cf. Tyrannosaurus
Dinosaur Tooth
Class Sauropsida,
Superorder Dinosauria, Order Ornithischia, Suborder Theropoda, Family
Tyrannosauridae
Geological
Time: Late Cretaceous
Size: Dinosaur
tooth is 31mm (1 ¼”) long
Fossil Site:
Hell Creek Formation, Harding County, South Dakota
Fossil Code:
PFV327
Price: Sold
Description:
Even the experts and academics have problems identifying many of
these problematic teeth. My collector, who is very good at identifying
the material he discovers, believes this is a Tyrannosaur infant
rooted tooth. However, he is not 100% convinced; hence the term
cf. has been applied. (cf. is an abbreviation for the Latin-derived
(but also modern English) word confer, meaning "compare"
or "consult", and is hence used to refer to other material
or ideas which may provide contrasting information or arguments.)
There is no argument as to the
quality of preservation of this tooth. It’s beautifully preserved
with excellent color, enamel and serration. Being rooted is an additional
plus, since these are seldom found.
Recently
the Fossil Mall associates purchased a large lot of dinosaur, reptile
and mammal material from our primary collector. He lives in Montana
and has over fifteen years of field collecting experience. Ten days
were spent in obtaining this lot. The fossils were discovered in
Cretaceous stream channel deposits. Some were surface collected
as float, many were partially eroded out of the low-lying surrounding
gullies and bad lands. The process continued upon his return home.
There the specimens had to be cleaned and identified, a long and
tedious process that lasted many days. Upon completion, all the
specimens were photographed and submitted to us at the Fossil Mall
for consideration of purchase. Needless to say, we bought the whole
batch.
A word
regarding the legality of these fossils. Our provider only collects
on private ranch and farmlands of Montana and S. Dakota. His relationships
with these landowners have been cultivated over many years of door
knocking and often difficult negotiations.
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