Five Trilobites (Four Species) in Association - Jorf, Morocco
This is a really cool association of five trilobites representing four different species of trilobites quarried near Jorf, Morocco. The largest is a 1.8" long Struveaspis, preserved alongside an additional Struveaspis, a 1.2" long Cyphaspides pankowskiorum, a 1.65" long Austerops, and a 1.2" long morocops.
It comes with an acrylic display stand. There is about 1-2% restoration per specimen as each trilobite has repaired cracks through it. The Morocops is on its natural rock but has been added to the larger section of rock that already contained the two Struveaspis trilobites and the Austerops. The Cyphaspides has also been composited onto the rock.
This particular species of Cyphaspides was described in 2019, a link to the paper is below.
Species of the Devonian aulacopleurid trilobite Cyphaspides from southeastern Morocco
It comes with an acrylic display stand. There is about 1-2% restoration per specimen as each trilobite has repaired cracks through it. The Morocops is on its natural rock but has been added to the larger section of rock that already contained the two Struveaspis trilobites and the Austerops. The Cyphaspides has also been composited onto the rock.
This particular species of Cyphaspides was described in 2019, a link to the paper is below.
Species of the Devonian aulacopleurid trilobite Cyphaspides from southeastern Morocco
Trilobites are collected from a 15-meter-thick section about 6kilometers northwest of Jorf, Morocco. Unlike many other localities, these rocks do not have distinct deposition layers, but rather are massive. They likely represent a gigantic "mud mound" that formed at the base of a volcanic island due to mud slides. The rock is very silicified, almost like a chert, and can be quite colorful. The actual shells on the trilobites are translucent: the trilobite tends to be the color of the rock it sits on.
Because the rock contains a large amount of silica, it is extremely hard, and preparing trilobites from the site is difficult since the rock does not separate well from the shell. Within the 15-meter section, only about two meters have been heavily collected, so occasionally this site will produce some extremely rare and one-of-a-kind specimens collected in float from the other layers.
Because the rock contains a large amount of silica, it is extremely hard, and preparing trilobites from the site is difficult since the rock does not separate well from the shell. Within the 15-meter section, only about two meters have been heavily collected, so occasionally this site will produce some extremely rare and one-of-a-kind specimens collected in float from the other layers.
About Trilobites
Trilobites are an extinct class of marine arthropods that thrived for nearly 270 million years, from the early Cambrian to the end of the Permian period (around 521 to 252 million years ago). They are one of the most successful and diverse groups in the history of life, with over 25,000 described species spanning a wide range of sizes, shapes, and ecological niches. Known for their distinctive, segmented exoskeletons, trilobites provide invaluable insights into the evolutionary history of arthropods and the dynamics of ancient marine ecosystems.
Trilobites are an extinct class of marine arthropods that thrived for nearly 270 million years, from the early Cambrian to the end of the Permian period (around 521 to 252 million years ago). They are one of the most successful and diverse groups in the history of life, with over 25,000 described species spanning a wide range of sizes, shapes, and ecological niches. Known for their distinctive, segmented exoskeletons, trilobites provide invaluable insights into the evolutionary history of arthropods and the dynamics of ancient marine ecosystems.
$2,250
SPECIES
Cyphaspides pankowskiorum, Struveaspis sp. (x2), Austerops sp. & Morocops sp.
LOCATION
Jorf, Morocco
FORMATION
Bou Tchrafine Formation
SIZE
Largest trilobite: 1.8" long, Rock: 6 x 4.6"
CATEGORY
SUB CATEGORY
ITEM
#334862
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