00590 - Superb Enamel 0.62 Inch Serrated Dromaeosaur Raptor Tooth
00590 - Superb Enamel 0.62 Inch Serrated Dromaeosaur Raptor Tooth 00590 - Superb Enamel 0.62 Inch Serrated Dromaeosaur Raptor Tooth 00590 - Superb Enamel 0.62 Inch Serrated Dromaeosaur Raptor Tooth 00590 - Superb Enamel 0.62 Inch Serrated Dromaeosaur Raptor Tooth

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00590 - Superb Enamel 0.62 Inch Serrated Dromaeosaur Raptor Tooth

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Family Dromaeosauridae, Colbert and Russell 1969
Upper Cretaceous, Cenomanian stage, (~96 Million Years)
Taouz, Kem Kem Basin, South Morocco
Aoufous Formation, Kem Kem Basin, Red Sandstone Beds
16 mm   •    in
1 g   •    oz
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Interesting tooth belonging to the Dromaeosauridae family. It does have tiny restoration, filled fracture near the base of tooth. Its enamel has a great range of stunning colors.

The iron and manganese oxide mineralizations have cristalyzed mainly along the natural micro-fissures of the enamel, in a longitudinal way. Therefore we can observe a veining black, with greenish and yellowish hues. 

This type of mineralization is extremely rare. The teeth with strong and vivid fossilization colors such as red, orange and black come from small paleochannels composed by thin layers, in the intermediate and upper stratigraphic levels (Red Sandstone Beds), from the Aoufous Formation (Kem Kem Basin, South of Morocco).

The lithology of this body of sediment is characterized by the dominance of sandstones (also known as arenites) and fluvial gravel, of siliceous nature. Sometimes large concentrations of iron oxide are present, and then a small sample of that is usually present at the base of the tooth.

These mineralizations are responsible for the wide range of beautiful reddish color tones, slowly drawn during millions of years via fossil-diagenetic processes. The complicated sedimentarian architecture of the layers where most large vertebrates are found makes the excavation methodology a real challenge.

Sometimes the local miners have to excavate long tunnels that follow the distribution of the fossiliferous layer. Still nowadays there have not been many specific studies about these agile carnivorous, which are relatively abundant in the sites in the south of Morocco, in Egypt and Niger. The features of a single tooth are not enough to distinguish even on a generic level.

The comparisons with geometric morphometry on numerous dentition rests have brought up the presence of at least two distinguishable morphotypes. Classically, they have been classified as the Dromaeosauridae and the Abelisauridae families. There is yet a lot to be known about these fascinating theropods, commonly known as raptors. The discovery of some connecting skeleton, with both cranium and postcranium elements, would shed some light on the specific description of at least one of these new carnivorous dinosaur taxons, which were agile and seasoned hunters.

The teeth of the Dromaeosauridae family usually have a very curved morphology and one of the main traits that set it apart from the Abelisauridae is the distinct difference in the serrations on both edges. The different Geological Formations that make up the orography of the Cretaceous in the South East of Morocco have been mostly treated in an undifferentiated and not too accurate way by collectors, by Paleontology aficionados and by fossil dealers. Historically, fossils dealers from all around the world have identified the dinosaur pieces from this sector as belonging to the Tegana Formation.

However, in a formal way, most of the last published studies refer to other nomenclature in the description of the units and formations of the Lower and Upper Cretaceous. That's why next we include an interesting link where the Aoufous Formation and the Ifezouane Formation are described, making reference to their age, geological history, sedimentology, stratigraphy and vertebrate assemblage. It includes a brief explanation of the stratigraphic concepts that have been established formally until today in the studies of this sector of Morocco.This way, the precise stratigraphic understanding of the origin of the rests, as well as the sedimentological analysis, enables a better paleoecologic characterization of the environments where this amazing dinosaur assemblage lived. 

Link: Aoufous Formation

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