|reproduction= Spores (Sporadically it can spread via is root system) Honeycomb Crystal
|kingdom =
|phylum =
|parent = Coelocrystallaceae
|class =
|genus = Favicrystallus
|order =
|species = hexagonalis
|family =
|genus =
|species =
}}
}}
Except for it size the HoneycombCrystal looks almost the same asoutwards as it ancestor living in the Yokto Swamps. The Great difference can be found on the inside however. Thought the hole structure a hard hexagonal pattern have formed to give the holeHoneycombCrystal strength. This have made it possible for the Honeycomb to grow a lot larger thenis smaller ancestor. It spores therefore travel a lot further and can colonize father inland. Its fungus roots also dig deeper and the root carpet extends further.
Except for its size, the '''honeycomb crystal''' looks almost the same on the outside as its ancestor living in the Yokto Swamps. The biggest difference can be found on the inside, however. Through the whole structure, a hard, hexagonal pattern has formed to give the whole honeycomb crystal strength. This has made it possible for the honeycomb to grow a lot larger than its smaller ancestor. Its spores can therefore travel a lot farther and can colonize further inland. Its fungal roots also dig deeper, and the root carpet extends farther.
Except for its size, the honeycomb crystal looks almost the same on the outside as its ancestor living in the Yokto Swamps. The biggest difference can be found on the inside, however. Through the whole structure, a hard, hexagonal pattern has formed to give the whole honeycomb crystal strength. This has made it possible for the honeycomb to grow a lot larger than its smaller ancestor. Its spores can therefore travel a lot farther and can colonize further inland. Its fungal roots also dig deeper, and the root carpet extends farther.
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)