We aren't ignoring the observational evidence, because if we did, evolution as a theory wouldn't even exist. At best, we are both looking at the same evidence and interpreting it differently. At worst, both sides are being spoonfed completely. Reality is probably some middle ground between those, and it varies from person to person. However, we aren't ignoring it if we claim it's wrong, because we'd have to know what it is to do that.
That would be interesting, but here's the issue with saying that: if you don't factor in belief with creationism, that means all your arguments have to equally validate all ideas of creationism, including those that aren't based in Christianity. Obviously, you don't do that. For someone to agree with your position completely, they have to be in the same religion as you.
Large variations are often the product of smaller variations building up over time, or in some cases, mutations in significant genes. Yes, single gene changes can have a huge impact, they just don't account for most of the big changes we see.
Not this again; seriously, you can get people that look more "Asian" through a couple of purely African roots. It could even happen in a single generation by chance, depending on what group in Africa you look at.
https://s-media-cache-ak0.pinimg.com/736x/93/2b/42/932b4217efb175f183468a2ec618a2bc.jpg well, Chinooks and Mastiffs may not be directly related, but Labrador Retrievers did come from Tibetian Mastiffs. So this
http://dgicdplf3pvka.cloudfront.net/images/dogbreeds/large/Labrador-Retriever.jpg has ancestors like this
http://artakridaperkasa.weebly.com/uploads/4/0/4/0/40405817/8517026_orig.jpg .
Only if you look at one generation. Additionally, those offspring will have mutations that neither of their parents have, so yes, they are slightly different. I don't know the mutation rate for dolphins, but in humans, your children will have between 40-60 mutations that neither yourself nor your significant other have. Most of them will be on junk that does nothing, but sometimes they do impact genes. It can be negative, such as with cystic fibrosis. It can be positive, such as being less prone to heart disease. It can be functionally neutral, such as changing eye color. The fact of the matter is, mutation happens, and you can easily observe it.
Well sure, they would look very similar if you just look at their heads, and don't look at the rest of their bodies or account for the fact that most of those dinosaurs didn't live at the same time at all. Do you really think this dinosaur on that list
https://upload.wikimedia.org/wikipe...ptoceratops_BW.jpg/220px-Leptoceratops_BW.jpg
is the same as this one
https://upload.wikimedia.org/wikipedia/commons/6/6b/Centrosaurus_BW.jpg when you can actually see their body proportions?
http://img06.deviantart.net/9478/i/2011/338/b/9/styracosaurus_by_pheaston-d4i63ny.jpg and
http://phenomena.nationalgeographic.com/files/2013/01/Montanoceratops-new.jpg lived five million years apart from each other, and the former was nearly twice the size of the latter.
If all those dinosaurs you listed are within different infraspecific taxa, then chimpanzees are just hairy humans, and chickens are T-rexes. The differences between them are not as minor as just seeing their heads would suggest. Practically all predatory birds would look the same if you drew them the same color, presented only their heads, and gave no mind to physical size comparisons. Except for owls, owls are pretty distinct.
That's just blatantly incorrect, as per bacteria experiments in lab.
Well, you manage to be wrong on all accounts here. Interesting thing about bacteria; they are such flexible organisms, that they can take surface proteins from dead bacteria that are highly different from themselves, and add them to their physiology. Hence why harmless bacteria can become infectious when they are in an environment containing dead infectious bacteria. So not only can bacteria change without mating outside of their taxa, they can do it with exposure to dead bacteria different from themselves.
Outside of that, nearly every bacterial evolution study shows bacteria derived from only one specific genetic line adapting and changing as a result of a different controlled environment. If what you said was actually true, then antibiotic resistance would not be an issue.
You don't think having legs where eyes should be is a significant change within one taxa? Because that is a thing that can happen. That, and every human mutation ever, given that Homo sapiens sapiens is not only the last remaining member of the genus Homo, but the only species and infraspecific taxa within it. There is a mutation that occurred within the past 100 years that makes the people lucky enough to have it have such dense bones as to never have them break unless intentionally done so. The mutation was found when someone noticed a small number of people, despite being in car accidents and other such situations, rarely had bone fractures and never had their bones fully broken. So they investigated and found the mutation. There is also a group in Italy practically incapable of having high cholesterol thanks to a mutation that puts the cells that dispose of the excess into overdrive.