The Ninebar Prawn-Goby, scientifically known as Cryptocentrus cryptocentrus, is a fascinating and relatively common fish species found in various marine environments. It is a member of the Goby family (Gobiidae) and is characterized by its distinctive coloration and behavior.
Description & Characteristics
Cryptocentrus cryptocentrus is a small-sized fish, reaching a maximum length of 13.0 cm. It exhibits a slender, elongated body shape with a somewhat compressed head. The most prominent feature of this species is its distinctive coloration, which includes nine prominent vertical bars running along its sides. The coloration varies depending on the individual and habitat, but typically features a mixture of browns, yellows, and oranges, which help camouflage the fish against the background of the seafloor.
Habitat and Occurrence
Cryptocentrus cryptocentrus is a highly adaptable species that thrives in a variety of marine environments. It is found in subtidal, sublittoral, infralittoral, and deep zones of the oceans, spanning from the lower limit of the intertidal zone to the shelf edge at approximately 200 meters water depth. This species is considered neritic, meaning it inhabits coastal waters and is typically found in association with coral reefs, rocky shores, and sandy bottoms. Its adaptability and widespread occurrence make the Ninebar Prawn-Goby a common inhabitant of these aquatic ecosystems.
Taxonomy
Cryptocentrus cryptocentrus is scientifically classified within the Class Teleostei, which comprises bony fish. It belongs to the Order Gobiiformes, a group of fishes commonly known as gobies, and the Family Gobiidae, which encompasses a diverse range of goby species. This classification reflects its evolutionary relationship with other fish species and its unique adaptations within the marine environment.
Feeding
The Ninebar Prawn-Goby is an omnivorous feeder, consuming a diverse diet of algae, invertebrates, and small crustaceans. Its feeding habits contribute to the ecological balance of its habitat by helping to control populations of other organisms. The species’ adaptability and diet make it a valuable component of the marine food web.
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