5.2" Two Associated Fossil Plesiosaur Vertebrae - Asfla, Morocco

This is a 5.2" long associated pair of fossil plesiosaur vertebrae, collected from the Upper Cretaceous (Early Turonian Stage) deposits of Asfla, Morocco, north of Goulmima. They are slightly disarticulated and are both likely posterior-cervical vertebrae.

There are three species of plesiosaur described from this area; Thililua longicollis, Libonectes atlasense, and Manemergus anguirostris. Based on the size of these vertebrae, they either came from a sub-adult Thililua longicollis or Manemergus anguirostris.

Comes with an acrylic display stand.

About Plesiosaurs

Plesiosaurs were a diverse group of marine reptiles that lived during the Jurassic and Cretaceous periods, thriving in Earth’s oceans for more than 135 million years. Although they lived alongside dinosaurs, plesiosaurs were not dinosaurs; instead, they were fully aquatic reptiles adapted for life in open water. Their most recognizable features included broad, streamlined bodies, four powerful flippers used for underwater “flight,” and a wide range of neck lengths. Fossils of plesiosaurs have been found on every continent, including Antarctica, showing that they inhabited oceans across the globe.

Plesiosaur - Paleo-art image


This group included two main body types that filled very different ecological roles. Long-necked plesiosaurs had small heads and slender teeth suited for catching fish and squid, likely relying on stealth and precise strikes. Short-necked plesiosaurs, known as pliosaurs, evolved massive skulls and powerful jaws and became apex predators capable of hunting large prey, including other marine reptiles. Together, these forms made plesiosaurs one of the most successful and adaptable marine reptile groups in Earth’s history, dominating prehistoric seas until their extinction at the end of the Cretaceous.
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DETAILS
SPECIES
Thililua longicollis or Manemergus anguirostris
LOCATION
Asfla, Morocco
SIZE
5.2 x 3.8 x 2.5"
ITEM
#328649
GUARANTEE
We guarantee the authenticity of all of our specimens.