Distance from arrivalmode 2,384 ls

22.6 ls575,400 ls

More measurements

Fungoida setisis

1.7 M cr8.4 M first footfall

Vertical clustered stalk formations with detachable spore pods designed for dispersal.

Atmosphere: Ammonia, Methane
Body: Rocky, Icy, Rocky Ice
Gravity: up to 0.28 g

Measured on 2,422 bodies where it was confirmed

Body: Rocky 71%
High metal content 29%
Rocky ice <1%
Atmosphere: Thin Ammonia 97%
Thin Methane 3%
Thin Carbon dioxide <1%
No atmosphere <1%
Volcanism: No volcanism 99%
Minor Rocky Magma <1%
Minor Metallic Magma <1%
Minor Silicate Vapour Geysers <1%
Other <1%
Host star: F 27%
G 17%
M 16%
K 16%
Other 24%

Tidally locked on 52% of them.

Surface temperaturemode 167 K

68.2 K224 K

Gravitymode 0.17 g

0.042 g0.27 g

Surface pressuremode 0.0013 atm

0.00099 atm0.098 atm

Distance from arrivalmode 2,246 ls

19 ls569,500 ls

More measurements

Fungoida stabitis

2.7 M cr13.4 M first footfall

Stable column-like growth structure producing dense cylindrical reproductive clusters.

Atmosphere: Carbon Dioxide, Water
Body: Rocky, Icy, Rocky Ice
Gravity: up to 0.28 g
Volcanism: needed in Methane or Ammonia air

Measured on 1,879 bodies where it was confirmed

Body: Rocky 91%
High metal content 9%
Atmosphere: Thin Carbon dioxide 65%
Thin Water 34%
Thin Methane <1%
Thin Ammonia <1%
Volcanism: No volcanism 99%
Major Silicate Vapour Geysers <1%
Host star: F 33%
G 18%
K 15%
Y 13%
Other 22%

Tidally locked on 47% of them.

Surface temperaturemode 180 K

79 K467 K

Gravitymode 0.048 g

0.04 g0.27 g

Surface pressuremode 0.079 atm

0.0012 atm0.099 atm

Distance from arrivalmode 2,091 ls

18 ls515,700 ls

More measurements

Ingensradices

1 species, 0 measured119 k cr

A single-species genus known from one system only, HIP 87621.

Atmosphere: Thin Carbon dioxide (hot)
Body: Rocky, High Metal Content

Ingensradices Unicus

119 k cr595 k first footfall

Known from HIP 87621 alone (Inner Orion Spur): HIP 87621 2 a (high metal content, hot thin carbon dioxide, 642 K) and HIP 87621 1 (rocky, 698 K), both with minor silicate vapour geysers. Sampled like any Odyssey plant, but the game leaves it out of the biological signal count and a DSS never names it.

Atmosphere: Carbon dioxide
Body: Rocky, High Metal Content
Temperature: 600–750 K

Not measured yet: the corpus has not confirmed this species on enough bodies to chart. The published conditions above are what the app predicts from.

Osseus

6 speciesClonal range 800 m1.5 M – 12.9 M cr

Rock-like xenobiological organisms that resemble eroded mineral formations. They grow as semi-solid exoskeletal structures emerging from rocky terrain, often mistaken for geological features. They thrive in low-atmosphere environments and exhibit slow mineral accretion growth.

Atmosphere: Thin atmosphere (required for all species)
Body: Rocky, High Metal Content, Rocky Ice
Gravity: up to 0.275 g

Colour follows the parent star

O Grey
B Lime
A Green
F Yellow
G Teal
K Emerald
M Amethyst
L Orange
T Red
TTS Blue
Y Brown
W Indigo
D White

Osseus cornibus

1.5 M cr7.4 M first footfall

Horn-like branching structures adapted to CO2-rich cold environments.

Atmosphere: Carbon Dioxide, CO2-rich
Body: Rocky, Rocky Ice, High Metal Content
Temperature: 180–195 K
Gravity: up to 0.275 g

Measured on 357 bodies where it was confirmed

Body: Rocky 89%
High metal content 11%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 32%
K 24%
G 19%
Y 15%
Other 10%

Tidally locked on 60% of them.

Surface temperaturemode 180 K

180 K195 K

Gravitymode 0.13 g

0.046 g0.27 g

Surface pressuremode 0.029 atm

0.027 atm0.099 atm

Distance from arrivalmode 2,047 ls

395 ls425,800 ls

More measurements

Osseus discus

12.9 M cr64.7 M first footfall

Wide disk-shaped mineral organism forming layered bio-rock plates.

Atmosphere: Water, Water-rich
Body: Rocky, Rocky Ice
Gravity: up to 0.275 g
Pressure: at least 0.009 atm

Measured on 1,346 bodies where it was confirmed

Body: Rocky 91%
High metal content 9%
Rocky ice <1%
Atmosphere: Thin Water 95%
Thin Methane 4%
Thin Ammonia 1%
Hot thin Carbon dioxide <1%
Other <1%
Volcanism: No volcanism 92%
Major Silicate Vapour Geysers 4%
Metallic Magma 1%
Minor Water Magma <1%
Other 2%
Host star: F 23%
A 17%
Neutron star 15%
G 13%
Other 31%

Tidally locked on 61% of them.

Surface temperaturemode 425 K

80.8 K641 K

Gravitymode 0.052 g

0.04 g0.27 g

Surface pressuremode 0.079 atm

0.0026 atm0.099 atm

Distance from arrivalmode 1,963 ls

18.7 ls457,900 ls

More measurements

Osseus fractus

4.0 M cr20.1 M first footfall

Fragmented, broken crystalline formations resembling shattered rock spines.

Atmosphere: Carbon Dioxide, CO2-rich
Body: Rocky, Rocky Ice
Temperature: 180–190 K
Gravity: up to 0.275 g

Measured on 1,054 bodies where it was confirmed

Body: Rocky 85%
High metal content 15%
Atmosphere: Thin Carbon dioxide 100%
Thin Ammonia <1%
Volcanism: No volcanism 100%
Host star: F 39%
K 20%
Y 17%
G 15%
Other 9%

Tidally locked on 46% of them.

Surface temperaturemode 180 K

158 K190 K

Gravitymode 0.19 g

0.042 g0.27 g

Surface pressuremode 0.07 atm

0.0012 atm0.099 atm

Distance from arrivalmode 2,091 ls

421 ls515,700 ls

More measurements

Osseus pellebantus

9.7 M cr48.7 M first footfall

Smooth, rounded mineral growths with dense external layering.

Atmosphere: Carbon Dioxide, CO2-rich
Body: Rocky, Rocky Ice
Temperature: 190–195 K
Gravity: up to 0.275 g

Measured on 586 bodies where it was confirmed

Body: Rocky 77%
High metal content 23%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 37%
K 27%
Y 16%
G 13%
Other 7%

Tidally locked on 48% of them.

Surface temperaturemode 191 K

191 K195 K

Gravitymode 0.21 g

0.042 g0.27 g

Surface pressuremode 0.084 atm

0.058 atm0.099 atm

Distance from arrivalmode 1,750 ls

386 ls451,400 ls

More measurements

Osseus pumice

3.2 M cr15.8 M first footfall

Lightweight porous structures resembling volcanic pumice stone formations.

Atmosphere: Methane, Argon, Nitrogen
Body: Rocky, High Metal Content, Rocky Ice
Gravity: up to 0.275 g

Measured on 290 bodies where it was confirmed

Body: Rocky 55%
Rocky ice 44%
High metal content <1%
Atmosphere: Thin Methane 48%
Thin Argon 42%
Thin Nitrogen 10%
Thin Argon-rich <1%
Volcanism: No volcanism 74%
Major Silicate Vapour Geysers 15%
Metallic Magma 3%
Minor Metallic Magma 3%
Other 4%
Host star: Y 33%
M 31%
K 14%
T 8%
Other 14%

Tidally locked on 46% of them.

Surface temperaturemode 48 K

45.5 K125 K

Gravitymode 0.078 g

0.045 g0.28 g

Surface pressuremode 0.04 atm

0.001 atm0.098 atm

Distance from arrivalmode 14,190 ls

208 ls342,400 ls

More measurements

Osseus spiralis

2.4 M cr12.0 M first footfall

Coiled spiral-shaped mineral organism adapted to ammonia-rich environments.

Atmosphere: Ammonia
Body: Rocky, Rocky Ice
Gravity: up to 0.275 g
Volcanism: usually none

Measured on 1,983 bodies where it was confirmed

Body: Rocky 82%
High metal content 18%
Atmosphere: Thin Ammonia 100%
Thin Carbon dioxide <1%
No atmosphere <1%
Volcanism: No volcanism 100%
Minor Water Magma <1%
Minor Metallic Magma <1%
Host star: F 39%
G 21%
K 18%
Y 12%
Other 10%

Tidally locked on 54% of them.

Surface temperaturemode 168 K

160 K224 K

Gravitymode 0.13 g

0.042 g0.28 g

Surface pressuremode 0.0015 atm

0.00099 atm0.069 atm

Distance from arrivalmode 1,294 ls

133 ls548,400 ls

More measurements

Recepta

3 speciesClonal range 150 m12.9 M – 16.2 M cr

Highly advanced extremophile organisms that construct semi-enclosed protective bio-spheres. They regulate internal chemistry, temperature, and atmosphere by building a translucent shell around a central organism. Growth is slow and layered, resulting in very old and complex structures.

Atmosphere: Thin atmosphere (required for all species)
Body: Icy, Rocky Ice, Rocky, High Metal Content
Gravity: up to 0.275 g

Colour follows a material on the body

Antimony Lime
Polonium White
Ruthenium Cyan
Technetium Aquamarine
Tellurium Green
Yttrium Yellow
Cadmium Red
Mercury Gold
Molybdenum Orange
Niobium Mulberry
Tungsten Red
Tin Teal

Recepta conditivus

14.3 M cr71.6 M first footfall

Sphere-encased organism suspended in a fluid-filled protective membrane with active chemical regulation.

Atmosphere: Sulphur Dioxide
Body: Icy, Rocky Ice
Gravity: up to 0.275 g

Measured on 86 bodies where it was confirmed

Body: Rocky 56%
Icy 41%
High metal content 2%
Rocky ice 1%
Atmosphere: Thin Sulphur dioxide 91%
Thin Carbon dioxide 7%
Thin Oxygen 2%
Volcanism: No volcanism 95%
Minor Metallic Magma 2%
Water Geysers 2%
Major Water Geysers 2%
Host star: F 24%
Y 22%
K 21%
G 12%
Other 21%

Tidally locked on 51% of them.

Surface temperaturemode 133 K

132 K271 K

Gravitymode 0.24 g

0.047 g0.27 g

Surface pressuremode 0.06 atm

0.001 atm0.091 atm

Distance from arrivalmode 1,727 ls

9 ls397,600 ls

More measurements

Recepta deltahedronix

16.2 M cr81.0 M first footfall

Deltahedron lattice structure forming an external thermal capture framework around a central organism.

Atmosphere: Sulphur Dioxide
Body: Rocky, High Metal Content, Icy
Gravity: up to 0.275 g

Measured on 175 bodies where it was confirmed

Body: Rocky 90%
High metal content 5%
Icy 5%
Atmosphere: Thin Sulphur dioxide 79%
Thin Carbon dioxide 21%
Volcanism: No volcanism 88%
Major Water Geysers 3%
Metallic Magma 2%
Water Geysers 2%
Other 5%
Host star: Y 32%
G 22%
F 19%
K 17%
Other 11%

Tidally locked on 59% of them.

Surface temperaturemode 133 K

132 K219 K

Gravitymode 0.073 g

0.044 g0.27 g

Surface pressuremode 0.001 atm

0.00099 atm0.096 atm

Distance from arrivalmode 2,140 ls

14 ls636,600 ls

More measurements

Recepta umbrux

12.9 M cr64.7 M first footfall

Membrane-stabilized lattice organism adapted for low-light photosynthesis through semi-transparent shielding layers.

Atmosphere: Sulphur Dioxide
Body: Icy, Rocky Ice, Rocky body
Gravity: up to 0.275 g

Measured on 217 bodies where it was confirmed

Body: Rocky 69%
Icy 22%
Rocky ice 6%
High metal content 4%
Atmosphere: Thin Sulphur dioxide 85%
Thin Carbon dioxide 14%
Thin Oxygen 1%
Volcanism: No volcanism 94%
Minor Carbon Dioxide Geysers 2%
Carbon Dioxide Geysers 1%
Minor Silicate Vapour Geysers 1%
Other 1%
Host star: K 22%
Y 21%
F 17%
G 16%
Other 24%

Tidally locked on 67% of them.

Surface temperaturemode 134 K

132 K253 K

Gravitymode 0.24 g

0.041 g0.28 g

Surface pressuremode 0.0059 atm

0.00099 atm0.096 atm

Distance from arrivalmode 1,225 ls

32.2 ls508,300 ls

More measurements

Sinuous Tuber

8 species, 5 measuredClonal range 100 m1.5 M cr

Fungal macro-organisms that grow on airless planetary surfaces with volcanic activity. They form tubular, branching surface structures that represent only the exposed portion of a larger subsurface organism. Their morphology varies significantly based on volcanism type and planetary composition.

Atmosphere: None or thin (carbon dioxide, sulphur dioxide)
Body: Rocky, High Metal Content

Colour follows the body’s geology

Silicate Magma Rose / Pink variants
Metallic volcanism Blue / Cyan variants
Mixed volcanism Green variants
High Metal Content influence Purple / Violet variants
Default rocky volcanism White / Grey variants

Sinuous Tubers Albidum

1.5 M cr7.6 M first footfall

Pale tubular structures adapted to generic rocky volcanic environments.

Atmosphere: None, Carbon dioxide, Sulphur dioxide
Body: Rocky, High Metal Content
Temperature: 200–500 K
Volcanism: required
Location: Core: 91-96 % of its EDAstro codex systems lie within 10,000 ly of Sgr A*, 99 % within 15-19.5 kly (EDAstro codex-data 2026-09-28).

Measured on 2 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: No atmosphere 100%
Volcanism: Major Silicate Vapour Geysers 50%
Minor Rocky Magma 50%
Host star: Y 50%
F 50%

Tidally locked on 100% of them.

Surface temperaturemode 279 K

224 K279 K

Gravitymode 0.066 g

0.066 g0.11 g

Distance from arrivalmode 1,431 ls

1,431 ls1,501 ls

More measurements

Sinuous Tubers Blatteum

1.5 M cr7.6 M first footfall

Dark clustered tubular formations commonly found on metal-rich volcanic worlds.

Atmosphere: None, Carbon dioxide, Sulphur dioxide
Body: Rocky, High Metal Content
Temperature: 200–500 K
Volcanism: required
Location: Core ring, not the core: median 12-15 kly from Sgr A*, 6-21 kly across its EDAstro codex systems (2026-09-28), only 15-25 % within 10 kly.

Not measured yet: the corpus has not confirmed this species on enough bodies to chart. The published conditions above are what the app predicts from.

Sinuous Tubers Caeruleum

1.5 M cr7.6 M first footfall

Blue-hued tubular fungal structures linked to silicate-rich volcanism.

Atmosphere: None, Carbon dioxide, Sulphur dioxide
Body: Rocky, High Metal Content
Temperature: 200–500 K
Volcanism: required
Location: Core: 91-96 % of its EDAstro codex systems lie within 10,000 ly of Sgr A*, 99 % within 15-19.5 kly (EDAstro codex-data 2026-09-28).

Measured on 33 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: No atmosphere 100%
Volcanism: Major Silicate Vapour Geysers 97%
Major Metallic Magma 3%
Host star: F 29%
L 19%
Y 19%
G 10%
Other 23%

Tidally locked on 67% of them.

Surface temperaturemode 213 K

200 K466 K

Gravitymode 0.054 g

0.044 g0.22 g

Distance from arrivalmode 955 ls

260 ls314,900 ls

More measurements

Sinuous Tubers Lindigoticum

1.5 M cr7.6 M first footfall

Deep indigo branching tubers forming dense underground-linked colonies.

Atmosphere: None, Carbon dioxide, Sulphur dioxide
Body: Rocky, High Metal Content
Temperature: 200–500 K
Volcanism: required
Location: Core ring, not the core: median 12-15 kly from Sgr A*, 6-21 kly across its EDAstro codex systems (2026-09-28), only 15-25 % within 10 kly.

Not measured yet: the corpus has not confirmed this species on enough bodies to chart. The published conditions above are what the app predicts from.

Sinuous Tubers Prasinum

1.5 M cr7.6 M first footfall

Green-tinted variant associated with mixed volcanic mineral deposits.

Atmosphere: None, Carbon dioxide, Sulphur dioxide
Body: Rocky, High Metal Content
Temperature: 200–500 K
Volcanism: required
Location: Core: 91-96 % of its EDAstro codex systems lie within 10,000 ly of Sgr A*, 99 % within 15-19.5 kly (EDAstro codex-data 2026-09-28).

Measured on 52 bodies where it was confirmed

Body: High metal content 98%
Rocky 2%
Atmosphere: No atmosphere 75%
Thin Carbon dioxide 15%
Thin Carbon dioxide-rich 6%
Thin Sulphur dioxide 4%
Volcanism: Major Rocky Magma 62%
Major Silicate Vapour Geysers 38%
Host star: F 27%
L 19%
M 15%
A 13%
Other 25%

Tidally locked on 69% of them.

Surface temperaturemode 256 K

208 K496 K

Gravitymode 0.99 g

0.053 g2.99 g

Surface pressuremode 0 atm

0 atm0.052 atm

Distance from arrivalmode 13,580 ls

48.5 ls186,300 ls

More measurements

Sinuous Tubers Roseum

1.5 M cr7.6 M first footfall

Pink/red variant strongly linked to silicate magma volcanism zones.

Atmosphere: None, Carbon dioxide, Sulphur dioxide
Body: Rocky, High Metal Content
Temperature: 200–500 K
Volcanism: required
Location: Core: 91-96 % of its EDAstro codex systems lie within 10,000 ly of Sgr A*, 99 % within 15-19.5 kly (EDAstro codex-data 2026-09-28).

Measured on 30 bodies where it was confirmed

Body: High metal content 67%
Rocky 33%
Atmosphere: No atmosphere 93%
Thin Sulphur dioxide 3%
Thin Oxygen 3%
Volcanism: Major Rocky Magma 43%
Minor Rocky Magma 27%
Major Silicate Vapour Geysers 20%
Rocky Magma 10%
Host star: L 23%
F 23%
M 16%
K 10%
Other 29%

Tidally locked on 57% of them.

Surface temperaturemode 392 K

205 K496 K

Gravitymode 0.054 g

0.051 g2.85 g

Surface pressuremode 0 atm

0 atm0.021 atm

Distance from arrivalmode 1,501 ls

61 ls528,400 ls

More measurements

Sinuous Tubers Violaceum

1.5 M cr7.6 M first footfall

Violet tubular structures associated with rare metal-rich volcanic substrates.

Atmosphere: None, Carbon dioxide, Sulphur dioxide
Body: Rocky, High Metal Content
Temperature: 200–500 K
Volcanism: required
Location: Core ring, not the core: median 12-15 kly from Sgr A*, 6-21 kly across its EDAstro codex systems (2026-09-28), only 15-25 % within 10 kly.

Not measured yet: the corpus has not confirmed this species on enough bodies to chart. The published conditions above are what the app predicts from.

Sinuous Tubers Viride

1.5 M cr7.6 M first footfall

Green branching variants typically found in mixed mineral volcanic environments.

Atmosphere: None, Carbon dioxide, Sulphur dioxide
Body: Rocky, High Metal Content
Temperature: 200–500 K
Volcanism: required
Location: Core ring, not the core: median 12-15 kly from Sgr A*, 6-21 kly across its EDAstro codex systems (2026-09-28), only 15-25 % within 10 kly.

Measured on 1 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: No atmosphere 100%
Volcanism: Major Silicate Vapour Geysers 100%
Host star: B 100%

Tidally locked on 0% of them.

Surface temperaturemode 403 K

403 K403 K

Range only: 1 body, no histogram yet

Gravitymode 0.11 g

0.11 g0.11 g

Range only: 1 body, no histogram yet

Surface pressuremode 0 atm

0 atm0 atm

Range only: 1 body, no histogram yet

Distance from arrivalmode 2,036 ls

2,036 ls2,036 ls

Range only: 1 body, no histogram yet

More measurements

Stratum

8 speciesClonal range 500 m1.4 M – 19.0 M cr

Low-lying photosynthetic organisms that form tightly bonded colonies on rocky and metallic surfaces. The organism partially embeds into subsurface rock layers for protection, exposing only photosynthetic proto-leaves. Their evolution is primitive but highly successful, making them one of the most common xenobiological genera.

Atmosphere: Thin atmosphere (required for all species)
Body: Rocky, High Metal Content

Colour follows the parent star

F Emerald
K Lime
M Green
L Turquoise
T Grey
TTS Amethyst
Y Indigo
W Red
D Mauve

Stratum araneamus

2.4 M cr12.2 M first footfall

Octopoid-like structure with semi-translucent domes and exposed photosynthetic tentacle-like extensions.

Atmosphere: Sulphur Dioxide
Body: Rocky
Temperature: at least 165 K

Measured on 56 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Sulphur dioxide 100%
Volcanism: No volcanism 92%
Metallic Magma 4%
Minor Metallic Magma 4%
Host star: Y 37%
A 31%
Neutron star 11%
M 9%
Other 11%

Tidally locked on 50% of them.

Surface temperaturemode 181 K

165 K371 K

Gravitymode 0.53 g

0.28 g0.53 g

Surface pressuremode 0.0049 atm

0.001 atm0.036 atm

Distance from arrivalmode 4,826 ls

619 ls55,130 ls

More measurements

Stratum cucumisis

16.2 M cr81.0 M first footfall

Elongated ovoid formations connected across terrain, forming linear biological chains.

Atmosphere: Sulphur Dioxide, Carbon Dioxide
Body: Rocky
Temperature: at least 190 K

Measured on 324 bodies where it was confirmed

Body: Rocky 100%
Icy <1%
Atmosphere: Thin Carbon dioxide 58%
Thin Sulphur dioxide 41%
No atmosphere <1%
Thin Carbon dioxide-rich <1%
Volcanism: No volcanism 98%
Minor Metallic Magma <1%
Minor Silicate Vapour Geysers <1%
Major Silicate Vapour Geysers <1%
Host star: F 40%
K 26%
Y 25%
M 5%
Other 6%

Tidally locked on 60% of them.

Surface temperaturemode 191 K

74 K371 K

Gravitymode 0.41 g

0.042 g0.53 g

Surface pressuremode 0.0014 atm

0.00099 atm0.098 atm

Distance from arrivalmode 184 ls

97 ls496,700 ls

More measurements

Stratum excutitus

2.4 M cr12.2 M first footfall

Concentric ring-patterned organism with mottled proto-leaf structures in darker hues.

Atmosphere: Sulphur Dioxide, Carbon Dioxide
Body: Rocky
Temperature: 165–190 K

Measured on 1,057 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Carbon dioxide 98%
Thin Sulphur dioxide 2%
Volcanism: No volcanism 100%
Host star: F 59%
K 22%
Y 13%
M 4%
Other 2%

Tidally locked on 48% of them.

Surface temperaturemode 165 K

165 K190 K

Gravitymode 0.072 g

0.044 g0.38 g

Surface pressuremode 0.0095 atm

0.0015 atm0.098 atm

Distance from arrivalmode 2,356 ls

153 ls519,900 ls

More measurements

Stratum frigus

2.6 M cr13.2 M first footfall

Broad interconnected ridge structures optimized for low-temperature environments.

Atmosphere: Sulphur Dioxide, Carbon Dioxide
Body: Rocky
Temperature: at least 190 K

Measured on 28 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Carbon dioxide 82%
Thin Sulphur dioxide 18%
Volcanism: No volcanism 100%
Host star: F 64%
K 14%
Y 7%
T 7%
Other 7%

Tidally locked on 54% of them.

Surface temperaturemode 192 K

192 K285 K

Gravitymode 0.21 g

0.18 g0.46 g

Surface pressuremode 0.085 atm

0.0011 atm0.098 atm

Distance from arrivalmode 3,544 ls

706 ls196,800 ls

More measurements

Stratum laminamus

2.8 M cr13.9 M first footfall

Layered plateau-like organism forming overlapping mineral-rich sheets.

Atmosphere: Ammonia
Body: Rocky
Temperature: at least 165 K

Measured on 258 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Ammonia 100%
Volcanism: No volcanism 99%
Minor Water Magma <1%
Major Silicate Vapour Geysers <1%
Minor Metallic Magma <1%
Host star: F 49%
K 23%
Y 20%
M 5%
Other 3%

Tidally locked on 54% of them.

Surface temperaturemode 167 K

165 K176 K

Gravitymode 0.17 g

0.042 g0.33 g

Surface pressuremode 0.0011 atm

0.001 atm0.013 atm

Distance from arrivalmode 3,212 ls

235 ls457,800 ls

More measurements

Stratum limaxus

1.4 M cr6.8 M first footfall

Separated ovoid surface projections linked to a larger subterranean organism.

Atmosphere: Sulphur Dioxide, Carbon Dioxide
Body: Rocky
Temperature: 165–190 K

Measured on 419 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Carbon dioxide 97%
Thin Sulphur dioxide 3%
Volcanism: No volcanism 100%
Minor Silicate Vapour Geysers <1%
Host star: F 48%
K 31%
Y 13%
M 6%
Other 2%

Tidally locked on 66% of them.

Surface temperaturemode 166 K

165 K190 K

Gravitymode 0.15 g

0.044 g0.38 g

Surface pressuremode 0.043 atm

0.0012 atm0.097 atm

Distance from arrivalmode 3,069 ls

90 ls494,500 ls

More measurements

Stratum paleas

1.4 M cr6.8 M first footfall

Vine-like overlapping growths with irregular banded coloration patterns.

Atmosphere: Ammonia, Water, Carbon Dioxide
Body: Rocky
Temperature: at least 165 K

Measured on 3,167 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Carbon dioxide 66%
Thin Ammonia 19%
Thin Water 15%
Thin Carbon dioxide-rich <1%
Other <1%
Volcanism: No volcanism 100%
Minor Water Magma <1%
Minor Rocky Magma <1%
Metallic Magma <1%
Other <1%
Host star: F 55%
K 26%
Y 12%
M 6%
Other 1%

Tidally locked on 58% of them.

Surface temperaturemode 168 K

158 K450 K

Gravitymode 0.086 g

0.041 g0.53 g

Surface pressuremode 0.0083 atm

0.00099 atm0.099 atm

Distance from arrivalmode 2,942 ls

75 ls597,200 ls

More measurements

Stratum tectonicas

19.0 M cr95.1 M first footfall

Thick rock-like biological structure covered in irregular photosynthetic lattice cells.

Atmosphere: Oxygen, Ammonia, Water, Carbon Dioxide, Sulphur Dioxide
Body: High Metal Content
Temperature: at least 165 K
Gravity: up to 0.61 g

Measured on 5,621 bodies where it was confirmed

Body: High metal content 100%
Atmosphere: Thin Carbon dioxide 36%
Thin Sulphur dioxide 33%
Thin Ammonia 26%
Thin Water 3%
Other <1%
Volcanism: No volcanism 99%
Major Silicate Vapour Geysers <1%
Major Rocky Magma <1%
Minor Metallic Magma <1%
Other <1%
Host star: M 41%
K 28%
L 16%
F 10%
Other 5%

Tidally locked on 38% of them.

Surface temperaturemode 171 K

165 K450 K

Gravitymode 0.41 g

0.046 g0.6 g

Surface pressuremode 0.0021 atm

0.00099 atm0.099 atm

Distance from arrivalmode 364 ls

17 ls597,500 ls

More measurements

Tubus

5 speciesClonal range 800 m2.4 M – 11.9 M cr

Highly specialised columnar biological organisms that grow in thin-atmosphere environments. They form tall vertical structures composed of layered, leaf-like modules that create internal chimneys for controlled atmospheric circulation. Some species exhibit external ring structures that indicate age progression.

Atmosphere: Thin atmosphere (required for all species)
Body: Rocky, High Metal Content
Temperature: 160–195 K
Gravity: up to 0.15 g

Colour follows the parent star

B Emerald
A Indigo
F Grey
G Red
K Maroon
M Teal
L Turquoise
T Mauve
TTS Ocher
N Amethyst

Tubus cavas

11.9 M cr59.4 M first footfall

Vertical stalk system composed of pale segmented tubes with internal gas exchange cavities.

Atmosphere: Carbon Dioxide
Body: Rocky
Temperature: 160–195 K
Gravity: up to 0.15 g

Measured on 1,669 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 36%
K 26%
G 20%
A 8%
Other 10%

Tidally locked on 69% of them.

Surface temperaturemode 164 K

160 K195 K

Gravitymode 0.092 g

0.041 g0.15 g

Surface pressuremode 0.016 atm

0.0037 atm0.096 atm

Distance from arrivalmode 2,191 ls

90 ls553,600 ls

More measurements

Tubus compagibus

7.8 M cr38.9 M first footfall

Highly segmented tubular structure with dense interlocking fronds between growth modules.

Atmosphere: Carbon Dioxide
Body: Rocky
Temperature: 160–195 K
Gravity: up to 0.15 g

Measured on 2,612 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Carbon dioxide 100%
No atmosphere <1%
Volcanism: No volcanism 100%
Host star: F 47%
G 27%
K 14%
Y 4%
Other 9%

Tidally locked on 51% of them.

Surface temperaturemode 165 K

150 K224 K

Gravitymode 0.072 g

0.041 g0.18 g

Surface pressuremode 0.0095 atm

0.0031 atm0.098 atm

Distance from arrivalmode 2,912 ls

110 ls519,900 ls

More measurements

Tubus conifer

2.4 M cr12.1 M first footfall

Tall hollow cylindrical structures capped with inverted crowns for wide-area seed dispersal.

Atmosphere: Carbon Dioxide
Body: Rocky
Temperature: 160–195 K
Gravity: up to 0.15 g

Measured on 411 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 33%
G 31%
K 22%
Y 5%
Other 10%

Tidally locked on 64% of them.

Surface temperaturemode 163 K

160 K195 K

Gravitymode 0.13 g

0.044 g0.15 g

Surface pressuremode 0.0083 atm

0.0036 atm0.096 atm

Distance from arrivalmode 2,714 ls

248 ls597,200 ls

More measurements

Tubus rosarium

2.6 M cr13.2 M first footfall

Compact tubular spires with explosive reproductive pods distributed along upper segments.

Atmosphere: Ammonia
Body: Rocky
Temperature: 160–190 K
Gravity: up to 0.15 g

Measured on 398 bodies where it was confirmed

Body: Rocky 100%
Atmosphere: Thin Ammonia 100%
Volcanism: No volcanism 98%
Minor Water Magma <1%
Major Silicate Vapour Geysers <1%
Minor Rocky Magma <1%
Other <1%
Host star: F 40%
G 25%
K 15%
A 7%
Other 13%

Tidally locked on 68% of them.

Surface temperaturemode 168 K

160 K177 K

Gravitymode 0.061 g

0.042 g0.16 g

Surface pressuremode 0.001 atm

0.00099 atm0.013 atm

Distance from arrivalmode 2,635 ls

102 ls548,400 ls

More measurements

Tubus sororibus

5.7 M cr28.6 M first footfall

Clustered hollow stalk structures forming grouped vertical colonies with capped reproductive growth.

Atmosphere: Carbon Dioxide, Ammonia
Body: High Metal Content
Temperature: 160–190 K
Gravity: up to 0.15 g

Measured on 168 bodies where it was confirmed

Body: High metal content 100%
Atmosphere: Thin Carbon dioxide 92%
Thin Ammonia 8%
Volcanism: No volcanism 98%
Major Rocky Magma <1%
Major Silicate Vapour Geysers <1%
Host star: M 33%
L 27%
T 16%
K 15%
Other 9%

Tidally locked on 30% of them.

Surface temperaturemode 167 K

160 K190 K

Gravitymode 0.13 g

0.049 g0.15 g

Surface pressuremode 0.024 atm

0.001 atm0.096 atm

Distance from arrivalmode 10,270 ls

67 ls399,000 ls

More measurements

Tussock

15 speciesClonal range 200 m1.0 M – 19.0 M cr

Robust photosynthetic grass-like organisms forming clumped colonies across flat and gently sloped terrain. They rely on shallow but stable root systems anchored in solid ground and propagate through both tillering and spore dispersal mechanisms. Some species exhibit antifreeze cellular adaptations for survival in extreme cold environments.

Atmosphere: Thin atmosphere (required for all species)
Body: Rocky
Gravity: up to 0.275 g

Colour follows the body’s geology

F Yellow
G Lime
K Green
M Emerald
L Sage
T Teal
Y Lime
W Orange
D Maroon
Black Hole Red

Tussock albata

3.3 M cr16.3 M first footfall

Striped leaf structure with bifurcated growth patterns and spore-producing secondary leaves.

Atmosphere: Carbon Dioxide
Body: Rocky
Temperature: 175–180 K
Gravity: up to 0.275 g

Measured on 624 bodies where it was confirmed

Body: Rocky 85%
High metal content 15%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 42%
G 18%
Y 12%
K 12%
Other 15%

Tidally locked on 46% of them.

Surface temperaturemode 175 K

175 K180 K

Gravitymode 0.12 g

0.048 g0.26 g

Surface pressuremode 0.026 atm

0.016 atm0.098 atm

Distance from arrivalmode 2,936 ls

40.6 ls456,700 ls

More measurements

Tussock capillum

7.0 M cr35.1 M first footfall

Dense hair-like clustered leaves with pod-like reproductive structures.

Atmosphere: Argon, Methane
Body: Rocky
Gravity: up to 0.275 g

Measured on 120 bodies where it was confirmed

Body: Rocky ice 73%
Rocky 27%
Atmosphere: Thin Argon 70%
Thin Methane 29%
No atmosphere <1%
Volcanism: No volcanism 81%
Major Silicate Vapour Geysers 12%
Minor Rocky Magma 3%
Minor Metallic Magma 1%
Other 2%
Host star: M 34%
K 18%
L 14%
Y 14%
Other 20%

Tidally locked on 35% of them.

Surface temperaturemode 87 K

80 K161 K

Gravitymode 0.26 g

0.042 g0.27 g

Surface pressuremode 0.0022 atm

0.001 atm0.096 atm

Distance from arrivalmode 3,111 ls

193 ls342,400 ls

More measurements

Tussock caputus

3.5 M cr17.4 M first footfall

Segmented lower leaves with elongated upper structures producing spore clusters.

Atmosphere: Carbon Dioxide
Body: Rocky, High Metal Content
Temperature: 180–190 K
Gravity: up to 0.275 g

Measured on 803 bodies where it was confirmed

Body: Rocky 77%
High metal content 23%
Atmosphere: Thin Carbon dioxide 100%
Thin Ammonia <1%
Volcanism: No volcanism 100%
Host star: F 33%
Y 17%
G 16%
K 16%
Other 18%

Tidally locked on 44% of them.

Surface temperaturemode 182 K

158 K190 K

Gravitymode 0.19 g

0.042 g0.27 g

Surface pressuremode 0.07 atm

0.0012 atm0.099 atm

Distance from arrivalmode 2,091 ls

39 ls515,700 ls

More measurements

Tussock catena

1.8 M cr8.8 M first footfall

Chain-like stalk formations with evenly spaced seed pods.

Atmosphere: Ammonia
Body: Rocky
Gravity: up to 0.275 g

Measured on 890 bodies where it was confirmed

Body: Rocky 75%
High metal content 25%
Atmosphere: Thin Ammonia 100%
Thin Carbon dioxide <1%
Volcanism: No volcanism 99%
Major Silicate Vapour Geysers <1%
Major Rocky Magma <1%
Minor Rocky Magma <1%
Other <1%
Host star: F 35%
G 18%
M 13%
K 13%
Other 21%

Tidally locked on 59% of them.

Surface temperaturemode 166 K

152 K186 K

Gravitymode 0.13 g

0.043 g0.27 g

Surface pressuremode 0.0011 atm

0.00099 atm0.043 atm

Distance from arrivalmode 3,053 ls

60.6 ls548,400 ls

More measurements

Tussock cultro

1.8 M cr8.8 M first footfall

Tall sharp reed-like structures with narrow vertical markings.

Atmosphere: Ammonia
Body: Rocky, High Metal Content
Gravity: up to 0.275 g

Measured on 1,764 bodies where it was confirmed

Body: Rocky 68%
High metal content 32%
Atmosphere: Thin Ammonia 100%
No atmosphere <1%
Thin Carbon dioxide <1%
Volcanism: No volcanism 100%
Minor Water Magma <1%
Minor Metallic Magma <1%
Major Silicate Vapour Geysers <1%
Host star: F 29%
G 18%
K 16%
M 16%
Other 21%

Tidally locked on 48% of them.

Surface temperaturemode 167 K

152 K224 K

Gravitymode 0.13 g

0.042 g0.28 g

Surface pressuremode 0.0013 atm

0.00099 atm0.048 atm

Distance from arrivalmode 2,209 ls

19 ls546,900 ls

More measurements

Tussock divisa

1.8 M cr8.8 M first footfall

Hybrid structure of segmented and elongated leaves with pale spore outputs.

Atmosphere: Ammonia
Body: Rocky, High Metal Content
Gravity: up to 0.275 g

Measured on 68 bodies where it was confirmed

Body: Rocky 51%
High metal content 49%
Atmosphere: Thin Ammonia 100%
Volcanism: No volcanism 100%
Host star: M 25%
K 22%
G 15%
F 12%
Other 26%

Tidally locked on 60% of them.

Surface temperaturemode 172 K

153 K175 K

Gravitymode 0.055 g

0.055 g0.27 g

Surface pressuremode 0.0024 atm

0.00099 atm0.0042 atm

Distance from arrivalmode 3,316 ls

95.5 ls308,200 ls

More measurements

Tussock ignis

1.8 M cr9.2 M first footfall

Dense intertwined leaf clusters with upright seed stalks.

Atmosphere: Carbon Dioxide
Body: Rocky
Temperature: 160–170 K
Gravity: up to 0.275 g

Measured on 1,482 bodies where it was confirmed

Body: Rocky 95%
High metal content 5%
Atmosphere: Thin Carbon dioxide 100%
No atmosphere <1%
Volcanism: No volcanism 100%
Host star: F 48%
G 28%
K 12%
M 5%
Other 7%

Tidally locked on 45% of them.

Surface temperaturemode 164 K

150 K224 K

Gravitymode 0.072 g

0.041 g0.18 g

Surface pressuremode 0.0083 atm

0.0031 atm0.051 atm

Distance from arrivalmode 2,536 ls

133 ls486,000 ls

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Tussock pennata

5.9 M cr29.3 M first footfall

Feather-like seed dispersal structures extending from clustered foliage.

Atmosphere: Carbon Dioxide
Body: Rocky, High Metal Content
Temperature: 145–155 K
Gravity: up to 0.275 g

Measured on 214 bodies where it was confirmed

Body: Rocky 99%
High metal content 1%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: G 44%
F 42%
K 7%
Neutron star 4%
Other 4%

Tidally locked on 49% of them.

Surface temperaturemode 153 K

147 K154 K

Gravitymode 0.05 g

0.042 g0.073 g

Surface pressuremode 0.0049 atm

0.0032 atm0.0099 atm

Distance from arrivalmode 3,417 ls

463 ls309,400 ls

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Tussock pennatis

1.0 M cr5.0 M first footfall

Segmented central stalk surrounded by feather-like growth formations.

Atmosphere: Carbon Dioxide
Body: Rocky
Temperature: 0–195 K
Gravity: up to 0.275 g

Measured on 1,109 bodies where it was confirmed

Body: Rocky 81%
High metal content 19%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 27%
G 24%
K 22%
M 12%
Other 15%

Tidally locked on 66% of them.

Surface temperaturemode 179 K

148 K195 K

Gravitymode 0.21 g

0.041 g0.27 g

Surface pressuremode 0.08 atm

0.0031 atm0.099 atm

Distance from arrivalmode 1,334 ls

79.1 ls519,900 ls

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Tussock propagito

1.0 M cr5.0 M first footfall

Tapered leaf structures with colorful seed pod tips.

Atmosphere: Carbon Dioxide
Body: Rocky, High Metal Content
Temperature: 0–195 K
Gravity: up to 0.275 g

Measured on 2,813 bodies where it was confirmed

Body: Rocky 83%
High metal content 17%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 36%
K 23%
G 18%
M 9%
Other 15%

Tidally locked on 62% of them.

Surface temperaturemode 180 K

147 K195 K

Gravitymode 0.14 g

0.041 g0.27 g

Surface pressuremode 0.034 atm

0.0032 atm0.099 atm

Distance from arrivalmode 2,290 ls

37 ls519,900 ls

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Tussock serrati

4.4 M cr22.2 M first footfall

Serrated leaf structures with dark reproductive pods.

Atmosphere: Carbon Dioxide
Body: Rocky
Temperature: 170–175 K
Gravity: up to 0.275 g

Measured on 458 bodies where it was confirmed

Body: Rocky 88%
High metal content 12%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 45%
G 23%
K 15%
M 7%
Other 10%

Tidally locked on 42% of them.

Surface temperaturemode 172 K

171 K174 K

Gravitymode 0.093 g

0.045 g0.22 g

Surface pressuremode 0.016 atm

0.012 atm0.07 atm

Distance from arrivalmode 3,936 ls

123 ls597,200 ls

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Tussock stigmasis

19.0 M cr95.1 M first footfall

Wiry grass-like clusters with disc-shaped seed pods on tall stalks.

Atmosphere: Sulphur Dioxide
Body: Rocky, High Metal Content
Gravity: up to 0.275 g

Measured on 285 bodies where it was confirmed

Body: Rocky 95%
High metal content 5%
Atmosphere: Thin Sulphur dioxide 100%
Volcanism: No volcanism 97%
Minor Silicate Vapour Geysers 1%
Minor Metallic Magma <1%
Major Silicate Vapour Geysers <1%
Other <1%
Host star: Y 33%
G 19%
K 19%
F 19%
Other 9%

Tidally locked on 59% of them.

Surface temperaturemode 133 K

132 K167 K

Gravitymode 0.24 g

0.041 g0.27 g

Surface pressuremode 0.001 atm

0.00099 atm0.0054 atm

Distance from arrivalmode 2,140 ls

150 ls636,600 ls

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Tussock triticum

7.8 M cr38.9 M first footfall

Thin striped leaves with elevated seed stalks for wind dispersal.

Atmosphere: Carbon Dioxide
Body: Rocky, High Metal Content
Temperature: 190–195 K
Gravity: up to 0.275 g

Measured on 464 bodies where it was confirmed

Body: Rocky 67%
High metal content 33%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 31%
K 21%
M 14%
Y 13%
Other 20%

Tidally locked on 42% of them.

Surface temperaturemode 191 K

191 K195 K

Gravitymode 0.21 g

0.042 g0.27 g

Surface pressuremode 0.084 atm

0.058 atm0.099 atm

Distance from arrivalmode 2,196 ls

120 ls519,200 ls

More measurements

Tussock ventusa

3.2 M cr16.1 M first footfall

Hybrid reed-and-stalk structure producing pale spore clusters.

Atmosphere: Carbon Dioxide
Body: Rocky, High Metal Content
Temperature: 155–160 K
Gravity: up to 0.275 g

Measured on 436 bodies where it was confirmed

Body: Rocky 99%
High metal content <1%
Atmosphere: Thin Carbon dioxide 100%
Volcanism: No volcanism 100%
Host star: F 52%
G 32%
K 10%
M 3%
Other 3%

Tidally locked on 45% of them.

Surface temperaturemode 158 K

155 K160 K

Gravitymode 0.072 g

0.04 g0.11 g

Surface pressuremode 0.0096 atm

0.0029 atm0.021 atm

Distance from arrivalmode 126,600 ls

133 ls486,000 ls

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Tussock virgam

14.3 M cr71.6 M first footfall

Thin reed clusters surrounding a central reproductive stalk.

Atmosphere: Water
Body: Rocky
Gravity: up to 0.275 g

Measured on 1,280 bodies where it was confirmed

Body: Rocky 74%
High metal content 26%
Atmosphere: Thin Water 100%
Volcanism: No volcanism 100%
Minor Water Magma <1%
Host star: F 31%
G 16%
M 14%
Neutron star 14%
Other 25%

Tidally locked on 61% of them.

Surface temperaturemode 428 K

392 K450 K

Gravitymode 0.05 g

0.041 g0.063 g

Surface pressuremode 0.08 atm

0.053 atm0.099 atm

Distance from arrivalmode 768 ls

18 ls497,700 ls

More measurements

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