First Sightings of Mandagöz Fish in Antalya: Under Investigation by Vezir Agency

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Discovery of the Mandagöz Fish in Antalya Gulf

The unique mandagöz fish, renowned for its prominently large eyes and vibrant presence in tropical marine environments, has been documented for the first time in the Antalya Gulf. This remarkable specimen was captured off Maden Cove using a longline fishing method at a depth of approximately 70 meters, illustrating the expanding range of this species.

Weighing in at 94 grams, the fish was promptly transported to the Faculty of Fisheries at Akdeniz University for comprehensive scientific analysis. Its scientific classification is Priacanthus Sagittarius, a species native to the Red Sea, which highlights its migratory journey into the Mediterranean waters.

Scientific Significance and Origin

Prof. Dr. Mehmet Gökoğlu, a prominent researcher at Akdeniz University, explained that this is only the third recorded sighting of Priacanthus Sagittarius. He emphasized that the species was first identified in 2009 off the coast of Israel, with subsequent sightings in the same region. Interestingly, a second record was documented in 2018 near Dana Island, Mersin, and now, a third sighting has been confirmed in the Antalya Gulf, indicating a notable westward migration.

About the Mandagöz Coral

The fish bears a resemblance to coral in appearance, which has led to its colloquial name. Despite its vibrant look, the mandagöz fish is non-toxic and edible. Prof. Gökoğlu added, “Its meat is safe for consumption, and its presence signifies a potential increase in the diversity of Red Sea-origin species within the Mediterranean ecosystem.”

Implications for Mediterranean Biodiversity

The ongoing appearance of Red Sea species like the mandagöz fish demonstrates significant shifts in regional marine biodiversity. Currently, there are 71 Red Sea-origin species documented in the Mediterranean, and marine biologists are diligently monitoring these changes. The westward migration trend suggests an evolving ecosystem, warranting further scientific investigation.

This development underscores the dynamic nature of marine life and the importance of continuous research to understand the implications of such species migrations on local biodiversity and fisheries.

Note

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