Ambon Crinoid Shrimp – Laomenes amboinensis

, Ambon Crinoid Shrimp, Laomenes amboinensis
Depth: 3 - 35 m
Water Type: Marine
Toxicity: Toxic hazard unknown
Red List Status: Not evaluated (NE)
Temperature: 70.7 °F - 84.2 °F (21.5°C - 29°C)

The Ambon Crinoid Shrimp, scientifically known as Laomenes amboinensis, is a fascinating crustacean species found in various marine environments. This shrimp is characterized by its unique association with crinoids, a group of echinoderms commonly referred to as sea lilies or feather stars.

Description & Characteristics

The Ambon Crinoid Shrimp, Laomenes amboinensis, is a relatively small shrimp, with individuals typically reaching a maximum size of around 2 cm. Its body is characterized by a translucent appearance, often displaying vibrant colors that range from red to orange and yellow. This color variation likely serves as camouflage, allowing the shrimp to blend seamlessly with its surroundings.

Habitat and Occurrence

The Ambon Crinoid Shrimp, Laomenes amboinensis, is a common inhabitant of various marine zones, including the subtidal, sublittoral, infralittoral, and deep zones of the oceans. This suggests that it is a highly adaptable species, capable of thriving in diverse underwater environments. It’s often found in shallow water and neritic zones, specifically from the lower limit of the intertidal zone to the shelf edge at about 200 m water depth.

Taxonomy

The Ambon Crinoid Shrimp, Laomenes amboinensis, belongs to the Class: Malacostraca, Order: Decapoda, and Family: Palaemonidae. This classification places it within the larger group of crustaceans known as decapods, which are characterized by having ten legs. The Palaemonidae family encompasses a diverse range of shrimps, and Laomenes amboinensis is distinguished by its specific adaptations and symbiotic relationship with crinoids.

Feeding

The Ambon Crinoid Shrimp, Laomenes amboinensis, is known to feed on a variety of small organisms, including bosmiden, copepods, and plankton. While its specific dietary preferences are not fully understood, its ability to consume diverse food sources likely contributes to its adaptability and success in different marine environments.

Associated Species

Image References

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