It is an extremely thin coating of carbon on rock.
Imprint fossils, Mineralized fossils, frozen fossils, fossils in amber, and cast fossils.
Carbonized fossils are fossils that have been preserved through a process called carbonization, where the original organic material of the organism decomposes, leaving behind a thin film of carbon. This carbon film retains the shape and structure of the organism and can provide information about its original composition.
A carbon film fossil is a thin layer of carbon residue preserved on a rock surface, capturing the outline or impression of an organism. These fossils form when the organic material of an organism decomposes, leaving behind a carbon residue that eventually hardens and becomes preserved in sedimentary rock. Carbon film fossils can provide valuable information about the shape and structure of ancient organisms.
Carbonaceous film fossils are traces of plants or animals preserved as a thin film of carbon. All living organisms contain carbon. If they are compressed by layers of sediment fine details of the organism may be preserved.
By carbon dating minerals, fossils or objects, in the earth.
Our most provident evidence would be carbon dating and fossils.
Most plant fossils are carbon films because the organic material in the plant decays, leaving a thin carbon residue that is preserved in the rock. This carbon film provides a detailed imprint of the original plant, making it a valuable record for paleobotanists studying ancient plant species.
Five types of fossils found in rocks are petrified fossils (minerals replace organic matter), mold fossils (imprint of an organism), cast fossils (mold filled with minerals), carbon films (thin layer of carbon residue), and trace fossils (evidence of organism's activity).
oil coal natural gas
Carbonaceous film fossils are traces of plants or animals preserved as a thin film of carbon. All living organisms contain carbon. If they are compressed by layers of sediment fine details of the organism may be preserved. See http://facstaff.gpc.edu/~pgore/geology/historical_lab/preservationlab.php
A carbon film fossil is a thin layer of carbon that forms when organic material decomposes under high pressure and heat, leaving a detailed imprint of the organism's shape and structure. This type of fossilization process can occur when soft tissues are compressed between layers of sediment, resulting in a carbon residue that outlines the original organism's features. Carbon film fossils are important because they can provide valuable information about the morphology and anatomy of ancient organisms.
fossils that have carbon trapped inside of it, i think o-o