The '''cylindrical salmundus''' has replaced its ancestor the [[hexasalmundus]]. Like its ancestor it uses salt for its cell walls. The main difference is its cylindrical shape. Thanks to it, the waste from the salmundus doesn't kill the colony, as the waste goes straight to the water. Theoretically, it can grow forever, but it has a disadvantage in common with its ancestor. The irregularity in the shapes of its cells prevent it from growing larger. The cylinders aren't very resistant, so strong waves can break it. This isn't a bad thing for this salmundus, because each piece of the broken salmundus can regenerate into a whole new cylinder.
The '''cylindrical salmundus''' has replaced its ancestor the [[hexasalmundus]]. Like its ancestor it uses salt for its cell walls. The main difference is its cylindrical shape. Thanks to it, the waste from the salmundus doesn't kill the colony, as the waste goes straight to the water. Theoretically, it can grow forever, but it has a disadvantage in common with its ancestor. The irregularity in the shapes of its cells prevent it from growing larger. The cylinders aren't very resistant, so strong waves can break it. This isn't a bad thing for this salmundus, because each piece of the broken salmundus can regenerate into a whole new cylinder.
The cylindrical salmundus has replaced its ancestor the hexasalmundus. Like its ancestor it uses salt for its cell walls. The main difference is its cylindrical shape. Thanks to it, the waste from the salmundus doesn't kill the colony, as the waste goes straight to the water. Theoretically, it can grow forever, but it has a disadvantage in common with its ancestor. The irregularity in the shapes of its cells prevent it from growing larger. The cylinders aren't very resistant, so strong waves can break it. This isn't a bad thing for this salmundus, because each piece of the broken salmundus can regenerate into a whole new cylinder.
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)
