• Dinosaur Bone (D25)

    Notes specific to this specimen: We learn a lot of stuff from studying the animals and plants of the past. Here’s a great example – It’s a little-known fact that bipedal dinosaurs were far more well-adapted to walking upright than humans have ever been. Modern medicine does, in fact, utilize this important attribute: When the time comes to stabilize someone’s back injury, doctors sometimes attach reinforcement rods to the vertebrae in the injured area and fuse it together with the bone. This exact type of reinforcement is something dinosaurs had already developed 200 million years ago!

     

    At our site in Wyoming we excavated mostly the bones of Edmontosaurus, a bipedal ornithischian dinosaur from the late Cretaceous. In the bonebed we found lots of backbones and, with them, hundreds of pieces of ossified tendon which Edmontosaurus had crisscrossing their vertebrae. These tendons strengthened and reinforced the skeleton, stabilizing their backbone especially in the area of the pelvis. Here we are offering genuine pieces of ossified tendon – mounted on the very matrix we dug it out of – dug directly out of our site in Wyoming. It’s a piece of human history and ancient natural history as well.

     

    SIZE: (box) 2″ x 3″

     

    NAME: Edmontosaurus
    AGE: Cretaceous Period – 68 million years
    UNIT: Lance Creek Formation
    SITE: Lance Creek, Wyoming

     

    DATE: Early 1990’s

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin.

  • Dinosaur Bone (D24)

    Notes specific to this specimen: We learn a lot of stuff from studying the animals and plants of the past. Here’s a great example – It’s a little-known fact that bipedal dinosaurs were far more well-adapted to walking upright than humans have ever been. Modern medicine does, in fact, utilize this important attribute: When the time comes to stabilize someone’s back injury, doctors sometimes attach reinforcement rods to the vertebrae in the injured area and fuse it together with the bone. This exact type of reinforcement is something dinosaurs had already developed 200 million years ago!

     

    At our site in Wyoming we excavated mostly the bones of Edmontosaurus, a bipedal ornithischian dinosaur from the late Cretaceous. In the bonebed we found lots of backbones and, with them, hundreds of pieces of ossified tendon which Edmontosaurus had crisscrossing their vertebrae. These tendons strengthened and reinforced the skeleton, stabilizing their backbone especially in the area of the pelvis. Here we are offering genuine pieces of ossified tendon – mounted on the very matrix we dug it out of – dug directly out of our site in Wyoming. It’s a piece of human history and ancient natural history as well.

     

    SIZE: (box) 2″ x 3″

     

    NAME: Edmontosaurus
    AGE: Cretaceous Period – 68 million years
    UNIT: Lance Creek Formation
    SITE: Lance Creek, Wyoming

     

    DATE: Early 1990’s

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin.

  • Dinosaur Bone (D23)

    Notes specific to this specimen: We learn a lot of stuff from studying the animals and plants of the past. Here’s a great example – It’s a little-known fact that bipedal dinosaurs were far more well-adapted to walking upright than humans have ever been. Modern medicine does, in fact, utilize this important attribute: When the time comes to stabilize someone’s back injury, doctors sometimes attach reinforcement rods to the vertebrae in the injured area and fuse it together with the bone. This exact type of reinforcement is something dinosaurs had already developed 200 million years ago!

     

    At our site in Wyoming we excavated mostly the bones of Edmontosaurus, a bipedal ornithischian dinosaur from the late Cretaceous. In the bonebed we found lots of backbones and, with them, hundreds of pieces of ossified tendon which Edmontosaurus had crisscrossing their vertebrae. These tendons strengthened and reinforced the skeleton, stabilizing their backbone especially in the area of the pelvis. Here we are offering genuine pieces of ossified tendon – mounted on the very matrix we dug it out of – dug directly out of our site in Wyoming. It’s a piece of human history and ancient natural history as well.

     

    SIZE: (box) 2″ x 3″

     

    NAME: Edmontosaurus
    AGE: Cretaceous Period – 68 million years
    UNIT: Lance Creek Formation
    SITE: Lance Creek, Wyoming

     

    DATE: Early 1990’s

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin.

  • Dinosaur Bone (D22)

    Notes specific to this specimen: We learn a lot of stuff from studying the animals and plants of the past. Here’s a great example – It’s a little-known fact that bipedal dinosaurs were far more well-adapted to walking upright than humans have ever been. Modern medicine does, in fact, utilize this important attribute: When the time comes to stabilize someone’s back injury, doctors sometimes attach reinforcement rods to the vertebrae in the injured area and fuse it together with the bone. This exact type of reinforcement is something dinosaurs had already developed 200 million years ago!

     

    At our site in Wyoming we excavated mostly the bones of Edmontosaurus, a bipedal ornithischian dinosaur from the late Cretaceous. In the bonebed we found lots of backbones and, with them, hundreds of pieces of ossified tendon which Edmontosaurus had crisscrossing their vertebrae. These tendons strengthened and reinforced the skeleton, stabilizing their backbone especially in the area of the pelvis. Here we are offering genuine pieces of ossified tendon – mounted on the very matrix we dug it out of – dug directly out of our site in Wyoming. It’s a piece of human history and ancient natural history as well.

     

    SIZE: (box) 2″ x 3″

     

    NAME: Edmontosaurus
    AGE: Cretaceous Period – 68 million years
    UNIT: Lance Creek Formation
    SITE: Lance Creek, Wyoming

     

    DATE: Early 1990’s

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin.

  • Dinosaur Bone (D21)

    Notes specific to this specimen: We learn a lot of stuff from studying the animals and plants of the past. Here’s a great example – It’s a little-known fact that bipedal dinosaurs were far more well-adapted to walking upright than humans have ever been. Modern medicine does, in fact, utilize this important attribute: When the time comes to stabilize someone’s back injury, doctors sometimes attach reinforcement rods to the vertebrae in the injured area and fuse it together with the bone. This exact type of reinforcement is something dinosaurs had already developed 200 million years ago!

     

    At our site in Wyoming we excavated mostly the bones of Edmontosaurus, a bipedal ornithischian dinosaur from the late Cretaceous. In the bonebed we found lots of backbones and, with them, hundreds of pieces of ossified tendon which Edmontosaurus had crisscrossing their vertebrae. These tendons strengthened and reinforced the skeleton, stabilizing their backbone especially in the area of the pelvis. Here we are offering genuine pieces of ossified tendon – mounted on the very matrix we dug it out of – dug directly out of our site in Wyoming. It’s a piece of human history and ancient natural history as well.

     

    SIZE: (box) 2″ x 3″

     

    NAME: Edmontosaurus
    AGE: Cretaceous Period – 68 million years
    UNIT: Lance Creek Formation
    SITE: Lance Creek, Wyoming

     

    DATE: Early 1990’s

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin.

  • Trilobite (T9)

    Notes specific to this specimen:
    Super cool and rare! Two nice complete adult Elrathia with a partial between them. But look closely – there’s a complete baby Elrathia on the tail of the right adult! Did baby Elrathia trilobites hang on to the parent for a time?

     

    NAME: Elrathia kingii, Peronopsis and various other species
    AGE: Cambrian Period, 505 million years
    UNIT: Wheeler Shale Formation
    SITE: Millard County, Wyoming

     

    Size: 3″ x 4″

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin. In addition, an attractive and informative display card accompanies the specimen.

  • Trilobite (T8)

    Notes specific to this specimen:
    Nice large Elrathia missing its freecheeks. Professionally prepared using air-abrade.

     

    NAME: Elrathia kingii, Peronopsis and various other species
    AGE: Cambrian Period, 505 million years
    UNIT: Wheeler Shale Formation
    SITE: Millard County, Wyoming

     

    Size: 3″ x 4″

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin. In addition, an attractive and informative display card accompanies the specimen.

  • Trilobite (T7)

    Notes specific to this specimen:
    Four trilobites – Two complete Elrathia rightside up, one smaller upside down, and a small, broken Peronopsis nearby

     

    NAME: Elrathia kingii, Peronopsis and various other species
    AGE: Cambrian Period, 505 million years
    UNIT: Wheeler Shale Formation
    SITE: Millard County, Wyoming

     

    Size: 4″ x 4″

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin. In addition, an attractive and informative display card accompanies the specimen.

  • Trilobite (T6)

    Notes specific to this specimen:
    Cheek-to-Cheek Two excellent Elrathia professionally prepared using air-abrade.

     

    NAME: Elrathia kingii, Peronopsis and various other species
    AGE: Cambrian Period, 505 million years
    UNIT: Wheeler Shale Formation
    SITE: Millard County, Wyoming

     

    Size: 3″ x 4″

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin. In addition, an attractive and informative display card accompanies the specimen.

  • Trilobite (T5)

    Notes specific to this specimen:
    DEATH FLOW specimen- Here is a very rare and unusual piece showing a complete Elrathia triloibite caught in the midst of the “Death Flow” megaspecimen we uncovered in 2004. You can see the mayhem that accompanied the mudslide- with hundreds of trilibites and trilobite parts both large and small, all mashed together surrounding it. The fact this one is intact and complete indicates the force of the slide was probably dissipating by the time it reached this spot. But it was buried and succumbed nonetheless. Professionally prepared using air-abrade. We found other specimens similar to this but they are already in museums.

     

    NAME: Elrathia kingii, Peronopsis and various other species
    AGE: Cambrian Period, 505 million years
    UNIT: Wheeler Shale Formation
    SITE: Millard County, Wyoming

     

    Size: 3″ x 3″

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin. In addition, an attractive and informative display card accompanies the specimen.

  • Trilobite (T4)

    Notes specific to this specimen:
    Multiple Elrathia sections. Professionally prepared using air-abrade.

     

    NAME: Elrathia kingii, Peronopsis and various other species
    AGE: Cambrian Period, 505 million years
    UNIT: Wheeler Shale Formation
    SITE: Millard County, Wyoming

     

    Size: 2″ x 4″

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin. In addition, an attractive and informative display card accompanies the specimen.

  • Trilobite (T3)

    Notes specific to this specimen:
    Nice large Elrathia missing its freecheeks. Professionally prepared using air-abrade.

     

    NAME: Elrathia kingii, Peronopsis and various other species
    AGE: Cambrian Period, 505 million years
    UNIT: Wheeler Shale Formation
    SITE: Millard County, Wyoming

     

    Size: 2″ x 4″

     

    Documentation: This authentic fossil specimen comes with a Certificate of Authenticity and Origin. In addition, an attractive and informative display card accompanies the specimen.

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