66 million years ago, shark teeth terrorizing sea lizard roamed the waters were deadly


The teeth that terrorized sea lizards roaming off the coasts of Africa 66 million years ago had deadly shark-like teeth that could kill a fish in half after a bite

  • Scientists have discovered remains of fossils of a new species
  • The mosasuurs were giant sea lizards that lived with dinosaurs
  • Shark-like teeth were found in this species, which gave it a fatal bite bite.
  • This discovery suggests that the Mosaur variety peaked just before the asteroid that killed the dinosaurs 66 million years ago.

A prehistoric reptile that roamed the shores of Africa 66 million years ago had deadly shark-like teeth that could bite a fish in half with one bite, a study has shown.

Researchers have discovered the fossilized remains of a new species of mogasaur – an ancient sea lizard from the age of dinosaurs.

Shark-like teeth were found in this particular species, which gave it a fatal bite bite.

According to the researchers, the discovery adds to the diversity of marine reptiles in the late Cretaceous period, and this suggests that their diversity peaked before the dinosaurs were killed 66 million years ago.

Researchers have found that the fossilized remains of a new species of Mugasaur – an ancient sea lizard from the age of dinosaurs

Was XENODENS CALMINECHARI?

Exnodense calimenecheri was a species of morassaur that lived off the coast of Morocco 66 million years ago.

Shark-like teeth were found in this particular species, which gave it a fatal bite bite.

While the sea lizard was similar to a small-sized parrowse, its biting teeth allowed it to attack larger fish, cutting them in half and taking larger bites.

The fossil remains of the new species, called Exnodense calimenecheri, were discovered in the Maastrichtian phosphatase of Morocco by researchers at the University of Bath.

Senior lecturer at the Milner Center for Evolution at the University of Bath and lead author of the study, Dr. Nick Longrich said: ’66 million years ago, the coasts of Africa were the most dangerous seas in the world.

The hunter diversity was unlike anything seen anywhere else on the planet.

‘New Masasaur joins Morocco’s latest rapidly growing list of known marine reptiles from the Cretaceous, which at the time was submerged under a tropical sea.

AThere was a large variety of Mushars. Some were huge, such as modern sperm whales, deep-diving, huge-toothed and ten-meter-long, top predators like orcas, yet others ate shellfish like modern sea otters – and then there was the odd xenodense .

‘They used to mate with long-necked placiosaurs, giant sea turtles and saber-toothed fish.

While the sea lizard was similar to a small-sized parrowse, its biting teeth allowed it to attack larger fish, cutting them in half and taking larger bites.

While the sea lizard was similar to a small-sized parrowse, its biting teeth allowed it to attack larger fish, cutting them in half and taking larger bites.

‘New Masasaur Mix includes another dangerous hunter’.

While the sea lizard was similar to a small-sized parrowse, its biting teeth allowed it to punch above its weight, cutting fish in half and larger bites from larger animals.

Dr. “They are like knives sold on an old late night TV commercial,” Longrich said.

Prior to the asteroid, the dinosaurs lived as well as the Mosaosaurs and wiped out 90 percent of all species on Earth.

Reconstruction of its skull reveals that its teeth were tightly packed, creating a serrated effect.

Reconstruction of its skull reveals that its teeth were tightly packed, creating a serrated effect.

However, new studies indicate that ecosystem degradation did not occur before the asteroid hit, and instead it is likely that marine reptiles were indeed expanding in diversity.

Dr. of the National Museum of Natural History of Paris. Nur-Eddin Jalil and University Caddy Ayyad in Marrakech said: ‘A mouser with shark teeth is a novel adaptation of the Mossads that is so amazing that it looks like a magnificent creature out of an artist’s imagination.

‘Xenodense calimenechery phosphate is another proof of the extraordinary paleo biodiversity of the ocean.

‘It is as if nature is struggling to find all the combinations for the continuous exploitation of food sources.’

DINOSAURS may give additional exemption even after the age of 66

Dinosaurs ruled and dominated Earth about 66 million years ago, before they were suddenly extinct.

The Cretaceous – Tertiary deletion event is the name given to this mass deletion.

For many years, it was believed that the changing climate destroyed the food chain of giant reptiles.

In the 1980s, paleontologists discovered a layer of iridium.

It is an element that is rare on Earth, but is found in large quantities in space.

When it was dated, it occurred at the exact same time that the dinosaurs disappeared from the fossil record.

A decade later, scientists uncovered a massive chitxbul crater at the tip of Mexico’s Yucatan Peninsula, which is related to the period in question.

Scientific consensus now states that these two factors are linked and that they were both likely due to the crash of a huge asteroid on Earth.

With the estimated size and impact velocity, the collision would cause a much larger blow-wave and potentially trigger seismic activity.

The fallout may have created piles of ash that probably covered the entire planet and made it impossible for dinosaurs to survive.

Other animal and plant species had a shorter time-span between generations that allowed them to survive.

There are many other theories as to the demise of famous animals.

One early theory was that small mammals ate dinosaur eggs and another proposed that poisonous angiosperms (flowering plants) kill them.

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