1) Charles Darwin had no idea about genetics. (snip)
It does not matter how good or bad the 'original' theory was. Our modern understanding is an improvement over it. In order to debunk evolution, you must address its current form, not its older roots.
It is the nature of science that we discover new things along the way. Theories that help us do that stick around, and adapt as we do so.
Newton did not know about Relativity. Does that mean Gravity is a fallacy?!
2) There is not ONE missing link between man and Ape (or man and chimpanzee since Darwin was going by appearance and not genetic similarities) but there are BILLIONS of missing links between each distinct species. (snip)
Usage of the term 'missing link', here, shows a profound misunderstanding of the Theory of Evolution.
There really is no concern about 'missing links' at all, any more. The term came about because of early concerns in finding fossils to show a lineage between humans and apes. However, we have since collected enough to fill in the pathways. And, genetics fills in the rest.
Science has moved on from worrying about 'missing links', to deducing predictions from the many links we have discovered. If, for example, we track what we know about tooth evolution, we might be able to understand why wisdom teeth get impacted more often in modern humans, than they had in the past.
That is exactly the sort of insight we can gain with the links we have. Those creationist types to claim we still have a 'missing link' problem are not going to be productive in the realm of science.
3) Natural Selection. People who subscribe to the theory of evolution usually mistake natural selection as a process of evolution. This is patently FALSE as natural selection EXCLUDES genetic material,m it does NOT introduce unique genetic material. Natural Selection is the OPPOSITE of evolution. Natural selection CULLS genes, evolution would require NOVEL genes.
There are two parts to the evolutionary process: Reproduction with variation (which I will get to in #4), and selection of the ones fit enough to survive and reproduce in the current landscape. We need both.
Does this statement make sense to you: "Wings are not airplanes. Since they lack engines, they are the opposite of airplanes!"? If it doesn't, perhaps you'll understand why this Argument #4 doesn't make sense to me.
4) So far the only way, other than in comic books, we know of mutations is through accidents resulting in inferior gens. (Which are then REMOVED by natural selection.) Exposure to harmful environmental events - radiation, poisons, toxins, create mutation. And these mutations are HARMFUL and often leave the recipient unable to survive or reproduce, or less able to do either. So mutation is, again, contrary to evolution, NOT a contributor to it.
This is flatly not true. There are a whole number of different ways variation can occur within the genome.
Mutation is only one of them. There is also transposons or 'jumping genes', recombination (which I guarantee happened to you!), duplications, insertions, deletions, polyploidism, etc. etc. etc.
There are many different ways to add variety to the gene pool. Each one can be observed by scientists studying such things. And, each one gives us insight into some of the quirks in life forms. For example, understanding how polyploidy plants become stronger than homoploid plants can give us innovative insights into exploiting those traits for food or medicine growth, and perhaps forewarn us of potential dangers to look out for, while doing so.
Any theory that insists that there is only one single manner of gene variation, such as mutations, is not going to be quite as productive as it could be.
5) Species. Another aspect of distinct species, which being distinct already tend to disprove evolution, is that species generally are incompatible with each other. You cannot mate distinct species with each other. In the very few cases you can, the offspring is usually STERILE. So you cannot get evolution by reproduction between species.
That incompatibility level increases as you look at more distant relatives, and decreases (sometimes to the point where you CAN have viable offspring) as you get closer. And, these patterns exist in a distinct nested-tree pattern. Like evolution predicts.
This knowledge is of use to professional breeders, such as dog breeders, who have to deal with
exactly these sorts of issues.
See also ring species, as others point out.