Reviews
2.4" Triassic Amphibian (Metoposaurus) Scute Section - Arizona
This is a beautiful, 2.4" wide piece of a scute of Metoposaurus, collected from a private ranch, located on the Chinle Formation of northeast Arizona. The Chinle Formation is Upper Triassic in age, meaning this fossil is approximately 220 million years old.
There may be some repaired cracks through the scute, but no gap fill restoration was necessary.
An artists reconstruction of what a Metoposaur may have looked like.
Metoposaurids were the ginormous ancestors of modern amphibians that managed to survive the Permian-Triassic extinction. These salamander-like creatures approached five feet in length on average, though they may have grown up to nine feet long. These amphibians are characterized by their broad, flat skulls, long limbs and paddle-like tails. Metoposaurs probably competed at the same feeding level with Phytosaurs, having very similar life styles and feeding strategies. Imagine a six-foot salamander that behaves like a crocodile, and you have a mostly accurate picture of Metoposaurids.
There may be some repaired cracks through the scute, but no gap fill restoration was necessary.
Comes with a floating frame display case.
An artists reconstruction of what a Metoposaur may have looked like.
Metoposaurids were the ginormous ancestors of modern amphibians that managed to survive the Permian-Triassic extinction. These salamander-like creatures approached five feet in length on average, though they may have grown up to nine feet long. These amphibians are characterized by their broad, flat skulls, long limbs and paddle-like tails. Metoposaurs probably competed at the same feeding level with Phytosaurs, having very similar life styles and feeding strategies. Imagine a six-foot salamander that behaves like a crocodile, and you have a mostly accurate picture of Metoposaurids.
$135
SPECIES
Metoposaurus sp.
LOCATION
Private Ranch, Northeast Arizona
FORMATION
Chinle Formation
SIZE
2.4 x 1.5"
CATEGORY
ITEM
#241469
We guarantee the authenticity of all of our specimens.
