Tubus genus

Description

Highly specialised organisms that can grow to extreme heights, which peak when in a mature state. The organisms’ height and ability to survive is largely constrained by gravity. The lack of any real atmospheric weather has not put evolutionaly pressure on the towers to be strong, so they form tall but thin structures which cannot be supported in high-gravity environments. The tower is formed from wrapped leaf-like structures, which create a regulated chimney void. This is used by the organism to create and maintain an artificial internal atmosphere, where discrete chemical processes can be undertaken along the length of the tower. Waste gases and other material may he released from the top of the tower. Some species feature external rings that can be used to gauge an organism’s age.

Minimum distance between two genetic samples: 800 m

Conditions of occurrence

  • Planets with thin atmosphere
  • Rocky or High Metal Content planets
  • Maximum gravity: 0.15
  • Mean temperature  between 160 K and 190 K
Planet typeAtmosphere typeSpecies
High Metal ContentAmmonia
Carbon Dioxide
Carbon Dioxide rich
Tubus sororibus
RockyAmmoniaTubus rosarium
Dioxyde de Carbone
Carbon Dioxide
Carbon Dioxide rich
(Temperature : 160 K - 190 K)
Tubus cavas
Tubus compagibus
Tubus conifer

 

Colored variants

Colored variant determined by the parent star type:

Star typeColor
O
BEmerald
AIndigo
FGrey
GRed
KMaroon
MTeal
LTurquoise
TMauve
TTSOcher
Y
W
D
NAmethyst

 

Tubus cavas

CMDR ArkannFR49, Tubus cavas, Skaudai AR-B d14-75, 10 a

Description

A tubus species that extends pale vertical stalks composed of rigid modules. Colourful fronds frequently appear in the gaps between segments and aid with controlling gaseous exchange.

Conditions of occurrence

  • Planets with thin Carbon dioxide atmosphere
  • Rocky planets
  • Maximum gravity: 0.15
  • Mean temperature  between 160 K and 190 K

Colored variants

 

Colored variant determined by the parent star type (see above, genus Tubus)


 

Tubus compagibus

CMDR Gergg, Tubus compagibus, Synuefai KF-C D14-58

Description

A tubus species with narrow pale segments and fronds growing between each module. A wide crown of leaves at the peak hold spores on their undersides, to germinate across a wide area.

Conditions of occurrence

  • Planets with thin Carbon dioxide atmosphere
  • Rocky planets
  • Maximum gravity: 0.15
  • Mean temperature  between 160 K and 190 K

Colored variants

 

Colored variant determined by the parent star type (see above, genus Tubus)


 

Tubus conifer

CMDR Fly34, Tubus conifer, Slegeae PI-S c20-0 AB, 1 e

Description

A tubus species formed from hollow vertical cylinders that can reach heights of six metres. Mature specimens are capped with a downtu rned crown that can distribute seeds on the wind across a wide area.

Conditions of occurrence

  • Planets with thin Carbon dioxide atmosphere
  • Rocky planets
  • Maximum gravity: 0.15
  • Mean temperature  between 160 K and 190 K

Colored variants

 

Colored variant determined by the parent star type (see above, genus Tubus)


 

Tubus rosarium

CMDR pm3, Tubus rosarium, Chi Persei Sector SD-S d4-2, ABC 3 d

Description

This tubus species is composed of squat tubes growing into a vertical spire. The upper pods of mature specimens produce explosive seed pods on their outer skin.

Conditions of occurrence

  • Planets with thin Ammonia atmosphere
  • Rocky planets
  • Maximum gravity: 0.15
  • Mean temperature  superior to 160 K

Colored variants

 

Colored variant determined by the parent star type (see above, genus Tubus)


 

Tubus sororibus

CMDR Tiberius Vaako, Tubus sororibus, Wredgeou DX-K d8-2, C 3

Description

This species of tubus grows a cluster of hollow stalks composed of rigid segments. Over time these become capped with a growth that flowers and produces seeds.

Conditions of occurrence

  • Planets with thin Carbon dioxide or Ammonia atmosphere
  • High Metal Content planets
  • Maximum gravity: 0.15
  • Mean temperature  between 160 K and 190 K

Colored variants

 

Colored variant determined by the parent star type (see above, genus Tubus)