The gill ridges in human and fish embryos represent a form of evolutionary convergence known as evolutionary homology. While humans and fish diverged from a common ancestor, the presence of these structures in both species reflects similar developmental pathways in embryonic stages. In this case, the gill ridges are remnants of ancestral traits adapted for different functions in aquatic and terrestrial environments. This phenomenon underscores the shared evolutionary heritage among diverse species.
5,372 exactly
George C. Williams has written: 'The pony fish's glow' -- subject(s): Adaptation (Biology), Evolution, Human evolution 'Plan and purpose in nature' -- subject(s): Adaptation (Biology), Evolution, Human evolution, Natural selection, Evolution (Biology) 'Natural selection' -- subject(s): Natural selection 'Adaptation and natural selection' -- subject(s): Adaptation (Biology), Natural selection
the 16 different organisms that represent the evolution from cell to human are EUKARYOTE, PROTO-CHORDATE, CHORDATE, CRANIATE, JAWLESS VERTEBRATES, JAWED FISH, LOBETIN , LEOBETIN TETRAPOD,TETRAPOD, AMNIOTE, SYNAPSIDE,MAMMAL,PRIMATE, GREAT APE, HOMINID, and last HUMAN.
Evolution.
One is the devolution of fish.
Evolution.
Supposedly, mollusks or such became fish, and then fish became amphibians to become lizards, or vice-versa.
A human cannot change into a fish
As old as a human has to be to be a human.
It is called convergent evolution. When two different animals have to adapt to the same environment (both whales and fish have to adapt to marine environments) evolution will make them start to look similar, even though they will still retain fundamental differences. For example, whales are mammals, and fish are... fish
Non-examples of evolution could include changes that are not driven by genetic variations or natural selection, such as changes due to environmental factors like climate or human intervention. For instance, the growth of a callus on the skin in response to friction is not an example of evolution, as it does not involve changes in the genetic makeup of an organism's offspring over generations.
Never. Stunfisk has no evolution.