Amber: Organisms can become trapped and preserved in fossilized tree resin called amber. Ice: Organisms can be preserved in ice if they become frozen quickly, such as in glaciers or ice sheets. Tar: Certain organisms can be preserved in natural asphalt deposits, known as tar pits, where their remains are partially buried and protected from decomposition.
fossilized shell
fossil.
It is very difficult for organisms without harder parts to be preserved as fossils. Therefore, they tend to completely vanish before we can dig up parts of them to date them.
Organisms with hard parts like shells, bones, or exoskeletons have the best chance of being preserved as fossils. This is because these hard parts are more likely to withstand the processes of fossilization and degradation. Additionally, organisms that lived in environments conducive to fossilization, such as sediments or tar pits, also have a better chance of being preserved.
Ice , amber, tar
its safe and its well preserved The organisms were buried quickly.
Amber: Organisms can become trapped and preserved in fossilized tree resin called amber. Ice: Organisms can be preserved in ice if they become frozen quickly, such as in glaciers or ice sheets. Tar: Certain organisms can be preserved in natural asphalt deposits, known as tar pits, where their remains are partially buried and protected from decomposition.
fossilized shell
Is a fossil.
fishingthey are called fossils.
fossil.
fossils
amber, tar and ice
It is very difficult for organisms without harder parts to be preserved as fossils. Therefore, they tend to completely vanish before we can dig up parts of them to date them.
Organisms with hard parts like shells, bones, or exoskeletons have the best chance of being preserved as fossils. This is because these hard parts are more likely to withstand the processes of fossilization and degradation. Additionally, organisms that lived in environments conducive to fossilization, such as sediments or tar pits, also have a better chance of being preserved.
amber, tar and ice