Thanks for the graph, interesting. What proof, if any, of the graph sequence being exactly as projected?
It is a graphical representation of real-world data points coming from a great many independent lines of evidence / fields of science:
- fossil records
- comparative anatomy
- geological distribution of species
- genetic record
- ...
It's literally a graphical representation / summary of the evidence and data that we have.
This tree is not some type of hypothesis or wild guess or even theory...
It's a collection of facts, represented on a graph.
To give you perhaps a better idea....
On smaller scale, consider grabbing a DNA sample of all extant people in your family and having geneticist draw a family tree based on those samples.
That's what it is.... A graphical representation of collections of DNA etc.
Using DNA, one can tell your sister from your cousin, without knowing your parents.
So we can identify "nodes" which represent common ancestors.
It's really just taking real-world data points and plotting them on a graph.
Are there any unaltered images of one species (kind) evolving into a different species (kind)?
Considering that speciation is a long-term event where populations gradually evolve over time, and not something that happens overnight, how could there be any "images" thereof?
If so, could you provide a link as I have been unable to find one?
You can't find such, because that's not how it works. You're looking for something supposedly in support of evolution that, if found, would actually refute evolution.
You seem to be asking for a picture of a crocko-duck or something similar.
Evolution doesn't work that way. Every individual that was ever born, was of the same species as its
direct parents.
Just like every human ever raised, spoke the same language as the people that raised said human. So no latin speaking mother ever raised a spanish speaking child.
Yet, the ancestors of spanish speaking folk, spoke latin.
Gradualism, is what it is called. Accumulation of small changes over generations.
Species - "Biology. the major subdivision of a genus or subgenus, regarded as the basic category of biological classification, composed of related individuals that resemble one another, are able to breed among themselves, but are not able to breed with members of another species."
Google "ring species".