|reproduction= Sexual (Berries, Airborne Pollen), Asexual Budding
|reproduction= Sexual (Berries, Airborne Pollen), Asexual Budding
|domain =
|parent = Phoenobambaceae
|kingdom =
|genus = Jubatistipes
|phylum =
|species = capillaris
|class =
|order =
|family =
|genus =
|species =
}}
}}
The HairyPambu split from the Giant Pambu. To facilitate the light absorption this plant started to develop longer leaves, that continuously grow during all its life, extending untilnear the ground. In contrast to its ancestor it stops to grow in virtue to its great light absorption. The size of its leaves is only limited by the presence of its consumers, such as the small Pambu Worm and the Browsing capoo. These leaves facilitate the water absorption, that is restrained mainly in the leaves extremity,being then lead for the main body of the plant.
The '''hairy pambu''' split from the [[Giant Pambu|giant pambu]]. To facilitate light absorption, this plant started to develop longer leaves that continuously grow during all of its life, extending almost to the ground. In contrast to its ancestor, it stops growing in virtue to its great light absorption. The size of its leaves is only limited by the presence of its consumers, such as the small [[Pambu Worm|pambu worm]] and the [[Browsing Capoo|browsing capoo]]. These leaves facilitate the water absorption, which is restrained mainly in the extremity of the leaves, then being lead to the main body of the plant.
The hairy pambu split from the giant pambu. To facilitate light absorption, this plant started to develop longer leaves that continuously grow during all of its life, extending almost to the ground. In contrast to its ancestor, it stops growing in virtue to its great light absorption. The size of its leaves is only limited by the presence of its consumers, such as the small pambu worm and the browsing capoo. These leaves facilitate the water absorption, which is restrained mainly in the extremity of the leaves, then being lead to the main body of the plant.
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)