Pelican’s Foot , Common Pelican’s Foot – Aporrhais pespelecani

, Pelican's Foot , Common Pelican's Foot, Aporrhais pespelecani
Depth: 6 - 8 m
Water Type: Marine
Toxicity: Toxic hazard unknown
Red List Status: Not evaluated (NE)
Temperature: 50 °F - 71.6 °F (10°C - 22°C)

The Pelican’s Foot , Common Pelican’s Foot, scientifically known as Aporrhais pespelecani, is a fascinating marine gastropod that stands out for its unique shell shape. This species is a prominent resident of coastal environments, drawing attention for its distinctive features and ecological significance.

Description & Characteristics

The Aporrhais pespelecani shell is what truly sets it apart. It resembles a pelican’s foot, hence its common name, with elongated, pointed projections that extend from the aperture, or opening, of the shell. The shell is typically cream-colored with brown patches, displaying a beautiful, intricate pattern. The size of the Aporrhais pespelecani can reach a maximum length of approximately 60 millimeters.

Habitat and Occurrence

The Aporrhais pespelecani prefers a specific type of habitat, usually found in the Supratidal (Supralitoral), spray water area (splash water area) above the tidal influence where the influence of the sea clearly outweighs that of the land. This means they thrive in areas that are regularly splashed by seawater but do not remain submerged for long periods. They are commonly observed on muddy grounds, particularly within the intertidal zone. These zones are critical for the Aporrhais pespelecani as they provide the ideal conditions for their survival.

Taxonomy

The Aporrhais pespelecani belongs to the Class: Gastropoda, Order: Littorinimorpha, and Family: Aporrhaidae. This classification places it within a diverse group of marine snails characterized by their specific anatomical and evolutionary features.

Feeding

The Aporrhais pespelecani is a filter feeder, primarily consuming plankton. Its feeding mechanism involves filtering tiny organisms and particles from the water, ensuring a constant source of nutrients. This adaptation allows them to thrive in their intertidal environment, where food sources may fluctuate with the tides.

Associated Species

Image References

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