Yes, there are fossil links between fish and amphibians, particularly through a group of ancient lobe-finned fish known as sarcopterygians. Notable fossils, such as Tiktaalik, exhibit features that show the transition from aquatic to terrestrial life, including a flexible neck and limb-like fins that suggest the beginnings of limb development. These fossils provide crucial evidence of the evolutionary steps that led to the emergence of amphibians from fish ancestors.
The fish will become a fossil because of the fish bones on his back.
paleoichthyologist
well, everything was water at one point so fish fossils get there pretty easy because when the dinosaurs were here it was tropical not a desert.
fish have scales and crabs have a shell
the bone structure is important.. it is relative to the bone structures in other animals such as humans, fish, tigers ,etc.
No, amphibians are frogs, newts etc.
The fish will become a fossil because of the fish bones on his back.
Dog, cat, fish, frog, tree, grass, alligator, snake, lizard. ampibian, reptile, sephalopod, aves, mammle, ichthyoid. sorry that's all i got .
The Coeclacanth
paleoichthyologist
Yes, hundreds of species of fish can be found in the fossil record.
You're probably referring to the Coelacanth, an order of fish that includes, as far as we know, two remaining species. Coelacanth were never thought to be "missing links", but they are lobe-finned fish, and thought to be very similar to the fish modern tetrapods derive from. They are often called "living fossils" because it was once thought that their morphology had only changed superficially over the past 400 million years.
would a jellyfish make a good fossil
The animal that links fish and amphibians (often referred to as "ubhacher" in some contexts) is the lungfish. Lungfish possess both gills and lungs, allowing them to breathe in water and air, which illustrates a transitional stage in evolution between aquatic and terrestrial life. This unique respiratory adaptation enables them to survive in varying environments, showcasing characteristics of both fish and amphibians.
Dinosaurs and fish
Protection and pruning are the links between fish and pond weed growth. Fish function as defenders of pond weeds against excessive predation by water-dwelling arthropods. They also serve as pruners through removal of counterproductive or excess growth.
There are many of them; one example is the Xiphanctinus (Portheus) Molossus. A picture of that fossil can be seen by clicking on the link below.