Frutexa genus

Description

Robust woody plants with deep rooting structures to gather liquids and hold themselves in place where the ground may be unstable. They are photosynthetic organisms with specialised photoreceptors that work even in low light conditions. As such they are highly successful, and are widespread and diverse in nature. Their small leaf structures protect them against extremely low temperatures and liquid loss in higher temperatures.

Minimum distance between two genetic samples: 150 m

Conditions of occurrence

Planets with thin atmosphere
Rocky or High Metal Content (for Frutexa metallicum) planets
Maximum gravity: 0.27

Atmosphere type	Species
Ammonia	Frutexa Flabellum (Rocky) Frutexa Flammasis (Rocky) Frutexa Metallicum (HMC)
Carbon dioxide Carbon dioxide rich < 195 K	Frutexa Acus (Rocky) Frutexa Fera (Rocky) Frutexa Metallicum (HMC)
Water, Water-rich	Frutexa Sponsae (Rocky)
Sulfur Dioxide	Frutexa Collum (Rocky)

Colored variants

Colored variant determined by the parent star type:

Star type	Color
O
B	Lime
A
F	Green
G	Emerald
K
M	Grey
L	Teal
T
TTS	Mauve
Y
W
D	Indigo
N	Red

Frutexa acus

Description

This frutexa species has vivid colouration when young that alters as it matures, its upper branches produce lines of small pea-like seed pods.

Conditions of occurrence

Planets with thin Carbon dioxide atmosphere
Rocky planets
Maximum gravity: 0.27
Mean temperature inferior to 195 K

Colored variants

Emerald
CMDR Fly34, Frutexa acus, Veil West Sector DL-Y d1, 1E

Mauve
CMDR Slyder011, Frutexa acus, NGC 6871 Sector IS-S C4-7, 8 B

Indigo
CMDR Mist0, Frutexa acus, Prai Hypio AM-T d4-0, ABC 2 b

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

Frutexa collum

Description

A species of frutexa characterised by its spiky lower branches surrounding a thick central column, which is clotted with spores and with a dark crown.

Conditions of occurrence

Planets with thin Sulphur dioxide atmosphere
Rocky planets
Maximum gravity: 0.27

Colored variants

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

Frutexa fera

Description

This species of frutexa combines broad branches with long thin stalks, along which grow clusters of lightweight seed pods that are scaitered by light winds.

Conditions of occurrence

Planets with thin Carbon dioxide atmosphere
Rocky planets
Maximum gravity: 0.27
Mean temperature inferior to 195 K

Colored variants

Red
CMDR Mist0, Frutexa fera, Scheau Prue XO-A f846, A 1 f

Emerald
CMDR Mist0, Frutexa Fera, Scheau Prue ZE-A g1450, CDE 3 g

Indigo
CMDR Mist0, Frutexa Fera, Byoomeae UN-K d8-288, 1 e

Grey
CMDR Fly34, Frutexa Fera, Dryau Chraei RO-E c13-1239, C 2 a

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

Frutexa flabellum

Description

A species of frutexa that appears as a bush of leaves with a similar texture to seaweed. Seeds are extended on long stalks and protected by a cage formation until ready to germinate.

Conditions of occurrence

Planets with thin Ammonia atmosphere
Rocky planets
Maximum gravity: 0.27

Colored variants

Emerald
CMDR AlexAeglir, Frutexa flabellum, Wredguia BO-G c24-12, 5A

Gris
CMDR Luwen Elthan, Frutexa flabellum, Synuefai YE-X d2-3, A 2 a

Mauve
CMDR Kazahnn Drahnn, Frutexa flabellum, Heart Sector TY-R b4-1, A 1 a

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

Frutexa flammasis

Description

A frutexa species that gives the appearance of flames, with vivid upright fronds extended from multiple stalks. The fronds are dotted with disc-sha ped spores that are distributed by the wind.

Conditions of occurrence

Planets with thin Ammonia atmosphere
Rocky planets
Maximum gravity: 0.27

Colored variants

Emerald
CMDR Banteay Srei, Frutexa flammasis, Prua Phoe US-Z c1-17, A 3

Grey
CMDR Grokwix, Frutexa flammasis, Skaudai AI-E c27-20, B 6 a

Red
CMDR Mist0, Frutexa flammasis, Phrio Prue UO-A f3229, A 2 d

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

Frutexa metallicum

Description

This species of frutexa has an almost metallic shine to its small leaves. Along its upper branches grow spherical spores, which each have a star-shaped opening to increase germination.