yes you do say fossilized bone, that is correct
Yes, a worm can be fossilized, but it is extremely rare, because it has no skeleton to be mineralized over time. So the only way you could find a fosssil of a worm is in a sandstone, because there it could have chances to be preserved.
Hard parts such as bones, teeth, and shells are most likely to become fossilized as they have a higher chance of being preserved over time. Soft tissues like muscles and organs usually decay before fossilization can occur.
Scavengers can quickly consume carcasses, preventing them from becoming fossilized. Bacteria can also break down organic material before it has a chance to become fossilized. Both scavengers and bacteria can disturb or destroy potential fossils by moving bones, scattering pieces, or degrading the remains.
The most usually fossilized parts of organisms are bones and shells. These are least likely to rot or wear away before they are buried and mineralised. In rare instances the soft parts of the bodies are preserved and are normally shown as thin films on the rock surface.
Fossilized tree sap is called amber.-Leah Ward
They have no bones.
A paleoanthropoligist is the scientist who deals with fossilized bones.
They do not have any bones. No bones means there is nothing to fossilize.
because it wants to have what is it to you
don't have bones dissolve
Their fossilized bones and tracks is the evidence we accept.
because they are maid out of water so they evaporate
Any organic material can potentially be fossilized, including bones, teeth, shells, wood, plants, and feathers. Soft tissues can also be fossilized under exceptional conditions, such as in amber or in ice.
Yes, a worm can be fossilized, but it is extremely rare, because it has no skeleton to be mineralized over time. So the only way you could find a fosssil of a worm is in a sandstone, because there it could have chances to be preserved.
The tar pits, which yielded many fossilized dinosaur bones many years ago.
False. Soft tissues can also be fossilized under certain conditions, although it is much more rare compared to the fossilization of bones. Soft tissue preservation can occur in exceptional cases, such as in the fossilized remains of animals found in frozen environments like the ice age.
To be fossilised it can take anywhere from a few decades to a couple of years.