The '''xeno diamiboard''' replaced its ancestor, the [[diamiboard]], in [[Xeno Shallows]]. Due to island gigantism it has grown to 10 times it ancestors size. Most of this height is due to its very long stalk, which it uses to anchor itself to the bottom of the shallows. Its board is not much bigger than the ancestor, and still absorb blue light using orange photosynthesis. Its stalk has little root buds which collect organic particles from the water. The roots under the soil can absorb nutrients as well. Unlike its ancestor it will expel its spore in the water rather than the air. A host of species still live on it, such as the [[urstar]] and [[Hitchhiker_Hydroglobes|hitchhiker hydroglobes]].
The '''xeno diamiboard''' replaced its ancestor, the [[diamiboard]], in [[Xeno Shallows]]. Due to island gigantism it has grown to 10 times it ancestors size. Most of this height is due to its very long stalk, which it uses to anchor itself to the bottom of the shallows. Its board is not much bigger than the ancestor, and still absorb blue light using orange photosynthesis. Its stalk has little root buds which collect organic particles from the water. The roots under the soil can absorb nutrients as well. Unlike its ancestor it will expel its spore in the water rather than the air. A host of species still live on it, such as the [[urstar]] and [[Hitchhiker Hydroglobes|hitchhiker hydroglobes]].
The xeno diamiboard replaced its ancestor, the diamiboard, in Xeno Shallows. Due to island gigantism it has grown to 10 times it ancestors size. Most of this height is due to its very long stalk, which it uses to anchor itself to the bottom of the shallows. Its board is not much bigger than the ancestor, and still absorb blue light using orange photosynthesis. Its stalk has little root buds which collect organic particles from the water. The roots under the soil can absorb nutrients as well. Unlike its ancestor it will expel its spore in the water rather than the air. A host of species still live on it, such as the urstar and hitchhiker hydroglobes.
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)
