Search results for: 'with al group earli'

A gorgeous, very rare early Cretaceous Crioceras loryi ammonite specimen from Drome, France. A rare uncoiled, spiny Ammonite with external spikes preserved. This is a Lower Cretaceous ammonite (Lower Hauterivian) - 135 MYA.  Authenticity guaranteed.  

FR304      Size: 2-1/4"

A very rare, early Otodus mugodzharicus upper jaw, posterior tooth from Aktulagay, western Kazakhstan. A transitional tooth leading to C. auriculatus (see detailed discussion below) which leads to Megalodon. The bourlette is complete. Tooth exhibits very fine serrations along the inner curve of the crown only. These teeth exhibit very good color, gloss, and preservation. A rare, early Eocene Auriculatus transition tooth. A very challenging tooth to find when building a Megalodon evolutionary set! No repair. Authenticity guaranteed. Note - This western Kazakhstan site is one of the few places in the world where the Otodus to Auriculatus transition can be found in adjacent layers.

K555         SIZE: 5/8"

Note - Adding 18 Kazakh Auriculatus or transition teeth in April 2020. -->  Link to Kazakh Auriculatus teeth.

A rare section of Miocene Mammoth tusk bark. Excellent preservation. An extinct elephant ancestor that evolved in the Early Miocene of North America. An excellent display or eductational piece. Authenticity guaranteed. 

X617          Size: 3-3/4" x 2" 

Name: Mammoth

Location: Beaufort Co., SC

A rare section of Miocene Gomphotherium tusk bark. Excellent preservation. An extinct elephant ancestor that evolved in the Early Miocene of North America. An excellent display or eductational piece. Authenticity guaranteed. 

X616          Size: 2-1/2" x 1-1/4" 

Name: Gomphotherium

Location: Beaufort Co., SC

A very rare, early Otodus mugodzharicus upper jaw, lateral tooth from Aktulagay, western Kazakhstan. A transitional tooth leading to C. auriculatus (see detailed discussion below) which leads to Megalodon. The bourlette is complete. Tooth exhibits very fine serrations along the lower 1/3 of crown and micro serrations to the tip. These teeth exhibit very good color, gloss, and preservation. A rare, early Eocene Auriculatus transition tooth. A very challenging tooth to find when building a Megalodon evolutionary set! No repair. Authenticity guaranteed. Note - This western Kazakhstan site is one of the few places in the world where the Otodus to Auriculatus transition can be found in adjacent layers.

K554         SIZE: 1-1/4"

Note - Adding 18 Kazakh Auriuclatus or transition teeth in April 2020. -->  Link to Kazakh Auriculatus teeth.

A very rare, early Otodus mugodzharicus upper jaw, lateral tooth from Aktulagay, western Kazakhstan. A transitional tooth leading to C. auriculatus (see detailed discussion below) which leads to Megalodon. The bourlette is complete. Tooth exhibits wavy serrations along the lower 1/3 of crown and small wavy serrations to the tip. These teeth exhibit very good color, gloss, and preservation. A rare, early Eocene Auriculatus transition tooth. A very challenging tooth to find when building a Megalodon evolutionary set! No repair. Authenticity guaranteed. Note - This western Kazakhstan site is one of the few places in the world where the Otodus to Auriculatus transition can be found in adjacent layers.

K553         SIZE: 1-1/2"

Note - Adding 18 Kazakh Auriuclatus or transition teeth in April 2020. -->  Link to Kazakh Auriculatus teeth.

A very rare, early Otodus mugodzharicus upper jaw, anterior tooth from Aktulagay, western Kazakhstan. A transitional tooth leading to C. auriculatus (see detailed discussion below) which leads to Megalodon. The bourlette is complete. Tooth exhibits fine and wavy serrations along the lower 1/3 of crown and no serrations the tip. These teeth exhibit very good color, gloss, and preservation. A rare, early Eocene Auriculatus transition tooth. A very challenging tooth to find when building a Megalodon evolutionary set! No repair. Authenticity guaranteed. Note - This western Kazakhstan site is one of the few places in the world where the Otodus to Auriculatus transition can be found in adjacent layers.

K551         SIZE: 2-1/8"

Note - Adding 18 Kazakh Auriculatus or transition teeth in April 2020. -->  Link to Kazakh Auriculatus teeth.

A very rare, early Otodus mugodzharicus upper jaw, lateral tooth from Aktulagay, western Kazakhstan. A transitional tooth leading to C. auriculatus (see detailed discussion below) which leads to Megalodon. A November Fossil of the Month.The bourlette is complete. Tooth exhibits "wavy serrated" edges similar to the Isurus escheri tooth. These teeth exhibit very good color, gloss, and preservation. A rare, early Eocene Auriculatus transition tooth. A very challenging tooth to find when building a Megalodon evolutionary set! No repair. Authenticity guaranteed. This western Kazakhstan site is one of the few places in the world where the Otodus to Auriculatus transition can be found in adjacent layers. Note - This is my last offering of Aktluagay teeth.

K552         SIZE: 1-9/16"

Note - Adding 19 Kazakh Auriuclatus or transition teeth in November 2021. -->  Link to Kazakh Auriculatus teeth.

An Ultra Rare, Top Quality Sharktooth Hill Megalodon tooth from Pyramid Hill, Kern County, California. A location that produces very few Megalodon teeth and one of the toughest Megs to locate. A February Fossil of the Month. Highest quality enamel with a great brown and charcoal colors. The bourlette is a tan color and is nearly complete. The serrations are extra large & sharp and complete with a big tip serration. The root is nicely articulated and complete. Note the large grooves on the root ends - an early Miocene trait. This is a rare early Miocene (22 MYA) Meg from the Jewitt Sand Fm.- very unique! You never see these early Miocene Megs from Bakersfield, California. One of the rarest Megs! No repair or restoration. Authenticity guaranteed. A incredibly rare collector's piece that came out of a 25 year old old collection. My last Pyramid Hill / Jewitt Sand Fm. Meg tooth!

ST453          Size: 3-1/2"     

Note - Adding two Sharktooth Hill area Meg teeth in February 2022.    Link to Sharktooth Hill Meg Teeth.

A group of six TOP QUALITY, Metasequoia dakotensis cones on original Hell Creek Formation matrix from Montana. These "dinosaur age" pine cones are found in the Hell Creek Formation of Dawson Co., Montana. A March Fossil of the Month.   These Upper Cretaceous pine cones are high quality with great preservation.They are fully inflated spheres and maximun size (redwoods produce very small cones for their size!). The Metasequoia is the "dawn redwood", and it is one of the three redwood conifers species. Authenticity guaranteed. An incredible display piece.

X370       Size: 3/4" (largest)  ;   Matrix:  4" x 4"

Note - Adding 26 new pine cone specimens in March 2022.      Link to Pine Cone fossils.

A Top Quality Eurypterus lacustris, the "Sea Scorpion", from Buffalo, New York. A November Fossil of the Month. This is a spooky looking arthropod that are related to arachnids, such as, the Horseshoe crab. It was found in the Williamsville Fm., Bertie Group of western New York and it is Silurian age (430 mya). A complete specimen that is nicely displayed on shale matirx. Specimen comes with a custom stand and ID plaque. Looks great in every fossil collection. One on my favorite fossils. Authenticity guaranteed. An exceptional old collection display piece! 

EU01     Specimen Size:  5-1/2"   Plate size: 10" x 10-1/4"

A very rare, early Otodus aksuaticus anterior tooth from Kzil-Orda, Kazakhstan. A transitional tooth leading to O. auriculatus (see detailed discussion below) which leads to Megalodon. The bourlette is complete. This tooth exhibits small serrations along the lower 1/2 of the crown and micro serrations to the tip. These teeth exhibit excellent color, gloss, and preservation. A rare, early (Ypresian) Eocene Auriculatus transition tooth.  A very challenging tooth to find when building a Megalodon evolutionary set! No repair or restoration. Authenticity guaranteed. This western Kazakhstan site is one of the few places in the world where the Otodus obliquus to Otodus auriculatus transition can be found in adjacent geologic layers. 

K546         SIZE: 1-9/16"

Note - Adding 24 Kazakh Auriuclatus or transition teeth in July 2024. -->  Link to Kazakh Auriculatus teeth.