Originally Posted by BOWSINGER


Fossils or organisms that show the intermediate states between an ancestral form and that of its descendants are referred to as transitional forms. There are numerous examples of transitional forms in the fossil record, providing an abundance of evidence for change over time.
Transitional forms - Understanding Evolution
https://evolution.berkeley.edu › evolibrary › article › lines_03


Nonetheless, these transitional fossils serve as evidence to Darwin's Theory of Natural Selection as conserved traits are proven to survive the test of time. This also supports evolution in a way that is shows gradual change in traits of species over generations due to change in living conditions.
How do transitional fossils support the theory of evolution? | eNotes
https://www.enotes.com › homework-help › how-do-transitional-fossils-supp...

Misconception: “Gaps in the fossil record disprove evolution.” ... Lots of organisms don't fossilize well and the environmental conditions for forming good fossils are not that common. So, science actually predicts that for many evolutionary changes there will be gaps in the record.
Misconceptions: Gaps in the Fossil Record Disprove Evolution
https://evolution.berkeley.edu › misconceps › IICgaps



transitional forms - Understanding Evolution

https://evolution.berkeley.edu › evolibrary › article › lines_03
Fossils or organisms that show the intermediate states between an ancestral form and that of its descendants are referred to as transitional forms. There are numerous examples of transitional forms in the fossil record, providing an abundance of evidence for change over time.

Pakicetus (below left), is described as an early ancestor to modern whales. Although pakicetids were land mammals, it is clear that they are related to whales and dolphins based on a number of specializations of the ear, relating to hearing. The skull shown here displays nostrils at the front of the skull.
A skull of the gray whale that roams the seas today (below right) has its nostrils placed at the top of its skull. It would appear from these two specimens that the position of the nostril has changed over time and thus we would expect to see intermediate forms.
...
Our understanding of the evolution of horse feet, so often depicted in textbooks, is derived from a scattered sampling of horse fossils within the multi-branched horse evolutionary tree. These fossil organisms represent branches on the tree and not a direct line of descent leading to modern horses.
But, the standard diagram does clearly show transitional stages whereby the four-toed foot of Hyracotherium, otherwise known as Eohippus, became the single-toed foot of Equus. Fossils show that the transitional forms predicted by evolution did indeed exist.
As you can see to the left, each branch tip on the tree of horse evolution indicates a different genus, though the feet of only a few genera are illustrated to show the reduction of toes through time.


Leo of the Land of Dyr

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“In Trump We Trust.” Right????

SOMEBODY please tell TRH that Netanyahu NEVER said "Once we squeeze all we can out of the United States, it can dry up and blow away."