|reproduction= Sexual (Lays a brood of small, soft, Snail-like eggs in a hole in the moist sand on the beaches)
|reproduction= Sexual (Lays a brood of small, soft, Snail-like eggs in a hole in the moist sand on the beaches)
|domain = Eukaryota
|parent = Filtrilophocaridae
|kingdom =Binucleozoa
|genus = Filtrilophocaris
|phylum =Sagavermes
|class =
|order =
|family =
|genus = Triucanceri
|species = spurcamenedo
|species = spurcamenedo
}}
}}
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The '''filter currybug''' split from its ancestor and doubled in size. It now lives in the tide, using its hair to catch tiny organisms that it then combs out with its front legs to eat. The legs are longer and tougher to fight the waves and undertow. It lives on the coastline more so than either the beaches or actual coasts. They rarely move, adjusting to the tide is usually the most that they do. If there is danger it can easily escape by either going on land or underwater, so they are naturally calm creatures.
The '''filter currybug''' split from its ancestor and doubled in size. It now lives in the tide, using its hair to catch tiny organisms that it then combs out with its front legs to eat. The legs are longer and tougher to fight the waves and undertow. It lives on the coastline more so than either the beaches or actual coasts. They rarely move, adjusting to the tide is usually the most that they do. If there is danger it can easily escape by either going on land or underwater, so they are naturally calm creatures.
The filter currybug split from its ancestor and doubled in size. It now lives in the tide, using its hair to catch tiny organisms that it then combs out with its front legs to eat. The legs are longer and tougher to fight the waves and undertow. It lives on the coastline more so than either the beaches or actual coasts. They rarely move, adjusting to the tide is usually the most that they do. If there is danger it can easily escape by either going on land or underwater, so they are naturally calm creatures.
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)