Chunks and Partials

Showing 1–28 of 54 results

Showing 1–28 of 54 results

Ammonite sections, chunks, and partials are fossil specimens that have been cut or broken into pieces, either for scientific study or for display purposes. These specimens can provide valuable insights into the internal structure of ammonites, as well as their external morphology.

Ammonite sections are thin slices of fossilized ammonites that have been cut perpendicular to the plane of coiling. These sections can reveal the internal structure of the ammonite, including the chambers that housed the animal’s soft tissue and the complex sutures that connected these chambers. Ammonite sections are often used for scientific study, allowing paleontologists to gain a better understanding of the anatomy and evolution of these ancient marine animals.

Ammonite chunks are larger pieces of fossilized ammonites that have been broken or cut from the original specimen. These chunks can provide a glimpse of the external morphology of the ammonite, including its distinctive ribbing and coiled shape. Ammonite chunks are often used for display purposes, as they can provide a visually striking addition to a fossil collection.

Ammonite partials are fossil specimens that consist of only a portion of the original ammonite, such as a fragment of a rib or a section of the shell. These partials can provide important information about the external morphology of the ammonite, as well as the processes of fossilization and preservation. Ammonite partials are often used for scientific study, allowing researchers to gain insights into the diversity and evolution of ammonites during the Mesozoic era.

Overall, ammonite sections, chunks, and partials are important components of the study of these ancient marine animals. They provide valuable information about the internal and external morphology of ammonites, as well as the processes of fossilization and preservation. These specimens are highly prized by collectors and researchers alike, providing a fascinating glimpse into the history of life on Earth.