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Description
More of my planetary adventures can be seen in my DA "Paleo & Sci Illo" gallery: [link]

Fibonacci AB-1 is a world that orbits in the habitable zone of a pair of binary K2 stars. It is less massive than the earth. This allows vegetable life to grow to enormous size. The volcanic landscape is covered with tree-like forms that develop in coils and spirals. Some of these "trees" are mountainous in proportion. Entire communities of organisims live inside their coils that slope like the gallereries in the Guggenheim Museum. Indeed spiral trees taller than redwoods grow within their translucent walls.

The color of suns is as much predicated on the gaseous medium through which their light is propogated as is their spectral class. An earth-like N2/O2 mix would scatter the light of orange K stars much as it would our own G2 Sol.

BTW: This "alien" landscape is fairly familiar to those living along the North Pacific Rim.

Check out this deviation for some of the life forms native to this world:

[link]

art & text (c) John P. Alexander

STATUS : AVAILABLE

Description
More of my planetary adventures can be seen in my DA "Paleo & Sci Illo" gallery: [link]

Fibonacci AB-1 is a world that orbits in the habitable zone of a pair of binary K2 stars. It is less massive than the earth. This allows vegetable life to grow to enormous size. The volcanic landscape is covered with tree-like forms that develop in coils and spirals. Some of these "trees" are mountainous in proportion. Entire communities of organisims live inside their coils that slope like the gallereries in the Guggenheim Museum. Indeed spiral trees taller than redwoods grow within their translucent walls.

The color of suns is as much predicated on the gaseous medium through which their light is propogated as is their spectral class. An earth-like N2/O2 mix would scatter the light of orange K stars much as it would our own G2 Sol.

BTW: This "alien" landscape is fairly familiar to those living along the North Pacific Rim.

Check out this deviation for some of the life forms native to this world:

[link]

art & text (c) John P. Alexander

STATUS : AVAILABLE