Search results for: 'transit marked guid'

A Top Quality Charcoal Gray colored Megalodon tooth from So. Carolina with frame. Exceptional enamel, color, and serrations. A little GEM! These Megalodon teeth are great for gifts, class room, or starting your fossil shark tooth or Megalodon collection.  These Megs are Miocene age - about 15 MYA (Hawthorne Fm.) from So. Carolina unless otherwise marked. No repair or restoration.   Authenticity guaranteed.  Note - All larger "First Megalodon" teeth come with a 3"x 4" Riker frame with label (as photographed) plus an identification card.  Note - Be sure to see all of our My First Megalodon offerings. 

MFM01      Size: 1-15/16"

Note - Adding 8 new My First Megalodon teeth in December 2025  ->   Link to My First Megalodon

A very rare, Otodus obliquus tooth from the copper-red site of No. Carolina. The crown has no serrations. Typical Otodus side cusps. Complete root. Early Eocene - Ypresian age. A very rare collector's tooth. Very few Otodus teeth found at this site!

NC251        SIZE: 2-3/16"

Note - Adding 9 early NC red site early Rics, transition teeth, and later Rics in June 2020.  Link to NC Auriculatus teeth

A very rare, Otodus auriculatus tooth from the copper-red site of No. Carolina. The crown has coarse serrations. The side cusps are typical of the Otodus obliquus. Complete root. Early Eocene - Ypresian age. A very rare collector's tooth. Very few Otodus auriculatus teeth (early form) found at this site!

NC253        SIZE: 2-1/2"

Note - Adding 9 early NC red site early Rics, transition teeth, and later Rics in June 2020.  Link to NC Auriculatus teeth

A very rare, Otodus auriculatus tooth from the copper-red site of No. Carolina. The crown has coarse serrations. The side cusps are typical of the Otodus obliquus. Complete root. Early Eocene - Ypresian age. A very rare collector's tooth. Very few Otodus auriculatus teeth (early form) found at this site!

NC254        SIZE: 2-1/16"

Note - Adding 9 early NC red site early Rics, transition teeth, and later Rics in June 2020.  Link to NC Auriculatus teeth

A very rare, Otodus auriculatus tooth from the copper-red site of No. Carolina. The crown has coarse serrations. The side cusps are typical of the Otodus obliquus. Complete root. Early Eocene - Ypresian age. A very rare collector's tooth. Very few Otodus auriculatus teeth (early form) found at this site!

NC255        SIZE: 1-11/16"

Note - Adding 9 early NC red site early Rics, transition teeth, and later Rics in June 2020.  Link to NC Auriculatus teeth

A very rare, early Macrorhizodus nolfi upper jaw, lateral tooth from Aktulagay, western Kazakhstan. Macrorhizodus nolfi is a Lamnidae shark and an early Mako shark (Isurus praecursor) relative in this early Eocene deposit. The side cusps are complete. No repair. Authenticity guaranteed. Perfect tooth.

K572         SIZE: 3/4"

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

A very rare, Otodus aksuaticus tooth from the copper-red site of No. Carolina. The crown has coarse serrations over the lower 2/3 of crown that disappear in the top 1/3 of crown. The side cusps are typical of the Otodus obliquus. Complete root. Early Eocene - Ypresian age. A very rare collector's tooth. Very few Otodus aksuaticus teeth found at this site!

NC252        SIZE: 2-3/8"

Note - Adding 9 early NC red site early Rics, transition teeth, and later Rics in June 2020.  Link to NC Auriculatus teeth

A very rare, early Otodus pavlovi upper jaw, lateral tooth from Aktulagay, western Kazakhstan. Otodus pavlovi was the smaller Otodus shark species present in this early Eocene deposit. The side cusps are large and complete. Exhibits no serrations. These teeth exhibit very good color, gloss, and preservation. No repair. Authenticity guaranteed. Perfect tooth.

K532         SIZE: 11/16"

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

A very rare, early Otodus pavlovi upper jaw, lateral tooth from Aktulagay, western Kazakhstan. Otodus pavlovi was the smaller Otodus shark species present in this early Eocene deposit. The side cusps are large and complete. Exhibits no serrations. These teeth exhibit very good color, gloss, and preservation. No repair. Authenticity guaranteed. Perfect tooth.

K531         SIZE: 13/16"

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

A very rare, early Macrorhizodus nolfi upper jaw, anterior tooth from Aktulagay, western Kazakhstan. Macrorhizodus nolfi is a Lamnidae shark and an early Mako shark (Isurus praecursor) relative in this early Eocene deposit. These teeth exhibit very good color, gloss, and preservation. A rare, early Eocene Macrorhizodus nolfi tooth. No repair. Authenticity guaranteed. 

K571         SIZE: 1-3/8"

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

A very rare, early Auriculatus upper jaw, anterior tooth from Kzil-Orda region, Kazakhstan. The bourlette is complete. Excellent coarse serrations and killer, extra large side cusps with very irregular serrations. These teeth exhibit fantastic color, gloss, and preservation. A rare early Eocene Auriculatus tooth (Ypresian age - 55 MYA)! No repair or restoration. Authenticity guaranteed. A true early Eocene Auriculatus tooth!

K506            SIZE: 2-1/8"

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

A rare, early Auriculatus lateral tooth from Kzil-Orda region, Kazakhstan. The bourlette is complete. Excellent coarse serrations, large side cusps serrations, and with very irregular serrations. These teeth exhibit fantastic color, gloss, and preservation. A rare early Eocene Auriculatus tooth (Ypresian age - 55 MYA)! No repair or restoration. Authenticity guaranteed. This is the true early Eocene Auriculatus tooth!

K514           SIZE: 1-5/16"

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