The Internet is flooded with funny memes about dinosaurs. The most popular one was “what dinosaur has 500 teeth?” As many people pointed out in the comments section of various posts, the phrase has become the highest suggested auto-completion for the question “what dinosaur has the most teeth?” It is not only related to famous searches but is also a great way to spread a joke. Here are some examples of famous searches and their related memes:


The name Nigersaurus means “Niger reptile”, and it is a true representation of what this dinosaur ate. It was a large herbivore with more than 500 teeth, and was likely an early protozoa eater. A sauropod dinosaur, the Nigersaurus was about 15 meters (30 feet) long and weighed four to five tonnes. Here is a closer look at what this dinosaur ate.

The name Nigersaurus means “Niger reptile” or “Niger lizard”. It is also known as a Mesozoic cow because of its slender jaw, 500 teeth, and wide muzzle. It lived 119 million years ago during the Cretaceous period and was a member of the Saurischia dinosaur family. Its unique skull is a great example of how dinosaurs evolved over time, and its fossils provide a wealth of information about the genus and species.

The skull of Nigersaurus was particularly unusual, with narrow, bony nostrils and four more fenestrae than sauropods. The teeth were elongated, but not prognathous. The skull is elongated, and the front margin of the bony nostril appears closer to the snout than in other sauropodomorphs. The Nigersaurus was a quadruped with thick hind legs and a prominent tail.

Nigersaurus Taqueti

The discovery of fossils of a new species of dinosaur was made in the southwestern part of Africa. The fossils were presented at the National Geographic Society in Washington, D.C., in 1999. The name Jobaria was chosen as an honor to Taqueti, who had organized the expedition. The specimen includes a partial neck, skull, and scapula. Its limb material is also preserved in the Niger National Museum.

Besides having more than 500 teeth, this behemoth also had a highly adapted jaw and a short neck. The slender neck, short body, and rounded teeth of the Nigersaurus allowed it to feed at ground level. It also set a Guinness record for replacing teeth. Its jaw and skull were made of spongy cartilage, which is why the dinosaur is known as “the cow of the dinosaurs”.

Also Read:  Bottled and Jarred Packaged Goods

The bones of the Nigersaurus were discovered in the southwestern region of the country in 1965-1972. This dinosaur was not well known then, but a group of paleontologists named the species after Philippe Taquet, a French paleontologist who had discovered the bones. In 1997, Didier Dutheil discovered the skull bones of the Nigersaurus, and two expeditions collected 80 percent of its skeleton.

Nigersaurus Fossils

The skeleton of the extinct dinosaur Nigersaurus was first described in 1976. It was named after French paleontologist Philippe Taquet. Nigersaurus fossils have 500 teeth. The jaws of this dinosaur were filled with tiny needle-shaped teeth. Its spine was made of more air than bone, and its vertebrae were paper-thin. That means it had to have had thick gums to withstand daily use.

The name Nigersaurus means “Niger lizard”, and is an apt description of the large sauropod that lived in Africa around 119 million years ago. Nigersaurus was an herbivorous dinosaur and had 500 teeth, despite its small size. Its fossils reveal that it was around 15 metres long and weighed four to five tons. And because it had a slender jaw, the teeth were still very sharp.

A few Nigersaurus fossils show more than 500 teeth. The genus Nigersaurus was a highly complex creature. Although some scientists speculated that its head was tilted at a 67-degree angle, more recent research has refuted this claim. It is believed that the Nigersaurus had wider range of motion than other sauropods. This allowed it to move its head and body more like sauropods.

Unlike most sauropods, the Nigersaurus’ jaws were exceptionally narrow and its neck was comparatively short. It was about 9 metres long, with a femur measuring one metre (three feet three inches) long. It had a large intake of food, and its 500 teeth were arranged transversely to the rest of the skull. It also had a short neck and thirteen cervical vertebrae.

Nigersaurus Tooth Structure

The cranial design of Nigersaurus taqueti is notable for its light weight, active dentition, and transversely elongated jaws. The animal’s jaws are large and open in front of the skull, and its expanded muzzle is directed toward the ground. The Nigersaurus taqueti jaws have a tooth structure that differs from ornithischians, with the teeth at the distal end of the skull, where they were not elongated by the jaw joint or addeductor musculature.

The emergence of dental batteries has greatly improved the understanding of Nigersaurus’ tooth structure. Instead of rows of teeth arranged in a vertical array, these dinosaurs had dental batteries composed of replaceable tooth columns packed like sardines. Such a dental battery allowed dinosaurs to comfortably house a hundred teeth at a time in their mouths. The Nigersaurus possessed more than 500 individual teeth in its lower jaw and 60 in its upper jaw.

The teeth of the Nigersaurus were quite strange – they had a slightly curved crown and oval cross-section, with the lower jaw teeth being around twenty-to-thirty percent smaller than those in the upper jaw. The brain of Nigersaurus was surprisingly small compared to its body size, and its functions were instinctual rather than rational. The cochlea of the sauropods was quite primitive, and Nigersaurus’ cochlea was also significantly smaller.

Nigersaurus’s Mouth Orientated Toward the Ground

Scientists believe the mouth of the Nigersaurus was oriented towards the ground when it was not feeding. This is a result of the Nigersaurus’s remarkably low head position. The Nigersaurus’ mouth was positioned toward the ground as it ate, and scientists believe that the large amount of tooth matter and short neck made this a highly efficient way for the Nigersaurus to hunt. The Nigersaurus had the weakest bite of all sauropods, so it was likely to replace its teeth every 14 days. Nigersaurus’s jaw was oriented toward the ground while it was eating, and researchers believe it was habitual for the dinosaur to have its head lowered for this type of brousing.

The dentition of the Nigersaurus is composed of three types of teeth. The most common tooth type is the incisal, which is the lowest. The other two types of teeth are the molars and canines. The molars are longer than the rest of the teeth, so they are not easily removed by chewing. The Nigersaurus has a high-angle labial wear facet, and this is consistent with a low-angle plant-to-tooth abrasion.

The Nigersaurus was a dinosaur that lived in the middle of the Cretaceous period. It was a large herbivore that thrived in a lush environment with predatory dinosaurs. It was estimated to grow up to 10 metres tall and weighed about five tonnes. Nigersaurus’s teeth were orientated toward the ground, and it had a mouth filled with more than 600 teeth.

Number of Replacement Teeth

There is a significant difference between the total number of replacement teeth in sauropods and ornithischians in terms of dental complexity. While the complexity of the tooth crowns in the two clades is similar, the replacement rates of the lower and upper dentitions are significantly different. The difference between the mean and median replacement rates is due to the phylogenetic structure of tooth complexity, which differs greatly among dinosaur species.

Previous work has focused on theropod dinosaurs such as tyrannosaurs, which had low tooth replacement rates. This new study suggests that dinosaurs generally had high tooth replacement rates, even though they are not pack animals. Researchers analyzed these data and used computer models to determine the replacement rates of different dinosaurs. These data can be useful for future studies. However, it should be noted that this study is still in its infancy.

In addition to comparing the dentin of each tooth, researchers were able to determine the replacement rate of different sauropods. Diplodocoids had fast tooth replacement rates because their teeth were simple, allowing them to eat a variety of foods. Nevertheless, there is a large variation between the rates of tooth replacement in sauropods. For instance, diplodocoids had relatively simple teeth compared to their more complex cousins. This finding highlights the need for further study.