|reproduction= Sexual (Berries), Asexual (Detached Roots)
|reproduction= Sexual (Berries), Asexual (Detached Roots)
|domain = Eukaryota
|parent = Textudopoaceae
|kingdom = Phoenoplastida
|phylum = Rhagioanthia
|class = Phoenopoopsida
|order = Phoenopoales
|family = Textudopoaceae
|genus = Tuberopoacea
|genus = Tuberopoacea
|species = florapulmos
|species = florapulmos
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When most of the flora was wiped out by the ice meteor, the [[caveberry]] was one of the few survivors. Soon, some of them spread and evolved into '''lunggrow'''. This plant would adapt to its environment by becoming larger; this allowed it to live in the forests, which had much more moisture than the [[Hydro Volcanic]]. The one evolution that gives the '''lunggrow''' its name are a pair of lung-shaped roots that can store water and much like its ancestor, it is capable of starting new plants from its detached roots.
When most of the flora was wiped out by the ice meteor, the [[caveberry]] was one of the few survivors. Soon, some of them spread and evolved into '''lunggrow'''. This plant would adapt to its environment by becoming larger; this allowed it to live in the forests, which had much more moisture than the [[Hydro Volcanic]]. The one evolution that gives the '''lunggrow''' its name are a pair of lung-shaped roots that can store water and much like its ancestor, it is capable of starting new plants from its detached roots.
When most of the flora was wiped out by the ice meteor, the caveberry was one of the few survivors. Soon, some of them spread and evolved into lunggrow. This plant would adapt to its environment by becoming larger; this allowed it to live in the forests, which had much more moisture than the Hydro Volcanic. The one evolution that gives the lunggrow its name are a pair of lung-shaped roots that can store water and much like its ancestor, it is capable of starting new plants from its detached roots.
Living Relatives (click to show/hide)
These are randomly selected, and organized from lowest to highest shared taxon. (This may correspond to similarity more than actual relation)
