Real fish fossil (knightia) in matrix eocene genuine specimen usa

All of our fossils are 100% Genuine Specimens & come with a Certificate of Authentication

Name: Knightia alta

Species: Fish

Specimen: Skeletal Fish Remains in Matrix

Age: Eocene

Location: USA

Size (picture scale cube=1cm): 98 x 6 x 72mm (3.86 x 0.24 x 2.83 inches)

Knightia is an extinct fish that lived in the fresh water lakes and rivers of North America and Asia during the Eocene epoch, 56 to 33.9 million years ago. They belong to the same taxonomic family as herring and sardines, and likely fed on algae and diatoms, as well as insects and the occasional smaller fish. Knightia fish had heavy scales, small conical teeth, and rows of dorsal and ventral scutes that ran from the back of the head to the medial fins. They were schooling fish and are often preserved as fossils still in their shoals, with some specimens even being preserved on top of each other.

These fish are genuine fossils, however, it is usually only the skeletal section of the fish that is left when they are found in the matrix due to the rest decomposing over time. These skeletal remains can be slightly incomplete or not overly recognisable as to the what way the fish is laying etc. so the preparers will paint the piece with a brown stain to give a protective layer, and to help highlight the correct position of the fish, and it is not uncommon for them to paint where the fins etc would have been so to portray what the actual fish would have looked like.

ACTUAL AS SEEN: The image shows the EXACT specimen you will receive. The specimen has been carefully hand selected and photographed. Measurements are as accurate as possible, though be aware measuring precise dimensions can be difficult from irregular shaped items. Whilst we portray colours as close to life-like as we can, colours will vary if taken in sunlight, indoors, from monitor to monitor and device to device. Once this specimen is sold, we will update this listing with new similar selected item, with a new photo and dimensions.