Okay, I'll do the work for you, but please try and read my posts, This is not the first time you have missed answers.
post #246, "I see your point. I misspoke. We get new species. It is limited to that."
O.K. great, now we can move forward. You can see the confusion here. It's important to be clear about your position. So, if I understand you correctly, your position is that new species do arise, but...what? You talked a lot about what the Bible says, and that God magically poofed something into existence--apparently not species. What then? God magically poofed each genus into existence at some point (when?) and evolution takes place only within a genus, but then, for some reason stops at the genus line? Is that what you're saying? We get new species, but no new genera? Every genera has been here since its creation, and every new species that has ever appeared is in one of those genera that has always been here? Is that what you're saying now?
O.K., some questions:
How does evolution know to stop at the genus line?
How did you decide on genus as the level/limit on change?
Why does evolution stop at that point?
Did you know that most creationist psuedo-scientists do not define "kind" as genus, species, family, or any other recognized biological category? The actual definition given by the "baraminology" (lol) group at AIG is virtually incomprehensible, but it's not genera. (I can find it if you're interested.)
What is the evidence in favor of your hypothesis?
Does this include the genus
Homo?
As for your question about relatedness among genera, the strongest evidence is DNA. Do you see why that is? Through DNA, we can actually calculate how closely related any two species are.
But it's important to remember that it's never just one piece of evidence. If something is truly scientificallly supported, it's always by the totality of all the evidence. So it's the DNA, and the fossils, and the homological similarity, the geographical distribution, the pattern of vestigial structures--all of these are consistent and point in the same direction. That's what makes us confident that the conclusion is correct. If you're really interested, we could pick two closely related genera and see how all the evidence all adds up to demonstrate their relatedness.
For example, take the genus
Mus, typical mice, and
Rattus, typical rats. Would you agree that a house mouse is more like a brown rat than it is like a redwood tree? O.K., ToE says the reason for that is that they are both descended from a common rodent ancestor--that they are more closely related, and that explains their skeletal similarity, the similar appearance, similar internal organs, modes of reproduction and, most importantly, their extremely similar DNA. The DNA of redwood trees and house mice will have some similarity, but much less than that of a mouse and a rat. ToE explains and predicts all of this. Do you have any problem with any of that?