Species learning profile

Shovelnose guitarfish

Pseudobatos productus

Shovelnose guitarfish (Pseudobatos productus) is a saltwater fish associated with demersal habitat in Eastern Pacific. Its body bridges the shapes of a shark and a ray.

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قاع البحرRhinobatidae

At a glance

المياه
مياه مالحة
Habitat
قاع البحر
أقصى طول
170 cm
النطاق
Eastern Pacific
الفصيلة
Rhinobatidae
الرتبة
Rhinopristiformes

Observe

How to identify Shovelnose guitarfish

  • Its body bridges the shapes of a shark and a ray.
  • Guide context: demersal habitat in Eastern Pacific.
  • Reported maximum length: 170 cm — capable of growing longer than many people are tall. Maximum is not the same as typical adult size.

Field note: color, size, and markings can change with age, sex, season, depth, and lighting. Use several traits together.

Place and pattern

Where it lives—and how it behaves

Habitat and range

This species is associated with demersal habitat across Eastern Pacific. It lives on or close to the bottom, where sediment, rock, depth, and bottom-dwelling prey matter most.

Behavior

Burrows into sandy coastal bottoms

Food-web connections

What it eats and why it matters

Diet

Crabs, worms, clams, and small fish.

Ecological role

Consumes bottom prey and disturbs sediment.

Remember

One fact worth keeping

قد يصل طول Shovelnose guitarfish إلى نحو 170 سم، ويوجد غالبًا قرب قاع البحر.

Think like a conservationist

A conservation lens

Bottom-associated fish can be affected by seafloor disturbance, bycatch, warming, and changes to benthic prey.

This habitat lens is not a current population-status assessment. Status can differ among regions and change as new assessments are published; follow the reference links and local fisheries or wildlife agencies for current decisions.

Recall

Quick knowledge check

Which habitat is most closely associated with Shovelnose guitarfish in this guide?

Keep exploring

References and further reading

Fishdle summarizes stable identification and ecology concepts in plain language. Taxonomy and population knowledge continue to change, so use primary assessments and regional authorities for conservation or management decisions.

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