A superb example from one of the Saharan carnivore predators, the infamous relative of Tyrannosaurus rex. Carcharodontosaurus saharicus is trending globally as the North African T'Rex and is regarded for its fierce teeth and immense size, more than its North American cousin, the Tyrannosaurus rex. The Carcharodontosaurus ranged from around 98,000,000 to 94,000,000 million years ago.We are pleased to present our latest series of Carcharodontosaurus dinosaur teeth from the renowned Cenomanian-Turonian beds of the Cretaceous period dating some 100,000,000 - 89,000,000 years ago.Condition: Complete tooth with conservation in the UK. Some dentin enamel loss to lingual face, tip and to upper distal serrations. Otherwise solid preservation of the minimal and honest conservation, about original as one wishes. Life dentin wear at tip. The tooth enamel, where the dentin-surface patination is preserved, exhibits throughout its length lovely dark mahogany colour tones. Minerals and aeons of deposition in the Cretaceous fossil bed layer...

A Rare museum-standard fossil Spinosaurus aegyptiacus dinosaur tooth exclusively available at THE FOSSIL STORE! Here is a a scientifically important, archetypical semi-aquatic Spinosaurus dinosaur tooth demonstrating good preservation. The Spinosaurus tooth specimen displays excellent morphologically throughout from the root to the tip. Overall a rare authentic discovery. Often, large teeth sustain some damage during fossilisation and root separation due to not having a protective coat, like the enamel surrounding the upper tooth crown. Minerals in the fossil layers help to strengthen and further protect specimens from eroding through the aeons of time, the common cause of natural erosions. Condition: An interesting morphological tooth, the enamel pinched, evident in the upper crown section. Some life wear to the tip apical cap. The tooth enamel/dentin-surface patination is wonderfully preserved. It displays a dark patina throughout. Minerals and aeons of deposition in the Cretaceous fossil bed layer dictate the tonal pallet. Here's an opportunity to invest in a prestigious...

A Rare museum-standard fossil Spinosaurus aegyptiacus dinosaur tooth exclusively available at THE FOSSIL STORE! Here is a a scientifically important, archetypical semi-aquatic Spinosaurus dinosaur tooth demonstrating good preservation. The Spinosaurus tooth specimen displays excellent morphologically throughout from the root to the tip. Overall a rare authentic discovery. Whilst all too often large teeth sustain integral damage during fossilisation, affectively separating from the roots which breakaway as a result of not having a protective coat, much like that of the enamel surrounding teeth. Minerals help to strengthen and further protect such specimens from eroding away in time, a common cause of the natural elements. Here's an opportunity to invest in a prestigious Spinosaurus tooth, a ferocious aquatic theropod dinosaur with powerful jaws and fearsome conically puncturing teeth that once terrorised the cretaceous waterways now known as the Western Sahara desert. Uncover more information on the Spinosaurus > Spec Genus: Spinosaurus aegyptiacus | Spinosauridae.Age: Cretaceous, Cenomanian-Turonian, 100,000,000 - 89,000,000 years.Origin:...

A Rare museum-standard fossil Spinosaurus aegyptiacus dinosaur tooth exclusively available at THE FOSSIL STORE! Here is a a scientifically important, archetypical semi-aquatic Spinosaurus dinosaur tooth demonstrating good preservation. The Spinosaurus tooth specimen displays excellent morphologically throughout from the root to the tip. Overall a rare authentic discovery. Whilst all too often large teeth sustain integral damage during fossilisation, affectively separating from the roots which breakaway as a result of not having a protective coat, much like that of the enamel surrounding teeth. Minerals help to strengthen and further protect such specimens from eroding away in time, a common cause of the natural elements. Condition: The tooth enamel/dentin-surface patination is wonderfully preserved. It displays a dark patina throughout. With the wear of the fossil bed, the tooth now consolidated and stabilised. Minerals and aeons of deposition in the Cretaceous fossil bed layer dictate the tonal pallet. Here's an opportunity to invest in a prestigious Spinosaurus tooth, a ferocious...

A Rare museum-standard fossil Spinosaurus aegyptiacus dinosaur tooth exclusively available at THE FOSSIL STORE! Here is a a scientifically important, archetypical semi-aquatic Spinosaurus dinosaur tooth demonstrating good preservation. The Spinosaurus tooth specimen displays excellent morphologically throughout from the root to the tip. Overall a rare authentic discovery. Whilst all too often large teeth sustain integral damage during fossilisation, affectively separating from the roots which breakaway as a result of not having a protective coat, much like that of the enamel surrounding teeth. Minerals help to strengthen and further protect such specimens from eroding away in time, a common cause of the natural elements. Condition: The tooth enamel/dentin-surface patination is wonderfully preserved. It displays a dark patina throughout. Crown reseated with life wear to tip. Due the rigours of the fossil bed, the tooth now consolidated and stabilised. Minerals and aeons of deposition in the Cretaceous fossil bed layer dictate the tonal pallet. Here's an opportunity to invest in a...

A Rare museum-standard fossil Spinosaurus aegyptiacus dinosaur tooth exclusively available at THE FOSSIL STORE! Here is a a scientifically important, archetypical semi-aquatic Spinosaurus dinosaur tooth demonstrating good preservation. The Spinosaurus tooth specimen displays excellent morphologically throughout from the root to the tip. Overall a rare authentic discovery. Whilst all too often large teeth sustain integral damage during fossilisation, affectively separating from the roots which breakaway as a result of not having a protective coat, much like that of the enamel surrounding teeth. Minerals help to strengthen and further protect such specimens from eroding away in time, a common cause of the natural elements. Condition: The tooth enamel/dentin-surface patination is very well preserved to the crown. It displays a blonde patina throughout. The crown worn in life, and with the wear of the fossil bed, the tooth now consolidated and stabilised. Minerals and aeons of deposition in the Cretaceous fossil bed layer dictate the tonal pallet. Here's an opportunity to...

Another great example from one of the Saharan predators whilst being a famous relative too, and scientifically classed as the North African Tyrannosaurus Rex, and now trending globally as the magnificent Carcharodontosaurus saharicus. Known for its fierce size being greater than the Carcharodontosaurus. Now presenting our latest series of Carcharodontosaurus dinosaur teeth from the well renowned Cenomanian-Turonian beds form the Cretaceous period dating some 100,000,000 - 89,000,000 years. With exceptional preservation this specimen exhibits nice colour tones throughout the enamel where the dentin-surface patina has preserved and encouraged the enhancement of its colour palette over the aeons derived from the surrounding mineral deposits of the Cretaceous fossil beds.  Larger predatory dinosaur teeth are prone to damage in the fossil bed, smaller teeth often fare well in comparison to the largest teeth, larger teeth commonly display some degree of wear, unless exceptional. Dinosaur teeth become loose and fall out in use and this should be taken into consideration, often...

A Rare museum-standard fossil Spinosaurus aegyptiacus dinosaur tooth exclusively available at THE FOSSIL STORE! Here is a a scientifically important, archetypical semi-aquatic Spinosaurus dinosaur tooth demonstrating good preservation. The Spinosaurus tooth specimen displays excellent morphologically throughout from the root to the tip. Overall a rare authentic discovery. Whilst all too often large teeth sustain integral damage during fossilisation, affectively separating from the roots which breakaway as a result of not having a protective coat, much like that of the enamel surrounding teeth. Minerals help to strengthen and further protect such specimens from eroding away in time, a common cause of the natural elements. Condition: The solid unbroken tooth enamel/dentin-surface patination is very well preserved to the crown. It displays a toffee patina throughout. The apical tip of the crown worn in life, and with the wear of the fossil bed, the tooth now consolidated and stabilised. Minerals and aeons of deposition in the Cretaceous fossil bed layer dictate the...