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Clibanarius longitarus

Blue Striped Hermit Crab
Lisa Walton (2014)

Photo: courtesy of Ron Yeo, tidechaser.blogspot.com, 2013

 

 

Fact Sheet

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Summary


Habitat & Distribution


Morphology


Population Demographics


Investigation: An up-close look at the unique and complex appendages of an aquatic hermit crab


Gas exchange


Internal transport


Excretion


Nervous system


Feeding & Digestion


Reproduction


Development & larvae


Behaviour


Evolution & Phylogeny


Conservation, Threats, and Importance


References

Behaviour

Clibanarius longitarus can have an array of symbiotic relationships with other organisms. They may form obligate, facultative and incidental associations, and can range from being mutualistic, commensal or parasitic. In fact, the investigation that was done on Clibanarius longitarus (see under the title Morphology: Investigation) found numerous small barnacles attached to the shells, and a small polychete in the gill lamellae, (see Figure 22.) The barnacles are commensal to the hermit crab, having a neutral affect on it, and it is unknown what kind of relationship the polychete found in the gills had with its host, (Tudge, Asakura & Ahyong, 2004.)

Figure 22- A small polychete found in the gill lamellae of a Blue striped hermit crab. (Source: Author, 2014)

Hermit crab predators are usually birds, fish, octopus, and brachyuran crabs. Their larvae are prey for a wide range invertebrates and vertebrates, (Tudge, Asakura & Ahyong, 2004.)

Socially, hermit crabs are known to have aggressive tendencies when it comes to guarding territories, or competing for a good shell or the right to mate with a female. On their own, hermit crabs often have elaborate shell assessment rituals where they check the size, contents and quality of a potential new shelter, (Tudge, Asakura & Ahyong, 2004.)

Classification

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