The '''detriglobe''' split from it's ancestor and moved to deeper waters. There, they were no longer able to use photosynthesis, instead they further developed their detritus abilities. They know drift in the water or sit on the seabed, absorbing microscopic particles of marine "snow" through pores along it's structure. If they land on the ground, they will cake themselves their using an enzyme developed from modified antifreeze cells. They will stay there until all the snow is eaten, in about 2–4 days, then release and float up.
The '''detriglobe''' split from it's ancestor and moved to deeper waters. There, they were no longer able to use photosynthesis, instead they further developed their detritus abilities. They know drift in the water or sit on the seabed, absorbing microscopic particles of marine "snow" through pores along it's structure. If they land on the ground, they will cake themselves their using an enzyme developed from modified antifreeze cells. They will stay there until all the snow is eaten, in about 2–4 days, then release and float up.
The detriglobe split from it's ancestor and moved to deeper waters. There, they were no longer able to use photosynthesis, instead they further developed their detritus abilities. They know drift in the water or sit on the seabed, absorbing microscopic particles of marine "snow" through pores along it's structure. If they land on the ground, they will cake themselves their using an enzyme developed from modified antifreeze cells. They will stay there until all the snow is eaten, in about 2–4 days, then release and float up.
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)
